C08HBa0001K22.1 AAGCTTTATTCAATCCGTCTTCACTGACAAAAATTCCAAATATAAATAAAGTGCTAAAGT ATAATTTATATACTCCCCTGTTTTATAAAGAATGGTCTAATTTGACTTGATACAATACTC CCTCTGTTTTATAAAGAATAATTTAATTTGACTTGATACGAAGTCAAATATACAACCCTT ACATTTGTTGTCAAAAAAAAGAATTTTTTTTTAACACAGACTGTAAAAAAAAAATCATTC TTTTTTGAACGAACAGAATAATATACATCCCAAAACTTTATTATTGAGAAAGCATATAAA ATTTGATATGGCAATTGCATGAATATGGAGTAAAATTATTCTAACACACAGAAATGATGC CATGCAGAAATGGTGTGGAAACTATATATAGCACAATTCCCAATGAAATTTAATGTACTC TCTCATAACTATATAGTATAGGCTTTCCTCTAACTATACATAAAGTTACCCCTAAAATAT AGGCTAGCTACCCTTCTAGCTTTGCCCCAAATTCTAAATTAGAACAAAAAAATATTTCTA CATCTTTTTACAGTATTTAGTCCCTTTCACTCTTTGGGGTTATTTGGTATATCAATTGGA GGTAAATTATGTATAGTAGTTTAGAATTTTATATGTATAAATTATAAAAACTTATATTTG TGGCATCTTTTGGAGGTAAATTATTAATAGTAATTTAGAATTTTATATGTATAAGTTATA AAAACTTATATCTGTTCATGTAAGGTAGAAGATATAATAATTAAATTTTATGTAATAATT ATTTGTATAACTTTAATCAACCATTCTTTAATTGTTTAGTACTTGAAAGTTGATCAAGTG TTCTAACCTAAAATGAGTTATATTTATACACTGATACTAATATTTAAAGTTTAGTAGTAG TACTTATGTAGACCATTGTACGAGGTTTTAACTAGCCAACAATCTATTTCGTATAATATA TTTGAATATACAAACACTCTGTAAAACGTATCTTTAAGTATTAAAGATAATTTTTTATCA CATAGGCACGAGCCTCTATTTGATTCATTTCGCTTTAATATGACGTGCAATATCTTGTTC GATTTTCTTATTTACTTTAATTATAGACACGAGATTCTTGAAACTTCCTATTTTGAGGAT AACCAGTGTATCAATATCACTTTCCTATTTATCTTATGTGACGCGACACATAACTTTCAT TTAATGTACTTTCTTTTAGTCCTGCTCATCCAAAAGCATTTAAACTCGTTGGTCGGTCTC CAAATCTCTAATCTATCATTAATTCAATAGTATGACTCTTCAATAAAACACTATATCATC TACACATAACATACATTGTGATACTTCCTCTCGAATATGTCATGTTAATTCATCGAACAT CAAAGCAAATAAAAACAAATTGACAACTAATTCCTAGTGCATCCCATCACGATTGGTATC AAAGTCTTTTTCTTTAACGGTCCTTAGATCTTGACTCCATTATACTTGCCTTTAATTACT CTAATATATATCGTAATTATATTTCTAAACTCCAAACATCTTCGTAAAACCTCTCTCATA ATCACCATATAAATAAAAGACAACTCAAACTTGACCTATTAAGAGTTTATTGGTTGAAAT TCCATTTTAAAGATCTGAAAAAGGCCTTATATAAAAATGGTCCTTTGTACAGTCTGTTGA TTCTGATTCCAAATTGTTTATGCCTAAAACAAACATGATCTAAATATTTAATTAAAATGT CTCTAATTCAGTCAAGATCCATTTTGTAGTCAAAATATATACTATTTTGGTGGAATTTTG GACATAAGAATTAATGAAAAATAGTCCATTATATATTTTTTTCATAGTTAAGCAACACAC TTTATACTACATGCCTATTTTTTCTAGTAATATCACCTAAGAATTAAAATTAAAAGTGCT AATTAATTAAGACATTAAGCTGTAAAAATATTTAAATATGCAAAGGCTAATCATTAATGC AAAAACAACAGGCTCCCCAACCGCACTTTCATATATAAATAGCAAGAAAGGAAATAATAA GTAAAAATGGATAAAAATATGATAACGTCTAGATACACAAAAAGTATATTATTTGAAAAA ATCGTATATATAATAGCAACCTATTAATTTAAATTAAATATTATAATTATAGTTTGATTT AATTGTAACTCTTAATAAACTGTTGCTATTTCACCTTTCTTCTTGGTGAATCTCGCTTGC CACTCGCGTTCTCGCTCACCTCTCTCGCTTTTATACAAACATAAATGTATAAAATGTGTT TGTTTTTGTATAAAGCGAGAGAAAATTGTACATATACATATAATTTTGTTTTCCTCTTCC ACATCTCGTTCACCACTCTCACTCGTCTCTCCACTTTATAGAAATCCAAATGTAAACATT GCGTTTGTGTTTGCATAAAGCAAAAAATTTGTATATACAAAAATAATGCATATATTTTCG TTCTATACACTTATGATTATAAAAATACGATCTTTCCCTACCCAATTTCTTTTTGTCTTT ATATTTTTCTCGCTTTATACAAACACAAATTATACCATTGATTCTTTTGTATATGTATAC CGAAGCATATTATACAATTGCTTTTTTTTTTGTATATAAGTATAACGAAATATCCATAGC AAACATAAAGTTTGCTATAAAGCGTAATTATGTAAACTATAGTTATAACATACAAATATG ATTTTTGTATTTGCTATATGTGAAAATTGCTCTTTTTATTTAAGTGCGTAAATAAATTAA TACTTAAAGTATGTTATCACTTTTAATTGGGAAAATGCATAAGTATCCTAACAATCTATG TCCGAAATCGCTGACACACACTTATATTGTACTAATGTCCTATTACCCTCTGAACTTATT TTATAAATAACTTTATACCCTTTTTCGGCCTAAGTGACACTATCAACCACATAACTTGAA AAAATTGTCAGCACACTTTGGACCCACAAGAGAGTGTCACGTAAGCCGTAAAGGATAGAA AATTATTTATAAAATAAGTTTAAGGGGGTAATAGGATCTTAGTATATTATGAATGTGTCT CTGAAATTTCGGACATATGTTGAAGGGGTACTTAAGCATTTTCCCCTTTTAATTATATGC ATTAACCTCTATTAGTTATAAAAAAAACACCCTATTTTGAGTTGAAGCATATAATGAAAT GCAATAACACATATATTATTGACATTTTAAAAACGTTCAACATAATTATATATCGTGGAT CTTGCTTTCGGAATAACTGGAATCGGCATGCTAGTCCGAAATTCTCGTGGAAGCTTCATT AGAGCCTGCAATAGTCGGTTAGGAAGACAACAAGATCCACTTATGGCTGAGGAATTGGGT GTTCGAGAAGCACTAAGCTGGTTGAAGGACACTTTGCAGCAGCCCTGATAGTTGTAGAGA TGGACAATCTTTTGGTTAAACAAGCGCTAAAAAAGGCTTGCAAAAACTACTCTTACTTTG ATATTATTATTCATGATCGTAAAGCATTCATGTGTGACTTTACTTCTATTTTTTTGTCTT TCGGTAAAAGATGAGCGAACCAGTGTGCTTATCAGTTAGCTCGAATTCCGGATTTTATGA CTAATACTATAAAGTGGATAATAGATCCCCATCTTTCATTCAAGATATAATCAATTTTAA TTTGATCAATAATTAATTAAAATGTTTGATTAAAAAAAAAAGAATGTTCAACATACTAAA CCATAGTTTGTAATGACATATATAACTAACTATTTTGATGAAAAATCAAACTACTCAACT TTCTTCAAAGGTTTTGAAGAACAAAAATGTCATATTGACTATTTAACTTCATTTAGCTGA TAAGAAATTGATTTTCCATCTTATAATTTCTTTTTTTTTCTTCCTCACCTCCATTTTTTT CCAACTTAGAGCTCGTTTTGATTGATTTTAAAAAATAGTTTTTAAGTCAAAATAAAATAA CTTTTAAATTAAAAAATAAAAAGTAGAAGGAGATTTACTTTTGATTTAAAACTTATTTTA AGTCATTTATAATCTTGCCAATCATATAAAGTCAAAATTCTGACTCAAAAATAAGTTTGA TTAACTCTTAAGTCAATTCAAACACCCTCTTAGTCTTAATTGACATCTATAATCTCTAAT TTTACACAAAATAGATACTTAAATTTATATAAAATTAAACAAATTAACATTTGTGATATG TGACATCGCATAAGATAATTCTATATCATACGTGATGTCCTACCTATATTACGCCACATA AATTACATATAGCTGATCTTTCAATTTTATATACGTTTAAGTGGCTATTATATAGCCTAT CAAAAAAGTATTATGCTTGTTGAATAGTTCTTAACTTGTAACATCCACTTTCCTCTTTCC ACTTCAATCCCAAAAACATTTCTTACAAATTTGCAAAAAACAATGAAAAGGACTTGTTAG CAAAAGAGACCACAAAATGAAAGGGTCACATGGGGTGTAGAGCTCAAGCCTAAAAGAGAC TTTGTTTTGTTTTTGAATAGAAATATCACTCAAAAAACCCAAAAAGCAAACCAGTAAAAG GTGACCCCAAAAAGCTTTTTTTCCCCACACACACTGAAGACAACTTTCCAGTAATGGCGG CACATGAAGAACAACAACACCATCATCAACAACAAGAACAAGAAGACCCCATTTCCTCTT TATCCTTAAAACCCAACGATAAACACTTGGAGAAGATTTTCTCCTCATATTTGGGTCTAA GTTTCGCTGTCTTTCTTGGGTCTTTACCAAGAAATGCAGTTTCTTTGGTTGGGAGACTTC AGAACCGTAACAAGGAGCTAACTTTTCAGCTTATTGACACAGAGGAGCAGTTAAAGCAGC TACTTTTCAGGAGAAAAGAGGATTCAAAGGCAAATGCAAGAGTTGTGGAAATCTTTGCAA GTCATAGACATGCCTGGCAGCAAGAAGAGAAGAGGTTGTTACAGCAGATCGACGAGTGTG ATGAAGAAATTGCTGAGTTAAGAGGGAGAGCTGAGCAGTTTGAGACGATGGAAAGTGAGT TGAGGGCTAATATTGAGGACTTGAAAAGGGAGATTAGTGAAAGAGATGAAATGTTGAACT TTATGAGTAGAAGGGGTTGTGAGATGGAGAATAGTACTAGTGGAGATGGTGGGAGTGATG GTATTGGAGATTGTTATGCTGAAATGGGTTTGAGGTTTGGGAAAGTTGGGATATCTGAAG GGATGGATTTGGGGGTAGGGATGGAAGAGTGTTACTTGGCTAATGGGATTCCTAATGCTG AACAAATGAGTGGTGTTTATGGACAGAGTAATGGGTTTAACTCAGAATACTTGAATTCTG CTTCTAAGTTTTGGGCTGAAAAAGCTAGTCCTTGGCAGGTATGATCCATTCATTATTTCT TTTTGGGAACTTTTTTGTTCTTTATAGGTGTTGTTATTTGGGGTTTTATAGTGAGTGGTG TCATAATGTGGTAAAAATAAACGCAAAAGTCCTTTCCAGGATCTTCATATGTAGGAAGAA CTTGGACTAAAGTTTGTCTCTTTAAAGTTTGTCTTATATTTGGTTTTTCATGGTGAAACT TATGAATAAAGTTGCTTCTTTTATTTAACCATGGGATTGTACTTTGAGTACTACCACCTG ATATTCTTTCTTTTTTAGTGTTTATCTGTTAGTTCATCTTGAGGCTGTGGAATTTGTTTT TGTATGTGATATCTGATGAAACAAATGATCCAGAGCAATTGAGGATGAACAAATTAAAAG TAATAAAATGTTTGGCTGATAGAGTTCTTGGTGAAGTACAGACCTTTACGAACTTTCTTC ACATACCTGAAAATTTCACAGGAATATCCAGTTCTAATTGTTTCTGATAAAGCTGAAATG AAGGTGTTTCTCTAGGAGTAGTTCAGCGCCAAATTCAAATTGAATTGTATAATGATTACA TTCTGAGATGCTTATTAATGAAATATGTAGTTTAGTGTGTACTCAGTTACCTCCTACTCT GTCTTGTGATTTGTCTTTATTGTTGAGACTCCTGTCTCTATTATCTAAAATTTTGAATGG TTTGATCTTCTTAGTGGCTACTGAAAGTTCAAACTACCCAGGATATGGTTTTCTGTTTAC TGAAAGATAATACTCACCTCAACTGTTCATTTTTACCCTATACTGGTGTTATGGACCACT GCTTGAAAACCAGGTCACCGTTTCGTACTTTTCTTCTTTCACCTTTTTCGTCCTATTAGA GGTTTGCAATTCTTGCTTCAAGAATGGTCCCCTTTGGCTGAATACTTTGCATGAAGGTTG GTTTCCTGGTTATGAAGGAAGCTCAAAAAAATGTATTCGGGTTAACTCTAGAGATCTGAA ATCCGTTTAAAACGGACCGTTTTGTTGGCATAGACCACTGTGCCTCTAAAATACCAACTA ATGACATCCAATTGTATATCCCCTTTGGTTTGGGAAGTTCAATTCTGGTTAAAATGGATC CTTATATCAGCAAAGGATGGGCTGTTATCAGTCAACATCTAGTCCATCTGTTATATTTCT GTTTAAGATTCATCAACCTCAATGGAAAGATGTCCTCTCCCTTTCTTGTTGCAAGCTGTA TCTTGTCCTTGTCTGTCTCTGTATCTTATTTTCCAATTACAATGTTATCTTCGGTAATTC GTTACACATCCTCGAAATAAAGCAAATGCCTCCATGAAACTTGAACTCCCCGCGGCCTCT AATCCAGGCACTAATCTTTCCCGTTCAAAAGGATCACTGGAACATTTTCCTATACTTGGT GGATGTGTCAAAGTTTGGACTAGGTAGAGATCACACATTCAATTTATGGCTGTGTTTTTT GTCTGTTGTCATTTTTGTCTTTATTATATAGAAAAGAAGATCTGGATTTTCTTACCCTTG GTACAGTCACCCTTTTCATTTATTTGGAACCGGAGGAAACTGGAGCATTTCACTATGTTG TCTTCAACTTTAATAGAAAGGCTAAAGAAAACACACATCCTTAAAAATAAACCTAAAATT GCCTAACTATTAGTTGATCTATGCCTTGTGAGCTGGTTAAGGATTAGTCATATTTACAAT GGTTAGAGCAAAAAGAGAAATAAACATCTAGATCACAATGCTTATATTCTAGTTTCAAGC TTGAATGGTAGGAGAAATGAGGTTCTTTTGACTCTTATTCAGCTTCTTCCTTCTATGTGA GATGTCCTACCTATCTTAGTAAAACCAGCTTGGTATTTAGGATGCTATTGGGTCTTAAGA AAATGTGTTTTCTTCATGCAGGATATGCAGTATGATTCTGGCGATTCACTTCACCATTTA AAGCATTTTGTAGCAAGGTAAACATTCTGTGATTAGTTAGACAAATGCTTAGATGTTTGC TTTTTGATGTTGAATCAACTAACTAGGGTGAGCCCTTTTGCTTTCTCAGACGGGAGGCCC CTTGGAAGATAGATGGTGAATCAACAGGAGTCTCCTCCAAACTAAAGTTACTTGAGCAGG AGCTACTGAATTTGGAAAAAATTGGGAAGACTGATTTATCTAAGGTACCATCATCAACGC GGAAGCAAGTGAAGAGATACCAAGCTCTAGCTGGCAAGATCGATGATTTATGCAGAAGAA TGGTAATTACTGCATCTCTGCAAGCTTATTGGTTATACTTTAGTATATGGATTTCAAAGC TTGTTACATGCATGCTTAGGTTTCTCTAAGAATGGACAATACGTACGTTTTTTCTCAAAA GAAATCGAGATCAAGAAATACACATAACTCATCTTTTTTATGTGAAATGGATTACCTCAT GCATCTATAAGGCTAGGTAATCACTACTTTTATCTATTGGACTTGTTCGGAGAAGGTAAT AAACTAGTCTTGATTACATCTGCTAACTCAAATATTTAGATGTTGGGTTATACTCTTAGC TTGCACGACTAGGCCTTACAATTAGCTTTTTACCTAACACAAACATACATCTGATAATGA TCTCCCTCCCTCTTAGCAGCAGGCCAGTGATCCTTGTGAACCAAACCTGAGTCCTGAGTT CCGGACCCAAAGACAGACCGAGTTTTTGCTTGAAGCATTTCGACTTCAGCAGCGTGCATC TGAAACTGCACAGAAGCTGATGGTACTACAAACTGACAGCGGAAAAAGTTATTACGGGGA CGAATTTGAAGGGCAAGCCCAACTAGCCACTAAACGATCCTTCGACTCCATCCGGAACAA CTTAAAAGAAATCCAACGGAATTTAGAGATATGGCTTGCCAGAATTATTGGAGATCTGGA GGGAATCCTTTCTCGAGATGGTGCTTCTCGTGTAAGGGATTATTACATATCTAGATATCC TTTTGTTCAATAGTCATGTCTTAACATGCTCAGTAAAATCATGATTGAAAAAATGATGTA TAGGTCCTTCCTGTTATGTTAACAAGATAGCTCCAGCTGAATGAACAAAATGAGGTTGAT AAGTCCATTTATGCACATAAATCTGCTTCACAGAAGCAAACTATTAATGCTAACTAGTAC TATAAAGAGTGAAGATTTTTGACAGAATTATTGCTGGATGTCACTGTTCCTGATCTGGAT GCTTGTCATTTACTAGTTCTACTTGGTCCTGGTCTTTCTGGATTAAAAGTTGAGAGGATG GTGTGGCCCTTAGCAACTGGATAAATGTCATGTCTACACAACTCTGGCAAACATTAAATA TTTGTGGACCAATTTTACAGCCCCATTTGATTTGAAATCAGATTGATTTTAGGTTGATAT TAGTTTTGATTTGGATTCTTAAGCTGTATTTATTATTCTTAAGCTTAGCAAATGAGCAAA TTATATTTTTCATGAATAAGATATCAAAATATTCTAGGAGTTGAATTAACAAGTTATATA GCTTCATGTTACTTTTTTATAAATAAATATTTGTAATTATATGTTATTATAAACTTTCAA ATATGTTCAATAAACCAAACAACATTTATACTTTCTTTTGATAAAGTTATTCACACCGTA CAAACAATTTCTTCGCCAGATTTTCTTTTTTAAAATTTTAAAATTATGGGTCTTTTTTAG TAAAAATTAAGTTTCTTTTTTCTCACCTAACCTAATCGTGGACATGAGTTCATAAGTTGA ATAATCTCTAACTAAAAGGACAGTCAAGGATGTGTGCCGCCACTCTCAAGCAAGGCCAGT AGTATGTAATCTAAATTTAGTCAAAGTTCCAATACAAGCTTTGAGCTCCAATGTGACTTT GATAGGTGGAAAAATAATTAAAATTTATCTTTAATATATAATACTCCCTTCATTTTACCA CAATACCTATTAATTGATGTAATGGCCTGAGGTTATAACTTTTAACCATCTCTGTTCTAT TTCTGTCAAGAAATGCAATCAGGTTTTGAACCAAGTAGCTAATCACTCAATATAAAGAAA CCAAATTCAAACTTTTTTAGGGGTTTATTATAGAAGGTTCAGACATACTTATAGCAGTAA TTTTTTTTCCTAGCCAGGAAAAGGCATACACCTGCTGTTGCACTAAAATCAAACAAGCCA CATAATCCAGTTCCAATAACAATTTAACAACATAGATAGATGAGCCTTATGCTGAAGCAG CAGCTTCTTCCAGCAACTGTTTCACCTTGGTGATGTAGTCGTTCATGGCTTCATCGGTGG ATTTTCCTGTCATAGATGCATGCAGTGCAATTAGTTGTGTTTCTCATACAACCAAGTGAA AGGAAGTCAATCTGAACGCTGTTGTTAGATCACATACCTTCAACAGCCTTCCATGCATCC CACTTTGCTCTGTCTCTCATGTTGAACATGCCAGGACGGCCTGCCCATAAGAAAGGGCGT AAGAACAAAGTGTAGCTACTTTGAGACAGCATGTACATATGCATAAGACATTTAAAGCAT TATACTCACTTGTGTTGACATCGCCAACGGTGGCTTGCTTGTAAAGTCCGTAAAGAATAA GCTTGTTCTCATTGGTGGTACTCTCAGGCAATGTCTTAGCTTTCTCAGCATGTGCTTCAA ATTCCTCCTGAAACCCAAATAGTTCAGTTAAAAGGTGTGGTAGCAGAAGTTACAAAGATA AATTTCCAGGTATACTTTCTTAGTGATAAAATAAGGATGAGAATCCAACTTAATAGTCGA GATCGAAACAATTTGTGAATTAAGAGGGAACTGAACTTATCGAAATCTAAAATACAAATT GAGTGTTCCTTCATGGGGTTAATGAAAGTTTGCAGTTCAGGATATCAAATATGTACGAAT TCATTGATGGACTTTAGCACAAGTGTATGCTTAGCCTAGCGGTGAAAAAAGATTCTGCTG GCCAACATTTTGCTTTGACCATGTTAAGACGCGAATTTTAGACACATATGTGTTAATCAT ACAATTCTCCAACATAGCCCTGACTTGTGAAATTATTTTTCAGTTCCAGGTGGATCACTT TTTCCTTCTCCTCTTCTAGAAATGCTACTATTTACAGATCACAGTGAAGCACCAAAACAT CCTCAGATAATGTATTATGACCTCTTCGGTTTGTTTACTGGTTTGCCCTGTTTGTTACCC TACGATTCAACCATTACCACTCAGTAGCCTATATACTTGTGCTAACAGGAATCCTTTTAG TGCAAGGCGATTGGCCAACCAGCAATTTTTGTAGTCACTTAAAAATAGGTCAGACTAAAT TACATCCACTATAGGTTATGAACAGCAGAGAAATTTCAAAGACAAGCTGAACACAAAGTG CACATTTCCTTCAACTTTTCCCCTTCCCCAATAAAAGAAATATGGAAGGGTGATGATAGG TTTTTGACCAGGAAACAAAAACTAGTCTTGGACTAGGCAATACAGGATAGGTAAGAGAAA GAAGCTGGCGCTATCTCGTATTCAATTTTTGCTAGACTATTTACACAGAAGTTGGCCAAT GTAGCACCATATAAATTCGAGAAACAGCAATTTGTTCACTACTAATATTTTGACGGCCCT AACTGCACATGAACTAATAGTATTCTGATTCTAACATCTCGTTCCCTGGGTTTAGTCATC GACTTAAGCTTCAAAGTATACACCATATATATAGCCAATAATATCAACAATCTCAAAAAC TAAAAGAAGAAGACATTCATAAGATGAAATCTTCAAAATATTGTTGAAATTATGGACTAC TTCTGGGCCAGAGACAATATATATGCCTTTTGATAAGGCCAAAAATGACATACACAAATC CGGACTCAAAGTACTACTGATCTGCCATTACATCTGCACTACTTCTTACCGAATTCAGTG CTTACATTGCTATCATTACCATAAATCTTTCAACAAGGCTAAAAATGTACAGCATAATTG AATTCATTATAAGATCTATTTATAAGATGGTATGCCGCCACTCAACCACAGTATGAACTG CTAAAAAAAAAACTCTTAAACATCAATTACACCAACAGATCAGATCAATCCAATCACCGA GCCTTCACACTATATAATAACCAAACAATCCTCACATTTGGGTCTCTTAATCTACATTCA CGTAACAGAGAATCCACAAAATTACAGCACAAGCTGCACAGTCGACCAAGAAAACTAACA GATCCGCAAAAACCAATTGCACAACAACACAAAACCCAGAATTGAAAACGAACATTAATC ACAGAAAAATACTTTTCACTGTCAAAAAAGATTTAACACTCGCTAAACTCACTTCAAACA AGATAAATAAATACTGAAAGGCAAAAAAACAGAAATCTAAAGGGTTTTTACAGAATTTAC CTTCAAAGCCATGATCTGATCTGGTTAGCTTGATAAAAACGCGAGAAAACTGGAGATGTG ATTGTGATGGAGATTGAAGAAGAAGGGTGGGTATATATATATAGTGGAGTATTTAGCATA GGAAATAACGTAATATTCGATTCGATTATGATAATCTAAACAAGTTGCACTTGGATCACT TACTAGTCATAGTGGACCCAAAAATTATGGACCTATACTATGTGAGCTCCACAACATGTA AATTGTTGGGCTTCGATAGTCTAATGCATAAGTAATTACACGAATATTTCTAACATATAT ACTATTTCTTTTTTATTATATATATACAAGTTTAATTAACTAATAACATTATATCACGTT TCAAGTCATATTATATGTAGATACAATTACTAGATTTCAAATTGGAAACCCCAAATACAT GTGAATCATTAGATGTATGTATCTAGAAAAGAGATACATGTAAATTCACTTAGATACATT ATATCCAATACAGATTACATCTATTTTTGACCTAATGTATCCGAAATACAGCGTCAAATA CATGTATCCAAAGTGCAAAATCTAAAAAGATCGGTAACATTGCAAAATAGCATGAATCTT AGTAATTAGCTCCTGCAACTAATGTGATTTACTCATTAGTTCCTACTAGCTCAAACTTCC TCTAAATAGTTTGAAATTTTTACATATGAATTCTTCTCTATATGACACGAAATGACTCAC GTTTGCAAAGATCAAATTTGAAGAGCTATTCAACAACAGACGACTACGTCCACTATGTGA ATCTCAATTCGAATGCATTCAAAGTTGTCTAGTCTGAACTACCCAGAAACACAGGAAGCA AGAAAAACTCAGAAGGGTTTTAAAAACTCTGATTCAGTACAGAAATTGAACATTACGCTT TAACACATTTCGATAGTTACAAAAAGTAAATCAGTTGTTATGCACTAAAGCATTTGTATT GTTTTATTCCATCTTATCCAAAATAACGAGATTAATTGATGGGAATTGAATACCCAGGTA GAAAATTAACTTCATTTTAAACCAGAATTCTTAAAACGAGCAAGAATGATTTACATCATT CTAATTTTTTAAAAAAGAACGACACAGCTAAAACAAGCTATCGAGCTAGTACAAGCAGTA ACTTATCAATCACATCTTTAAAAAACTGACACAATCACTAAGTTAGATGCTAAAGCATGC AGAAACAGAAGAGGAACAGGTCTTGCGCTAATCAAAAGATTTGCATAATTTCACAAACAA AACAAAATCCTCAAATAAAATGAAAAACACAAGTTCCTCAAAATGATTGTATGATAAAAC TTTCACCACAACGCCTACCAGAAAGTTGATAATGCTTAACAGACTACAGAATGACTCTTA ATTGCTTATTTCTTCTCTTCCTTTTCTGCTTCAGCTGCCCTCTTCAACCTGGCTCCCATA TGTCGAGCATTTGTACGCTCAATACGGAGCTTGCCATAGGCCTTGAATGATTTCATCTCA TCGGTCACCTTCACAAAGTCAACAGCAGGCTGCTCCCTAGTAATAGGCAGGTATGGACCT TGGACCTGGGTGGCAGTAGCAAGTTCCTCTGCACTAGAATCACCAGCCTAGGAGAAAGGG TAGTTGAAGGTTAATTCAAGGCAAAAAGTGTTTATATACCACAGCAACAGGAACCCAAGG AAGCACAGTAAAGAACAGCAATTTCTGAATTTACCTTGACCTTCTTAGCACGCCTTGGGA AGATAACTAGCTTAGCCTTGTAGGTCTTAAGCCTCTGGACATTGGTTTGGAGACCTTCCA AGGATCTGTTCCTTCGGCGATGATCAACAGCAATGCCTATGGTTGGTGCTAGCTTCTTGG GAATACCAGCTGCCTGAAAACCACAGGTACACATTAGTGACAAAATCAAACGTACAAAAG AATTATGCTACTTGACAAAAGAATTTCGTTTTTTTACACTATGGATTGGTTTTGTTTGAT TGTTCTTTCACTAGGAGCAAGTTATACAACAAATGACATACAAGTAACTAGAATTGTACC TTCAGTTCTTCAAGAGAGAATCCCCTACCAGCACGGACTTTCATGTTGTATTTAAGGGTT TGTCCATGAACAATAGGTCGAAGTGAACCAGCTGTTGGCCTAGGGAAGATCTTCACAGCC TTCTGCTGTCTAGCTGTTGACAACATAATAAAAGAGAATTACAGAAATGTTAGTATTGCA CAACCAAATTTGAATTTCAAAATGAAAATAATCATTCCAAAAATTCAGTAAGCAGATATA ACATACCAGCACGTCTCCTTGTTTTCCTAGCAGGTTGGTTGAACCATGTCCTTACATAGT TCTGCCAATGCTTCTTGAAGTGCCCATTGGGAATAACATTGTTGTGCTTCATGACTTACC TGCATTTGCAATGAAACAAAATATCAAACAAGCATCCATCAGAATGCAACTGCTCTCATC AGCAAAATAGAATAGAACTATTTTACTTCAACTTTGTTATTCACACAGAAAATTCATATT CAATTAAAATATTACAATAACCAGCAAAGCAAGCCAAATAAACAGATAAAATCAATCAAA TACACAAAAACCTATATGTGAGCAAGTAAAATTATTCAAACAAATTTGATTTGTACTCGC TAAATACTATTTTTCTGGCTTTACATCTCTGAAAGTTTCTTTCACAAGGTTAGTGACTAC ATATAATCGAATTTTAAAGCATTTCTTTGACACGTTCTCCATGAATTCATCAAGCTCATT AAAGAAGTACTCCTGGCATGGTCTTTTGAATCATAGACATAGTTATTTTTACTATGAACT GAGTAAATATACCGAACAAAACCCGGTAACTGATTTAAATAGTAACATACACAACAATAA GATATCCTAAGATCCGAATATGTAAAAAGGAGATTTTTACGAACTTCAGGTCACATTCAG AGCGAGCGATTAGACCAAGGTTTTCTGAGACTAAACATAAACTGCAACCCAATTCAATCC AAACACACCCGCAATTTCTTCCCTCAATCTAAGAACACTTCCCTACAAACACTCTACACA CTGATTTAAACAATTATCCTACATTGCAAAAGGTATATCGATATGCATATAAGATCATCG AAACTCGCAAAACTAAGGCACTGCGCATAAAAGCACAAACAAATCCAAAATTATCAGTTA AGCTACAAGCTTATCTACCTAAACATACATTTTCAGTTCAATTATATTTGCATTATACAA ATTCAATAACACGTAGTATAGCTTACAAAATCAACTGAGCATTATTGCTTGAGAAATTTC AAAGACTGGAACATACCTGGGGTATTTGAGGGCTAGGGTTCTGGAGGCAATGGAAGAACA AGGCACTGCAAAAGAATTGCACTTCGCTTTTATAGGGCTGAATGAAAAACCCTAGATTTT AAAAGGCCTAAAACTGGATTTACGAATGGGCTTTTCATTTGGGCCAGTAAACTTTTTTTC TTTTTTCTCTATTGGCCAGTTTACTCTATGGGCCACAAATAATATCCAGTTTAGAGATCG GCCCCGTCCATTTTATTGGACAAGGACTAGTCCATAAGAGTTCAATTGGGTGCACAAAAT ATACAATTCTTAGGATCCTTAGAAAAATCATCCGAACTAGTAATCTCGATCAATATATTT TAGGAGTCGTTTCTAGAGTACATTAAGAAATATAATGCATGCATTATGTGTGTGTATAAG TAGTATCTTGTTTGATACATTTTTTCTTATCATGTACACTATATTGCGTCTTACTAATAT CAAGTAATTCAGTGTTACTAACATATAGCATTTAACACTTGCGTTAATACATTTTGTCTT CTTTGCATTTTCTTTCTTGTCATATGTTTTTGTTTTTATTTTTATTTGTTTTTCAACGTG TTTCCAGTAGACTTTATGGCCTCTCAAGTATCTTTTTTTAAAAAAAAAATAATAATGATT TCAACTTAGTTTAATAATAAAAATTACTATTGTAGCGATAAATTTGATAAAAAAATATTT GCCAACTTTTCCCAAAGTATTTCGACTCAAATAATACAATTATTTAATATTATTTTTAAA AAAGAAGAAGAGGAGGAGTTAATGATATTTTAACAAATAACTTTGTTGCAAGGAAGTGTA AAAATAAATAATGTGTGAAGTATATTTTAAATAAATATTATACGAAATTTATTATTTTTA ATACATCAAATCTCTCTATAGGTTACAAAAGAGACACTACTAGTACCACTAACGAAATTT TTCCTCTAAAGATATCCAAAAATTTTAAAAAGTTTTTAAAGTTATCGTATTAGAATTAAC TTTAAACTTTTAAGATATATACATTCGAAAAGAAGTTTGAAGTTCAATTTTTGATAGATA ACATTTTAGATGTATTTTAAAAATAGGGGTGTCACATATAAATTATCTCGTATTATTTCA TAACGGTTGATTTGTACTTTTTCTTTATTTAGTTTTTCTTATATTCTTTTTTGTTTTTGG TGTTGAATGATAAATTGGTGTATTCTTCCTTTCAATCTTACCACTCCTTTTAAAATATAT ACATGATATATCTCACCTCAATAATCTAGATCGGAGACGATCACCTCGAAACATATCAAA ACTTATCCGCAATATTGATAAATCTTAAAAAAAAGCAACCCGATTAGATGTTAAAGGATC CGATATTCGGATTTAAAATGATTTGTATTGTTATTATATGCCAAAACATTTTCAATCAGT TAATTGTTTTTATGTAAAATTATTGAGGATATATACATGGCTGAAATTGTATCAAATATT TCATGATAAGTTGAGGAAACATAATGGAAAATATTGGAACACATGTTTTTTTTTATGGTA TTTGTGATGTGAATATTGACTAATTTGATGGGTTGCTTTAGTATAAAGTAAGTTCAAATG TGAACAGAATCAAAAGTTGTGATTGAATAGGAAAATTTTATTTGAATTGGACTTGCTAAC TACTTTTTATTTAACAAAGTCCAATTCAAATTGAATTTCCCCTTGCAATGACAAATTGAC AGTCCTTAATTATCAACAAAAGATTATGGTGGAGTGATAAGTATTCTTTCATTTTTAATT AATGGTTTTGAGCTTGAGTATATTCGGATACGGAATCATCTTTGTTAGGAAACGCTTTAT AGAATGGTAATTTTTCTTTCATTTTTAATCAATGGTTTCGAGTTTGAGTCCATTTGAATA CGAAATCGTCTTTGTTAGGAAACGCTTTATGGAATGGTAAGTTTTCTTTCATTTTTAATC AATGATTTTAAGTTTGAGTTCATTCATATACGAAATCGTCTTTGTTAGGGAATGTTTTTA CTCCTTACTGTAGGACTTCATGTGAATTCAAATTTAATCGGGCTCTAATATATGTATCGA AAATAAGATGAAAAAAAATGAGTGAAGACGATCCCTTAATTAAAAATCTAACCTATATAA AAAAAAAATTTAACCATATGAGAAAAGCAAATTAGGTAAAGAAGAACAGTGATTTGCATT AACCAAACGAGATTTGACAAGAGATAGTAAGATATTTTTATATTAGGGTTGTAAAATTGT ATATATAGGGTAATCGAAAATAATCATTAGAGTTTTAAATATCACGGATCTGTATAGTGT AAGAAAATTAAATGTGTATTTAAAATTTCATGACAATAATTATTGAGCTTGCAAATAAAA TTTTATATTTAATAGGAGAGAAAAAACATATAAGATTCTATTGATAAAACATATAAGATT CAATTGATACCTCTGCTGAAGTGAGACATTTTAGAAAAAAATTGAACGAATTTGGCCTAT ATAAGGAAGAATATATCACACTATCATATTAAAATTGTCTTTTTTGACTAATTTAGTTCA ATGTTTGCATCATAAATCTGTATTTTTAAGTAGGTATATGCATTATTGAATTAATTCATA ATATTTTTAAGTATCAAATCAAATCATTTATGACAGATTTTTAAATTTATGAACCAAATC AAACTAATAAATTATCATCATCTTACTTAATTTATGATTTGATTCGATTTTCAATTCAAT TTTACGCTTCTAATTTAAAGTATTTTTACATCACATGAAAAGGACAAAAGTAAAGGGGAA ATATCGATACTCAATCGGTGATTATACTTATCAACAAATCATATTTTAATTATTTCATAC GGTCATAATATAAATAAATCACCTTACTTGAGTGGTAAAAGTTTATATATAAACACGCAT ATTAATTTAGTATAGATATCAAGCACAAACAAATTAGTTGTGTCCATATATCGGAGACAT ATTGCAATATGGAAATTCGTAATAACTATCCTTCTAGTACATTCTTATTAAACCCCGCTT CAGTATTGTATATGATTGCTCATGAATTATATTAAAGACATGAATCATATTAAATAAGCT TCGTGCAATAATAATATTGAATCCAAAACTTTATATTGAATTTTTTTTCGCTCTATCAAT TCGTCCACTAATATTTAAAGGCAAACTATATAATGTATAGTATAGTTCAAAGGATGGGGC ATTTAATTTAAACACTCATTATTTAAATTTTACAATATAGATCTCCAAAATCTTATTTTT TCTTCTTCTTCTTATGTTGTCTTCTAAATTTTCGACAAAATTATACTCAAAACTTTTTTA TCCAAATGAATTTGGCTTTATAGATTATGGAATGCGTGGGATCTTTAAAAAAGTAATTAA ATAAAGTCAAGCGTGCAATGCATGAAATAATAACTAATTCCAAAGTGAATGTCTTTGTCC TACTTCAAATTTTAATAATTTGGATTACTTAAAATATACAAATAGTCACTTTTCAACTCT TATAATTTCAAAAATTATTGTCATAAAATTCTAATTCAACTTATAAAACTCTATGATATA TCATAATTTTTTATCTGTAGAATTTAAATTTCATAATTGACTTACCAATTTTTCTGCATT TTCTTTGGATAAACGATAGAACCAAACACAATAACTTGCTTTTAAACAAACAAGAGTTAT TGTGGAGTGTAGTAAAAATATCTTTAGTACGATTTTTTTTGTTACGATACACTTTTTTCT ATAAAAAATAAAGAACATATTCATATGATGTGTGAGTTTTAATTAATTAAAGGCCATGGC AACATGAACACTATGGACACCGAACGAAAAATAATAAAAATAACTTAAAGCTATTTTGAA AAGGCTAACTAAAATTTAGGAAATGTCCAACTAGTTAGAAGTATCAAGAGGTTACTAAAT TATAAAACTTTATTTAGATATTAAAAAAAGATGGTTTTAGAAAATTTAACATTACCTTTT TCTATAAATTAATCTTCTTCGTACGTAATTATACATTAGTGTAACTTGTTATTATACATA TTCCTCTAATTTATAGGTTTTTAAAGAATCGTTACGCTTCTCCTTACTTCCATTAAAAGC ATAATTATAAAGTAAAGTGGTTTAACGAATTTGATGGCCTAAATATTAAAATCTGTTTGT TTTCTCCCATAAGTTAATTGCATTGTATTGTTTGATCTATACATTGATATGATAAATTGT TAATAAGACACAAGAGAAACTCATATGCTTCGAATTTTGTGGTAGAGCACAGCGCATAAT ATAGATTTGATATATGTTAATAGTATCAAATTCTCGCTTATATCTAAAAATATGAAAGGA CTGACTGATAAACCAATCATCAAATTATTTCGAATATTACTAAACTTACCCTCCCCCACA CCCCAATATATCCAAATTCGAAACATTTAACAAGTGTACAAAGAAATAGAGCCAAAGTGG TGAAATTTGAGAGATCTTTGATGAGGTAAGGGAAGGTGATCGTGTGACATGTTTATTTAG GTATATATATAAAAAATGGATTATGAATTTATGTTTCTTTAGTGGGTAAATAGGATAAGG TCATCGATGACATTTGTTAAACAAGAAAGTGTTAAATCTGTTAATAAATAAAAAATATTT ATATCATCATTGATAATTTTAATAAAGTAACACAGAATTATTTGCAAGTGTCACGGGAGA TTCAAAAAGGTAACTAAAAAAAATAATCTAAACTTTGGTTGGTGAACAAATCCCAGAGAA GAAAAAAAACACGAAAGGGGTGGAAGCAAATTATGAGGAAAAAACTTATACGCATCGGTA AGTCAATGTAATTTTTATTATAATGTGATTTAGTGAAGTAAAATAAAAATTAAGTCATTT AAAAATCTTTAAAATTGTTCGCATATTTCACTTAGACACTTCAAATCAATGTTTTACCTA TTTGAACATTTTTAACTTAATAAAATTATTCCTATTAGATACATTTCGATAATTAACTAA AAATTGTAATCGTGTGGCTTTGAGCTCAATATAATTAATTAAAAAAATTAACTAAAATCC TAAACCTGCGTATTGCCGCCTCCGACTGCTGCCTACGCCCCAAGCCCCCAATTTCATCTT CTTCCCCATTTTTCTTTTAGAAAAAACTTAAATCTCTTGTTTTCTATAAGATTGATTTTT GTTCTTATGCGTAGATTTGATTTATTCTTGAACTGATTGGGTAGAAAGAAAGAGATTTAT GGTGTCAAAGTTTTCCGACGAACAAACTAAGATGGCAATCTGAAAGTTGTAACTGATTGA TTGAAATTTTATGGAGAAAGAAAGACATTGACGACATAAATTTGGAGAAAAATGAGGTGG TGTTGATGGTGGATGGTTGGGGTGATGAGGGGGGGAAGAGGACGATGGAGAAAGAACGGA AAGGAGAAGAATGGGTAAAGTGACGAGAGGCCCGGTAAGAATCAAGGTGGTGCGAAGAAG AAGAATGACTGCAACGAAATGAACTTTAATGGTGGCGATACCAACGATTGCCGGAAAGGT GATGGCAACGGTGGTTAAGTCAAAGAAGAAGAAGAGATGATAATTTAATTTAAAAAAAGA TAAATCTTATTATGCCCTTTCACTGTGTATTACACACATATTGTCATGTCAGCATAAAAT GTTTAATAATTAAAATTTCTTACAGTTTAGGTGTTCAACAGGTATATGGTTGAATTTGAT GTCTAATTAAAATATGCAGACAATTTTAGAGGGCTCTGGATAACTTAAGCCTAAAATAAA TTATAAATTTAAACACATGACATGCATGTACTGACTTAGTGTAAACATCCGGTGCGGGTA AATTTTATCCAAATTACCATGCTAACTTTTCTATAGTTAAATGTTTGACGCGGTGGTCGT AATTTAACTTGGATTGGTTATTGATGAAAATCAAAATCAAATTAATTTAGTTGGTCATTA AAGTTTTAAAATCAAATTAAATTAATCTAGTCGGTTTGGTTCAATAATCTGGTTTTTTCA ATTTGAAAGTAATACTTAATTTTTTTGAAGACATACGTTTGTCGATAGACACAAACACCT AGTATATGAACAATCACCAGGAAAACTATTGTGAGTTCAATTAAACAATTAAGAACATTA GAGTTATTATACACGAACAAAATGTCTCAATTAAGTGAAAGTGTGGCTATCTTTATATTT ATATTTTATTTATGAATAATATATATACGATTATAAATTTTATATATGTAATCTCTTGAT TCAGTTTGATTATTTTGCGGTTAATCTTTAGTGAAATTAAAATCAAATCAAACAATATCG TGTTTCAAACTTTAAAACAAACCTAATCAAACCAAATATCAATTTCTTTAATCGATTAGG TTTGATTTGCGATTCGATTTAATTTTTTAACCATTTCTATGAACAACCCTAATTGCAACA ATTTACTAGGGGGTTTACGAGTGTTAAATGGGAGATGCAATTAAATTTAAGTGGATGAAA TAAAATAAGATAAATGAACTTATTATTTGATTCATATTTAGAAGTTAGTGTTTGCCTCAT ATTATCGGATAATTTTAATAATGAAACACTTAATCGACTTGTGACTTGTTGCAAGCAAAG AAAGAAAAAGATGAACCAAGAACATAACACCTAAGAAAGACAACATATGTTCAACAAATA AAGACAAAAAAATCAAAAAGGAAAAGAAATCACACACTACATCAAGGGGGAAACTTATAT GATGTGGGAGACATAAAATGAAAGCAGTTATTGCATTTACTATCGTAATAAAGATATGTC TTGATCTCTAGAATCAATCAAATTTCAGAATCAATCAAGCAAATCATGATCAATCGAAAA TTCCTTAAATCAATTAAATATATTCAAGATTGCAGAAGATATTCAAGATCGTAGAACAAA TCACCTACAGAAGAAAATAGATAATGTGCATCAATCAGCGGATGCTTTTAAGACAACTAG ATCAGTTAACATTCAAGACTACAAGGAAGAAATCAAAATCAAGGGATGCATTCAAGTTAA CGAGATCAGCCAAAAATTCAATACAACGAGAAGATCATCATACAAATAAACAAATCGATT TGTTCATGCACATATATGATATGGTCATGACCCAGCAAATCAATTAGAATAAAATCAAGG ACTTAATCAAACTCCCTTGATTAAAACTCCCTTGGATTTCCGTAAAGAACAAAGTCCTCC AAAGCTATTTAAACCACTATTAGCCATAGTTGTGAAGCACGCACTTCACTTGAACTAATA TTGTAATATTCTTTTATCTTTCATAAAACTTTGTACAAACTTGAGTTAACAGTTGAAATG AAAAGAGAAAGAAAGATCTGAGTGTAAGTTATACAGATAGAAGTTGTGTCGAAAAAGTAG ATCTGATTTGCAAATCAGACGTACGGGCTCTTAATTATAACATTTTGTAACACCGAGCTC TTAATAAATTTTTAAGAAAACCCTTGTAACCCAAGGGACTGGACAAGACATCACATCGAT GCTACGAACCAGTATAAAAACACTCTATGTTATTTACTTATCGCAAGTTGTTATTACCTT TTATCTAATCTACTAACGTGCAAATGAGTCGATTGACCATTAAAGGAAGTCAACTAAAGC GAAATTTTAATTTACCCTAACTTTTTTTTCTTCTTATATTATATCTATGTATAACATAGC AAATATCTTCTTAAACATATTTTGACACAAAATTCTCGTGGATTAATTTTAATATAATAT CAACCTAGTTTTAAAATGAGATGAATCATGCTAGTTAAAAAATTGAGTAGATAAAATAAG CAAGTCATTAATCCATTCAAACCTAAGTAGGTTGGACTAAGGCTGAGCATCGGAATGGAA TAGGACCACTGGAGTGGAACTGGACGATTTGACCAGATTGTAATAAATATCGAGATGAAT CGAATCAGAATTATCGAAATAGAGACTGAATTTCGTCCCATCCCACTATATAATAGAATC GGGACAGACTGAAATGTATTAGAAAGGAATGGGATAAACAGAATAGCACATATAGCTATT TTTAATTTTTTTTATAGTTATTTTGAATTATTAAAATACGAATATTTTTTTCTAAGTTTA TTAGTTTATAGAATTAAGTTTTAAAATTTATAAAAATTTTACTTAAATTTAATTTAAAGG AAGTTTATAAGTTATATATTAAGTTATACTTATAACTTGTAAGTTAAATAAGTTTTATAA GTTATATATTAAGTTATATTTATAATTTGTAAGTTAAATAAGTTAAGTTTGTAAATTTAA AGAATTAAATATACAAAAATTAAATGCTTATAAAAGTAAACAATGACAAAAATATTATTT TTTATTTTAATTAAAATGATTTATCGAGTTAGGAATGATACCAAATCGGATTGGAACGAA TCAGGATGAACTGATATCATATACCAATACCAAAGCATGATATCGTTTTATTTCGTGTAT CAGTTTAATGAATTGCACCCCGTCTTGAATACTATCTAATCGAAATGAATCGGTATGGTA CCAAAACAATATCAGATAAGTACTGGTATAATTTCGTTCGATGCTCAGCCTTAGGTTGGA CGACCATGATTGTATGGATCAGATTTACTACAACTTTATTTAATTTTTTTTAATGGAAGT ACTTTATGGGAAAGAAAATATTGTTTGAGAGTAACAATTTATGTTTCACTAATCAATTTA AAAATATTTGTGCTAATAATAAAGGGGATAATGTCCAAGTACCCCTTCAACCTATGCCCG AAATCTCAGAGACACACTTATACTATACTAAGGTCCTATTACCCTCCTGAACTTATTTTA TTAATAATTTTTTACCCCTTTTTAGCTTACGTGGCACTATCTTGTGGGCTCAACGATGGT TGACTTTTTCTTTTGAACTAGTGTCACGTAGGCTAAAAAGGGGTAGAAAATTACATATAA AATAAGTTCAGGGGGTAATAGGACCTTAGTATAGTATAAATGTTTCTCTGGAATTTCGGG CATAGATTGAGGAGGTACTTGGGTGCTTTCCCAATAATAAAGTAATACTTTATGTTCGAC TAATATTTCAAAAACACTTTTAAAAAGAAATTATTATTTTTTAAATATCTATTATTATTC AAAAACCTATTTTTTTTTTAAAAAAAAAAATTTGATCGAACAAACTACTTCAACAAAAAC CTTACTCCTTTTTATATAGCTTTAGGTCCTCGTTTTTGGATTTGGTTTCAAATAATTCAA AATAATATTTGGGGATTATTATAAATAATTGCTTATTTGAAGTTTAAAGAGTTTTCTCTT TCAAATTGTTTTATCATGTTAAACATAATTTTATTTTAAAAAAATTACTTTAGCTTAATT TCAACGAAAAAGGACCTAAAATACCTTCAGAGTATTGAAAATGGTACAAAATTACCTTCC ATTCACCTATTGGCTCCAAAATACCCTTTCCACCTACCTATTGACTCCAAAATACGATTG TCATCCACCTTTTGGTTTAAAATTGACTACTTATTTAACGGTTTTAAATTTAAATTTTTT AAATACGTGGTGCTAAACTATTTGTTATAATTTAACTTATTAGTATAATTTAAAAAATCA ATTCACTACCCACCCACTATTAATTAAAACCCTCTAAATTAATAAATCCGTCACATTATT AGTGCAACAACAGAAAAACTACTGTCAATTGATTGTTTTTTAAAATTTGAGTTGAAAATA TCATAGATTCAAGTTTCTAAATAGAAATCATCGATAAACTTAAAAGTCTGACTATGTTTA TCTTAATTATTGTTACGTCTCATTTATGTGATGTTACTTAATAGGTAACTTTTTTTCAAA ATAACATATTAAAGATTTTAAAACAAATCATAAATATTTATAAAATTATATTTTTAAAAA AGCGCATGAATTAATTCGGAATGTATTACTTCTTTACTTTTAATCATAAAATCTAATTCA ATCTTGAAAGAGAATTCTATTGAAAGGGTCCTCCTAAATAAGCGACTCTACCTAAATTTA ATTGGGGCTTCGGTTCGGACTCGAATAATTTTGGATGTCATTTTCAGGAATCTATAATTA CATAGTGTCTTAGTAGTGTTTGTGGCGATTTTGATATTATAATTGAATTATTAATTGGGT GTGGTTTAATTAGTAATGCGTGAGTAGTGGGTTGGTTTATAAATTATATAAATAAATTAA ATTATAACTAATAGTTGAATGCCAAGTATTTTAAAAAATATTTAAAGAATTTAATTTTTT AAAAAATTAAATAAGTGGTTAATTTTGAATCTAAAGGTGGATGACAAAGGTATTTTGGAG CCAATCAATAGATGAGAAGGACATTTTGAAGCCAATAGATGAATGGAATACTTCAAGGGT ATTTTAGGCCCTTTTCCATAATTTCAAATACTACATTGTAAGAGTAAATTGAGAATTTAG ATTCAGTAAATTCTTAGGATATATATATATAGATATATATATTTATATATAGGATTACAA TTCCAAAAGAGCTATGATGAATTAAAATCTAACATGATGAACCAAAACATGATTTGAGTA GTTAATTGTAGTTTGGTGATTTGATGTTTGTCATTCGATTCTTCTCTTTTAATTAATCTG TCTAATTATATATATTATATTCAAATTATCATTGCATGGAAATAGAATTATAATTATATA TAGTCTCAAATCATGCACACCTTACCCCCACAATTGGGGGCACAAATAGACAAACATTCA GCTTGCTTACATGATGGGATTGGCTCAATTTCAGTTCACATATACATTATTATATTATAA TATCTTATAATAAAATAAAATATAAAAGATATATCACATAAATTATTGGATTTTGAGTAC CCTACATCAATAATTATCTTATAAATTTTAAGTTATATCTATATTAACTGTATAAAGATT TTTATATTATTAAATCAAATCAATCAAATATAATAAGTTACTTTTCTGTTTTCCAAGTTA TCATAATAAATAAATTAACTAACTTAATTGGATTGTTCTTGTTTGGATGGTTGTCACATG TTTAAAAATCCATATGTTTCATTGTTTTGATAAATATTCATTTGGACGGATTGTATATTT TTTGTTGTTTATTACAATACCATATATCAATAATTTAAAAAATAATTTATAAAAAAATAA GAGTAAAAGTTACATGATAGAACTATTATATAAAATAAAGGAAATAGGATTAAAAATATT TTTAAATTATGTCAAAGAAATAAAAATGTCATTCATTTATAGTTTGATTTAAAAATGTCT TTCATATCATATTATGGTCCAAAAATGTTCTTATTGATATTTTGGGTAAAAATGATCTTT TTTTTAAAATAAATATATTATTTATTTTCTTTTTAACACATTTTTTGTTCTAGTAATATT TTTTTAAAACAAATAAATGTTTATCTTCAATTAAAAAAATGAAAATATTTCTTATTTTAT TATAATTATTTGCTATTGTTATATAAATATAAGTTAATGATGGTATACTATGATATTATA CATATGACATATATTATCTGTCAAGATACTATATAGAGTTATTTTTATTGATAAGATTAG ATTAAAGAGGAAAAAAATATTTCCTACATTTAAAAAAAAGGTGATTTTAAAAGAAAGAAA ACAAGATCATAGTTCTTTAATAATTTAATTAAGAAGAAAATATGGTTAAAAAGAAAAAAT ATATAGTTATTTGAAAAAGGGTATTTTGGATCAATTTTAGTAACTATATAGTCTTTTGGA CTAAAATATTAAATGTAAGATATTTTTTAACCAAAATATTAACAATAAATATATTTTTAA ATTAAACTATTAACAAAGGATATTTATATTCCTTTTACGTATTTTGGAGCTATTTTTGAC TATTTTCCTTAGAATGAAAATTAAAAGTCAAAATTGGATCATTAGAATACAGTAAGCAAA GAGTACAAAATGAATAAATTTTTGTTACACAAAAAGACACCATATAATACATTATATGTA ACAACTATCCAAACACATTGAATGATATGTTCTCTCTCCATCATACTTATTTTGACTTGA ATACGTGTAAAAATAAATATATAGCAACACTATTAAAATATCTTTTAATTTAGTTGTGAT TTTAAAGCAAATCACATGAAAATAATAAATTAAAAAAAAAAGAATCATTCTTTTCTAAAC TAATTAAAAAAGTAAATAAATCAAACAAATTAAAATAAAAAAATTACTCCTGTACAGTGA TCGACGTACATAACTTAAATTTTGTTTAAATCTTATATACTCTTTCTATTTAAAAAATAT TAATCCATTTTTCTTTTTAGTCTGTTTCAAAAATAATGATTTTTTTTGTAATATTTTAAT TTCAGCTTTACATACAACATATTTAACGCCACAAAATCAAATGATAATTTTGTATGTTAG ATCTAACTTTAATTTAGGACCACAAGATTCAAAAGTTTCTTTATATTCTTAAATTTCGTA CCAAATCAAACCAGATTATTATTTTTGAAACGGAGAGAATAATAAACAATTATAAGAATA GCAATGTCTCCCTTTGACCATGTACACTTGTTTTCTTGCTTATTATCTCTCTCTCACTTT ATCATTCATATAAACTCAAGCCACAATCTATACTCTATTCATCAAAATCTTTTCTTGATG AAGTAAAATCATAGAGAAACTATATATCACAAAATCAATTTATTTGATCCAAATCTCTAT TTAATCTATAAAATAAATGGTGCCAACAACAACAACAACATCATCATCAGAAACTCTTCA AAATTCTTCAATTTCAGTAGCAGACAAGAAAACTTCTCAACAAAATGGTGATAACAACAA TCAGGTAATTAATTAAGAATATTTAACTTCCTTAATTATTAAGTTTATTCATTTGTTTAA TTAGATTATGAACATGGGCGGTTTAATTAAAAGTGTAAAAATGGTGATTTTTTTTCTGAT TGGCTCTAGATAGCTAAGCTGTGTTTGTTAATTAATTAATTAAATTAATTATGGCCGGTA ATCATCCTAATTAAATAAGTAATCGAGTAGTAATGACGATGACGTTTTTTTTTTTTAGGA AAAAACTATGGATTTCTCTTAAACTACTTGGTGTAGGTGAAATAAACAAATGGAAAAAAT ATATATATTATTTACCTATCATGGAAAATAAAATGTGTATGAATTTTTTCGTTTATTAAT TAGAATTTGTTTAAATTAACTTTTCATTTTAAACATATTAAGTTATTTAATGTAGTTAAC TAGTAGTTATCCTAACTCCTTCAAAAATATTACATTTTTTTTTTGTTTAAATTTTTATGA AATAGACATTTAAAGCAATAAAACAGTGAAATATGTCGGCTTTAATTCTCATTATTTTTA TTTTTTTTTTAGCATATTACTTGTTTGCTAAAGCTTCAATTTTTTTAAAAAAAATTATGT AAGTGCTTTTCGAAAAATATTTTTGTTTTATGTTTTGCTAATTAATTTTAAAAATACTTT TTATTATTATTAACACAGTAATTTGTACTTGAACAAAGTTTAAAAATGTATTTAGAAAGA AAGAAAAAACACAATTTTAAGATTTTTTTTTTAATATTTCAATAGTGATTTGTACTTGAA CAAACTTCCAAAAAAGTGCATTTAGTTATCTAGTAAATATTTTTGACTTTTCAAAACTTT GGCCTTAAATTAATTAACTCGTTTGGACAATAAGCACTTTTTCCTTGTACTATAAATACA AGTTTTATGTTGATGTTTAATTTAATAGACAATTAACTTTAACTGCAATCAATTTTTATA CTCTTTAAATTATTAAATCTTAATAACTTTTTTTCTGTTATTTCTAAATATCTAATTGCC TCTTAAAAATAATAAAAATTATATATTTAAATATAAATTATATCGTATAAACTGAAACGA AGAAATATCGACTTTCTACGAGTTGGGTGGGGAAGGGAGATTATTGTGGGGTTTGTATGT TGAATAATGAAGAAAAAAACACTGCACGCCTACAATGAGTGCAGTGTATTTAGAAAAAAA TTCTAAAGACATAATTTTATTTTATTTTTAAGTTGAAAAGCAAATGGAGACATAAAATAT AATTGCCGCATGGTTGACTTGGCTTGCTTTGTTACTAATGATCATCAAAAATAAACTTTT AGCGTGTACTTTCTACAACAAAATACTCATAATTTATCATAATAACATTAGGTTTATTGA ATTATAATACGATCTCGACTATTCATTAGGTATTTGTTTTATTTTATATATAATACATTA TTAAAAATATGAAAAAAGATCAAAAATATCTTTAAACTATTAGGTAAAGTTTAAAAAATA TCCCTTATTCATAATTTATTTGGCTAAAGATACTCCTCACTGACATCACCCTCTGATGAT CCCCTATATCATGAAATTTCACTTAGACATCATTGTTGAGCGATATTTATTTTGAACTTC TCATGTAGGATCTTATTGTGTCATTTTGATACTTTTCGCTACATGACATGGTGAGTGTAA CACACTCAAAGTCAGCTTGTAGAGTTTGTTTTTTTTTTCGAGCCAAAATTATTTTTAAAA CACTGTCTTCTTCCCTCTTTCTTTGTGATTGTCTCATCCACCACACACCATCAATCCATG ACGTCGTCGATACATCATCGTCATTAATCTTATTAAAATCGAAGTAATTTTTAATTTTTC AGATCTAAAAATCATAACAATCGTCTTTTTTTCATTATGTTTCTTTAGATTCAACAATTA AATTTTAGTGCCACAAAATAGCTAATTTATTTCGTGTTCACATATTTGAATCCTTTGTAT ATTCAAGAAATGCAAAAAAAAGGACTAATTCTACAATTGTTAGTTAGAACTATTTTTTAG AAGTAAAATAAGAAAAAAATTATGTTCTTATAAATTAATTTTTTACAATGTAACTATATT CTTTTAAAAATATTTTTTAAAAAGACGACAGAATAAAAAAGGGGCTAAGATTGAGGTGTG TGGAGATAAAGAGGATGGACGACCTAGTAAGGGCGGAGGAGTGGTTAGGGCTGGAATGGG TGGGGTGGGGCAAGGAAAATGCCTGGGTTGATTGAGTGCAGAAGACAAGAATAAGTTTCT TGAAAATTAAAAGTAATAAAAATAAATTTTCACTAAAATATTTAAAAAATTTTGAGTTTT TTTTATATGAAAATTCGATTACGTTAATTTTTCATTGCTTCAATTATAATGCTAGTGAAA ATAACACTAAATTAAGAAAATTTAATGAAGAGATAAGTGACTTGCTAATAATGGTAGTGT GCCAACCTATTTCTTAGATGGAGATTGTGCCAACCTATTCTTACATGGATAGAATATTAT TACCATCTTATCGTAAAATAATAATTATCTTGTAATTAATAACTTAAAAACACTAGATAA TTGTCCATTAAACGTTTTAAAATATTTTAATATTTTATTTAAATTACATTTTATTTTTTT GAAATAGGTTACATTTAAATTCTAAATTTTCCTTTTAATAAAAATATGATCTAGTATAAT TCAAACTTCAATTTAAATATTTTCATGATCAAACGTCCATTTAATTTCGGAGCCAGGTTC CCTTAGTTGGGGGCAATTGATCCAAGCCTATATGGGCCTATAATGGCCCAATTGTTCTAG TCTTCCCAAAGCAAATCCAATCCAATCTTTTAGTGGCCAGCAACCGCACATGCCATGTTT GTTTATGCAGATATTTTTTTTTACCGTAGTTTTTGAGTATTGCTTTGGGAACCCAACTAG TTGTATTTATCGGGTTCTGCTGTTTTATGGCGGGTGCACCACGGAGTCGACTTGTAATGT CTCTAGTGGTCCTGCTGGGGCTCGAACTGGTGACCTGAAGGACTTTGTTCTCAGGCTTTT ACCAGCCGAGCTATCCCTCAGGATTTTTATGCTGACAAGTATATCTTATAATGTAAATGT ATAATTTCCTCGGTTTCAATTTACGTGACTATCTGATAAGATACGACGTTTAAAAGAAAC GAAAGATGACGTTTAACTATGGATTAAATTTTAACTCAAAAAGATATATAAATTTTTGAA ATCTATTAAAATATCGTTTTTTAAAATTTAAAATTGTGTTTGAAAATGTATCTTAGAAAA GGACAGATTATTTGATATTTTGCCAACACTTTGTCCTACAAATATTATTTCTTTTAAGAA GATGGTGTTCTAGTTTAGACTTTTTTGATAGATTAATATAAGCCATAAAAAAAACAATTA TATAATTAGACACGTTTTTCTTCATGTAATAGCAATATAATTTATTAAAAAGAATATTAT ATTGAATTTTTAAACTTAGGAAGATTCACGTGAATCATCCTATTCTCATACTATTTCAGC CATTCAGATATATATTCAGCCGAAAACGACTCCAAAATTATCATTTTTGTTTTAATTTAT TTAATATTATTAATAAAATAAATTATATTATTAAAAATTAAATAAATATTTAAAATTATA TTCTGAATATTTATAAAAATTATCAAATAAATTGAAACAATAGGAGTACTTCATTTGGTC CACAATGTCAAAAGCCAATCAACTACTTGTACTTCTATTTATCTAAATTTGCACCTTTTA TATATTACCTTTTAGGATTGCACTTACAATTCTACTAAGAAGTAGCTTTATTTTTCTATT TTAATTTAATATTTTTTAAGTCAATTTTCAATATATGTTAAGACTTTTAATTAAATTTTT CAGTTTATTTACAAAATTGGATTTTTTATAGATTAGTGAACGGAGAGAGTTATTAATTAA TGTATTAAGTACTTTAATAAATATATATACTTTTTTTTAGTTTGATCAAAGTATATATTT TCACGACTAATAAATTATTCTATCAAGAAAATAATATAATAATTTGTGCATTGATATTAT GAGATGACAGATACATATAAAACGAAGAGAATATTATTTTAATTTTTAGTAAAATTAGAT CTTTGAAAATCGTGCCATTAGGTGCTTTGCAATGTCAATCTATTGTTGTTCCACGCAAGA ACATTTCTTACCCCACACCCCACCACCCCCACCCCCACCCCTGTAATCCGTCACTGAACT GTAAACTCTTATATCTGTTTGAAAATCTTTAGCTTTGCGTAAGGTTTTGAGGGGTGTAAA TGTTGGAACCTTCAAAATTGAGTTGCATTTCTTCATGGTCATTTTTCTCTTCACCTCCTC GTTTTTATCTTTTCTAAAATTGATTATTTAATTATACACGTTGACTGAGATCTGATACAT GAACAGTTGGTTGATGGGCTGTAAGTTTTGTTGCAGGATTGAGTTTTTGATTTAAAATTC GATGACCCATTATGTTGTTTTATCATGATCGATTGTTTTGTTGTTGTTTTTTGTAAATTT AACTGCTTTCTTGAACAACCCCATGTTATTGATTGTTTAAAAAATGGCTTCTTTTTGATG AAAATGTTTACTGAAAAATGCAGAAATTGAGGGTTTCAGCTCAAAGAGAAGCTGCAATTC CTATGGGGGACTACAATGGTGCTGAGTACATAGGGATTAACGAGGTTCCATCTCCTAGAG CAAATAATTCTAATAAAGTTTCACTTTTGCCATTAATTTTCCTTATTTTCTATGAGGTTT CTGGTGGACCTTTTGGTGTTGAGGACACTGTGCAAGCAGCTGGTCCTCTTTTTGCTCTTC TTGGATTCTTGATTTTCCCATTAATATGGAGTGTCCCTGAGGCACTTATTACTGCTGAAA TGGGTACTATGTTCCCTGAGAATGGTGGTTATGTTGTGTGGGTTTCATCTGCTTTAGGTC CATACTGGGGGTTTCAACAAGGTTGGATGAAATGGCTGAGTGGAGTCATTGATAATGCAC TTTACCCTGTTATGTTCTTAGATTACCTTAAATCAGCGATTCCTGCATTAGGTGGTGGCC TTCCTAGGATTGTAGCTGTTTTAGCACTTACTGTGGTTCTCACTTATATGAACTATAGAG GTTTAACTATTGTGGGATGGGTAGCTGTATCGCTTGGTATATTGTCGATGCTACCTTTTG TTGTTATGGGGCTTATTTCGATTCCCAAAATTAGGCCTGAGAGATGGTTGGTGGCAGATG TACATAGTATTGATTGGAACTTATATCTGAATACTCTTTTCTGGAATTTGAACTATTGGG ATTCGATTAGTACTCTTGCTGGAGAAGTACGTAACCCGAAAAAGACTCTGCCTAAGGCTT TGTTTTATGCTGTGCTTTTAGTTGTGCTGTCTTATCTTTTCCCTTTGCTGATTGGTACTG GAGCTGTTCCACTCGAACGTGAATTGTGGACTGATGGATATTTCTCAGACATTGCGAAGA TACTTGGTGGAGTTTGGCTCAGATTTTGGCTTCAAGGGGCTGCTGCAGTATCAAACATGG GTATGTTTGTAGCTGAAATGAGCAGTGACTCTTTTCAGTTACTTGGTATGGCTGAGAGGG GAATGCTCCCTGAGTTCTTCGCAAAGAGATCGCGTCATGGAACTCCAATACTTGGGATTA TCTTCTCGGCTTCTGGTGTGCTTTTACTTTCATGGTTGAGCTTTCAGGAGATAGTAGCAG CAGAAAATTTCTTGTATTGCTTTGGAATGATCTTGGAATTTATAGCATTTGTATGGTTAA GGATTAAGTATCCAAATGCACCACGCCCGTTCAAGATACCGGGTGGAATAATTGGAGCCA TCTTGTTGTGTGTACCTCCAGCCATTCTCATTGGTGTTGTATTGGCCTTCTCTACAATCA AAATTATGATTGTAAGCCTCGCTGCTGTTGCAATCGGGATGGTGTTGCAGCCATGCATTA AGCTTATCGAGAGGAAGAGATGGTTGAAGTTCTCAACTAGTTCAGATCTTCCTGATATCA CAGCACATGGTCCATTAATTCGATGATTCTCTAATGAGCTACATCGTTATAAGGTTTATC TGTTTCACTTACATAACATCAATGACAACTGTGTTCAGTGCAGACTTATCGTGGGAGTCT ATGAAAAACAGGCAACGCCAACAGAATTGGTTTTCAAGGTTTTGTACTGTCCCTTTTCTC TTGAAGGATCTTATGGTAGCTTCTAATCTCGTAAGCTGTATTTGCCATGGTTTTCTGCTT GTGCCTTAGCTACAGTTTCCAGCGCAACTCCAGCAGAAGTGGTTCATCAAAGGTTGGTTG ATCCGTTTCTCTTAAAGGACGTTATGGTAGTTTCTAATTTTGTCGTTGTATTTGCCCTGC TCTTGAGTTTATTGAAGTAAAGTAGCTACCAATGATAGTTCAGGGAATTGTGTTAGAAAC AGATGACAATTGTTTTTTCCTGGATTGATCATGTTACTTGTGTGTAATGCAGTGTGCTAC TAAGATTGATAACTTTTGAGGTGTAAATGAATGCATATGTTCGTAATTGAAACCAAATTC AGCTTTTTTATCAAGACATGGACGAAAATTCTTTTCATATAGGCAAATCAGAACAATAAA AAGTAGTTATAGCTCTGAGAGGGTGTGCTTTACTTGTAAAACTCAAGCAGAAGTTGAAAC ACTAGACCAGACTAGACAAATCTTTTCACAACAAAAAATCGCGTTTATCTTGAATATAAC CACCATCATACATCATTTGGATGAAATTCATGGAACTACTTTAGTTTGACCTCATTCATA AGACTTTCAGATGATTGCTATTTGAAATGTAACACTATTTTACCAACTTAGATACAAATC CTTGACGAGAAACCTCTTGACTTAGACAAACCATCATTTATAAACGAACACTCTTTTGGA GTTCATTGAAATGGGGAATACACATTCAGTTCAACTACAAATATGAGAGATAAATAGCAT TTGATTACTCGCAAAATGAAATATCAGTGATTCTACAGCTCTTTGACACAAACGACAGTT TCCGCAAAACTATTTCAGAGATAGAGGCATCAATGGAAAATTTAGCACCAATTGTACAAA ACAAGGCCATATTTGCTATCTGTTACTGTCAATAGTACATAAGATGCTATCTAAATTGAT ATGCAGAAGCAACCTACTCTACACAGCTGAAAGCCTCCAAAATCAAGCAGGGACTGTTTA TTAAACTGTCAAAAGGATTTCATTCCCTGTAACACAACCTGATTAGCAATTAGATGCGAC GCTTCTTTGTGAGGCGGCATCCATTATGGGGTTTTCGTGTTGTGTCCTCAATGAATACCA CAGGGTTCTTATCTCCACGAGAATGAGTGTAGCCCTCTCTGAAGCTTAGAATAGCTTGCT TCTTTTTCTTAAAGTAAGTAAACCCATTTACTTTCATGACCACAGACCCCAAGCCTCGGT CCCTGGCTTCACGCCCAACATGTTCAGCAGTTGATTCAGCAGAGTATCTTGCAACTTTCC CTCCTTTTCCTGTTAGCTTACCTGCACTAGCTCCAAACTTTTTATTCCCTTTCGAATCTG TCACAGTTACAAAGGCATTGTTGCGAAGAACCTTTATATGAACAATATCAGCATCCTGCT CAATGTGATACCTAGAAAGTGGAGCACCACTCGGAAAACGCCTTGCATTGTCCTCCGTAA GTCCTCTAACAAAGTCCATCGGCCTATAATTGTTTCCCATTTCAGCTTCCTTTGGGCTAC CAGAATGTAAGAAACACCTCCTACCAACATTACATGTTGAGCAACCATTCGTTCCCGAAA TTGAGTTCTGATTACTGTATATTTTGCTTTCAGTCTTCCCTTGAATACCTGCACCAAAAT TGATCCTTTGAGCAAAATTTCAAAAAACTTATCTTAAGACCAGAATAAGACACAAGGGCA TGTGTATTTCAGAAGCTCAGAAAATATTGTAGAAGAGATTCCTCGATCTCCGAGATACTG AATTTAGATAGACATTGTAACAGGTTTAAATACATTTAATTAATTATAGATCACATGTTC TACCATTGATAACAACCAAATCGTAAGAAAGAGTGAATTGAAACAAACAATCAAAACCTA TATAGAATTAACAAGATAAGAGTTTGAATTAGAATATAGGGAGGATAGATTTAAAAAAGG AAAGGAGAATCAAAACCCATCTCTCTTTCTGTTACTCAAGAAGCTAGTAACGGCGAGGCT ACTTATAAAATCCAAAATCTCTACTCCATCTCTTTAGAAATCTCTCAGAGAAATTAACTA TAAGGTCTCACAATACGGCATATAGTGAACCATTTTCTTTCTCCCACACTATGAACAACA GACTATCTTCAATAAAAACCTTAGTTTATCAAGAAATGGAACAGTAGCATAATAATCCAA CAGGGTGGGGAAAACAAATACAACAAATGACAGATAGCCAATATCAACAAGTTCCCATCA TGGAAAAATTTGAAAGAACACTCTAGAGAATTTCGATTTTGCAGTGCTGAAAGACAGGAT AATTCTTAATTTTTATTTCTCGCTTACCTATTTAAGCAGCAGCATAGATAAAAGAAATCA AGGCAGGTAAGCGCTACTGCACTAGATTTTTTTATGTCTTCACCTGTTCCTAATGCTATA TGAGATGACTTCTTAATTTGGTTTTATCACTTCTCTGCAAGATTTCTGTTTTTCTCTATA ATATGCATATTCACAAAGTGAGAAGAAAAAGACCAAATATTAGTCCTCCATCTTTTCCAT AAAAAATAGGTTATTTTCCACCTTCATTCCCAAAAATCGTAGTCTTTAGTTGAAATCTTC CATTTACTTAGAAATCGGAATCAAATAATATCCATAAAATGCTAGGTAATTCATAAATCC GCAAGCAAGGAAAACCTCCAAGTAACATCTTCCATTTTGATAGTCCACTATTCTACATTA TAATTGTGATGCATACTCCCTTTATGCTATCTTTGATCCTCCTCAGTCTGAAACAACTTA ACAAATTCTTCGTGTACTAGAGAGAGAAATATGAATAGTTTTTCTAAAATTGTGCAATTA AGGATGGAGAAGCTTTCACTCTTCAAGTGAAATTCAGTAAACCAGCAAGTAGATGCATCA TTCATCTTGAATATCAAGCAAAAGATTTAATCATTGCATCGAACAAATATTGAATATAAA AAATAGATGTCATGAGATTGGTGTAATTGGAAAGCAAACAGTCACTTGCAACCATTGAAA TAAATTTTAGGACAATACGCTTCAAAACAAGCTCAAAACTAAATTCACACACTTCAAATA CTAATGGAAACCAGGTATAAAGCGATACACAATTTGATGAAGAGAATTGCACAACATTTA ACAAGAAGAGAATAAACAGCACCCACCAAAATTTGGGAGTGTTGAAAAGGTCCTGAAAGC TTGAGGATGATCCGAAGATCGTAATTTGAAAGCATTAGCAGCCCATAGGACGCTCCGAAT GAGTTTCATCTTGCCTGTAACAATGCAAATCACTTCAACTTAACATTTATTTTGACAAGA AAATTATGAATAACCAGAAAAACCTTTCTTACAAAACCCCAAATCTATCGTACTTTCTTC CCATCTTCTTATTGAACTCATAAAATGATATCACATCTCTATAATAAAGTTATTTCACCG TTAGATGATTAAATGATAACTGTGTGATTCCTATATACAAATGGAAAGAACATCAAACTG TTAATTAAGAAATGGACATACAAAGAGACCATATTCCTGTAACTATTTTAATCCAATAGT ACCATATGCATTAGAAACAAATCCAACTAAATATTTTCAGGGAAATTAACTTAAATAGCA GTCCGCCCAAAAAAATAGCCCGCGTATGTGTAATATATGTATAACTGTTGTACCAAATGT TTAACTTGGTTGCAAGCCCAGCTAACAATCATGACTATGTAAGAGTCATATTTCGAATAC AGGCATCAAAAAAGACTAGCATAGAAACATGATCACAGCCCACAAACACATCTTCCAACA AAACCTGCCACCAAGCTTTAACAAGTTGCTAACTTGCTCATTTTGTGATAGGTCCCAGTT ACCCCCTTCTTCCTGACCTCTGGAAGTCAAAGCTATCGCCCGTCTAAATGAAATGGAATA AATCAAATCAATAAGCTTTTTGTTTGATTCAGGTCGCAGCGAGGCCAAATTCAATCAAGG AAAGAGGGCTTAGTGGGGTTACAGTCCTACAACAATATCTGTTATGTACAAAATACAAAT TGTAGTGTAAAAGATCACACAACCCAATCTCACATGTGTAATTATCATTATAGTCTTGCA CCAAGAAGATACTCAAACTTGCTCCTTTCACACCCCCAAGGAACAAAAATATAGAGAGTA ACATGTTCTAGTCTATGATTACTAGCTGAATGAAATTACCACAGCTCAAACACACCTTTT CTTTTAACTCAAAGTACAACATAAAGATCCATGAAAACATAAAACAGCAAGAAATCAAGA TCTAATTTTTATACAAGTATTCATTCAGAAATTAAGAAATCAATGTTGAGACAATCTTCA ATTTGGATAATCAAAGCAAAAACAAACGCAAAATTAAAAAAAAAAAAAGCACAAAAATTG TTAATATGCCGCTGAAACCGAAAAAATGATGAAAATAACAGATAGAGAAATTATAAAGCT TGAAGTTATGGAGAAAAAACTTACTTTTGCCACTGAAATCGCAGAAATGGAGTAAAGAAG AAAGGAAAAGATACGACTATGGAGGAATGAAGAAAGGAAGATGGAAAAAAACTTAGGGCT TTTGTTAATGAGGGTATTGTTGGAAATAGAAAAAATTATAAGGCTTAAAAAAGTAAAAAA AATATATATATTTTAAGAATAAATTTATAAATCTTTTAACCACTTTTTAATTTTGTCAAT AATTCAAAAGGGAAAAATTTAAAATTAAGAGTGACAGATATTGTGAACACTTTTAAATTT GATTGTGAATTATTTAGTTTCATTCTTGAATTATTAATGGTCTTAAAAATGCACTTTTAC TTAATTAACTTAATATAAATAATTTGAGAATAAACCTAATGATTTTTGTCAAAGTTCATG AGTGTTTTTAATACTTTCTCCAAAATTAAAGACTAAAAGAATCATAGAGAGTTTATGTGT TTGATTTGGCAAATACAAAATAATCTTTTTTGATTTAGTGGACTTTCGAAATAATGATAA AATATGCATCCTAGTGTAAATTTCACTGGATATGTTTTGATACTTTGATCGATTGAATTT TCTTTACATCAATTTTAATTGTTTAATTTTGATTATTTTTTTAGGAAAAAAGGAAAAATA ATATTCAGAACTATCATTAATGATGTGCATATACCCTCCGTCATACTTTTAGGACAGTGG TGAACATATATGTCCTTCACTCTAACGAAAGACTAAATAGGGACACGTGACACAATCTTA TTCATCGATAATATTTAATAAATGTCGGGTCAGTCGATGAGATTATGTCATGTATATGTC CGTATTCATAAAGGGTATATATGCTCTAATTTTTGGACGGCATGAGCACCAATGTCTCAA AAGTATGACGGCAGATATTTTACATATCATTTACGATAGTTCAAAAATATATTCGTCCTT CCCTTTTTTTTAAAAAAAAAACAGAATCGCGTTGAAGGCCTTAATATTATTTACTTCATA TAACAAATAATTGTGCATAGTTTTAGTCTGTAACACCCAGGTAATCTAAATTACAATGAA TAATAATTGAGTCCCTCTTGCCTAAACCTGATACAAAAAAGTCAACACACATCAACATAA TTCTAATCACAACATAAATTGATGAATTCAATGCTTTAACAAACCTCTTAAACATACAAC TTGTCAAAATATAAAACTTATAAACCATACTGGTAAAAAAATATTCCTATATGTAGTGAC TCAAATTTTCTTTATTATATATATAAATATAAAAACAATCTTTTCCCTCATACTTAAATA CTTTATTGTTCTCAATAGGAGTAATAAGGAAGACCAATGCAAAATAAAAATTAAAACAAA TCCATTTGTTCCTTGTACTGAGAAAATAACAATGAGAAAAATTGTTTGACATCTTGGCCT CAAGAACTGTTCCAATCCTTTGCATTCTGTCATGTAAATCCACTTATTTTCTATCAACTC TTAATGATCTAACAATAGCTCATGGCACACAGCTGTTTCCCTCTCGTCGACAAGAGTACA TATTACATATTCACTAGTCTCGTGTCAACCAAAAGAGAACGAAAGTAACAAGTCTTTGAC CCAAGTATAACGTTGCAGCAATCTGATATTGACTGTTATGATCTGAACTTAGATGTCAGC GTCAAGAAAGCTTGCAGAAAGCGTTACCTGCCAAACGAGAGAGAGAGAGAGAGAGACTAG TGTCAGACTTTAGCCCATCACAATGCAAACAAGAACATGATAACGAAATCAACCAAAGAT TAGGGCTTTCAAAGAATCAGCCTCAGTGAAGCACATAATCAAGTGTCATGTTTTCAAGGT TAATGTGAATACAGTATTACAGTACATATGCCATTTTCATTTTATTTTTTTCGCTCCATT CTTCCTTGTATATCCAACACGATCAAATTTTGGTTAAAAAATGTTCACAATGAACACTGA TGTCATCATTTAAAAATGTTAGTAATCAATGTGTTCATGTGTACTGCAATCTTTTCCTCT GGTAAAATTATAAATTATATATATTAATGAATACTTATTCATGTATAGAGCAACCTCAAG AGTAGCTTGTGTTTGACATGTACCTTTTCACCAAGTTTGAATGGAGGAAGACCCTTATAA GGGCATGTACCGCAGCGGAAAGCATCACCAAGACCACACTGCAGACATCAAAGACATGTC CCCAAAAATACATAGTTTAAAAAAGGAAATCAATTGCAGAACTCAAAGTAGATCAAGAAA GAATTGACTACTTGTTCAGCTGCCTGCTAATCACAATATAAACATCAATCAGTTACCAAA TGACACAAATAAAATAATTTAGAAGGCGAAGAAACAAATTAGGTAGTCGAAAGGCACTTA TACAAAACTATGACAGTATAAGGCAATAAGTCATGAACTTTACCATTCTCAAAAGAAGAG AATAAAAAAAGGCAACAAGTCATGAGGTACCAGTTAAAAAAGACATGTATTTTTTGGGAA AACCATATTTTGTGTACTCTTTACTTTTCTACACTGCTCATTTACTAGACTAGACTTTTC CCACCAAATAAATAATTATAAAAGCATTAGTTTAGAAAAACACAACAAATAAACATCATT TTGATTCCTCTGAAGAGAAACTTCTCATTCAAAGAGGCTAAGTGTTTTGGGAGAGTGAAA ATTACGCCAAATAATCTTGGCGACAAGAGTGATCTACTATATGATATAAATCATTATAAA AGAAACCATACACTGCCACAGGCAGATTGAGGATTGTTCAGTTGTTCAGCAGTTGGTCCA AGTTGCACTTTTGTCTCAGCTTCAGCCCGTCCGCACGTACAATTTTTACATGCTTTCTTT GTTTTTCCAACTTCACAGTCATCAACTGCACCGTCAAGTAAGCAACAAATTGAATTAAAT ATACTACTGAAAGACTAATAATGTCAAGAGGTAAACAACCTTAGTGCATTAAACTTACCA CTTGGCAATTGTGGTTTCTTCAGATCTTCCTCAGTGAGAAGGCTATCCTCATCAATAAGA TCTGAATCATCATCAATCTGAACTTTCGGTAAACTTTTTGCGACTTTCTTGATAGAAAAG GATGAACCAACCTTCCATGAAGGTTTCTTTGCTGTTATCTGTTCACAGATTAAATTAGCC ACACGACTTTTTAAAGTCAAAATCAAATAACTTCAAGGCTTTTTTTACAACATCTGTGTC TCAGTCCAAGCTAATTGGGGTCAGCTTTGTGAATCCTCTGTATCCAATCCGCTTCATTTG GGCCCATCATTCTACTTCTTAATTTATCATTTAGGTCAAGTGGAGGTTTTGTAAAACTAG GGATTGTCAAAATTTTACATGCATCCCTATGACACCATCATAAAATATTTGACCAAGACA AAAGAATCCTATCGAACACTAGATTCAATCTAAAAGTGTCCCTAATAAAGACCAACTTCA AGGTTTGGGTTGCAGTTGAAAACTGAATAAACATCAAACAGTATTATCAGTGACTAGATT AGCATCATTGTCAAACCAATAAAAATAAAGCCCTGAATGAGTTTAATGCCATGAAATAGC TATTAAGAAACTTATGACAACTTTATTTATAAAAAAAGAATTTATCACAATTTGAAATGA GAAAGGAAAAAAAAATTGAAAGGGGGATGATGTGGTCCTGTGGAGGAAGACAATGAGCAA AATCCAAGGCATGTGGATGAAATACTAACCACGATAGAGTGGCCAGCTTCAAATGACTGT GTATCAGAGAATCCAGCCAATAATAACTTGCGGTCATGGGTGGATTTTTCCTGCAATTCA GATAAAAGGACAACTCACACCCCCATACAATTTCTCCATGAAAAAAATACGCACAGAGTG ACAATTCACTCACCTTCGAGACTGATTGAGAACTTAGGCTAAGTAGGACTGTTCCACCAG GCTTCAACACTCTTGAGATGTCCCCACACAATTTATCACTAGGAAACTCAAGGGACCTAC AGATGAGAGCAACAACATCCATAGATGCAGTCTCCACTGGTGTCAGACCTGTAATAACCA GATGTTAACAGCAGGAAAAAGAATACATTATTACGGATGTCTAGCCAAGGGGAAAGCACA TGAAACAGAGGTAGAAGATACTTAAGTCAAAGGGGGCACAGAAAAGGGAAAAAAAGAATA TTAAGGAGACAGGTTCCCTCTCTTACCACCAACTTGAGGACTTCTTTCTCCACACGATGC TCCTCCCACTTACACCCTCTCTCTCTATGTACCAACTTCATGTTTTATGACAGAATTACG GTGAATAAGAACAGTTTTTGCGCTAAGAATCTATTACATGAAGCATTCAAGGCTGTAGAA ACAGCTTCTAATTATTCAAACTGCTTTCTTAAGTCACCTATTTATCTCCAAAAACTACCC ACTAGAAGAATCTAAGAATACTTAATCTACAGTCATATACTTCTCAAAAAAGATTCAGAC ATTTGATCCAAGCAAGGAAAGAATTACGTCATATAGATACACACAATTCTTCGAAAATAT TGCAATTCTAACAATCTAATTAGTCTCTGGACAAAAGGACTTCTCAATAATTGGCTCCAC GTTCTATTCTAGTGTAGGTTTCCTTTGATATCGCATACAACAGAAACACTAGTCCTCAGA CTTGCCAAGAGCCAAAAGACTAAAAAGGCATCAAGATCCATTATGGCTTTGAGCATAAAG CACAGCTTTTTAGCAAACACAGGCAACACTGAAGATGTATATGTGAATATCAAGAAGTAT AAATAAATATAGAAATAAACACTAATTATTTGGACCAAGGCATTGAGAAAAAGATATAAT TATACTTAGATAGGGGTTGTGGAGGTCACGGATTAGGTAGAAGGTTAGTTAGATAGTTAA GTGTTGTCTCACTTATTTCTCTGTACTAGTAATCATAGTACTCCCTTGTAATTTCTTGTC CTTTGAGTTTTGTCATTATTCGCTCCTTTTTGTACTTTAATTATTGTTTTATCTTTTAAT GACTTATGTTCAAGTTGATTTGTACGGTTGTCTATAGTGTCAAGTTGATTTGTATGGTTG TCTATACTATCTCGCCATGATTTTATCATTTTCATTATTTCTTTCTTTATGCTGCTTTGG ACTGTTTTCTTGGAAACAATCTCTTCACCTAGGTAGGGCTAAGGTCCGCGTACACTTTAC CATCCCAGAAAATTTTGTGGGATTACACCGGGAATGTTGTTGAGGTATACAATATCATTT CATAAATCCAAGGCCAAAAATTGGTCGTATACCAATGGTATACCAAAAAGTAAAGAACCT TCAAATGATATAGACCTCTACAAAAGATACCCAATCCTCTAAACATCCCAGAACTACATG GATGCACCAAAAGTAAATATGGGATAGAAGACTACTACTCCACTGCCCAAAACTAAATTC TACCCCTTCAAAAGCTCTCATATTTCACTCTTTCCAAATGAACCATACCAAAGCTAGAGG AATAACATTTCGTGCCCTGCTTTTCCTCTTGCTTTTTCGAGAGAGAGCATATCCTTGACA GACTTTGGCATCACCGAGGACATACCAAACCAACTGAACATATCCCACCACAGTCGTAGC CTGACAGAAGTGTTGTAAAAGATGATCTACCTCTTCATCCGCCTCCTTGCATAAGTAACA CCAACTGATAAAAACAACCTTCCTTTTCCTAAGTTCCTCCGTCAAAATCACCCCTCTAGC AGCTAGCCATGAGAAAAAAACACCTTCCTTGGCAACTGAGGAATCCAAATCAACTTTACA AAAAATGCCTAATCTGCCTTCACCAATAGCTTCTCATAAAAGAACTTGACAGAAAAAACG CCTTTGTTCCCCAACTTCCATCTCATAGAATGGGGTCCTTAGATGGACTCACAATACTAA TGGTGTAAAGCTAACAATCTTCATCACCTCCCATTCCTCGAAATCCCAAAAAATATCTGC CCCTTGTGTCCCCCTAAATCCTACCTTGTCTTCATCAATAAATCCCAAAAACAAAATTTT GAATAAAACTCTTCATCAAATTAACCTAGAAAAAACATTGCAACAATCTTTCTTTTTGAT AGGCATATATAGTAACAAACTTTTTCTTTGATAGGTATAACATGGCGATGGACTTAAGAA GGAAGAAGCCACGAATATCAACAAATCCAAATAGACTAGCAAACATATTATAATCTATAA CCTCATCCCAAAAATGAAGATAAAAAGATCTGAACGCTGACAATGAAGTGAGCAAAAAAC TGACATAGTAAACAAAGTGAGTCACTCATGGTCAGTTGGTCACAACATAAGCATTAAGAA AACTAGAGAAGTATCAGTGCAGCACACTCAAGGGAGGGACTTTACTCTGGGCTGAAGCTT GAGTAACAATCATTGGGTCCAACTTCTCAACTCCCTCTTTCTTCAAGATATTGATTGCGT TGTATACCACACTAACTGGTACCATAACATCCTCGACAAGCACCAGTATACTACCATCTC CGTCTTGGCCGCCCTACAAAAGAATGAAAACTCGAATTTAGAAAGAAACTCAAAAACAAC ATTTACACCTCAGAAAGGTGTGTTAGCAATAAAACAACCCATTCCCACTCCCCCACCCCT CACTCACCCACCCAAAAAAAGGGTGGGGTGACATGACCAAACTACGGCTCTACCTAAATA TAATAGTCAATACACAATTTGCAGTAAACTCACACTAGGAAACTAATTCAATTCCCTCTA CACTTTTACAATCTTATTCTAGTGTTGTCAAATGCCCGCTTAAGACATACTTTTCCTAGC CAATGCGCATATTCATGAAGAAGGGGCATTAAACAATTGATATTTCACTTCTTCATGATT TTTTCAAATTTTTTGTCCATATATTTTTGTGAAATAGATTTTGTCCATATATTTGTCTTT CGTGATTATAGTTATTCGTCTTGAACTACACATACATAATTGTATATTTTCACCATTCGT CCCCTTCTTCGTTAAAGGGCACGCTTTATTTGGGCTTTTTGCTTAAAGCCCTTATGGACC TTAGAGTTTCGCATTTGATAACTTTGTTCATGCTCCAAGCACATTATGAAACGCCCAAAA AATTAGCAAGAATTATGAAAAGGTGGTTAATTTATCTAGTCCAAACAAAGAAACACAGGC ATGTGGAAATTAGTAATGAAGTTACATAGAATACTACAAATACTAAAAAATATGAATGAT GGTGTGGATGAGGGTGAACTCCTCTTTGATAACGGTTGATTCTTTAGAACAAATCTTATA TCCTTCTTTCTTTCTTTATATGAATGACTGTAATGAAAGACTCCTTCACAAAAAAAGAAT GATCGTAAGGAAAGACTAGAAACAATTTTCCTCCTGTAGGTAATATGATGAAGTAGATCT ATATACATTTTCCACTTATTTCATGGTTTTTTTATTTTTCAACAAAATTTTAGTAATTTT ACCTTTTTGGTGATTTATCTTTTTTAAAAATATTTATTCAGATTATATAAATTTATAATA AATTTAAAAAGAAAATATTTTAGTTGCATATATAAATAATTAAACTCTCTGTAGCAATAA CATATTAGCAAATATTTCATTTCAAAAACTGAAAATAAATAATACATACAAAAAGTCTAG AACTTGAATGAGAAAAAAAACAGAACAAAAGTCAAAACAGTGAGAAACAAACAGAAGAAG AAGAAGGAAAAAGAAACGGAGGAAGAAGAAATCTAAAGAAGAAAAAAAGAAATATGTATT GGTTGGACTTTGGAGTCGCCGGAGAAATTTAGTTGAGTCCACTAGTTGGAGTCCAGTCGC AATCGCAGTCCAAGAGTGCAATTGTGCAAATTTGAAAAGAAAACCCTAAAATTACCTTTT AACTTTTAAAACCTTAAAGTGGTCGCCATTTTTTAAGAATATACAAAAGGCAACAGCTTT CTTGCCTCTCGCCTTAGTCGTCATGGCGTTTTTTAAAGATCATCTCACTACAAAGCTAAT AGGCGATGAAGGTCGGGTCGCCTCGCCTCGCCTCTCGCCATTGGCGACAAGGCGATCGCT TCTCAGAACACACAACACTGATTACTATACTACCACGAAAGTTTTTCATTTACATAAAAC TAAGAATCTGTATTCTGTTAATCTAACTAAAAATAAAGGTAATAATGTCAAGCTCGTCAC CCCGGGCTTTCATTTATAGACAATAAGTTTGATTTAAACTGTTATTTAGCTTACAACGAG TTTATTTATGCTAAAGATGCAAATATCTGATGATTTGATATCATAATTCTCTTCCTTCTC CCTTAATCCATAAATTCCCTTCAGTTATGATTAGAAAAAATGGAAGAGGGCGGAGCCAAG ATACTGTTAGGGTTCATCTGAACCCCCTTTCGGCTGAAAATATTACTATTTATGCATGTT AAATTATCTTTTATATATATATAGTAGATGTCGAACCCTTAGGTTAGTTCGTGTGTTATT ACTTCTTCAGATTTTGAACTCCTTGTTAAGAATTCTAGCTCCGCCACTGGTTACAAACTT ACACCTACCTAACTGGTTAACAATGATGGCTGATGCAACTAAATATACTTCTGATTTACA GAGCAAGATCACGAAAATAAAGTCGAGGTCATTGAATTGATAATTAGGAAAGGTTAACTA ATACACGCAACACACTGATAGGTGAACATTTCTTCCAACAATTGTTCAGTCCCAAACAAG CTGGTATCGACTATATGAAGCTTCATTTCTTCATTTTAATCTCATATCATATCATCATCA TCTGATCATACTAAATAAAACAGGATTGACAAACGAAAATTGCTTCCTATCATCTGGAAA AAAAAATGGAGATAGAAGGAAACTTACCGTGACTGCCATGACTAACAACAGGCGGCGACA AAAAATTGCAGAACTGAGGGGATAATTGAAGAAGAAGAAGTTCCACTCCTTCAGGCTTTC AGTTTTTTTTTCACGTTCTGAAATTAGGGATTTCTTAATTCTAATTCCCAAATAACGAAC GCATCTAAGTGAAGAACTAAAAACCGACGCCGTTTTGACTTTGGAGTTCTTTGAGAAGAA AAAACAACAGAAATTGAAAAGTAAGACCTAATTTAATTTGGCCTCAACTAATACCTAGAC CTTCTAACTTTGATAGTATATAAACAGGGGCGGATACTTGGGTTCCAGAGATTCACCTGA ATCTCCTCCGATAAGAAATTACAAGGTGATTTTTTTTTATATTTATGTAGATATATCAAT TTTGAATCCTCTCATGAACAAGAAGCAGAGATTCACCTGAACGGTAAAAAATAACAAGGT GATTTTTTTATATTTATGTAGATATATCAATTTTGAATCCTCTCATGAACAAGAAGCAAA TTGTAGAGCAAAGTGGTAGATCTCCTTCTAATTGTGACCCTCGCGTCTAGGAATCGAATT TCATTATAAACATTTCATTTTTTTTAGCTTCTCATCTTTATTTAGTTTTAGAACCAATCT TTCACATTTTTTGCTATTTCTTTGAAAATGTGTTTTGTTGGCTTATTCACATATTTATAT TTATATTTTTCGAACCTCTATATGAAGATTTTAAACAAATAAACGTACGTGATATCCTAC ACAATAATTTTATTTCTATGTGGTGTCTTACGTGATTGTAGCAATATAATTTACCTAGAT AGAGTTTGAAATCACACTAAAAAAATTATTAAGGTGATTGAGAATGTAAGGAATTATCAC CGACCTTTATAATATTTTAAATTTTGAGGAAAATATAACTAATGTAGAAATATAAACAAA TATAGAAAACAATTAAATGATCAATGCCACAAACAAGGACAAAGGAATTTTAACCATTCA AGCTATAATAACATGAATATTCTCATAAACAAAGATTAAAATCAAGAATTAAAATACTAA GAAAAAAAAAAAAACTATTACAAAGCTTCATATTGTAGATGATCAAGTCTTAGAAAACTA AGACTATCCAAACATGTTGGACCTCGAGGCATACACTCTGAACAAAAATTATTTGATGTA AAAGAGTTCCTAACAAGAGTTTGATTTCTAGGGTTAAAGATGAAAACACAAGCTCTTTTT CGTTCAAAAATGATAACTTCACGATCCTTTGTACAACCCGCAAGGAAACTATCACGTACA GTAAATCGAAGTATTTTAGCTAAACATTTCCATTCATCTTGTTCCATAATCCATACGTTC GATCCTAGGCAACCGTTAAAAGTAGACAAAACATACAACTCCTTTTGACATATGAATTCC GGTAATGAAAACTCCTCCAATTCGTCTGACTTTGCGTTGAATCGTATAACTGTAGAATCT TCACTCACGTACTGAAAAAGCCTACTGTCAGACCTACACCAATAAACATAACCTCCACTA GTGCTAACACCCTCACAACATTCATGTAGATATGGCTCTAACTCTAATATAGGGATATTT TCTTTAATCATCCAAAAATTCTTATTTGCATAGCAGACGACATAAAACGACTCATAAATC AATATAATCTTGTAATCATCAGTACGAGAATCATAACACAACCCACAAGCATTAGGAAGC ACGAAGGTGTTGTTTAAATATGGACACACAAAAATTTTGTGTTGTCTTATGGATGGGTTC CACAAAATAAATGTATCGTAAGCCTTATGCGTGTACAATAGTAGCAATCTATCATGTGAG CCTATGACATGAGAATTCGACAGAGGGAGCAGTTTCTTTTCTACGATAATTAGCGGATTT TTCAAATCTGTAAAGTCGATTTCTTTACTTCTTTGTTCATGTAACAAGAACTTAATGCGT CCCAAAGCTCTAGATTGATCACAATACGCTTTCTTGAATTTATCATCGGAGATCATTGTA TTCCATAATTTAGAAACAGATTGAAAACGTAACAAAGAATTAACGGGCAGACTAATAAAA ATGTAGAATAGAACATCACATGAAACTAAGGTCATTACTGTGTGTGATGAAGAAGAGTGG CGGAGGAAAGCAACATATATTTATTAGGGTTTAAACCTTATTTATATACGTTTAATAAAT TAAATAAGTTAATTAGTGTACGTAGAAAAGAGAAAACCAGGATGTCAACTATTGAGAAAT TGTAATTGTGTGAAAAAAGGACTCTTTTCCTTTAGTGGTTTATACTTTATAGTTTATTTT ATATTTATATACTAATAGAAATAAGGTTACTTATATTGTCCCAAATCAATTAAATAAAGC AGAAAATAAACATCAGATAAATATTTGATTAGGATAAAAAGTTTGTTATCACTAATGAAC TCATTTCGTTATTGTGTTGAACTCAAATTATGGTAAAGAGTAGCAGTTATTACTATTATT TTGAACAAATTTGAAAACTTGTTATAAGTAAGGCCCAAGTTCCCTCTACAGTTTAGTCTA TGATCGAACTTTCAGAAACCACGTCTTAATTAAATAAAGGTTATATTTTTTTGAACTTTT TTTTTATTGTATATCTTTTGATTTACATGGAACACTTCGTGACTTCACGTAGTTGAAAGC GCTTAAGAGATGGCCGTCACGTAGGCCAAAAACGTATATAAAATTAGAAAGAAAAAGAAT TCAGGAGGTAATAAAATCTTAGTTCGGTTAAAATATAGGAATAATGCACAACTACCCTCA ACCTATGACCGAAATTTCAAAGATACACTTATACTTTACTATGGTCTTATTATCTGCTGA ACTTATTTTATTAGTAATTTTCTATTTTTTTCGGCCTACGTGGCACTATCTTAATATATA TATATATATTATTAATTGATACGAACTCTCTATTTAGTTAATTACGACAAAAAATTACTT TCCATATTTATATTAAATTATTAATTGATATGAAGAGAATTTTTCAAAAACAACTAATAT TAAGCCTAAATTAAGATTTTTTAGCTATAATTTTCATATTTAATTAGAATTAGTATCTAT ATTTTTTAATTTAGTACATGCTATATTCATTGTATTTTTGAGCAAATTCTTATAAAGATA CACATACATCTTAACTAAATTAAGATTTTTACCTTTAGTTTTCATATTTATAATTCACAC TTAGTATTTTAATTTGCTATGTTGCATTCATTGTATTTTAGGTGATTTCCTATAAAGATA CAAGTACATCTTCACTAAATTGAGTAAAAAATGGAAGAGATCTTTTCTCATATGGTAAAA GTATCCCTATTTTAAATTGTTATATTTTTTATTATGTGCCTGTTTTCATCATTATTTTAG AGAACTCAAAATCAAGTATAACCTTTTTTAAAAAAAAAATTAGTAATCGTTTATCGTTTG TTGTATTCATTGTGAATCATTTATATTCAAAGATTGCCAATTTTCTTTAATCTAATTTTA TTCATTTATCTTCTACCGATGTATGCATGTATGTAATTATAAAGACATAATACATAAATA TGTCTTTGGCTTAAGTCATTAGCGCCCCCTTAAAGTTGTCCGCATAATTCACTTAGACAC TTCAACTAATACTAGTACCAATTGAATACTTTTACATATATAATAATCGTTTCTATTAGA CATTTTTTGATAATCAACAAAAAATATAAAGAGTGTGTGATACACTTGCGGTGACGTGAC AACATGACTAATTAAAAAACAACATTTGGCATTGGGACCAAAAATTATAAAAAAACACAT TTAATATCTAATTTTTTAAATTAGAAAAAGAAAAATGAAAATGTCAACCTATTCTATCCC ACCTTACCCCACCCCACTCCTACCCCCTTTCATCTTCATCTTTATCCCCAAAACACATTC TTTCTCAAATTACAAAATCTTATTCTTTTCAAATAATTTCAAGATTAATTTTTTTTTCAT ACTAAGAGTGAAGAAGAAAGAAACTTTTGTTGGCGGTTATTCAACTCTACATCGATGACA AAATGAAATTGATAGCTCCAAAATTATTTATTTCAAAAAATTTTATATCATTTTTGATAA ATTTAATGACAACATATGAATTTGAGTAAAAATCTTTGTTCAAAAATTGTGATAAATAAA TATCGGCTAACTATTTTTATACGTAAAAATAATTTATCTTTTTTCATCTTCTTCATACTT GTTTCTTGTTTTTATAAGATTTGAAACAAATCATACGAAGACTTTCTTTCAAATCTGAAT CTTTAAAGTTGATTTTCATTTATCTTCATATTTGGAAGATATAAAATTTTTGTATATAAA AAAAGAAAAAAAAGTGTTATAGCTAAAATGAAGAAAGTTTTGTAAACTAAATTATGAAGA AGATGATCAATAGGGAGTGTGGTGTTTTCTTTTTTGAAAAAAGTGTAAATAAAGAAGAAA ATATTTATTAGTTAATTATAATGCCAAGTGTTAATTAAAAAAAATGTAAAAAAATAAATA AAAAAGACACTATTTTAAGTCTTTTCACGCGCTTCAGGGAAGTGCAATACACATTTTTTG CCATATCAGCATTTTGTGTCTAATAGATACGTGTTTTGAACAATTTAGGTGTTCAATAGG TACAAGTCTCAATTAAGGTGTCTAAATGAATTATGCGAATAACTTTGAGGGGCGGTATAT GACTTAAGCCTATGCCGTTTAACTTGACTTCAAACCACATTTATGTTCTTCAACTTTGGA TATGAACAAGTAGACACTTAAACTTGTATAAAGTTGAAAAAATAGACACACATGTCCTAT ATGTCATCCTACATGTCATTTTTTGTCCTACATGTATTTTGTCATATAAGACTCATGTGT TTATTTATTTAAAAGTTGGATAGTTAAAGTGTCTTTTTGTGCATTATGAAAGTTGAAGGT CAAAGTTATAATTTGAAGCCAAGTTTAGGTCCAATATATGTATTATGCCAATCATAAATA ATGATTATTATTTTTTGGAAAAGACATAAATTCTCCCGTGAATTTATATCAAAAAGTCAT TTATACGGTTAAACTATAATGATAATCTATTACACTTTATTATTATTCAAAAGTAAATTT AATAACCCCTAAATTAATGTGGCAAAATAATTTTTAAAAAATTTGTATAGGCGCATCAAA TTTATTAAAGTAGGGGAAAAAATCAAAATTCAAATTTACCCCACTCCACTTTCTTGCATC TCTTCTTTTTCACAATCCATCCTTTTCTTCTTCTTCTTCAACCCAACCCTCTTGAAAAAA CACATTTTTCTCCCCTTTCTTTTAAAAATAAATCTCTTCTTCTTCTTTCTTCGACTTCTT TTTAGCTTACTTAGCAAATTACTTATTATCAGTTTTTGATTTGTATTTGTTTACAAAATA TCTCTTCATATCATCGTCAAGATAAAACTTTTTAGGAATTTCTTAGTCAGTGCAAATATG ACTGGTTTTTTTTTTTTGGAGAGAACGAGAGAATTTTTCACTCCATAACTTAACTTCATA TTTCAATTATTGTTATTAGCGGCCATTGTTAAAATTTTCATCTTATTGTAATTTTGCTGT AAAAAAATATATTTATTAGAAAATTTTAACAATTAACTAGAGATTAATTAATGTAAAATA TAATTAACAAAAAAAAGTTGATTAAAAATAAAAAATAGATTATTTTTTTACTTCTGACAT GGCACTGAGATAGCAGCTGGTACACCACACCACAGGACTAATTCAGGGAAAATCTATGCC TTTTTCTTCTTTTTTTTTTTAAATAAATACCATGACGTTTCAAAAATTGTCAATCTTTTT ATATACCTTTAGCATTAAGTTAACGTTTTCATTTTTGTTCATAAATTTTGATGCAATGTC CAACCATTTAAGGGTTTTAATGTTGGAAGTATATTTGGTACTTGCATTTCAATAGAAAAA TCATATGAATAAAAATGTAAAAAAAAGAAATGATATAGTTGAACTGATAAATTTGAATAT CTTGATATATATAACTGTATAAGTTGAATACACTGATACAAAAGTAAATCTAACAGATAA ACAAATTTGATAACATTGATACTAGAAATACAATAATGGATTGATACACTTAAAAATATA TTGATACAAAAACAAATACACAGAAATTTACCCCAAAACACCAAATATAGATCCAAATCT TAAAAAGATAAAAAACAAATTGAAACACTTACCATAAAAATCTATTAAGAAATCATTTGA TCTCACAAAAATACAGAACACATACCCGTCATTATAATATTTTGGTACATCAAAGATGAT CAAGAGGAACCATGACGAGATTAAACCAAAAAATACAGAATTTAGCTATTGATTCATATT GTAACAAAACACAAATGTCTATCTCATGGCCAAACCCAAATGGTAATAGCGAAGACTCCG CTCTCCCAAGGCGATAGGATATGAGATCGCCCCTTTCGGATTAAGCAGGATTCTCAGAAG AAAATCAACTGCAAACTCAACAAAAGGGACTTTGCTCTATGATGATTTTTTAAACTTGGG TTATACAAGCAACACAAAAGAACTTGTCCCAATTCAATGAAAATCATCACATGAAATGAA AATCAAATAAAACAAAATCCAATACTGATAAAAAGATTAGTTCTTTAATAGAATATCAGC CACAACAGGATAATCTTCACTTGTCAAAAAGCAAGAGAAGACTTGAAAGGCATGGTGGCT GTAAATGTAGCTTATGTTTAATGTTAAGTACTGTTGTCAAATTATCTAAACAGCACTTGA CCGTCCATAAGCACAAAAACTTCTGAAAATCCCAGAGATTAAGCATCTAATTGGTTGATT TTTTTTCTTCAAGTTGTGTTTTAAGGCTGTGATTAGTTCAGAAACGAAGCGAATAATCTA CTCCAAGATTAGTCCTAGACTAAAGATTTAACCAATTTCATGTGTTTTTTCATCAACCAA TCTACAGCTATACAAAGAAAATATTTAAGCAAATAGGAAAATGGCTTCAGAATTGCAGAA TAAACAGCAAGGCCTATGGGGCCATTCAGTCCCGAAAGATGGTGTTCTTTTATAAGAGAT TTCATCACCAGCCATTAACACACACAAAGAATAAAACGAAAAAGCAAAACAGATTAGTAA ACAATTGGAATATATTTCTCATGGCCAATCCCAACATATAATTGCAGAGACTCTGCTCAA CAAGGCAATAGGATATGAGAAACACCCTCTTCGGATTATAAAATCAACAAAGAGGGTTTG TTTTAGTGATGATTTTACACACATGGGTTATACAAGCATAGTAAAACAAACTCGCCCCAT TTCAAAAATTGAACCATCACCAACAAAACAGGAAAAAGAATCACAAAATTATGAGATGAA ATTAGTAGACAAGTACCACTGTAAATGGAACCCATCTGTGGATTCATCTCAACGGTTGTC TGGCCGCCGCTGAGTTTAAACTCAGCATTCCATCTTTGCACTAGCGCTCAAGACTCCACT ATTTCAATAAATTTAAGCATAGCCTTTATGCGTGTGCAGATACAGTTACTCTCATGCTTA AAGCTGCAGAAAAAAAACTATGAAAACACTGAGAAGATAAGGAAGCCATAGAAATGCTGT AAGAAAAAACTACGGATGCCATTGATGTAATTCGGCAGAGAAGAAAAAAAATTGATTTGG GAATGGAAAACCCTAGAATGATGAATGTGAATGAAGAAAGAAGATTTAAATAGATATTTG TTTCTAAATGGGCCAAATTGTTGGGTAATTGGATTTGGGCTGATATGTTAGATTGGGGAA ATAATTTGCAGGCCCAAGTGTACAGATGAACAACTATTTATTGTAGTTAAGGATGTACAT GATCGGGTTGGTTCGGGTTTTTCAAATATCAAATTAAATTATTTGTGTCGAGTTTTTAAA TTTATATACCAAATCAATAAAACTTAAGTTTTCAACTTCGGTTTTTTTTGGATTTTCGCG TTTCGATAAAGTATTCATGTAAACGTATAATTTACTTGTTCTTCAAATATTTCTTTAGTC CTACCAAAATGCAACTATCTAAGTTATTTCTCATGAAAATAACAAAAAATATGATATAAT TAATAACACTAAAATATCCAACAAAAAGATAATAACAAAATCGCGTAAAACAAATATGGA AATTAATAAGTCATATGAAATTGATTATAACATAAAGTACTCAATTATGCTAAAATAAGT TTAGTAAGTATTAGTTACATGAATAAATATTAAAAGAAAGTAAAATTAGACCATGTATTT TAATTATCTAAATTTATGTAAAATTAAAAAAAAATCAATATTATTGTCATTCTTAGTGTT GAATTGATTTTCTTTTTGCATTAATATTAATTTGATTTTCATTTAAACTTTATTATAATT ACCAACATGTATGGACTATATTCTTTACTAGATCATTAAGAATTCTAAATTTCAAACATG AAATAACTATATTAAAAGATAAAAACAATGAAAATGTATAAGATATTTTTTAAAAATTAT ATCAAAGTAAGTATTTTTACGTATAAAATAAAATTTTAAAATTATATATATAATGTTAGA TTGATTTGATTTTGAATTTTTTTTAGTTGAAACCAACTCAGCCCAAATATAATCGCCAAA CCAAGTCAAATCAAATCACTAGTCGATTTTTTTTTGATTTGACTCGATTTTGTACACCCC TAATTGTAGTAATGATAGTTGAAATTCAGAAGTTTAATAAGTTTAATTGTTTCAAAAATA AATTCAGACTCAAAGGATTTAGCTGTCAAAAAAATTAGTCCTATGGGTTTGAAGTTAGTA TTGTGATACAATGCGGTTAGAAAAGACTTTTTTATACAAACTTATAATAGTGTTGGTCAG TCAAAAATGAGAATATCCAAGACAAGGTGAAAATGACCTATCATGATGGTCAAAATGAAC GAAACTAGACTAAAATGGTTTAGATATGTGAAAAGAAAAAGTGTAAATGATGTGAAAGGT TGAGAATAATAGATATAAGTACAATGAGAGATAGAAATAGACCAAAAAAATATATTAAAG TGATGTGTTTATACAAGACATGACACAACTTCTTGTAGAAGGTTAAGATAGTGGAGTATT GTTACTCTTGCAATGTATTGTTTTCTTTTATTGTTTATTGTGTTATGTGCACAAGGATTA TAGATAATAGTGCAATGATGAGATTGTTTCATTCTTAACTATAGATCTCGTATTTAATCT CGGATATGTAGAAAATCATGTTAAAAGTCATTTCTAAATGAGCCGTACAATGTGCATTCT AAATTTAATCGAAGCTCTACTGTAGACTTCACGACAGATGAAAAAAAAAAAAAGGACTGA AAGAAAAAGGATGATACCCTTATCCGACCCGAAATTAGTACACAGAGTCCCTTTTATTTG CTCTTCTCAGTGAATAAAAAGCAAATTCCCTTTCCTCATCCCTTGCGGCTTACACACAAA TTCTCCTCTCTACCAATGGAGTCCCTAACTCTTTCTACTTCTCTATCTCCTCACTGTCCC TCTTTCAATCTCCGCCATGCCTCTCTTCCTAAGCTTTCGCCCACTTTTTCACCATACCCA TCTCGCAAAACACCCTTATCCCTCAAATCTTCACTCACTTCTCACCAATCCACTTCAAAA CCCCTTTCTGATTCTCATCTAGTTGCGGATGATAAATTGTCCTTGCTACTTGCCTCTGCT CCTCAGTCCCCGGGGATGGCTATGCGTGGTGCTGAAGGAGACGCAATGGGGCTGTTGCTT AGGGAGAGGATAATTTTCTTGGGTAGTAGCATTGATGACTTCTTCGCTGATGCTATTATT AGTCAGTTGTTGTTGTTGGATGCTCTGGATTCCACTAAAGATATTAGGCTCTTTATTAAT TGCCCTGGTGGCTCACTCAGGTATTTCTAATTGTTAACATAGAATTAGAATTTATATCTG AATTTTGAAGCTTAGCTTTAACTGGATTTGTGACGCATCTGTCCTACAAGGAGAATTATT GAGTACCCGGTGAGCTCAGTGACTCATGTAGTCGAGCCCAGTTAGTTTGGGATTCAGGTG TACTGTTGCAGTAGTCTATGTTGCTCGGACTCTCCAAAAAGGGTGTCGCACCCTCTAAAA ATGCACTACTTTTGAAGGATTTGTCGTGCACCCGTGAACATTTTGAAGAGTTTGAGCGAC ATTGGTAGTAGTAGTAATTGTTGTTCGGAAAGTTGTTAACTTTAGGGTAGCGTGTGGTTG TTTTGAAGGTTCAAGCTACGTTTTAGTTTTTCTTTTGTCTTAATTGAATATGTTGCTGAA ATTTGTCTTATGATGTGAAGTTTATGTAGCACTTCACATAATGTCGGGTAGTTTAGAGAT CAGACTGATGAAACAGTTCTGTTGCTAGAATGATCATTAGGAGGAAAGACATATGTCTAC GTCATAATTTGATGTAGTTGGATATTTCATACCGTTAGTAAGATACGAACTCTGATGTTG AATATGCGGACCATGTGTGCTGTGTAAGACAAGTAGCAGGAACGTATGGTGATTAGCTAT TATTTGATAGGTAAATGTGGTGGTAAGTTATTTTCCTTCCGTAAAAACAGCAAGACCAGT CTTGAGATGATACAAGAACTCTGACTTTCGTATAATGTGTAGATTTCGAGTGATCATGCA GCATGTTTAATACAAGTTGCAGAAATATGCAGTGATAAGTTATTTATTTATTTTTTCTTT ATTTTACTTTCCTTTTTGTCTTGGGGAGAACTGGGTATATGATGCAGTGATGAGTTTAAT TTATACTTTTTCAGCAACCCTTTTAGCTATGAGGAAAGGATAAGAAATACTTTATTGTTA TAGCTTCATGTCAATTCTATTACATCTTAAAGCCATCACACATGGAACTGGGATTAGATT AAGAATTGAAGAACAGAAAACTTCATATTATTTAGTGTAATGTAATTTGGTTAATGTGCT GAAGGACTTTATCGTAAAAAAAATGTGTTGATGGAATTCCTTTCTTGAATAGAAGTGGTG CATGCTAGAATTATACTAGATGAGAATCAGTGTTGCTCAGGGTGAAAGAAATACGCAGGG GTCATACTCAAAACTGGGAGAGCTGATATGCTGTCTATATCAGCTCAATGTGATATGACA CTTTTTTTTCTTACTCGAGGTAGAGGCATATCCAGTCTTTATAATGTTAGTTCAGTTTGG ATACAGGTTTACTGAATTGCCTGTGTGTTGTATATGTTTTCCATCTTCAAGTATATGAAT ATCACAATATGATCGGAAAGAGAGAAAAATCCCAAACTTGGAACTACAATAACAATTATA CTGTTTCAATGCCAACTAGTTGAAGTTTGTTATATGTATCCTCTATTTCCATTTTTCTTT ATTTAGGCCCATTTCTTTTCACTACAATAAAATTAGGGATCCTCTAAAACTAGATGTTCT CCAAATCTCATGGTTATCTTTCAATTACAAATATCTAACCTAACTAAAAGGAACCTATCA AAATCCAGATGTTTTATTTGAAACAGGAAATCAGATGTATGTATCAATACAACGAATTAG CAGGAGATTGGGTATTTTTCAAACTGTCAAAACAGGGGATTGACAAGGGATATTGTTGAC TGGGTTGTCTAAAGTGAATTTTGTACGAAAGTAGGTTCATGTAAAGACCTTACCGAGGGG ATAATTTCATAGACCCCCCCCCCCCCCCCCTCAAGTTTTGCTTTGAAACACTTACCTCCC TTGTGGCTTATAAGAACAATATTAACCTTCCTTGTGGTTTAGGATACTGCATCTACCTCC TGTGTTTTTCTCTAAAACAACTCATTTAACCTATTTATCATTAATGTTAAAAAAATCATC TTTTCTAATTAATGAATTTATGAATATCTTCTTTAATAATAAAAATCTAATTCCTCTTCA ATTAGTTTCTCTTCTTTCCAAACAGCTTCTCTAATGTCTGCAATGTGTGAAGCAAATAAG GATGAAAATGACTCCTCTATATGATGTGTAGTGGCGAAAATAAATTAGGTTCCCTTGAGC TTGGATATTAATATCTCAAGTTATTTTTTCCTTTGTAAATCTGCTATCTCATCTTTCTCG TCATGGATTGCAAATGACTAATGGTTGCCGTTTGTTTTCATTTATGATACACATCAAATT TGACTGAAGGGTTTATGATTCTCTTCTGAGTAACCTTTGAATTGACAGATGACAAGTTTT GCTCTCTTATCTTAGGTTCTATTTCATAGTAAGTTGATTCTCTTATGATTATTAATCTTC CTTTCATGATCATGAACCCACTCACTGAAAAGATAGAATAGGCAGATTTTTACGTTAGTA AATAGTTTAAAAGAGTGTTAAAAAGAAATTAAAACAAGAGAGGTAGCGTTATATCTTAAA CTACCTGGAAAAGTAGTGTTACAAAGCTAAAATGCAAAAATTGGAGGGAGGCCTTTGAAA TTTCCAAAAAGATGCATGCAAAGATGGTCCGGGAGGCAGGCAAAGTTTGTAACGTGTAGG AGAGGAGAGCAAAAGAAGTAATCCAACTTTGATTACTGGTCGAATCTTTGATTAAGGGGA AGGAGATAGCTGCCCTCTTATACTAACAAGCAGGGGTTTGATATAGAAATAATTATATTG TCTATATGAACCCTTCGGGGTGGCCCAGTGGTTTGAGATTGGGACTTCCATGTTGGAGGT CTCAAGTTCGAAACCCCTTGCCAATGAAAGCAAGGGGTTTGCCTTCTGGGTCGAGCTCCT GGTGCGGGTTACTTCTCCTATGTGGTTCGCGAGCTATTGCATAGGAGTGGGGTTTTTACC CTGTGCGCACCCAAAGGGTAGCGGCTGCGGGTTTCCCTTGTCATCAAAATAAATTATATT GTTTATATGATCTACTCTTTGGTGTCTATGAAAGTTTTAGTTGAGACTGTTGAGCAGAAC ATGCATTATGATTCCTTTTCAATTGCATTTATTTTAGCAGTGTCAGTTTTTGAGTGATCC ATGGTATATAAAGGTCACTGTACACTATTTCCCTTCTGTTTCTTTGATTTTGTCAAGAAA CTGACGATCTAGTGCTTCTCTTTTTTGTTCCGTTTGCACTTATCTTTAGCACATGATTGT AATGGTCTCTATGCTTTTCCCTTCCCCCAGTAACCTCTTTGATTTGCTCATTTGAGTTGA TAACTGAGTGTTCTGTAACTGCATGGTAACATTTGGTTTTCCACTCACTGTACATTATAA GGATTTCGGGGTCAGGTCCAACTTTGATCTATCCATTCTGAAGGCTTGAGTGAACATGCG AGGCCCATACATCAAAATTTAGTTTTTCAATTCGCAAAAATTTCAGTTTTGTCAGCATTC ACATGATTATCTTAGTTTCTTCACACATTCATGTCAATTTGTTAATGAAAGAATGTTGAA TCTTTTGTAGAAATACTTTTACCTTTTCTTCCTTTTGATGTACTTCTTCCTGTTTACCAG CGCAACAATGGCTATCTTCGACGTTGTGCAGTTGGTGAGGGCTGATGTATCCACAGTTGC ACTTGGCATTTCAGCTTCCACAGCTTCAATAATCCTTGCCGGTGGCACCAAAGGAAAACG CTACGCAATGCCTAATACTCGAATTATGATACATCAACCACTTGGAGGTGCCAGTGGTCA AGCAATAGATGTAGAAATTCAAGCCCGAGAAATAATGCATAACAAGGACAATGTTATCAA AATCTTTTCCAATTCCACTGGACGATCATATGAACAAGTTCAGAAAGATATTGATAGAGA TCGTTACATGTCCCCAATTGAAGCTTTAGAATTTGGGCTAATTGACGGTGTAATTGACAG AGATAGCATCATTCCACTTATGCCTGTCCCTGAAAAGGTTAAACGTACATTGAGAAATCA AGATTTGATCCAAGACCCTATGAAATTTTTGAACCCAGATATCCCTGATGATGAGATATA TTAGCTGGTGCAACAGGTACTTCCTTTGTTTTCTGTCTATGTTCCATAATCTTGACAGCT TATGAGTGGAGCCAAAGAATATGATCAACTAGCTACATTGCGCTCAACTCCAAAGAGCAG AGTGTCTTTATAGTCGAGTCAGGTTACATCACAGAAATGAGAATTGAGTATGATTCTTCT TAGGCGTCTTAATGTATGCTTTTTTTAAATTTATAAAGGAGTGTTCATGTTTACTGATAC ATGTAACTGGCTTTAATAATTTGCTTGATGTGCAACATCTGTTCCTTGCAGTAAAATCCA CTAAAATAGACCGGATTTTAGGTATTTAAGTTTACATGTAAAATATTGGTTCAAGGGAAA CCACAGTTGGGCAAGATTTAGAAGTTCGAAGAGGCATTAACGTCGAAAAGAGGCTAAAGG GTAAAAGTTCTGTATGTTGCTCATTCTTATGGTAGGAATTTTATAAATGTTATGAATGCT AGAATCAGTCATATGGGTTTTAATGAGCTTAAATAGAGTTATATCGTCAGTGAGGGTTCA TATATCCAACCCCAACTTGCTTGGAATTGAGGCGTAGTAGTATTTGTATGAATATTAGAA TTAGCAAATAAAATAAAATAAGAACAAAGAAGAGCCAATGCTACAAACTCTATGCAATGA TCTATTCTACTCTACAATATTGTATTTTTTCAATGAACAGTAGATTACAATTTATTTATT CTTTTAAAAAGGGATATTTTACAAACACCAAAATTAAGTCATTATCAGAAAGAAGGTAAT TGTTGCATCAACACTTACCAAGTACTAGATTTGAACTAGATGGTAAAGAAATCTATGTTG CTCAGATTCTTCAACAATGCCGACGAGCGCTTGTCAGATCCTGCAAAAATAGTGTACTTT TAAAGGATCTGACACGGGTGTGGCGACATTTTTGTAGAGTCCGAGCAACTTAGAAGAAAT ATCAACATGTAAAGTTTGTAGCAAAAGTTTGACAGCTGTTTGTTCTTTGGTTGACATTGG ATTAAATTTATTTCGGAGGAAAAACACGGGGTTAGTCTTTCTATGCATCTAAACTCATGG TGATACTTATAAGTTGGAGAGCTTACTTTCCGTATATGTAGCTAGGCATTACTAAGGAAT ATCAAGATCTACCTATCAGAAAAAAGGAGTATCAAAGATGTAGGCCTTTTGCAGATATTC AGTTACATGTTTAAAAAAGGGCAAAATTTTCTTCTTCAAGTTTATGGTTGAGTTGAATTT TAATACAGACAGTATGTGTTACATGTCTATTAGATGAACCCCCTAATGAATTGTTCAAAA AGTTGTACAAAAATGTAAATAAACATCCCATGCCTCGGTAATTCTGGCAGATAGTTTGTT ATGAATCTGTTGTTTGAGAAAGAAGTTAATCTTGGACTCTGGCAAGGGTCAAGTAGATGT TGTTTTACAGTATGCTTTGAACTTTTAATTTAGAAGCAGTCGTTTCTGTGAAATGGTCCT CTGTGGAAGACCAAAAACAGAAATGGAATTGAAAAAAGTCAAAAAAGGGATAGAACAATA AAAAAGAAAAAGAAAAAGGATTGATGTTAGTCATAGAAGGGAAGTGCTCTGAAAAGACCT ACAATCTCATGGAATCCATGCAAATATATAGCACAACGGAAACAAAAGATCTATATAGGT GATACAAACATGTCCGAAATATGTTTGTCAATTAGGACATTTACTTTAGGTCATATGCTT TCTAGAAGTGCTTTTAGCCCTATTGCAGATTTTTATGCTAGAAGAAAAATATAAAGTTTT TAATTTTAATTTTGTATAATGTTGGTCTGAGATAAATGGAGAAACATGGTCTGGGACTCT GGGAGGATTCATATGGTCGACCACAAAGTTGAGGCGTTGCTGTTCTTCTGCTTACTCAAT CCTGTAACAGCTGATCTCTGCTTGTTCTATTCTCGATTTCCTTATCTGAACATGAGTAAG TGTACATTAATGGGATTTGGGAAGTAAATGGGGGCTGGGGATCAATTGTGGGACTGGAGT TTCTATTAATCAAAACAAGTGTGTCCATTCTTTTAATTAGCATTATGCTTATTTGTTGAA TGAGTTTGCTTTATGACACAAATGTGATTTATGATTTGCTTAATTACTTAAAACTGCTGC TGCTGTTAGCTGATGCATGTCTTTTATCAGGTAGGGATGGCTCTTGGCTCAGAAATATCG CATACCTAACATGCAGCGTTGTCCTCATCGCCATTGTTTGTTGTAGAATTTTCTAGGAGT TACAACGCAGACCATTCATTCAAGGGAGATTTTGGAGAATGAATTGCAATGAATTTGATA TTAAAGCCATTATTGACATTTTGTCTACCCTTTATTTTCTACTTAGTAACTAGTTTGTTT CCTAGATTTCTATAATTCCTCTTTTCTCCCTTTTGTTATTTTCATTGAGAGTGGATGCTT GGTGATGGTGGATGGTTCAATACTATTAATTTCAACCATATATTTCACAGTTTCTTGCCT AAAATATGACACTGTTTTCATCTGTCCATAACTTAAGACATTGGAGTGTGGGTCGTTTGG TTCGTGAGACAACGTGGGATATTTCAAGATTAAATTTATACTTCAGACTTAATATTTCAA TATCCCGTATGAGAGGTGGGATAAATTAGTTCCAGAATTATAATTTCGAGATAACTTTGT CTACAAATAACTACTCAGTCAACACGCTTCCTGTGTTGATCAAATGATGCTTAGAAAAAA TGAGACCAAGTGTGAATGAAGTTAATACCTTGTACATGGTCAAACTATGCTCTCTGTTTC CTAATTTTGTGTCAAGTTTATTAGTACATACAAACAAAGACATCTTTTAGTTGACACAGA ACTATTTATAATAGTTTTCTTGGCTATTGAAATCTATTGGCTCGATTGGTTTGACTCAAT CATATTAACTTTGCACTAGTGAGTCTGATACATCAACGGTTCGAATTTGAGATCTTTAAT TAAAGATAAAAAGAATTTTGAATTTTAATTACGCGGTCACATTTCGATGCAACTGTTGAA AGGGTCACCCCTACACTCCCCCAATAATAGTTTGCCGGCCTTCCAAAAGATACTCCATAA GATCACTAAACAATTCTATTTTGCCGGTTAATTAGTCTTTAAATGTAAATTAAATTAAAC TTTAACTCAAAATATTAAGACTCACAGATAGATACCTTTTTTTTTTCTCCATTAAAAATA AAAGAATTATAATTTATCAATGCACTAGGCATATTCTTCTTGCTGTGAGAATATTTAGAG CAGTTTTATATGATGACGTTGTGCAACATTATATAATCAATAAAAATAAATAAATCGAGT AGTCATACATAATATTTTTGGAGTCTAAATAAATAAATATATATACGCAAAAGTGCATTC TTGGAGCTATCCTCCAAGTGAATAATCAGAGGAAAATTAACAAACTTCAGTCAAACATCT TTTATTTATTACTTAATTCTTTCTTAAAAAACAAATTAGTATTCTAAGGTCTTAAATATC TATTCTTACACCGATAAAAATAGATAAAATTTTATAAATATCCTCAATTTAGAGCGTAAT TGCGGAATATTATTGTATTCGAGCAATATTGGGTTCGATACATATTGTATCATCTGGAAT TAAACGAAAAAGCTATATCAATACATATGGTATTAGTTTATACATGTATTTAATATTAGC TACAAAATCCAAATATAACTATATTTTGTAATTTTTGAAAATACAGTCTAAATATTTGTA ACGTCAAAGTAAATTTTCCATAAAGATATTATAATGAGTTAATGATTAAGATTATATTTT TTTAGTATGTCTTAATCATGAGGTTACTGAAAGAATTAATTTAAAGTATACTTAATGTCG TTTTCATTATGAGTTGCTGATGAAAGTTAACAAGTGGCAAAACATTTGTTTATTCAACTA TAATTATTTTATTTCATATCATAAAATTTTATAAATACTCCTCAGAAGTTGGATTAGGTG AATAATTTTTAAACTCAATAAGCGGCATAATACAACTTTATAATCAACAAGGGGAGCTAT AAGATTTAAAAGTAAATTTTGTTAGGAACCATTTATCATTGATGCAATAAAAGGAGCTAA TATCTCAAAATGTCATTTAAATTTAAAAATTTATTAAGTAAAATTATTAAATTTTGTTTT ATATTAATAAAATCATTCAACATAAGTATTTGAATCAATAAAATCACTTTTTGTTTGCCC TACACCACTCGCAATTCCTTTCCATCCCAGCATACCTTATATTTTGCGCAGGGTGGAGAG GAAGTGGGGTGAAGGTTCGACAAAATCTAGTAATTTTGATCTAAACCCAAATATGGCAGT TAATATGTTACAATAAATTAAATTACACAACAAAAATGATCAATTTTTAATATAACAAAA ATTTTATCGGAAACAATCTATCGAGTATTCCTACATGTGTGAGATTACACGGTGTATGTA TTAAAGAATGACAAAAGTCTCACATCGGTGGTTAATGAGATGGGTGGACTCCTTATAATA CTTGGGCAATCCTCCTCCCTTTGAGCTAACTTGTGAGTTAGACCTAAGACCTAATTTCAC ATGGTATCAGAGCAGGCCCATCTCACCCGATGTTGGGGTTCCCAAAATCAAAATTGTCCA CGCACCAAATGCTAAGCACTGGGCGTGAGGTGTCACATCGGTAGTTAATGAGATGAGACT TGGACAATCCTCCTCCTTTTGAGCTAGCTTTTGGGGTGTGAGTTAGGTCTAAGACCTAAT TTCACAGTATGTTATTTAATTTACTCTCGCTGAATGACAGATAAAATCAGCTTAGGAAAA ATATTTAGTTTTCACATGGGATAGAGACAAGTATAAGGTGATTGGCATCTAATCAATTTG GATTTATGTTAATTCTATTAATTGTTGCAATAATTTTTAATTAAGCCCACTACATGTTTG TCAATTTTTCTGACTCAAAAAGATGAGTTTGAATGTGACGTTTGATGCTTCAATTATACA CTAAGTTCTCTTTCTTTTTTAACAACAAAGTTGTTAGTATTAATCTTCAATGTTTTAGTA GTAAAGTCTTTCATATTTTTTTTTATGCAATATCTCTACTTGAGTAATTAAAATAAAAAA CTTGTCCTTGTGACTGTGATCATTTTTGTATCATTTGAGTACTAACTATAGTTTTTGATC AAAAGTTTATCTTTTTAGTTTGAATCTCTCTAGATGGGGTTTTTATGTCGAGGCAGAGGC GGAGTTAGTATTTTGAGTTTATGAGTTTTGCATTATATGAAAGATATAGGGTGAAACTAA GAACCCATAGACAGGCTTGTAGCTACCTATATGTGTTGAGGGATTGATGAATGGTGGAAG TGTTGATAAATCTTGGTAGAAAGTAGAGTTTAGTGTACTTCCGTGTTGAGAAGTTGAGGG AAGAGAATGGAAATGGAGGGAAGAGGTTATTCAGATTTCTATAGAAACACAAGTGAAGAA TTGTTCATAAGAACTATGATGGACAACTCAGTAGGAGGAGTGCCAGTTCCTACAATGGAG ATGTTAGGTTTTAGAAACATCCCTCATTCTCTTCGAACCGACAGTGAGGAACTTTTCAAA AGCTGGCTCACAAGTGCAGAGGCAAGAACTCTTTCCACTCTTATACATGTTGACTTTCAT CTAACTGTGTTGCATTCTCAAAATCCAACTTTTGGCATGTATATCAGTTCTATATTTGTC TGCTTATGTCTTTTGTATCTTAGCTGATTCGTTACTGTTTACTTCTCAGAATAATGGCAG TGATTCTACACCAATGGCTCGTGGTCGACAAGGATCACGAAGGTTAGTTTGTTTGGATGT TCAATAAGACAATCACTTTTATCATTTCGCTTGTTGTTGAGAGAGTACTCAAAGGTCTTT TTCTCTTCTTAAGATATATTTGTGCATGATGCAACAGTTACAATATATAGAACACTGTAA AGTTTGTTTAGGAGTAGAGAAAGTTACCACAGGGAGGATTCACTGAGAAGTGAGAAATTC ATCCTTTCTTGATACAATTCAACTCTTCGTTTCACTTCAATTCTCCGAGAATAGTGTGGA CATTAAGTATAACAAAAGGAGAAAGGTTCAGCTCTTTTCCAGTTTTCCTCCTGTTATGCA ACGGAAGCCGACTTCTCAGAGTAGCTATGATTTCTGTCACTTATATATACACTTCTCACT CTAATTTCTGAATTCAATTTTACGTGGTGCTACAAGAAGTGGGAACGATAAACTTATATC AGCGGAGAGATGCATCAGATTTATGACATCCTTTTGTTTTAAAATGCAGGATCTCCAGTG AACTTGCTGGTCTATCCAGTCAGCAAAATGAGGGGATTCAGAAAAGAAAAATGGCCGATA CTCAACAGCCACAGAATACATGTACTGCCATTGAATCATCTAGCAACCTTAATAAACATT CAACCAGGTGATCTTTATCTTTCTTGTGTGCTACCTTTACCACTTTAGGCATGTATGATT TAATTATGATTAGAACTGCACTTTGGGGGGCTATTGCAATGTGTTCTCTTGTTGCCACTC TTTTGGTTGGCCTTGTAGGTTATCCAGCTTGCTCAACCAATATCGATATTTCAAGCATTT TTATCATCTTATTAGTCATTCTGAAATTTTTGGGGGGTAATAACCATGTATTCTTTTGTC ACCAGGAACGCGACAGATAGGGAAATGCAAGCTAGTAATCTGTTTTTAGCCAAGGTTTGT TCTGTAATTGCTGATATCTTTTCGTGGAATTTCTCTTTGATATCTCATACAGAGATTTCT TGCAGACCTGGTTCCATAGCTCTCAGCCCATGACGAGAAGTCGTTCATCTGAGTTAAGGT ATCCTTCATATTGCATCCTTTATTGAGATTGGGAAACAATATCCTTGGTTGCTTTACTCA GCATTATATATATAAACTTGGGTTAGACCCTCAAGAATTTCTTGTTTTCTTATATAGATT GATTTTATCTAGTTTGAATTGAAGGGTTCCACGAACAAGAAATAACCAAAAACTAATTGG AGAATCCTTTTCCCATAGATGTAGTCCACTGATGTTGTTATTGCTGGATGCTGATTATTC CTTGCGATATTTGGTTGTTTCCCTAAAAATTTCTGTAGGAGGAGGTATGCAGCCATGCAA AACTCACAGTCTTCACTAGCTCGTGAATCCTTGCAAAATATACCTGGAAATGCTGTTAAT AGCTTCAAAGAAGAAGTTTCTCATCCCACTGGGTACACTGACATGTCAATGTGTGAAATG ACCAACCAACCTAATACTTTTATGTCTCCATCAAATTCTTCTTCATCAACTTTTGAAGCA CAGCAAGTGGATGGTGTGGATAATATTTCTTCTGTTGTAAGCATGCTAAAGGGGACCTTA GAGAGGAAGAAATTGACAAACTATCATACTGCGAGGGAAGCCATTGAGGAGAATATGTTG GGGTGTTATGGTAATCAAGAAATCTTTTGTAACTCCGACATGAATCAACATCCAGGGAAT CATATTTCTCTGAATCAAGGGACATATCAGGACACACCTGTTGTTCAAGTCAGAGATACG GGGATCCCACAAACAGTTCAAGGGTCATTAGATGCCGTCTTAGAAAGTATTATGGCTCCC TCAAACCCAATCCAGATAGACATGGTAACACAGGAACCTTCTCAAAGTGGATCTTCTGTT GCAGCACCAATACTTTCAATTGATTTTGATGCATATGATGGCCTGAGCAATGCAAGTCAA GCTTTAAATATGTACGAGGGCTGTAGAAATCAAGTCGGATATGGAAGGAGCTCAGAAAAT GGTTCAACTGCTAGAGGTAAATATAACATAAATAAGCTGTCTGTATTGAATTATCTATGC TGCTTTCTATTTGCAACTTGCACGTCTTAGCAAATTCGTATAAACAAGGTCTTTCTTCAA ACAGAGATGATTTTTAGTTTTTCAAACTAAGAAATTAAACAATACTAATTGGAACTCTAG ATTTCACATTGTGCACTTATTTGAGATGGTTGTTTCTCCACAATTAGCATTGTGCTTTGC GCACAAGTTTGTTAATATAGCCATTTACTGTTGAACTGCAGATATTAGAGAACGAATATA TGACAACGTGAAGGACAACCAAAAGGTATTCTCTAACTCATATGCTCTTGGAATATGGAA GGAAAATAGTATCTTTAGAGAATGCTCAAGTTTATTATAGGCTACTTAAGGCCATTCGAA ATGATTACAGTCATCAACTACATCACTGTTTGTACTACTCAAAATAGAAAACAAAAAGTC TTTCACAAATAACTAAATACATGTATCACAATTTACTAGATACATGTACTACGAAATTCT AAAGAGACTTCTTAAAAAACTAAGAGACAATTTCGGAAGACTAAACATTGATGCATTAAT TCCAACATGAAATTGGAAACAACATTACCTAATGTTCAACTTACTATAGTGAGATGGTTA AGGCTGATGATAATTTCTCGTATGTGTTCGTACATCGCAGAAAGAAGGTTTAGTTCGAAA TGGATCTTTAACATCTGTACAATCAGGTAACTTAGACATTTGACTGCAATGAATTAATAC CACATCTTTGCTTTTTCACTTTCATATCTGTTTATTTTTTTGTTTTTGTAAATGCACCAA CGTTGATCATGTTCTTTTCAAACATGGTAGTGGCATGCCTGTTGCTCCCTATTGCATTAA TGCAGACTCTCTCTCTCCCTCTGTCTCCCTATGTCTTCCTATCTTGAAACTTCCAAAGTA GTTTAGATTAGATCCATTGTTGGGTGAAAATCAATAAAGCAATGGGCATATCGGAAGAAC TTATGGAATATGTTGGCACTGCAATACTACCGAAATTAGTTCAAATTGATTGCATATTTT TAGGAAGGTTACAAAATGAATCATGCAATCAAAGGAGTGAAACTGGAAAAAATAAAGTAA GAATCAAATCTATAAATATTGACCTTAAGAGTTCTTTCTTGTTCCGGGAATAGAAGGAAT AAGATGTTCGTTCTATTCTTTCTGACAATTTTTAAAGATCAACGAGTTCTCAAAAGAGAG AGCGAAGTAAATGTGAAATGTCCATGCTTACCATGAGACTAAAACTGTCTTATTTAATGA AAAAATTGAGCTCTAGTGCCAACTTTGCTAGCAATCTGTTTTCATTCTTATATTGAGGTT TATGACCTATGCAATTATGTTAGATCATAAGTTTTATGGATTAATTGCACATGATGCTAT ATTACATGACATGCATGATGTTACTTAATTATTTTCATGCTGTTCGCTTCTGACCGGTAT GAACAAATGCAGCGGAAAATGGAGATCCTAAGAAGAAGAGAAGGGTGGAGCGGTCTCGGA AGTATGTACAACTATCGTCAAAACTTGCATGAATCTTTTTTCTTTTTCTGACTACCTTCC TTCTTAGTGATTAGTCCTTTTCTGTGGTTGGTAAGACTATTGCATGTAGAAATTGGCTTT ATTTTCCTACAATGATATGAAGCAGAAATCAGAAAAGAGAATTAGAAAAGCATGAGATGC CTAGTTAAACCTTGACATTCTGTAATGCCTGAACTATGTGAACATCAGATTCATGCTTTT CATCACATATACTTGCAAAAAGTTTGCAATTTCTGATGCTTTAACTTCATGGCCTACTCA GAGTTTAGGCTGCTCGAAACTGCTGGCCTCGTGTTTGCATGGGCAACTCCCAGATGTTTT GTTTCTCTTCTCTTAGTTCTCTATATTTGTTGTCTTTCCTGTTCTATCTACTTTGTATGA CTAAGCTTAGGATTATATTTCAAACTAACTATTCGTACCTGACTCAACCTTGTATTTGAA ATTTTCATAACCTAAATTGTCCAAAACGCGTCTCTATCCAAACTTCATTGCCTATTCAGG TTTTGTACAGATTTGTTTTTGATATGTTGAGGCAAACCTTATTCTGTAAGCAAAGGGTTA TTTGTTTGTGGTTCCTCATGTGTATGCCACTTAAAAATTTCTCTATAGAAAATGATCCAT TTCATAAGCTTATTATCGGTTTCAATGTTGATGCAGAATGGCAGAAGCCAAAGAGAGAAA TTTAACACCAGCAATTCCTTCAGATATGCAATCCCTTGTGAAGCGCTGTGACAATCTGGA GAAGGAAGTTCGTTCACTTAAACTTAACCTGGCGTTTATGAACAGGTACGTTCAAACACA ACATTGAGGAATGTTAGTCCAAGAACATGCAACAACTTTGTCTGTGTTTCCAAGCTTGTT TACTACTTACTATGTGGCTATCAATTCTGTGAAGCAATCTTCAGATTTCTCTTCCCATAT AGTTGTAGTAACAATGAAATGATAAAGAAGTGACTAATCGGAGTTTTTGCATAATCACAG AAAGGATTCTGAACAGACTACACAAATTGAAGAGCTGCAGAAGCAGAATGAGGATTTGGT CAAGGAAAAAGAGCGCCTTCTTGGAGAAATCGAGAGGATCATTTCAGAATCTGGAAAGTT TTAGATACTGTTACTCTTTAGCAGCTTCAGACGTGTTTCTTTAAGAGGTCCTATGGGGTT GCTACAAGCACAGGAAAGTAGGCTGAATTCATTTCAAAGTTTCATGTTTTAGTTTGTAAT CCAAATGTCAAGTGATAAGTACATTTAATTTCCTTGTTTTCTAAGTTCTGTAGACGATTT GCTGTCTTATTATACATAAACTTCATCCTCAATAAGATAGCAATGTTCTTCAGTAAGTGT GGTAATGCATCAGCAGACTAAGAATCAGTGGAAAAACATATCAAATGGCAGCAACCAAAT TTTGGCTAGTGTAATCAATTAGATAACAAAATAATACTCTAGTTATTGTTCCATCTTGTT TGAGGATGTCCCTTGAATTAGATAACAAAATAATACTCTAGCTTAGAAAAGTGTTGTCGC TTCTCAAGAACACAAAGTAGAAAGTAAAAAGCACCAGAGAAAGAATAATACTAGACTTCA TTCACCTGGGCACAGAATAATGCTCTGGGATAAACTTTTACTAGTATTTATTCCTGCAGT TTTTTCTGTACACAAGGAACTAGATTACAACATATGGTAGAAACGCTATGTGAAAACTGT GTCTACTGGTACAAAGATATTACACAATTTCATATTTCAACTTGAACTGCCAACACGCTC TAGCACTTCTACAAAAATGAGTGCTACATGCTATAGTAAACTGCTATTTCAGGGAGACCA ATCCGTCTGAAATATTGAACGGCCAACCAACTAGTAAATGACACATAAGCTAGCAGGAAA CAAACTCTCCTTAAACGGACTTTATTAAATGGCAGAGTAAACCTTCTCACCACAGAAAGT TGATAGATGCAAGAAAACAACTTCCGTAGGAGTGCAAAAAGAATTACTGTCATTATGGAA GTACAGAAACCAGCAATAACTCCGGCTACAGCTTCCCATCTCCAGTGCCAGTATAAAACC CCACTAACATACCAAGACTTCAATATCCTCATGAACCTGCCACAGTAATATCCAATTAAG AGAAATGAATAAGGCTGGCAGTGAGAAAGTAAACCTATTAAGATTTCAATGTGACATTCA TGCCATTCTTTTGACAAACTTATAGGGTGTAGCAAGACGCTAAAAAGGTAAATAACAGCA AACTGACAACCAGTACTCAATGAATTTATTCTTGTTCTTGGATGACTACTAGAAAATATG GCCTAGCATTTCATTCCTGACCAATTTCAAGAAACATCAGCTGCATAGTTAGTGTCCGCA AGTTGACAGACCATTTCTAAGCTAACATATTAAATTCCAGTTTCAAGTAATGTAGAGCTA GTGTTTCTAATCTAACTCAATACTTTGAGCTTATTCATGTTCAGTAACAGTGTAGAGTTT ATCACCTCTAAACCAATGTCGTGATTAACTTGCGAAGGTAACACTTTTGATAAGTTAACT TGCGAAGGTAACACTTTCAATAAGTTAACTTGCGAAGGTAACATTTTTGATAAGTTAACT TGAAAAGGTAACACTTTCAATAAATTAGCTTGCGAAGGTTAGTTAGAATTCCATACAAAG TGGTATGGTTTATGTGGTTAGTAGTCAAAGAGGTCTGTTTAACTGAAAAAAAATCTAAAA AAGAGGTACTGTGTTCTAGATATCATTGTTGTGGCATGAAAACTGAGACCAATTGCAATC TGTTGTGATGGGGCAATAACTATGATGTTACTGGGAAGACCTGTGTTTTGCTTGTTACTC AAAAAGGTATCAGATGGGTAATGCCGAAAAGCTCTTTAGATTTGCTGAAGTACTGGAAAG GGGAGGAGGTCACACAGAGAAAAAAGCAGATGAAAGTTGATACCAGCTTGCATTTGGTCG ATGTTTGGGGGGGAAGAAATCTGAGATGACTTAAAGGTAAGGGACTCCAATGCAGAAGAT TAAGATGAACTCCTTATCGTTGTTCCATTTTTGGTTTAAATGAAAAATTACTAATGGGCA CTGAATCTATCCTAAAATTTTAGAATCTTTGTAAGTAGAGACTGGATGGTTTTTTGACAG CTTCATTTCTGTAAATATGGCTCTGCACAGCCTGTAGATTGGTATATAAAAATTGTTACT GATCTCAAAAGATATATGCCACAATCCAAAATGAAAATAAGTTTAATCTCAAAAAGGAGT TTGAAGATTGTGCCAAGTTTGGTATTTAAGTGGAGTAGGTAGAGCGCGTGGCCCATTATC CCCGAGTTCCGAAGCTGGAAAAATGAATTTCTCAGTCACTAGAAAAAGGCGGAACTCATT GGTAGCCCCCTAAAGTTGGCATAAAGACACCTCAAGACTCAAGTAAGCCTTGTACATTGT AAACAACTAAAGTAAGGTCGGACTGTGTCATTTTACACTTTTCGCTGACTTGGTAGCTTG TGTGATATTCACATCAAATAGACGTATGAAGAGCCTAAAAAAATCATATTTTTTGTTATT TTATTCTTTTTATTTCCTACTTCTTTATTCTTTTTCTCTTTCTTCTCCATTTAATATTCT ACCATCAACAAATCTTCTACCATTGTTATCTTGTTCACCGGAAAACACTCCATTTTTACG AGCAACATAGTAAAGGATGGGATTGAAAGGAACAGAAAGTGGAGCAGGAGAGCTCAAATG GGTGCTTGAAATCTTGAGACCAATCACTTGAGACGTCACGAGACTTAACTCTGAGCTCAG TTTCAACTTGGGTAAAGCCCTTTTGGTCACTGAAAATGTCATGTTACCACCCACCACAGG TCCTATGATGCTTATACCCCCGCCCCTGATTGTAGCCATTTTTGTTCCATTCCTCAAAGA AAGAATCTTTTCACTCCTTTTCTAGTCAAGAATGTTGTTTTGGTCTAATATAGATATAAA CTCAGATCTGGGTTTCAAGAAATTTCCGACAAGCACTCTGTTTTTTCCGGGAATGTTCAT ACAGATTTATTAATTTTTTTCAGATAAACTCAGTTCTTCCTCCTTATATAGAATGGGGAA GAAGATCCTTGAAACAATTGAGAAATGTGAGGTAAGAAGATGGAGAGGGGGATGTCTACT GGTGAGGGAGTTCTAATGGCCGGGGGAAGGAGGGGTTGGTATGTGGGGTTTAGGAAGTAC GTTTTCTATTATTCCTTTTTTCTGAAAAAATAGTTTCTTCTACTTTTTCTTATAATTACT TTTTCTTATAATTTATTTTTTAATTATTTTTCTAGACCCAAATGCCACATGTCCTCTTTT AATTAGTCATCATGCCACGTCACGTGCGAGTGCAATACATTTAAATGATTGTAAGAAAAA AGTTTAATAACCCAAAGTTTAAGTTGTTTAAGTGTTCAAAAGTCAAGGCTTAAGGTGTCC AAGTGAAAAGTCGTGCCACCTTTAGGGGCTACCGATCGGTTCAACCTTAAAAAAAGAACG ATGCACCAATAATAAGGCAACATGGCATGCAATGTACGGAGGAATTGAAGAAGCAAATGA GACTATTTTATGGTTTGGCATTTGGGGAGATTCTTGATGATGGATGAAATTCCTTAAAAG GTCGTTTGGTAGACGGATCAAAGTCACAATAAAAACTTACCCAGCCAAATCCAACATTTT GGTATGTCCGCAGATTGCATAACTGGGGATTAATTGTCTGGACAACCTCAGTATCTTATC ATTTGAAAGACGCTCCATATCTTCTCTTCTGTGGTTTGGCAGGAATTATTTCCCTGGATT ATGGCTCATTCTGATAAGAATACAAAATGACCATTCAGAGCCTAAATATAAAGCTCCTAG AAGTTCCTAGTCGTCTTTATTCCTCTTGGCAGGCCACACGCCACTACCCTTCTCGTCGCA CAAACACAATGCCCTTCTCATTGTGATTCCACTGTTCCCCTTCTTCTTTTTGCACTACAA TTCATCTTCTTCCCTTTCTCCACCTGAAACTGAGCTGCAAAACAACATCTTTTGGTTTCA GTCGTCCTCTTTGACCATTTTCCTTCTCATTGATCAACATCCCGGATCTCCCCTTCTCCC TCTGCTCATTTTGTTTCCTTTTTTACCCTATTAAAGTTAATGTTCCAGTTCTTCAATTAA TCTTGTTAGTGCAGTATAATTTCAAATTAGGTAAATTTGAAGAGTGCTGGAATGACTTTG GTTATTAATTCAATGATTACAACAACATCCCTAGTGTAATCTTACAAGTAGGGTATGGGG AGGGTAGGATGTATGCAGACCTTATCCCTAACTTTGTGAGGTAGAAAGAATTAATTCAAT GATTGAAACTAATAGTTTCTAACTTTGCCTTGAAAATGTGTTAACCACAAATATTTAACA GGACTGGATGGCAATAACAATGGGACATCCCATCCAATCCTATGTACCAAATGATTTGCG TATAACATACACAAAGGTAGATTATTGTTAGGAAGCATGACCAAAATTAAGGAAATGGAC ATGCTGATATTTTCCACCTTTCTGTTATTGACCAGGGAGACTAAAGTGCAGTAGGAGGAG AGTATTCAGAACCTAACCATGCAATATAAGTAAGAGTGAAGCCGATTATGAAACTTTAAC TATCATATCTGGGAAGAAGGAAATGCATTATACTCACCACTTATTAGCAGACTGCAGACC AAGTAGGAAAACTTGCAACGTACATTAGAAAAATGGGCAGATCAAAGAAACTCAACCAAC ATTTGATATTCATTGATCCTCAAAAGGAGGAGCAGGGGTGGTGCGAAACATCATAAAAGT AGATGAGCAATTGATATCAAGTGATATCAAAACGATAAAAAGACTCAACATCAAGAAAGA AGATCCAGGAGGCAACAGATAAAAACTCATGAAATTTTGAGAACTAATGTTTGTGTGTGT ATGTTTGTATGTATATAACCATATGGACCAACCGCAACCTTCTAAACTCAGGGACATGGG GCCACCCTCTATTTCTCCACCTAAATATCAGGCTTAGTCCTATGTGCAGGGCTAGGTCAC AGGTCTCTCAACCTTTGCCACTAGAACTAAGCCGGGGGAGCATATTCCTTGCTTATTTAA CATTTGGGTGTATTATTTTTTATCACGTCACGAACACATTAAAGATGAAAGAACAAGAAC AACATCTTACTAAAGTAATAATACTCACAAGATTAAATATCGAATAAACATCTCAATAGT TGATGGATCTTTTGCGTCGCAATCAAAAAAGCCAGCTTGATATATGTGCACTTTAGATAT TCCCAATGTATACCAACACTTGTAAGTCTTGTTTACCTGAAAAAAAATGGGTAGGCAACA GGATGAAGATACTTGATTTTGAAATAAAATGAACAGGATTAAACTGATTCTTCCTCAAAG AACCATTATTGGGACCGTATGCTTCACAAAATGCAACAGATATATATAGTGACTATATGA TAACATAAAATTTAACAAATTCTTGGAATTTCACCATTTCAGTGAGTAGGAAGAACTTAC CAACTGAATGCTTAACCTCCTTACAATCTAGGATCAACTTTTTGATGTAGCACTAGACAC AAACATATACATCAGAAAACAGACAAAAATTACTCATGTTGATCAAGGGTTCCTTTTCAG ATAAATAATCCTCTTTAGAATTCCTAGAAACAGCTACTAATTTTAGAATTCATTGCCCTT GCATAATATAAAATCAGTTATTTGACAGCTTTATCTGGAAAATAGGGCATGCAACATTTA GTTCATTTGGAAAGTAAAAAGAGAAAATTAAGGTTATCGTTCTGCTAGAGTTAAATACAC TTGCAGAAGGGAACACCCCAGGTATAAATTTGGTAGAGAAATCATGTCACCAATCTAGGA GTAAGGACTATCCCAGAGTAATACAAGGCATAAACAGAAGTTATACCAATTAACCGGGAT AAATTTCATGCTAAGAAGTTCGTCTATAAGTAAATCAATGTTTCTCTTAGACTCTTACAC AATAGTGAGTGTACAATGTCCAGTAACTACCTCAAATTTATCCTTTGTCAACCATGCACC AGAGAAGTTTGGTCTACAATCAGATGGAAGGGCCTCATTAGGTGCCTCTGCCAGCGCAGA TCGTGCCTGACCTGAATGATCCACGTATTCGACCTGTTATTCAAAATGCATAAGCAAGCA AGCAATTGAGTGATTCTGCACAATCAGTAAGAAAGTATCCATCTCCGTATCAAAAAAAAA AAAAGAGAAAGGAAACCCAAAACTAAAACAACAAAAAAAATAGTCAAGAAAAGGAAAAAA ATAAGAAGATGCAACAACTCTCAAAAGTATTTCTTATTCGATACAATCTCCAGGATATGC ATTCTCTTTTCGGATAACTCATTCTCCGTGATAAACATGTAAGGATATATTTTGTTCTTG AGAAATGCATAAGCAAGCAATTGAGTGTTTTTGTAAACAATCAATATCTCTTTGCCACCG CCACCGCTGCCAATCCCACCCCAAAAAAGAAGACAATAAATACCAAAATGATCCACAAAA ATGAAATAAATAAAAAATAACAAAATGCAGCAACATTTAGAAGTAACCCATATTCGATTC ATGCTCCAAACTAAACATGTAAGAATGTATTAGAAATACTTTGTAACAAATGCCTCCACC CAAGGAAGGAATACATATAAAGGTCAGAACCAAGTGATCCATGGATAGAACCAAGCTGAA ACGTTCCACCTCCTTATTGTTAAGTAATTTTTAGCTTCAAATGCATCGACTCCTGCTGGC TGATGGAACGCCAAAGGAAGAGAGAGGATAACACGGAGAAGGGAAGATCCAAAAGGCATA GGAATAATTGTCATCCAAATTGATTAATATCACAACGTATATAAAGAAGGTGTAAAAATG GGTACAGTAGGTGAAATTTAGAATATTTTTGGAACCCCAATATAACCCGCAGCGCAACAA CCTCTGCCCTTCGGGTGAGTACTCTGTGGTGTGCTCACTGCATAAACCCACCCCCACTTG TAATAATCTGCAGACCATACAAGGGATGTAAACCACACAAGGCAAGCCCTATGGCTCGAT GGGCATTGTGGGGGGATCGATCCTGGGTCATCCGTGTGGATGACCACCCTCCAAACCAAC TGAGCCATTCCGAAGGAAAAAATTAGAATATTACAAGTGACAAAATACACAATCCAATTC TGCTAAAAACTAGAAGTTACAGAGCCATGTATTATTTAATACATTCAATGAAAAATGTCG TCTTATGGGAAAAGTGAAAGTTTAAATTACTAATATCTTTCCAAGCCAAAAGAAATAGAT ATATACCAGAGTGCTTAAATAAACTTTTGTCTCCTCTGATACCAAGAAGCTCTGTTCTTT GTACATAATTATTACCTCCCGTATCATTAAGGGGTAATAATCAATCTCCAATTGAACTAG TTTTCCAGCATACAACATGCATGACTTACAAAATCATTCGCTAGCAAAATCCTTGTGAAA TTGAATCTCTGACAAAAGATGGAACTAAAACTATAATTTCAGGTCAATTGTATAAGAAAT TTATTTTTTATTGACAAGTAAGAACTTTATTATATATTCATCCTGGAGACAGAACTCATA CACAACTAGTATACAATGTTCCTTTTCAAGAACTTCAACCGCATCAATGGATGATTTGAT ACAATCAACTTATCAACATGTGCACCAAAAGAACTATAAATGGAAAACAACATCTAAATG AACAATAAATAGCGGTAGTCACCTTAAATACAGAAGCCCAATAGTAATCGTAATGACATC GAAACTTTTTCCTTTCAGAAGGGTATAGAACATGCTTTGCCTTATAATTCAACAAGCCCA GTTCACAGACTTTAGATGACCTTAGATCCACACCTGTGAAGAAGATAAAATAATTGCTTT AGATTGAAACTTAAACCAATAACGAACTGAGATTTAAACCAATCTGTACTATGTGTCAAC AAGGATATGCCATTTTGTCATTGCTCCTGGTAACAGGGCTGTAACTATTTTACAAAAAAT TAGTTTCAAGATGTATACATCAAAAAAGGAAAAAAGAAAAAAAAGAAGAGGGGATGCATT AGTCTATTATTGCTAATAAGATTGTTTAATCAAATTAGGCAATTATGTCTAAGTAAGTTG TTAGACTAGGAGGGAATTCATCTCCTACATGGAAAAACTTCGAAAAGCTTCTCGGCTACT GCAGCTGCAACATGTAATAAGGGGTAATTTGGTACTTTAGACAAAATAAGAAGGGACATA CTCCCTACATAGATGTGATTATGCGTGCGTCTAGCCCTCCATCGGACATGTATAGTATCT ATCTGTTATGTTTATTATATATGGATATACATGTGTCAAAAGTAGGGATGACCTTTGCAA GCAACTTGTCTGACTGTATTTGAAGCAAGTTTCATTATTCTTCAATGGATTATAAGTTAT AGGCACTAGTGTTAAGATTCTTAATACCATAAATGTAGTTTAACCTACTATGACAGGTTA CTATTAATTTTATCAAGTTACCAATTATTGTTTACTTCAGATTTTCCGTAATTACCTTAT TAATGTCATGATTGTGTAAATAATTTTTACATCGTCACTACACAAAACTTAAACTCTTTT TGCATTAACTTAAGTTGAAGCTAATGAGTAATGACCAATACTGAACATGCTGATCCATAG GATATCCTTATAGATATAATAAATGACATGTTTTTCTTTTGCTAAAAAGCAAAAGAGCGG CCGCAATATGCAACGACACCCTTGGCAGCCACTTCACAAAGTGGCTTGACACCGCGTTAT ACATATTACATCACCTCCACCACTGGGAAAGCTATAAAATAAACAACACTCCAACCAGTG AGTCAATTTTGGACTAAGATACATGAAGTGACTTGTATCAAAAAGCTTTCCCTCTTGAAC TCATGATCAATTTGCAATCATGATATCAAACTTACACTTATTCGGAAACCATAAAAAGGC AGTGTAATTTACTAGCAAATCTGACACAGAAAGTTGCAATAGCAACCTAAGACGAGAAGA CTATATCAGTAAATATTTCCTGCTCTAAACAAATTTTCCTACGAACTTTGCTCCAAAGTT TCAACCAAATTACGTCGAATGAATATGCTACTTTTACAGATTGAGATTCTAGTTGATTTC ATAGAAAATTTCATCAATTATGACAACATTATTTCAGTTAAGAAATTCTTCCGTATCTCC TCCCACTGTTTTTACACTGGCAACTCTCCTTTGTACATATCTTTTATTGCACATTTACAT CTCATACGAATCTATATCTTCTCTACTATTCACTAAATGACTTTATGACACTATCATATG CTATCTCTAGATCAAATGAATATCCTGTGGAAGTCTTTCATCCTGCCTATAATTTTGATC AATCTTCTCAACAAAAATTCCTGGAAACCAAAAGAAAGCAAAATCCACTAATGCGACTGA GTGCAAAGTTCTGAACCACAGGATGGTAATGCCAGAATGAAGGTCTTCTCCACCATTTGA ACTCCAAATTATGTTCAAGTCTTTCAGGGATCCTCAATTTCAAAGCAACCAAGCATAACC AAAATCCAACCAGCACCAATCAAATTCAAAATCAAAACTTTTGAGCCATACATGATACTA AAAACACAACAAGGGTTACTGACAAATAGGAGATTCTAATTCTGATCAAACTACCCTCCA TTTCTGAGCAACCACCAAGATTCCAAAAAGCAAAAACCCACCAACAAAATTCAGCAAAGA AAAAGTTATCAACACTCCAAAAACAAAACCCACCAGCAAATTCATCAAGTAAATGAATCA ACTTACTGCTAGAGACAATTTTGCATTGAGACGGAAGAGATATTGGACTGGAAATCGACA GGTTCCCAAGAAAAACAGCTAAATAAAGCACTGAAAATGATATTGTAAAGAAGGCACAGA AAAAGACAAGAATCCCCAATACTCTGCGCAACCGAGCTGACCCACTAATCTCCTTTCTCT TCTCTTCTACCTCCTCCGGATTTTCCACCAAATCCATGGAAGCTGAAAGTTTTGCAGAAT TGCAGTAGAGAAAAACTAGTAGGTGGGTGATTTACGGTTAGATTGGGAAATCAAGAAGGG TTCCGGCAGCCGGAGATGTCATCCGGTGATCGGAATATTAAATGTTTTGGTTCAATTGAA GATATTTTTCAGGGATTTTGCCGTCAGTCTTTTCCACTCAGGTTCAGTAAGTCAGCTCAG CACTGGCGGACTCCCGTGGGCATTTTCATTTTTGTTTTCTTTTAGTAACTAATTCAAATT AAACTTTTTTTTTTTTTTTGGCAAACTCATCAATTAATAGATTTGTTAATTATAACAAAA ATGTATATTTAAAAAACTTACAAAATCAAAATATTGTATTCATATTTAGGAAACAGGGTT TGATATTATATTATATCATGTAGAGTGATATTGAGTTGAGTTGAATTAAACTTAGGCGAA TTATAATGAACTAAAATAATAATTGGATCAAGATTCGATCCACTTCAAATTGAATCAAAA TGAATTAAATAATACGTCAAGACTCAATTTTTACTAAATTTTAATTTTGTTATTTGTTCT TTTAAATTATTTTAATACCTAATTTAAGAAATATTCTTATTATGGCTATATAGGACATAT CTAATTAACTGCAGATTTTAACCAACTCAAGCTTAACTGCAGATTGGATGAATTAACCTG ATTTTGTCACCTTAATATCGTACTGTATTATTTTAATGAATATAATGATTGTATATATTG TATATTGTTCATTGTCATTATATAATATCATATATTTATAATTTAAATAATAAAAATAAA AAAATAAAATACGTGATAGACAAATACGAATCCAATATAATGTAAAATATTTGTACACTA TCACAAATACAAATCCAATATAATATAAAATGTTCGTACACCCATTAATGAAAAATTTAT ACGCGCATATAAAAAAATATTGAAAATATGATAGTGATTTTGTGAGCACCCATTAACCAT AATGGCTGATTGGTATACGATTAAAAGTATAAATGAGTATATGGAATGTAATCATGCACA CGTATGCTTACGTGGTCACTTCTGATTGGCTAATACAGCACATCTTGTAATTCGGGCCAG AAAAGGCCCAAAACTGAAATTAAGAGCAAAATCAAACGTGATTTTTGTGCTTCTTCAAAA CACAGAAAAATTCCCGTTGCAGTATCGGAAACAAGAGGAATAATGGCGAGTGGCGGTGGT GCTGGTGGCAGCGGAAAAGTGTCGTTCAAAGTCACTCTAACTTCCGATCCCAAATTGCCA TTTAAAGTGTAAGTATTCCTCTGTTTATTTTTTTTTCCGTAAAATTGATACTTGATTGTG TTTTTACTTAGAATTGAATTCCGAATTTATTGTTCGATCAGTTTTAGCGTTCCGGAGGCA GCTCCGTTCACCGCTGTTCTCAAATTTGCGGCTGAGGAATTCAAAGTCCCTCCTCAAACA AGCGCCATCATAACTAATGGTATCATTTTCCTTCATTTGTTCAGTTATGGATTTTATTAT TTTTATTAGTTTTAGATTAGCTCGATTAGGATACGTGAGATTTTACATGAAAAACCCAGA GTTTGTTCCCGAAAAGACAATAAATTCTGTATCTGTTGATCCAAATTGGGATTGAGGCAG AGTTGATTAAATAATCAAGTGAAATTATGAACTTTTGATTTCATTTAGGATAAATGTGGA ACTTCAATAATAATATAAGTACAGGATGAAATTAGACTTAATAGTAAGAATGAGGAGACG AGCAAGTTTAAGAAAATGCAAATGGGGCCTAAAATTATGGCATAAACTAGCTGATGAGGT GAGGATTGTCAGAGGCCTAATGGAGACTGACTTGGTGTATATTATCAAAACATTTTGACT TATAAAATAGAAGGTTTTATAACCAACACTCTTCTATATGTTCAGGGCTGTAAATTTGGA GCCTGGACATATAATATGGGGTTCAAAGTCCTACAACTAAGTTAACTAAGAATAGAGATG GATCTGGCACTGGTATGGTTGTAAAAGAAATGGAAATGGAGTCTAATTCAATCTCAAAAG TCAGCTCATATTGATCTAAGGTCCTATAAGGAGACAATAGCCGATTCCTTCACCCAGTAC GAGAAATTCTAACGAAAAACAACACAATTATGAAGACTATAGAATACTTGTGAAAAAAGC TATCAACTAGACCAAATGATGGTTTATAGCATTAGTAGCCTTCAATTTCTCAATTTGGGT TTGGGGTATTGGGATTTTAGGTGGTCTTGGATCTGTTATTTTGTCTCACGAGTCATGAAT GGTGTTTTTGTGTCCAGTGGGCAGATATTTTTGGTAAATTTTGCATACTTCTAGGTGCTC TCTTTGTCTTGGTTATAGTTATTTAACTACAGGAAGTTCTTTTTTTCCCACGGATTATGC AATTAGACTAACAAATTAGTCAAGGAACGCGACACTCAAGAGAACTCTGAATTAAGTTGA TGTGGTGTAATCCTTCTTATCAAACCCTTTTTCGTACCTATGAATAAAAATGGCATGTAG TCGTCATCAGTTCCTCATAGGTCAAAGTTGGTTCTGGTGAATCTTAAATTCTCAAATAAT TTTTTAGATTAAAAATCAGAAAGGACATTATTGAAATATTTCCTGTTAAGAAAAGTGATG TATGGGACTGGCAATGTAAATGTGGGGTTCCTGTTTGGTACTAAAAAAGTAGTATCTTCG AGTCCTTTCAATGCTATGATATTCTTCGGTCTTCAATTTCAATGAAAAAAGGAGTAAAAA CAATAAACTTCTTATTATTGCACGTTTCCTTTTTTTTTATTATAATATTTTTGTTCTTTT GTCTTGTTACAGATGGTGTCGGAATTAATCCTCAACAAAGTGCAGGTAATGTTACACTTC GCATGAATATTTTGTAGTTATCTTCCATATCTTTTTTCCCCTGCTAAATAATGGTTTTTT GTTGTGAATGATAATAATATCTGGAATGGAAGTTTTAAATATATATTTCTCATTTCTGAT AAAACTTTATTGCATTAAGATCCAAGGAATATTCAAGGATTAGTTTCTTGTTTTACGAAG ATTGGGTCTATCTTTAAGCTTACCTTATTAGTTTATGGATGAAATAAGAAAGCATGCAAA TTTATGTACATGCTTTTTCTTTTTATTCTTTCTTCTGTCTTTGTTAATTGTACTGCCTAT TACTGGAGAACGAGTAGTTGCATGGAGCTCAAGGAACTGTGATAATTTTTGTCTAGAAAT GCTATAAAGGGAACTTCATTAGTTAGTGGAAGAGTAAAATTGTTGCGCGTCTCTCTCTAT CTTTTCTTTTGGTTTGGAGCATTTTAAGAATACGAGGAGAAATTGTTGGTGTCTTTTCAT TGTGGATTTATCTGTCTCTCTTCAGCCATAGTTGGCTGCGATATTTTTTTCGTTTACACT GATGTGATTATATATTTTATCATTGAGTTCTGTATTTTTTCAACTTAGATTATCCGGTTT TGAACTTGTTTCAACTTGAATGTTATTTCAGGTAACGTCTTTCTTAAACATGGGTCTGAA CTACGCCTAATTCCTCGGGATAGGGTTGGTGCTTCATGGATCTCATTCTGAATGTTTAGC TCTATATTTCATCTACCTAGGTCTTAGGGAAATATCCTTTCCCAAATGAGTAGCACATTA TGTTTAGATGTCCCATCTTTTAATGTTGTAATTTAAGTACAGTTTGAATATCAGATTCAA ATAAAATGGTTCTGCGACTGCTTTTATCTAGCCTTCCTTTCCCTGTTTCTGCAATTTTCT TTTGGCTAAATGAATTGGTTCAGTTTCTGTGTACTTTCTAATGCATGTTTGTAATCCTTT TCATCTTCTTTTGTCATTTGGTATCTTAACGTTTGGTGAACAACTAAGCTATATGCTGGT GATTAGATTTTATGTTAAGATACTTGTATACACCTTGTTTTGGAAGTAGGTAAACAAAAA TTAGATTACGAATGAGTTCAAATAAAAAGGAGAGATCAATTACTCATGGAGATTTTAGAA ATACAAAACAGACTTGCATAAAGGCCTCAATTCTATTTCTTTTTTACAAGTCACACTTCA TCCCCATTCCAATTACCTTTCAACTTGGGACCAGTAGGCCCTTCTTCTCCATAAACTTCA TTTGGCAGTACTTTCACCAATTTCTCGAATGCACCTTTCGAGTTCCCTTTCGATGAGCTC TCAATTTTTTTAACCTCATCCCCAAGTCTATAACTTAACTTTGGTCCCCATTGTCTTGTA TAATTTAGCCATGCTGGCGCGATTATTTCAAGATTTTCAGCAGCAACTATTGAATAGTTC TTCCGACAGTCCAAAACTAAGTTACTCTTAGCTGTATCATTTCTTATCCCAATATCTCCA CCCCCTTGTAAAACTAAACCCGGTTTATGGTAAATGGCATGTCCATTTAGTGAAGAATAG ACCACAACTTTGTTACTACCATTCTGAAATTCAACTTGTGGTGCATCAAGCCATGTCCCT CCACTATGTTGCGAGACGTAAACTTTGTACAACACCCCATTGAAATTGCTGATCCTAAGT GTTACATGCTCCCAATCACCTACGTGTTCACCTATTTTACCAAAGGGTACATCAACTAGG CCAAGTTTAGCTGTGCCAGGTCCATTGAATGGATAGAAAATCCACACAGCTATGTCAGTG AAAGTTGCTCCTAACATTGGCTTAATGTGGAGATAAACCTCAGAGTTTAGTAAATCTCCT TTAATGGCTTTTTCTCTGCCCTTCTCATCAATTGGCAAGTCTAGCCAATAAGCACCATCA TTTGGACCATCTTGTGGAAGATTTGAGCCATTTGGTTCAATGGTACTAGGATTTGATTCT TGACCTTTCTGATATAGCAAAGCACCATTAGCAAAATACCAATTGACAGAGGAAGGAAGG TACTTTTCTTTAGGGTGAAAGTGTATAATTGGAGAGTATTGATCAAATAATGCTTGAATT TGGCTAAGGTTAGGCATAGAAGAAAAGGTACTAAACTTAGTATTCTTTAAACAAGCAAGG GATAAGGTTTTGTTAGACTCATCATCTTTATCACTTGTAATCCTAGCTAAGAATGTGCCT ACACTAACCCCTTGTGCTTTTACGCCTCTTTCTCGAGGTCTTACGCTATGAACATTGATA CCATTCACCTTACTTGTTGTACCTTGACCCCATACCCAACTCTCAACCTCTAATTCATCC GTTAGATCGGATCGAACACATTGAATTTTGTCTAAGGCAGGTTTTTCAGGTGAGGTAGTG ACAACATGGCCTAAAGCCTTGTAACCCTCAGGTGGAATTGGTAGCCAAATATAGCCATGA TCATTGATATTTTTGTTCTTGAACTTTGAGGATTCACTACTCCAAACAAGTGTGTAATCA ATTGGATTCTTTAGGATTTCACCAACATTGTCTTTCCCTGCAAGTACCCAACCAAAAAGG GGTTTATTGTTTGGTTGACAATAACATCCAAACATAGAAAATCCATCTGGAATTGGTGAA GGCTCATAAAATGTTGCTCCAAGATTCTCTGGTCCTCCTTTATCAATAGCCCAAACTTTG TTAAATGTCACAATTTGGTAAACTTTTAGCCCTCCTAAATCAATATATCCACTTCCAAAC TCTCCTGTTCCTGTCATTAGACCTTAAACATCAATAAACTTATAGCGACAGACTGATTTT ATAGCTAAACAGTAAAATTTGACGTTGTTCATATAACTAGCAACAAATTTTTATAGCTAA ACAGTAAAATTTGACGTTGTTCATATAACTAGCAACAAATTTGCTACAAATTATTTTTAA AAATCGTTAGGTACTAGCAATTTAGCGATAATTAAGAGAGTGAAGTTTCAAACCTGATGG CCAATTGGGCAATGGTGATGGAAGCTTGAAAATTGTATCAATGGGCAAAGATTTGGTTTC TTTGTTTAGAAAAGGAATGCAATTTCCCATGAGATTCTTTTTTTTTTTTTTGGTGAATTG CAACTTAGGATAGATTAGAAACATATCCTGCAACAAAGTAAATATATGACCCCCCCAAAA AAAAAGCATATTCCAATTTTGAGGTGGTTGAGAATTGTAGACCAATGTAGTTAATTAATT TACAGGTCCCATCAAGTTATTTAGCTGAACAAGTTTTGTTTGCTTGCTTATCACTAAAGA GATTAATTCTTAGCTTTATTTGCAAAAGTGCTAGTTTTCAAGAATACTATATATGTACTA TACATACAAATATTGAACTCCTTAGCTTGATTATGTTTACGTTGTATTTTTAAATTAACT GATAAAAATTCTGACTCTATCGACGTTTAAAGTATAGCCAATTTCAATGCAGCAATAACA TGAAAAACACATGTTTGATGCATATAGGTGACCAGCAGAAGGAATTTGTCAAAGTTAATT AATAGTGAGTGGTGGAAAATATGCAACGTACACCCACCCTATCATGGTGAGACGATTCTA GAATTTTTAGAACACGAGTATTTTGTCACTAAAAAAAGAAAAAGATGTGTGAAGCAAGAA TTGATTCTTAATCTTTAATAGATAATAGATAACTAAGCATCAAATTAAGTGCATAATTTA GTCTTCTAGAAGTATATCTCATATTATACCAATTTTATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATAAAAGTGGGAAACCCCTTAGCTCAAAGT TGAATTAAGAATTTGTCCTTCGTTTAAACATTATTTTGAATATATATAATATTATATAAA AATAAAAACATAATATTTTAATTTTTAATTACCTGAAAAATAAATTGACATTTCAATTAT AATAATTAGGATAATTGAAAAGACAACGGTCTGAAACTTACATTTAAATAACCATGAATA GGATAAGCGAAAATGCAATTGAAAATAATAAATATTTGTCCAAGTCATTTCATCTTTATA CATTTCAAAAGGCATGTAATATATATGAATACCATTTTAGTTAAGAAATAAAAGACTTTA AGACAATCATATGAAGTGTGGTGCCTGCAGCGATTTCTCGACAGTGACAACGGCGATTCC TCATGCATCCCCTGGCCTTCATCAATTTTCTTTTTCCGAAACTGGAAGATTTCAAATTTT TAACACTATTTCTTTGTTGTCCCCCTCTCTCTTATTGTAGAATATGTCTCTTTTTAGATT ATTTTGTGATGCAACTTAAAGTGTTCTTGGAATTCAAGATATAATGATTTATCTGAGTGT TTTTATAACGTAGTTTCAGTTAAGATATTCACTAGGTTTTTTTTCCTCTATTTTATTAAT CTTTATTTGTTCCTTTTCCCCCTTTTTATTTTTTTTCTTAGCTTGTTTTTTCATTTTTGA AAAGGTGAAATTTCAAAAAAAAAAATACGATGAAAGTATATAATTTACAAGTAATAGTAA AATAATTTTACCTTTGAGAATCACACATGGTATTTTTTGCAGCTATAATTTTTTTTATGC AATATATTTATTCTCTTATTTTCACATATAGACTTTTAAATTGTATAAATCATCATTTCT CTTATATGAGTCTTTCATTTTCTATTTAATTTTTGAGTGATAGAAGATTAAGATTTTAGT TAGAGAGTTCTCTTTAATTTGAATTTGAAATATTTTTTCCTTCAAATTATACATAGATCA TCACAAACATGTTTATAATATTGTTATTGAATCGTCTGATTTTCTTACTTTGTTAATTTA TTTTCTGTTTATTAAAAATTTAAAATTGAAAACTAAAACATATTAATTATTTTTTACTAT TTGAATAGAGTGTTGAATTTTTCATGAATATGAAATATCATATCATCAAAAATTAGCACA AATAGTGTTATATTTTATATAAACACAATAAAATATACTAATATATAGACCCGTGGACTT ATCACAAGTAATTGCATTCTCAAAATAATCTTATTGTATTATCCTTAAACTTCGATGTTT AGGTACTTTATAGAAAAATAAGTCATTTGTTTGGTACATATTTTAGGATCTTTTTGTTGT AGTATGTGGAATATGTAATTGAAATTTATATTTCTGATAAAGTTATCTCACGCTTTTGTT ATTTCATTAAAGACATTAGATACATTTATTATTACTTTTCAATCAAGAATACATAGACAT TTTTTTTGAAAAGCAATTCATAGACATATTTTACAGTTAGATTTCACATATTTCTGATTT GATAGCAAATGCACTATTCTATTTTATGAGTTATTTTAATGAATAAAAAATAAATAGTAA AATTAATATTGTTAATTTCAATATTTTATATTTTATAACTCACTTTTAAATAGACAGAAA GATTGTAATAATAGTAAGAGACAAACGTGTAACGCACGTTATCAGAAACTAGTATGATAT AAAAATATGAAAAAATAATTTTAAAATTAATTCATATTTCAAATTAAATATGAAATAAAT TTAATTTTTAATTTTTAATTTTTATTACAAGATTGTTATCCGTATACCAAGAACAAAGTT TGTGGACAACTTTAAAATTACTCTAAAAATAATTTCAATATGCTCTATCTTAGTTTATTG TCTTTGCTTTATTTTCTTTTGATTGGGCTTCTGTTGGGCTGAATCTATTTTTTTGGACAA AATATAAAAACATATTTTTTGTTTCACTTATTTTTATTATTCCCTATTATTTTTTTAAAA AAATTAAAAAAATTTATTTTATTAATGTATTTGAGCTGCATATTAATGTATCTGAGCCAA TATTTAATGTATCCGAGCTACATATTATGTATCCAAGCTAGTTTTTAATGTATTCGAGCT ACATATTCATATATCCGAGCCGATATTAATCTATCCGAGCTACATATGAGTGTATTCGGA TTTTTCTTAATTTTTAAGAAATTAATATACTTAGAAACTCATTAGGAATAGATAGTAACT ACATATTAAAACGGTGTGATTTACACATTTTTTTCATGGACCATGCTTTTTGTTTAAAGA AAAATACATAACTAGACATATAGTTCATAATTTTATATCACATATATACTATTATTATTT TTACTTTTAAAATATTACGCATTTTATCACTAATTAAAAGTTTTCTATCATATATTGAGG AAGATACAATTAGATATAAGTATCTTTGCTACTACTCGATACACTAAAATAGAGAAAGAG GCGAGCGAGATGGGAATAGAGTTGAGCGAGATTCAGACTAGATACATGTATATGTATGTA TCTAGGGTAATTCACATGTATCTGAGATACAATACGAGAGTGGTGGGCGAGATGAGAGAG AGGCGAGGAAGGCGGATAAGACTTGTTATGTGTCCTAGATACATGCATGTTAATCCACTT AGATACAATGTATCTATAACAACTTACACTTAATTTTGATCCTATGTATTCGGAGATACA TGTATCTGAACAAATCTGAATGTATTTGGATGCACCAAAGTATGGTAAGATACGCAATAT TACAAACTAGAATATATCTAAGTAATTAGCTTCGAAATTAGTGAATTTATATAAATTTCC CTTTATTTAATAGTAAGAAGGGATAATTAAAAAACTAGTTTTCGATTTTTTTAAAATCAA CATGCATAAATTATGCAACGACAATAGATAAAGTATGACCAAGTAAGCTCCAATGTTGTA CTGCATTTGCTATAAATTATTTTCTCACATAAATGTTGCACTTTTTAGGATAAATACTTA TTACACTTGTGTTTATAATAAACTAGTTTTTGAAACGTGCGTTGCACGTTTATTCTTTAT TGTTATACAAATTCGTATAGGCCTAATCTAACGTTGATAATTATCAATTATATTATTCTT TTGTATATGTTGTTTTATGCATAACAATGTCAATCAATTCTTTTCATTTAATTTGGTTAT TTGTTTGCAAAATAAAAAAATGTTGAAAAATATAAACTAATTAAGATAATATAGTATGTA TTGTAATGGTGAACTCTTGCTCTAAATTTAAGAATAGACGCAAACAAAATTATTAAAGAC ATAACGAATAAATATATATTTACCATGTTAATGAGGGGGAAAATGATCAATAAATTGATT TTACATAAATTTATAGGAATTATAAGATGATGAAATACAAAGGTGAAGTGAACTTATATT TTTTGTTCACTTATACAAGAGATCATCACCAAAAAATCTATTAAAAGACAAAAATAATTA TAACCCAAAAAAATTATAATAAAATATAAAATCAGTAAATAAGGTGCAAATATATGCACA CACAAAAGAAGGATCATTTGAGCAAGATAACTAACAAATATTAGTAAAAAAAATACACAA ATAATGATATCACCGACTTTGAAAGAAGTTTCATTATATAAATTGAAAAACTATTAAAAA TATTTATACATAAATATTGTTTTCGGCTATTCTTTATACTAAAATAAAGACATTATCGAA ATTGAAAGAAGGGTCTTTATATGTTTTGTCTCCAACATTTCCACGATGAATCAATATAAC TCTTAAAATCAAAACTCAATAATAGATTATTTGACTATGTGATTGAATAATATGAATTTT TTTTCAAATTTATAGAATCCTTTAAAGAATATGAAAAGGTCATGATTTCATGGAAGATGA ATGGAATTAAACATTTTAATTAAAGTAATAACTAAGAAACTAAAACTTTTAATAAATGTG GAAATATGTAACAACTTTTTACATTCAGATTCAATGTATTTTGTTTAAAAGTCTATTAAT ATAACTTTAAAAGTTAATGAAAAATATATTTTTATTTCCAACTTTTGATGAGTATGATTA ATTAATTAAATAAAATATTATTAAATGAAATTATCTTTTTAAACTTATATCTAATTTGTA ATGTAAAAATATTTAATAGAAAAATTATCTCTTTTGGATTAGTTAATATAACACATGAAT GAGCGAAAAAAAGTAAAATCACTAAAATAAACACAGTCATAATGAATAGAGTAATTCTTT GATAATGTGGTACTAATTGATATTCTCAAAGAAATTATGATGGGAAAATTTTCTATTATG GGGAAAAATGTATACAAAAATGAATCTTTTTGTCTTTGCAACTATACAAATTCTAATCGA ATACTAAAGGGTGATGAAATTGCAATATTTCTTAAATAGACTATTAAGGACCTTTTAAAT TAATTGAATTAGATATGAACAATAAAAGAAGAAATATTATGAAAAGGAAAAAAGAAAAAT AAAATGTAACTATTTAATAGTTAATAAATTAGATATATAATATTTTAATTTAGTACAAGG ACAAAATAGTAATTCAACTTTGAAGTTGAGAGCTTCCCACTTATAATAATATATGATATG ATAATTTATAATAAGTAAAATAATTTAATGAAATATTACATAATTAATAATCCCTATTAT TGAATGTTTATGTAAAAATAAATAACATGCATCTAGTAGTTTGGTTCAAAACATTGCGTA TATAATTAACTTTTATCCACTTTTTAATAGATTAATAAAATCGAAAATAAGAGTTCTGAT CATAATAAAACAATCAAAACTATCAAAGGAAATGACGACAAAGATCTACTTTCTCCGTCC ATTTTTTTTTGTTATGTTACGCTTTTCGAAAATCAATTTTTTGACTAATTTTTAAAGTTA AATTAGATTATTAATTTGATATTTTAAATAAAAAATTTAGATATACAAAAACTATATGAA AAGTACTATAAATTGTAATTTTTTGCATATGGATATAATGAAAAATACATCTTAAAATGT AAATCAAAATTTATTATAGTTTGACTCTAGAAATAAACCATGACAAATAATAGCTAACAT AGGAAATATCCGATTAAAAAAAAAAAGAGGAAGGATAAAACAATTTTTTTATGATAATTT ATTTTAACCTTTTTTTCCTAATTTATTTCAACAGTCACCAACTGACTTACAGACTACTAA CTAACTATCAACTATCAATTATCTTATTAAAAAATCCAATACAAAATTAATTAATTAGAT TACTCACTGACTGGCTACCAACTGCTAATGGAAAGATTAATTGGATATACATTCATTGTG ATCTTCAACAACATCCTTCAAATTAAAAAAAAAAAAATTACTTTAAAACAATTCAATCTG AACACAAGTTATTTAATTTGTACTAACAAATACTTATAACAAAAAAATAATAGTGTGAAC ATATACTTACTATACCTAATCAGAAAAGTCACTTCTTATTGAAAAAATTACAACTATTCG AAAAAAGTCCAATAACACCCTCTAAACATGAAATCCCCCAAAAAGGAAATAAGTTAATCA CTATTAAAAAAAATAAAAAATCATTAACATAACTTAGCTACTAATTTTTCAACCATTTAC CTCTAATCTGTTTTTTTTTTTTGGACAATGAATTAAAATAGTTGAAACATTAAATATTTC TACTAATAGTAGCACTATTTATAGAACCATATTCCTTCACTTGATCATCAACACAAACAA ATCCATCACTTATATGCAAAAAGAAATAATGGAGGGTACAGTGAAATGCTCAGCAAACTT TGTTCCATTGAGTCCAATTAGCTTCTTAGAAAGATCAGCAAAAGTTTATGGTGATAGACT CTCTATTGTTCATGGAAATGTGAGATATACCTGGAGAGAAACTCGCGAAAGGTGTATCCG GCTTGCTTCTGCTCTCACACGCCTAGGAATTACTCGTGGAGACGTGGTATGTGGCTATAT TTCAATTCACTTTAATGGTTTTTGAATGTTTTTTTAGGGCATTTCAAATTGTAGTAATAC ACTATATTTGTGATCAGGTTGCTGCATTGGCTCCAAATGTTCCTGCATTGTATGAGCTAC ACTTTGGAGTACCAATGGCAGGGGCAGTACTCTGCGCACTTAATACGCGTTATGATTCAG ATATGGTCTCTGTGTTGTTAAAGCAGTTAGAGGCAAAAATCATGTTTGTTGATTACGAAT TGCTTGATGTTGTTAAGGGTGCATTAGAAATTCTATCAAAGGAAAAGGTAAAGTTACCTC ATCTAGTTCTGATCTCTGATGCAGAGAGCGAGTTGTATAACAAAAATTGGAGTTTGGCTT CAAAAGATGCGGGGTATGAGTCCTTTTTAGGTAATGGAGGATCCGATTTTGAGATTGTAC GGCCAAATGATGAATGGGATGCTATAGCTGTTAATTATACGTCAGGAACAACATCGAGGC CAAAAGGGGTTGTGTATAGTCATAGAGGAGCCTATCTTAATTCTCTGGCTGCGGCTCTTC TAACTGAAATGACTTCGATGCCTGTGTTTTTATGGACTGTTCCGATGTTTCATTGCAGTG GCTGGTGTCTTACTTGGACTGTTGCAGCACAGGGTGGTACAAATATTTGTATGAGAAATG TGACTGAAAGGGGGATTTTCGATAGCATAAGTCAACACCAGGTTACTCATATGGGTGGTG CACCTACGATTCTAAACATGATAGTAAATGCGCCACAAAGTGTGCAAAAACCGATCCCAA GGACAGTAAATGTCATGACTGGTGGTGCCGCGCCTCCTCCTCAAGTTTTACTTAAGATGA AAGAGCTTAATTTTAATGTTACTCATGGATATGGTCAAACAGAAGCTTATGGTCCAGCAG CTGTTTGTTTTTGGAAACCAGAGTGGAACTATCTGTCCCCTGTTGAGCAGGCTAATCTTC ACGCTCGTCAAGGAGTGCACCATCTAGGTTTGGAGGACGTAGACGTAAAGGATTCAAAAT CAATGAAGAGTGTACCCTCAGATGCAAAGACAATAGGGGAGGTGATGATTAGAGGAAACA CAGTAATGAATGGTTACTATAAGGATGTGAAAGCAACAGAAAATGCTTTTAAAGGGGGCT GGTTTCGTACCGGGGATTTAGCAGTGAAACATCCTGATGGCTACATAGAAGTGAAGGATC GTTCGATTGACACCATCGTCTCGGGTGGAGAAATCATTAGTTCAATCGAAGTTGAGTCTG TTATCTTTAGCCATCCGTCTGTTTTCGAAGCTGCTGTAGTGGGAAAACCAGATGACCACT GGGGTGAAACACCTTGTGCATTCGTCAAACTGAAGAATGGATGCAATGCTAGTGCTGATG AGATCATCAAGTATTGTCGCGATCGTTTGCCACAATACATGGCTCCTAGGACGGTTATTT TTGATGATTTGCCAAAAACTTCAACCGGAAAGACTCAAAAGTTCGTTTTGAGAGAGAGAG TCAAAGCCACGGACAGTGTTTCGAAAGATAGCTAACTGTAATGAGTTATGGTGCATAAAT GAAGCTCGCTTAGACATAAGTTTAATATTAATATATAAATAAGACTAGTGCAGCATAACA ATAGAGGAATTTATCATTATGTTACTCTATTGGATGTTTTATCATAAAGCAAATAATAAG CTCTTTTTATTAGTAAATAATAATAATTATAATAATAATAATAAAAAGCTCTATATCTCT TTAATATATCTTGGAGTTCTTTCATTTATCACTTTTTTTTTTCTTTTACAATTTTATATA ACACTGGATATTTGCATGTAACAATTGAAAAGTATTATAAATTTTGAATATCAAGATGAT GAAAATACGTATTAAAATTTTAGTGAAATTTGTTATTAAAAAAGTAAAATTATGAAAATT AAGAGTGGACGGACGTATTAGTTCCTCTATCTTCTTTACTACCATAATTAATGAGTTAAT CATAATAAATTGTCTCCATTAACAGAACTTAGCTACTAATTTTCCGAACCATTCAACTTT CACAATAAAAAAGAAGTTCTCCTAATTCCTCCAAACTCCGGCGATAGCGAAGACTCCTCC GCCCTTCAGCCGATCTTCCAGCCTACAAATGGAGGGCACAGTGAAATGCTCAGCGAACTA CGTGCCGTTGAGTCCAATTAGCTTCTTAGAAAGATCAGCAAAGGTTTATAGTGATAGACT CTCTATTGTTCACGGAAATGTCAAATATACTTGGAGAGAAACTCGTCAAAGGTGTATCCA ACTTGCTTTTGCTCTAACCCATTTAGGGATTTCTCGTGGCGATGTCGTATGTCTTTCTCG ATCTTCTCCATTTTTATTGTTTCTTAATTGTTAGTATTAATGTTTTATTTAATTTTAGAT ATTTCAATTGTTACATGTTTAGATTACTTAAATTGACTCAATTTTTAAAAAGGGCGAATA GTGTCATGTAAATTATAAATTGGGATGGAGGAAGTTATATATGGTCTTTGTTAGTGGTAT GGTGTGAGTTATGTTTACTACAAAAAGAAGTGAGGGTTGGTGACTTTGAAAAGTGAAATA CCCATATAGATTCTTTTTTAGCTGCATTAAAAGGTCACACGAAACCGTCTCTTGCAGAAA TGCAGGCTGTGTACTATAGACCCTTGACCTCGCACATAGTGGATCTATTAAGATTAGCTA ATTATAATATCAGTTAGTTAACGGATTCAATTAGTTAGTTAGTCCAGCCAGTCAGATCAG TAAGCTAGCTTCTATGTTGCTCGGAGTAGGGTGCAGATATAGAAGTTGGAACCTTCATAA TCTAATTTTCATGATTCGGGGATATGGATCCATGTATAGATACAAGTGCCAGGATTTGCC TAAAAATAATTAAAATATCTAAAAATTGAGTTATAAAACCTAAATTATGAGATATTATGT GGAGATTCCTAAAGGAGATTAAAGGAAAATGAGTGACATAGAAATTTCTATATTAAAGGT ACTTCATTTTCTTCAATTTCACCTTAACTTTTATATTGATTACAGACTGCATTAAAACTG TCTAGATTTTCCCAATTGATTTTTGTCAAAGTACTAAAAATTGGCTGGCCAAGTTGGACA TGGATCCCATACCCACACTCTCACCCACACGACATGGGTGCGGCACCAAAAGTGAAGAGT CCGAACAACTTAGGTTCGCTTAGCCCGAATTCTGTTAATATGCCAGCGGTATAGATTAGT TAGATATTTTTGTCATAAAAAAATAGATTAGTTAGATATTCTGTCCTTCCCTTGTATAAA TACATAAGAGCTCATGAAAGGAAATTCGTCAAGAGATTTTTTCCAAATTGCTTTCTTCTT CTCTGATCTCTTCCTCGCGAATTACATCCATGGATGATGATTAGCTCTCTTGAGCAGTAC TCTTGACAGAATCTTAGTTCACCGGGCTGGTCCCACCTTTTATAGTTGTCAATTTCTAGT GCAGGCTGAATAGTCATGTTTCTTATTTGAAGAAATTATGTTTTAGGTAATGTTACTTTG TCTTTTACACTAAACGAATCAAATTATTTGAGAACAACTGTTTTAGTAAATGATATAGAG GAAGTGACCAGATTAATCAAAGCAGTACCAATTTTTCAGGATGGAGCATGAATAACAGGA TAAGCTTATTTAGGACAATGAAAATAGAAGAAGAATTTTTAGGCCTAAATTCCTTTTTAC TGGCTTGCAATGTAGCCAACTTCGATTTCTTCCCTTAGTTGAATCTGTTAACTGTTAAGC ATAAAGGCCTACTTTGTGTTGATCTTTTTCCATAATGTAAGAGTGCAGTTAAGATATGAA ATACGATATATGCTACTTCTTTAGAACTATTGAGGAAAAACTTCTAAAAGTAAACAAAAG GAAGATACAAGTCCCTCAATCTGATGTATGTCACTTCTTCAGAACTATTGGGGAAGGGTT TTTTGAAGGCGATGTAGCAGATGGTGAAGACAGGAAAAAATCAGAAGGATAAATGCTAGT TATTGACTTTAAGAGACTTACTTTTCTCACGATGAAGTTTCTCAAACAATGAAACAATTT CAAGAACTCAACTTGAAAAGTTCCCGAGTACCTCTACATTTCACAAAGTCTTGGCTTTTT TCTTTCTTCTTTCTCTTAGGGGTTACAAGACTTCTCTTTTTTTATTTTGAATACATCTAT CATGAGTTGTTCTCTCTTTGTCCTGAACTATTCACCAAATAAGTTTAGATGCAAGAAGTA ATTAGCCTTTAATCCATGTGCTGCTTTAAAATCAATAACAGGACGCCCTCCTCCTCCTTA ATTTTGTTGGTCCGTCTTCTACTATTTAGATCTTTCAAGCAACAATATACAACCTTAGTA ATCTTTGCAGGATAAACTAGTCTTATTTTACTGTTACATAAATCCTCATTTATCAATAAG ATATGACATGGGTATGGTTACTTCGCGGAAGTTCTTCAAAATACTCTAAAAATTAAAAGA AGTATATATACCAATACCAAATAGTTACACCGGTCTACATTGAGTAGGTACTTACACTTC CCTTTATATTAATGATCTGGTCAGTTATTAAATTATGCACTCAGATTAAAGACAACAAAA TTTTATTTAAAAGGTTTGTTAAAAAAAAACATAAAAGATGTGGCACTAAGACTTAGATGT CAGTGATGAGTCATGAAACACAAGTATGTTGAAAGTATAACATATCATGGAATCAATTAA GCATTTGCCTCCTCTATCACTTAGTTAGGTGTTTTTATATTTGTAGCAGGAAGGAAATTA GTTCTTATTCAGATCACTGTCTGTTATATTGGTGCTGCTCTTATGTTTAGCTAAATTTCT GAGCAGGTTGCTGCCTTGGCTCCAAATATTCCTGCAATGTACGAGCTTCACTTTGGAGTA CCAATGGCTGGGGCAGTTCTATGTGCACTTAATACACGTCATGATTCTGCAATGGTCTCT GTGTTACTTAGACATTCCGAGGCCAAAGTCATAGTTGTAGATCACCAGTTGCTCGATGTT GCTAAGGGTGCATTAGAAATTCTATCTAAGGCTAGCAGAAAGTTGCCGCATCTTATCTTG ATATCTGATAGAGAGAGTCAGTTATCTAGCCAGAATAATAGTAATAGGAGCTTGGGTTCA AAAGATCTGGAGTATGAGTCCTTTTTAGCTAATGGAGAACCTGATTTTGAGATTTTATGG CCAAATGATGAACGGGATGCTATTGCTCTTAATTATACCTCAGGGACAACATCGAGACCA AAAGGGGTCGTTTATAGTCACAGAGGAGCATATCTTAATTCTCTGGCTGCAGCTCTTCTT GCTGAAATGACTTCAATGCCTGTCTATCTATGGACTCTTCCCATGTTTCATTGCAATGGA TGGTGTCTTACTTGGACTGTGGCAGCACAGGGTGGTACAAATATTTGCCTGAGAAATGTA ACCGAAAAAGGGATTTTTGACAGCATAATTCAACACCAAGTGACTAACATGGCTGGTGCA CCTACGGTTTTGAACATGATAATAAATGCGCCACGAAGTGTCCAAAGACCACTCTCAAGG ACAGTTAACGTTATGACAGGTGGTGCCCCACCTCCTCCTCAAGTTCTACTTAAAATGAAA GAGCTCGGTTTTAATGTTACTCATGGATATGGTCTTACGGAAACCTATGGTCCAGCAACT GTTTGCATGTGGAAACCAGAGTGGAACTCTCTATCACCTGATGAGCAGGCTAATATTCAG GCTCGTCAAGGAGTGAACCATCTTGGCTTGGAGGATGTAGACGTAAAGGATTCTGAATCA ATGAAGAGTGTACCCTCAGATGCAAAAACAATGGGTGAGGTGATGATTAGAGGAAACACA GTAATGAATGGTTACTTAAAAGATCGCAAAGCTACAGAAGATGCTTTTAGAGGGGGTTGG TTTCGAAGCGGGGACTTAGCAGTGAAGCATCCTGATGGTTACATAGAATTAAAGGATCGT TCGAAGGATATCATTATTTCCGGTGGAGAAAACATTAGTACAATCGAAGTGGAGTCGGTA ATCTTTAGCCATCCATCTGTTCTTGAAGCTGCTGTTGTGGGAAGACCAGATGATCACTGG GGTGAGACACCTTGCGCATTCGTCAAACTGAAGAACGGATGCAATGCAAGTGCTGATGAG ATCATCAAGCATTGTCGTGATCGTTTGCCGCATTACATGGCTCCTAGGACAGTAATTTTT GATGATTTGCCAACAACTTCAACAGGAAAGATTCAAAAGTTTGTCCTGAGAGAGAGAGTC AAAGCAATGGGAAGTGTTTCGAAAGCTAGCAAACTATAATGAATTGTGGTGTTGAAATGG GGCTTACTTAGTGAAACACACTTTTATTGTTCTAGACATAAGTTTAATCATCTGGCATTA ATAAGATTAGTTCAGCAGAACAATAGATGACCTTGACCTTTTGAAAAAAGGTAATTATTA TTTACTGTATTGAATGCTTTATAATCATCAGACAACAGACTAATAATAATAAAGAAGTTC CCTTTCTCTCTAATATATCTTTGAGTTCTTTCATTTATTACTTCTCTTTGTTTACAGTTA TTTGCTGACTGCACTATTCTTTGAGTTCTTTCATTTATTACTTCTCCTTAGTTAGATGAG TAGGATCATATCATGGTTATATGTATGATATCATTAAAAGAATTAGATTTTAATGTGAGA TGATATACTAAATATGTGCTTGGTATTTCTTGAGTTAAAATGCAATAGTTGGATGACTTT GTTGTCCTAAAAAAATCAAAATAACTTTTATAAGATATCTCATACTAAAGAGGCACATCT TTACATGAGGCTCGTACTATAAAACAATAACAAAATATTTCCATTTAAAGTGCCCATGCA AACATCACACCAACTTTCTATCTTTAACCTTTTGATTCTGAGCATGAATCATTATGATAT TGAAACAGGTATGATCATAGCCTTTTTGCTTCCTTTTGCCAAAATTGACTATTCATATCG ATACTCACTGCTCTTGCTCTCTGTTATTTTGTGCGACTGTGGAAAAGCTCTCAAAAAAAT TTCACCCAAAACAAGCAAAGCAGAAGCTAGGATTCTTTGGTAAGTCTTTTTTGCTTTTCT AGAACTTCAAAAATTATTTAGAAAATGTGGTGTTTCACGATGGTTTTTGATACTCACCTT TAAGTTTTTGTGTTTATGCTTAAGTAATCTTTGTGGTTTTTCTTCATTCTTAACAACTGT GTTCCTGTTTGATCTTGATATATAGCTAATAATGCAGTTTGTTCTGAATATACATGTCGG GGGGGGGGGGGGGGTTATTTAAAAGTTGGTGAATCAGAGAAATGGAACTGATTTAAACTA TTTTTGGAAGTAAAAAGTAAAACTTTGGTAAAAGAATGAAAAATATCACACATCGGTGGT TAATGAGATGGATGGTCCACTTATAAGGCGACGCGACGGTGTAAGTTAGTCCCAAACCTA ATTTTGCAAACTTCTTCCTCATTTCTTTTATGGACGGTCCACTTATAAGGCGGCGCGACG GTGTGAGTTAGATCCAAACCTAATTTTGCAAACTTCTCCCTCATTTCTTTCATGTAAGTT CTTCTGCCTCTGATTCATGTGTTTCTGAGTTTAGAGGTGAAATAGGACTAGTGTGCTGAA ATTGTTGAAAGCACTTTATGGCTTTCTTAAAAAAGTGTGTAACGTGGGTAACTTATACAT TTAATTTAATTTTTGTTTTCTAAAATGCTGGTAAGCGTCTCAAATCTTTGAGATTTTTTT GTTTTTATGGCTGGATGGATCGATGTTAAAAGTGAATTCAAGTTGAGGTTGCTTTTCTGT TATTCTCTGTTGGCTCTCATAATAACTTGTTCTGTAAATAGTTGAATACTTGTTGCCTCA CACATTGTCCATTCTATAAGATTTGTTTTGCTGTTTCATTTTATTCACAAATATTGGGTC ATGTAACAGGTAAATTTGGAGGTTGTGTGAATAAGCCAGTGCAGAAGTACTTGTGAATCC TTAGAGAAAAGATGGGATCAGAGGATTCTGATATGAATATCGTAGTGACTCAAATTAGTG TTGGTGGATTCGACAATGATGTCAATGCGAAAATGCTTTCGGAATACCTGGAAGAACAAG TTGGACAAGTGTTGAGGTGTAGATTAAAGACTTCATCGACTCCTCCTAAATCATACCCAA CTTATCACATTGATGAAGAGAGCATGCAAAGAATGAACGATTACATAAGAGTGGAACCTC ATGCATTCGTTCATTTTGCATCTTCAGGGTCTGCAAATTATGCTCTTGCTGCTGCTGGGC GTAATGAACTAATATTAGGAGGGAAGCCTTTGAAGGTTAGTTTGGGTCCTGGGAATCCCC ATTGTTTGGATAAGAAGAGAACAGATGAAATGCCCTTAAAGTTTTCAGATGTTAATGTAG AAATTGGAGGATTGGTTAGCAATGATGACTTTGTGGTTGGTTGGAGCGGACCTCCTACTG GTGTGAACTTTCTTGTGGACCGATTCGACGGGACATGCAAAATACTTTTCACAAAGAATA CTGTTTTCTCTTTCAAGAATGAAGCAAGACAGGCTGTTATAAAATGCAATTTCAAGATTC AGTTTTTGACTAGGGAAATCAATGAGATAAAGGAATGTAAAGACTTTGCATCTTTTGTAA TATTATTGCAGCTGGCTTCATCTCCATTGGTTTTCTATAGAACTGCAGATGATGATGTTG AAGAATCAGTAGCATTTGACTTATTAGACGATGATGATCAATGGATCCGAACTACAGACA TTACATGTAGCGGAGCCATTGGTCGGTTTAATACCTACCGTATCTCGATTCGGCCTTGCA ATGGTCTTAACTTTGCGAAGGCAAAGAAATATTTTCGTGATAGTAGGGTGCCCGTGGTAG AACCGTGTAACCAAAGGCTCCGGGTGAGAAATGAGCCTAATTTTGGTGTGCCCATGCCAG AACCTTTCTTCTGCATCCAATACCATGATGGTATAAGCTTTAAGGTATTGTTTCTGGTAA ATGCGGTTTTGCACAAAGGCATCATTAATCAGCATCAGATGACCAATGATTTCTTTACTT TGCTTAATAAGCATCAAGAGGGGATTAGTGTAGCTGCACTAAAGCACATATTTTCCTTCA AAAGGCCTGTCAATGACGCTGTTAAGAAGTTAGAACACATCCAGACATGGCTGTGGAATA AACTTAACCTTCTCAAGAGTACTGAAGAGTCTGATGATGTTGTAGAGGTAGGAGGTTGGT GATCACCCCAACCAAAGCATATTGTCTTCCACCGACCGTGGAGCTGTCGAATAGAGTCCT CAGGAACTATAAACATGACGCAGATCGATTTTTGCGAGTTACTTTCATGGACGAGGGCAT GCGGAACTTGAATAGGAATGTGATGACGTACTATGCTTCCACCATCGTGAGAGAAATTAC GTCAAAAGCTAATCCCCAGAAAACTGCCATCTTTCAAAGGGTGAATACTATGCTGAGTCA AGGATTTTACCTGTGTGGTCGCAGGTACACTTTTCTGGCATTCTCAGCTAACCAGCTGAG GGATCGTTCTGCCTGGTTTTTTGCAGAAAACCCGATAATTAGTGTGCCCAGCATCATAAA CTGGATGGGGAGGTTCAGTAACAAGAATGTTGCAAAATATGCTGCTAGGATGGGGCAGTG CTTTTCATCAACCTATGCAACAGTGGAAATCCTTCCGAGTGAGGTTAACTCCAAGCTTCC AGATATAGAAAGAAATGGGTATATTTTCTCTGATGGAATCGGCATGATATCAGCAGATCT TGCTATAGAAGTTGCAGAGAAGTTGCAATTAAGTGTCAATCCTCCTTGTGCTTATCAGAT AAGGTATGCTGGTTGTAAAGGTGTTGTCGCATGTTGGCCGGCAAAGAATGATGGTATCCG CCTTTCTGTGAGACCAAGTATGAAGAAATTTGACTCAAATCACACTATCCTTGAAATCTG CTCTTGGACGAGATTACAACCTGGTTTTTTGAACCGGCAAATAATAACCCTGCTCTCATC TTTGAAGGTTAAAGATAAAATATTTTGGGAAATGCAGAATGAAATGTTATCAAGGTTGGA TAAAATACTTGTGGATTTGGATGTGGCTTTTGATATCATTACAGGTTCATGTGCTGAGGC AGGAAATACTGCAGCTATAATGTTGAGTGCGGGGTTTAAACCTCAAAGTGAGCCTCATTT AAGAGGGATGTTGTCTAGCATTAGAGCTGCTCAACTTGGCGACCTCAGGAATAAGGCAAG GATATTTGTACCTTCCGGAAGGTGGTTGATGGGCTGTTTGGATGAATTAGGTGAACTTGA GCAAGGCCAATGCTTTATTCAAGTGTCAAGCCCTTCTTTGGAGAGTTGCTTTGTTAAGCA TGGTCCAAATTTTTCTGATATCAAGAAAAATCTTCAAGTAATAAAGGGCCTTGTTATAAT TGCAAAGAACCCGTGTCTTCATCCAGGGGATGTGAGGATTCTGGAGGCTGTAGATGTTCC TGGTTTACACCATCTCTATGATTGTCTGGTCTTTCCTCAGAAGGGGGATAGGCCACATCC AGATCAAGCATCAGGGAGTGACCTTGACGGTGACCTCTACTTTGTGGCTTGGGATAAAAA TCTCATCCCACCCAGTAAGAAAAGCTGGATGCCAATGGACTATGCTCCTGCAGAAGCTAA ACAGTTGGGTCGTCAAATTGAACATGCGGTAACTACTCAACTATTATGATATTTCCTGCA TGTTTGATTCGTATCTTCCTATATTTGGTTAGCTTTTCCAGATCTGTATAAATTTGTTAC AGCCTATGTTCACTTGGATACAGTATGAGATAATTATAGGCCGCCTTGAAACGCTACCAT TACTTGCTCTTTAGCTTATATTTATCTTTTAACAACTGTCTTGAGTTCTGTCGTTTTAGT AAGATACTTGTTGCTCACTTTTCTTGTATTATGCACCCCAAGTTAGTGCTTCTCTGATTT TGTAGTTGCCTTTGTTTTGTAATAGAAGAGGGAGAGAGTCTTCATGGCTCAAAATATTTG TGACCATTTGTGGTGTCTGGGTATATCCAACAGATTTTGCACTTGTTATCTGTAGGATCA TTCAACTGGTTGCCTAGCATTCTTTTGTATTTTAACTATCTTTTTCTTTATTTACAGGAC ATTATACATTTTTTCTCAAAGAACATGGTTCAAGAGAGCCTAGGAGAAATCTGCAACGCG CATGTGGTTCATGCTGACCTCAGTGAACTTGGAGCTTTGGATGAGAAGTGTCTTAAATTG GCAGAGCTTGCTGCTATAGCTGTAGATTTCCCCAAAACTGGAAAACTTGTCACCATGCCA TATAACCTCAGACCAAAAATGTATCCTGACTTCATGGGGAAAGAGGAATTTCAGTCATAC ACCTCTGAGAAAATTTTGGGTAAATTATATCGGCAAGTTAAAGATGAATCTCAGGGAGAA TTTGCTGGACTTGAGTTTGTCCCTGAAGACATCCCATATGATACTAATCTTGAGATCCCA GGATACAAAGATTTCTTAGCTGAAGCATGGAATCGCAAATGTTCTTATGGTATTCAGTTG AATGGACTTTTAGGACAATACAGAGTTAACGGGGAGGAAGAGGTGGTTACTGGACATATA TGGTCCATGGCAAACTCCAATTCAAAGAAGCAAGGGGAATTAAAAGCGAGGCTGAAGCAG GCATATAATGCGCTGAGGAAAGAGTTCAGAAATGTTTTCGAGCACATGGAGCCTGATTTT GATCAACTTCCCATTGATGAGAAGAACGATATGTATGAAAGAAAGGCGTCTGCATGGTAT CGGGTTACCTACCATCCTCATTGGTTGAATAGAACAGTACTGGAGTTGCAAAAGACAGAT GACGTCTCAAATACTGTTATGTTAAGTTTTGCATGGATTGCAGCAGATTACCTTGCTCGA ATTAAGATCAGACAAAGGGGAATGCAACAATCCGACTCTACCTCGCGTATCAATTCTCTT GGAAGGTATCTTGTTGACAAGATATCACAACCATTTGGCTGAAAGCCACTCTGCCATTTA CTTGTCCATTTTAACAACTAAATAGGGACAGAGGAAGTATTTGTTAATCATGTCTCATTT CTACACAACTTATTGGTACTATGGATTATAGATTTTTGCTATTAAGTTATGAAGACGAAT AGGTTGTTTATTATGCATGTTGTTAGTTATAAACATATTCTTATGCTATTAAAGATGTCT TATACAGGGATGCCAATGGAACGGTGCCGGGCGGGGCGGCAACCCAGAAAATTCTCAACC CGCTCCGCCCCACATTTCATATTTTTCTATTTTTAACCCGGCCATTATTATGTAGCAAAG TAAAATTATATATCTATCATCCTTCTCATATTACTTTCATGTCATATCCATCCTTTTGTT TTCTATTTCTAGTGGTGCTGATTATTTTTTTCTAAGTTAACTAGTTCTCGAATGTGTATT TCATATCATTTAAACTATAAGAACATATAGTCAACTATGAACCTGTGTGCTCCAAACATA GTCCATGTCCATATTTCAAAGTGCAAATATGCAAAGACATTCACAAATCAACTTTTTATT GCAATAGAAGTTTTTATAAATAGATATAAAAAAGTGAATATGCTGCTAGCTTAGCAATAT ACAGAAAGTGTTGGTCAATATTTGTAGCTAAATCAATTATATTGGAATAGATTTATCTAT AGTAATTCTTTTTGGAGGAGAAATTTAACCAAAAAAAGCAAATAATATAATTGGACCTTA TGATACACTTTATAGAGTATTTAACGAATGTGAAAAGATTGATCAGAATAAATATCATTA AGAAGATTAAACTATGTACAATCAATAATAACAAAGAAATTTTATATAGTAAAATCTGAA TGAAGATTGTACAAAGAAGTTACTATTGGAATCGGAAGATGAAAGAAAAAAAATTTAATG AGTGAAATAAATTTTAGAGTTCCTACACACAATAATTATAGGAATATTAAATAAAAGTTT TTTCTTGAAAAAATTAAATTTATAGAACAAAATTACAGAAACTTGAAAAGACACATGAAA AATTGAAAAGTCAAATAGTATTAAAATAAATATATAAAAAAGATGGAGATGAAATTTAAC TTTAAAAGATACATAAATTTACTTTAATTTCTTTTCTTTAATGAATAATTACTCATTTGT ATTTTTTAAAAATTTGTATAAGAAATTTGAAAGGTCAAAATTTTGAAATAAGATAAGAAA ATTAAATATATATGTGAAAATTATAAAAATTTTAAATTTAGTAGACGGACAAAATATATT TCTAAGTTAATTGATGTCAAATGCATTAGGGGAATCTACAACCCACTCCCTTATTTTTCT CCTGCAAACTAAGATATACTAATCATATACCTATATATCATTGCTTTTATACACTCTTCA ATACTTAATCAGGATATGGTTAGATATTTATAATATTCCAAATTTTCAGTACATTAGAAT CTCACATCGATTAAATATATGAGTAGTACTTTTTTCATATGATCTCGAAAAATCCTTCCC ACTCGAGCTTATTATAGGGAAATTTAAAATCTTAATGTTTCGAAATGGTATTCAATCTTC AAATTTCTAGCTTTGAGCGTGTCAGAATCATGTATGCATCGATAGGTTATGTTGTATATG AATTGTACGTTTTACTATTATAGTAGTCATAAGGAAATACAACTCGCATGAGTTAAAAAG CTGGAATGATAAGATTATGATGACTAACTAATAATAAGATTAAGTCAACAATACATTGAA ATACAAATTAAATATTATGAAAATAAATGAGGTAAGTATTTAGGTACATTATAGAGTTGA GAGTTGGTACGTACGTAAACTAGTCTTTATTAGTAGTTGTTAGAATAGCAAAGTAGACAT AACACTATTAAATAAGTAAAAATGTGAAATCGACCACCAAATGTTTGTTGTTTTTTATAT TCGCTCACAAATTCGTGAAAATTATAAAATAAAATCTTAAAATATCAATAAAGACCATTT TAAAAAAAAACAAAAAAACTGAAGGAGTCTGTCAAGTTTTGAAGTGCGAAATCACAGTTG AAGAGTATAAATAAAAATGGGAGAAATATTTTATTAAAGAGCATATATGATCAACAGATC GTGTAATATATAAAATTATCCAAATGATCATAGTAATTATTTATGTGAAAAAAAATTTTA AAAAAAAAACTTCCTCAACATTAATCGATCTTATACATCGAATAATCAAAAACACCAAAA TCTAACAAGTATATATAACTTAAACAAAAATTAATACATAAATAAATTACCTCCTTGCTA GCTAGACCAATTTACCAAATCTTCTGTTAGAACAATTTAATTAACAAATCAACCACATAA TAGTAGCATGATTATTTATTAATTAAAGCTCTTAGTTGTCTTTTTCCTTTTTTTTGTTTT CTTTGTATTTCTTTTATGGTGAATCCATTTTCTCTATGTTTAAAAAAAAATACTTATTGA GCTAATTAATTAGCCTGTTAGTCCTTAATGCATTTTCTAAAGGATATCTAGATAGTAAAA AAAAGAAAATTCATCATAATTATTATAAATTCACTTCCGTTTGATTTAAAAAATTCATAA ATCTCCTAAACTAATATTTTCACCATCAAAATACTACATTAAATATTAGCAAAAAGAACT AATATTTTAAAAAAAAATTCTAAGGTTAGAAGGTGTTAAGTGTTAACTACTAAATATTTA AAATCAACTCTCAATTACCAACTCTATCATTTTAATAAATCAAAGGATTGATATCATAAT TTGTTTCCTATTTAAACAGCATGCATTTGTGTGTTTCAATCATCAATCACTTCAAGATTT TAAATTTTCTCCACAAAAATTAATATAATGGCAACATTAACATTTCTTTCATTTCTCATT CTTCAACTCTTTTTGATTACTAATAATTGTGAAGGTGTAGAAGTAGGATTCTACAAGAAA ACATGTCCAAATGTGGAAGCAATTGTCAAAGAAACAACAAAACACTACATTTCTATTGCT CCTACTTTGGCTGCCCCTTTGTTAAGAATGCACTTCCATGATTGTTTTGTTAGGGTAAGC ACACCACTATTTAATGCACCAGTCTCGAAGATTAGTCAGATTGACTCTTTATAAACGAAA AATGTCATATAAATTGAGACCGATGGAGTCCATACCTCGTCAATATATTTATTTTATTTT TACTTTTTTTATATAGGGATGTGATGGTTCGGTGCTACTAAATTCAACAAAAGGAAATAA AGCAGAGAAAGATGCAATTCCAAATCAAAGCCTAAGAGGATTTCAAGTGATAGATGCTGC TAAATCTGCTTTGGAAAAAGAGTGTCCTGGCATTGTATCTTGCTCTGATATTCTAGCCTT AGCTGCTCGTGACGCTGTTTCACTGGTAACTAATTACTCTATACTTCATATTTTCTTTTT TAATCCGATTAAAATAAAATATACATATTTCATTATAATACAGATAAATGGACCAACATG GTCAGTCCCCTTAGGTAGAAGAGATGGAAGAGTCTCAATTCTTTCAGAGGCCTCAAAAAA CCTACCAACTCCTTTTGATAACTTCACTACTCTCAAAACTACATTTGGTGCATTGGGACT AAATGTTAAAGACCTTGTTGTTCTATCAGGTAAAAAATTTCGTTTTTTCATATACATATT TGTTCAACTGACTATCCTTGAACGACAACCTTGCTCTTCTTTTTTCATAGGAGGACACAC AATTGGGATGTCACATTGTTTTTCCTTTTCGAGTCGTTTGTATAATTTCACTGGCAAAGG TGATATGGATCCAAACATGGATCAAAACTACATTAATCATTTGAAGATCAAATGTAAACC TGGAGATGTGACAACAATTGTTGAAATGGATCCTGGAAGTTTCAAGAGTTTCGACGCTGA TTATTACACTATGATTGCCAAAAGAAGAGGATTGTTCGCGTCTGATGCAGCTCTTCTTAG CAATACTCAAACAAAAGAATATGTTTTATCACAATTAAATCGTCATGGATCAACTTTCTT TGAGGATTTTGGTGAATCAATGGTGAAAATGGGACAAATTGGAGTCCTTACTGGGAATGC AGGGGAAATTCGAAAACATTGTGCCTTCAGAAATTAAGAGAAACTTTGATTTTTTTAGTC ATTTTTATTATTGTTTATGTTTCAATTGAATAATCTTTTTCCCATGTCCTGATTGTATAG TGTAACTTGTAAGTTTTTATTTGATTCTTAAGCATGTAACAAAATAAAAAAAACAAATAT TGTGTTGGTTTTACTAGCTCGCACTCTCATTTTGTTTTTGTTATTTTTAGTACATCAGAC TGTCTTTTTGTTTTTAATTTCATAAAAAGTTAAAAAGAGTGTGTAACTAGCATGAGTAAA TTCATAAGTAATCACTTTTTAGCCGTCTTTGTGATCGTTCTATTGTTAGCTAGATATATA GCTCAATTTCGTCTGCTTAAATGAAGTACAAAATGACAATTTTAACATTGCATGTTAGTA GAATTGAAGCTATACCATTTTTATTAGTCACATGCTTAGCAAACTAAATTACGATAAAGG TGCATTTGCCACCACAAGTTACGTTCGAAATAACTTGTTTCCAACCAAACGATTCCTAAG AGTTTGTTTGGATGGACTAAGAAGGTGGGAGGAGATTACAATATGGGGAGTCGATCCTTA CTAGGAGTTTAGGTAACTAAGCTACTAAAATTTATTTTTTTTCAAAATGTATTTTAAAAT ACTTATATCATGATTTTCTTCTGTTTATCTGCTTTAAACCTTTGACCTAATGGTTCAGGA GAAAACTCCTCAATCAGTCAATCATATGATCAAGAAAGCCGATGCGACTTATAAGTATAG GTCACAATTAAAAATCCTAATCTATGACTTTAAGCTTGTTCTTTTACCTAACTCAAAAAC ATGTGCACTTAAAATCATTTTTTAATCATACTTAATTTAGTAAAGGTTACTTAGTTTTTT CTAAAACATCTAACTTACACACGTATATTTGACGTTTTTTTTAGAATTCAACAATATTAA AAAAAAAACTATCTTTAATGTCAAAAGACATAGTTAAAAATTAATTTGTGTGGTTCAATT GCTTCGTTTTTAAACTTAGTGGTCTAAATCACTTATATAAAAAAAACTTTAGAGGGGCTC TTCGCAATTACTCCATTCTTTAGAACCTTCTACCAAAAAATCCACAAAACTTCCCTTGGA ATCCTCGAGAAACTGAACAAAAAGGTCAAATCTGTCATTTCACACAAATCACAAAATAAT AAAATAAAGATTTTTACTTATTTTCGTTTTCGCGCCCGCTCAGTGTTATCCCGCTTCCTC TTTTTAGGGTTTTGAAACCCTCTTCCCCATTTCACTTTCACTTTCTCGAGGAAAAAACCG TCGTAATTTCGCCGGAAAAATGCCGCCGATTAACTTGACGGAAGGAGCAGTAGAGATGCT ATCGATCGGAGAAGGTCATCCCGAGGAGTTTAAACCGGTGCTACAGATCACAGATGTTCG GTTGGTGAATACTCAGAATCAGACTAACAATAATGAACGATACCGGCTTTTGTTATCGGA CGGAACGCATATTCAGCAAGGAATGTTAGCTACGCAGAAGAACGATCTAATTCGGTCTCA ACAGATTCGGAAAGGAACTATTATTCAGATGAATGAGTTCGTTCGTAATGTCATCCAGAA TCGAGTGTAATGATTCCTGATTCCCTTTCAATTACTCTTAATTTTGGTATTATGTGGACT AGTAATGATATGATTATTGAAATCTCGGATTGCATGTGTGCACTTTTGAGTGAATTTTTT CATTGAAATGCTTTGCAGTGCTGTTTTGTGTTTGTGTTTTTGAGAAAGAATCGATTGTTT AATACTTTTTTATATTTGTTGGTTGCTGTTGTTATTTGCACGCTCTAAGCAAATGTTATG TCTGTACAATTATTTTGTGTCTGTAAAAATTGTGTAACTCCATTACCTGGGGGGTCTGGA TTTTTTTTTTCTGGATTGGTGATGAATTAACACAAAGATAACATGGATGTTACAAATATT ATTTCATACCTCACATCTTGTGCTCAACTGGGGTTTAAGTTTCTGTATGTATGAAAACCT TTTCCTATTATTACAGGGTTTCTTAAATGCCAGTGGTTTGCTCCTGCAGTTGGTATTAAA TTTATTTTTAGGTTTGTAGATTGGCTTTTTCCGAATTAGCAAACTTGTGCTTTTGCTGGC ACGATTGCAAATGTGTGTGTTATTAGATAGGCGTTTATCTAAATTAGCAGTTTAGTGCTC CTTCAATTAGGATTGCTAATTTGTATGTTTCTAGATTATCATTTTGGTTTCATGAATTGC AAAGAGTCTCTGATTGGTAGCACAACTTATATGTATATGGCTTGACCCTAATTGTTAAGT TTCTTCCTTTTAGGTGAGTGTCTTGACACTTTTGAATGATGAGCTTCCCCGAGACTGATA TTTTGAAAAGATAATTAGCAAACAGCTTACCATGTCAATAATTCCAGCTATAATTTCCAA TGAAGAACCTACATATATGTGTTTTATGTATTTCATGTTTTGTAAATGTTTATGATTTAT ACTTTCAGTTAAAAAATTTGTTTATCGATATTCATTGTCTAATTCCTCAAACAGGATCAT CATTATTATCGAATTAGATATTTTAGTTGACACGTGTGATCAAATTGGAGACCCAAAGCA TTATGTCAGAACTGATGGTAGTGCTCCTTCGGTGCCACGACCAGCTGCCCCACTGCAGCC TTCCACCAATCAATTAGGTGGTGTAAGTGTAAACCCCCAATCATTTGCTTCTCTTTCTGC TACTTCAGGCTCAACTCCAAGACCAAATATGTCAGGAGGAATGCAATCTCCAGAGATGAA CCGTAGCAGTGTTTACAATACTACCTCTGTTGGGAATACTGACTCTGGACGATATAGTTC AGGTGCACCTCTTTACCCTAGAGCAGAATCTGGTCCTGCAATTTCACGGGCTCCGATGAA TTATGTGCGTCCACCTCAGCCTTCTTATCAACAGCCTCCTCAGTCTTCTTATCAGCAGCC ATCACCAATGTACTCGAACAGAGGACCTATAGCCAAGAATGAAGCACCTCCAAGGATTGT TCCAATTGCTGCTCTCAATCCATATCAGGGTCGGTGGACTATCAAGGCCAGGGTAACCGC AAAGACAGAACTCAGACACTACAACAATCAAAGGGGTGATGGAAAAGTATTCTCTTTTGA TCTTCTTGATTCTGATGGAGGAGAAATAAGGGTGACTTGTTTTAACTCTGTAGCTGACCA ATTTTATGACCAGATTGAGCCAGGTAGAGTGTATCAAATTTCAAAAGGAAGCTTGAAACC AGCTCAAAAAAATTACAATCACCTTCCAAATGACCATGAAATTATGCTCGAGAGCACGTC TGTCGTTCAACCTTGTTTTGAGGATGACAGGGCTATTCCTCAGCAGCAATTTCATTTTCG GCCAATCAGTGACATTGAAGCCACGGAGAACAATAATGTGATAGATGTGATTGGTGTGGT GTCTTCAATAAGTCCATCTAGTTCAATAATGAGGAAAAATGGTACAGAAACTCAGAAGAG AGTCCTCCAGCTGAAGGACATGTCTGGTAGAAGTATTGAAGTAACTTTGTGGGGAAATTT TTGCAATGCAGAAGGTCAAACACTTCAGAGTTTGTGTGATTCTGGGTCTTTCCCTGTCTT GGCAGTTAAAGCTGGTAGAGTAAATGATTTTAATGGAAAATCTATAGGTACTATATCTAC AAGCAAATTGTTTATAGAACCAGATTTTCCTGAAGCTCTGAAAACAAAGGCATGGTTTGA AAGGGAGGGAAAGAACATGCCATCTATGTCATTGTCACGAGAAGTGAGCAGTGTTGGTCG GACAGATGTGCGGAAGACAATATCTCAAATCAAAGATGAGAAGTTGGGCACTTCTGAGAA ACCAGATTGGATCACTATAAGTGCCACTGTTACATTTATAAAAGTTGACAATTTTTGCTA TACTGCATGTCCCCTCATGATAGGAGATAGACAGTGCAACAAAAAAGTGACAAATAATGG GGATGGGAAATGGCGGTGTGACAGGTGTGATCAGACTGTTGATGAATGTGAATACAGGTA CATACTTCAGTTCCAGATTCAGGACCATACTGGCTTAACATGGGTTACTGCATTTCAAGA ATGTGGTGACCAGATAATGGGTGCATCTGCAAAAGAATTGTATTTCTTAAAATATGAGGA GCAGGATGATGATAGGTTTGCAGAAATCATGCGTAATGTGTTATTCAACCAGTTTATATT TAAATTGAAAGTGAAAGAAGAGATGTATAGTGATGAGCAGCGTGTTAAGTCAACAGTGGT CAAAGCTGAGATGCTTAACTTCCAACAAGAGACCAGGTTTCTGTTCGACCTGATAAACAA GATTAATGGGCAGGAATCCAGCACTTTAACTCCTAAGACAGGTGATGCAACTCCAAATTC AGGGTTTAATAATGCTGGATTTGGGAATAAACTGAAAGAACCAATGAACCCTGTTGCAAG TTATGGTGGCAGCCATATCAGCAGAGATAGTGGACTGCAGGGAAATCGGCAAGGTCCATA TGGGAATCAGCTTATTGGCTCACAGTTTGCTCCTTCTGGCTCTACTGCAGGCAGTATCAG CAGAGAAAGTGGACTGCAGGGAAATCGGCAAGGCCAATATGGAAATCAGCCTAGTGGAAC GCAAAATGCTCCGACTGGCTCTTCTGCAGGCATGTATATGAGCTGTAATAGTTGTGGTGG AACAGGTCATAGTGCTTCAAACTGTCCAAGCATGATGAGTGGTCAGAGCCAGGCATATGG AAGTGGTTTTGGCAATAGGGCAACTTCAGGGATGAGCAGTGGTGGTGGTGGTGGTGAGTG TTATAAATGCCATCAGTATGGACATTGGGCAAGAGATTGCCCAGGTGTAAGCAATGCACC TGCTGCCAATAACATGACATCAGGAAGATATGGGAATACTCCAAGGCAACACGTTGGTGG TTTTTGATGAACCTTTGAGCACATAAAGTTGTCCTGTACAGGTTTAGATGTCTTCTCTTA GTGGCTCATCATGGCTCATGTTCTGCTTTTGAGAAAGCTTCTTGAGGGGCTTGCGTTTTG CCTTTCTGTACAGTGGTCGCTTGGGGCTTAAATTATGCATCACGGCTCCTGGACGGGAGT GCACTACAAGTCTTGTCGTCCATGTTTTGAGGAGTGACGTTTCGTTGCTCTTTCTTTGTA AATTGTAGTCTTGCATTATCATCTCTTTTCGTCTCTTCTTTTTGAGTTCTTTTAGGTAAT CTTTCGTTGTGGTTTCGACCCTTTAAGATAAAAACTCGTGTGTTACAGTTCAGACTGACA TGTTTATGTTGTCACATCTTTTTCATTTGTCACATGTCATCTTTATTTATTCGCTACGTA ATATTCCCTCTTTGTTCAAATAAGTTATTTTGTTTTAGGCTTGGGTACGTTAATTAAGTG TCACGAAAATCGAAGAAAAAGAATTAACGGTAAATGTCTTTGGTTTTAGTCAATTTTTGG AAGCTAACTTCTTTTACAGTATAATATTTCATTTAGATCCCTAGACTTGGAAGTTTTATC ACTTGAACTCTAGTCAAATTTATGTCTTGAGACCATGATGATCCCCTTCTCTTTTTCTTT TTAACACTTGTACTCGCACAACGTTTTTTCACTTTCAAGTACCCTGAAAAATTACGAAAT CTATGTCCACGCAATTTTTCAGAATAATATACCAAATGAAATAGTGAAATATTCATGACA CTTTCTTTTAACGCACTTAAAAGTGGCAATTCTTTCAGTTGCAATAGGCTCTCACAAAAT ATTTTGCCATGGGCAAGTGCCAAATGGGAAAAATCTGCAATGATGATGACCGTCAAACAT GAAACATTTAGATTTAGGGTTGAGAGTTCCACTAGGCACGTGATCTTCAACAACTGCTAA AAACTTTTCAAGTATACCATAATTTTAGCGGTTAACACTATTTATCTGTAGCAAATTCCG TTGGTCTAAAGCCAAACAGTGTGAGTTCCTTCAATGAAATAAGTAACAACAGTGTTCTCA CAAAGTGATGCATTAGGTACACCACATTTTCTTTAGAGATCTGGCATGCCTTTTCCTGTT TTTGGATCATATGTCCTCTCCATAACAACCTCCATTGGAGTATCCTTAGGACCAGCTGCA CAAGGAAACCAAAACATACACAAGAGTGAAAAGACCAGACTCCGCAAACACATTAAAAAA GTAGACCAAGCAGAGTACTCAAAACATATTAATTGGTTGAACAAACTACAAGAATTTCCA GAAGGAATGTGGTAAACAACAATGTCAAACAAGCACCATTTGGCTAAGCAACAACTACCA TCAAACGAATTCCCCCCTCCCCCCCCACAACCCACCCAACCCCAGAAAAAAGGAAGAATG ATAAAAGGTGATAAGAAGGCATTCAATCATCCAAACAGTAATCCCACATATGAAACCAAG GGAGGGAATAGAAGAATAAACCATGTTCTTGAGCTCTCCAGATCGATGTTCATCTAAATT TGACTTATAATCTAATTTCAAATTATACTTTATCAAACCAACCATAATCCTTCATGTATA TTTCAACAATTTGTCTTCAATGAAACTTGTCTCACATTAAGGTTGCATCATGCAGTTGAC TACTATTGATCCGAAGCTCTCTAAAGTTTTAACCTTTCATTTCTACTTCCAGTTGAAATC AGATTATACCTCTAAACCAATAAACTTATTTTTTTAAGTAACCTCCCGCCACAAAAAAAA AAAGATACAAAAAGATACAGCAGTTACTACATTTGAAATGCAACAGAATACTCATTTAGA AGAACATACTCATACGTAAAAGGATTTGATAATTACCAACTGTAGGCCTTGGTGTGGTCC TTATTTTTAAGATCTCAGGCCGGGGAATGATAGAGCCAGATGCTCCTATACCTCTTGAGA CTCTTACTTTGGAGCCATCCTCCAGGTATCTAATTCCGACCTTGGTTGGTTTTCTGTGGA AGAAGACATGAGCTACCATGTTCTAAGAGCAAAAAATAAAAGGTAAAGAGAAATAATATA TCCATACCCTGTGACTGGATCTACAACCTGAACATTGGAAACATGCAGCGGGGCTTCAAC TGTAAATATTCCACCTTCATGACCTTGCCCTTGTTTGATATGTTTCTTGACCTGCAGAAG GGTAATATAAGGGATTATTTTGTAACATACTAATTAGTTTTTGATAAAATAAGGAAACTG TATTTATGAATAGTACCAAGTGGGTACTGAAGATGTAACAAAGTGATTTGTCCTCTGATA AAGCTTTAGAAAGTCTAACTAAGGCCAGAATATTATCATGTTAGATAAAGAACCTCTCTT ACACCAACAGTCTAAATATATAGTCAAACTAAAATAGCTAGAAACGCTTCTTTGTAAATT AACAACTTTCCTCCTTAATTCAGCTATCACTAAGGGGTCATTTGGTGTGAAGACTATCAC CAAATAGTCTTGGGATTAAATTATAGTGTCACTTAATTTGTTGTTTGGCTGGCAAGTCCG AGATAACTTATCCCGGGATTAATATTAGTACCGGGATAAGCTATCCTTTCCCTTGGGTGG TATAGTAATCCTAGGATAACTTATCCCGTGATAAAATAGGTAAATGACAAAGATATCCCT TTAAACCCTTTTTAATCATCATTTTTCGCATTCATGAAGGATATTTTTGAAAAGAGTTGT TCTTAAAATTTATATAATGTGTATTATTTTAAATACAACAAACCAAACACTCAATAAGAA ATAATCTCTGCATAACTTATCTCATCATAACTAATCTCAGCACAACTTATCACATTATAA CTAATCTTAGCACAACTTATCACATCATAACTAATCTCAGCACAACTTATCACATCATAA CTAATCTCAGCATAACTTGTATTTAAACCAAACGATCCCTAAATGTTATCATAACAAGCT ACTTTCTCTTATTCTTTATATACGGTCACCAATGAGGATTTACTACATTGAAACTACTTT ATGCTCTCAGATTACAATCGCAGAGCGTTGGATAATTAAAACCTAGACATCCTTCAGTCG AGACCATTCTCCAACACCACCACTAAGCTTAATGTTAACAACACACAACAAAGGCTGATA CTATCACCACTTGAACCCAAAGAGACTAATCCAAATTCAGAGGTACCGTGAAAACTGGCA TAACAGAGTAGCGTCACGAAGGTCACATCAAGTCGGATAGGATCATAAAGGACTGCTAAT TTCTCAAGATCTTAACCTCTCTATCCAGTGTGAGATTTTCAATTTAAAGCTTCTCTTGCT AATAATAGCTACATCTACAAACCTTAACAATAGTAAATGCCGTTATGAGTTTGAGATATA TCCACCGTCAGTATAAAATATTTTTTAAACCATCGAGTCAATTTTACCACGGGTAGCATA ATCTGTCTTATTTTCAAAATTACAAATCCCCCGTTTTAAGGAAGCTTACCTATTTATGTC CTTTGGGTGACCTGATAGTGCAAAAAGCTTGCTATACTGACCATGTATATAAATTAATAT ATTTCTCTCAACCCTTCATTTTACATTTCGTAATATCCTCCAACTGCCTACTATTAAGTG TTTGCACAATGGTTTTCCAGTGTAGAACAATTATCATTTATGCAGAAAATTAGTACTCAT CTGCATTAGATTTTATACCTCAAAAACATCTCTCATTTTTTTCAATATTTTAAGGCTACA ATCTTTGTATATAGGGAGACAGGAGATGTACCTTCAAATAGCAACATGCCCTTTGCTTCA AAAGCAGGGATATTTTCATTTTTATGTTAGTTGCGCACGACATCTTATAATACAGACCAG CAATAAGATTGTTAGAGCCACTTACCAATCTTCTACGTAAAATTGACAAGCACCCTATAT TACATCACAACTATTCAAATTATTGTATTTGTGTAAGACCCAAAATTTGGAAAAGGAAAC ACCTTGGAAACTCTAATGACAAACTTGCTTATTCATTATAATCTAAGTCCTCAGTTCTAT ACACAATCCCCTCCACTTTGAGCATATGTCCCAGCATCAGACAATCACGGTTGCGATGGA TCCACAATGAATATGACAAGAAATGTTTAAAGAAAGAATAAATTACGACAAGATATGCTT AGAGATATAAAGTAAGTGTCACAAAATTACTAACCAGGTTTTTCCCCTCGACAATTACAC GGTTTTGAGAACGTACGACACGCTTGACAACGCCGGTCTCGCCTCTATCTTTTCCTCTGA TAATCATGACCTGAGTGATGGCAGAAAAATGTGAAACATGAAACGGAAGTATTGAGAAAT TGATTCAGCATGCAAAACAATGATGAATGAACTTACATTATCTCCTCTGAGAATTCTCCA CTGATGAATGAGTTTCTGATAACTTTTCCACCCCATTTTGAGCTAAATCAAAGTAAAAGC TCCCTTCTTTACATTCAGATGTGCAAAAAAAAACACTAATTAGATAAATATCAAATAAGA CCCCGTAAAAAACTAAAATGGATCAAGAATCGTGAAAAGGTCAAATCTACTGCAAACCCA TTTAAGCAAAAGACTATGCCTTTACAGTGCAGGCCACTACTCTAACTTATCAGGAAAACA AAATGCAACTACTACAAAACATTGCTATCATTAAGTAAGCAACAAAATTCTAATTAACTC CAACACAAAACTCCACAAGTCAAAACAGTATCTCGCATTACCTTGCGATATGAAAAAGCA GGCATAGTAAAGCCCAATCAGGGTAAATGGAGAAGAACTCTATTCAGAGTGAAACGAGGA AATAAACCCAATCACCATTTGTATCAAGTTACTGATCTGAACCACAGAGGAATATGACAT GTGTTCAGTACAATAGAAAATGTCTTCCCTTGTTTGGTTACCTTACTCAAACTCCTCTTT AGTCTAACACCTAAGCATTGTTATCAACCTTTAATACCCAAAAGTATCAAACATAATCAT TATACCTAATTTACCTAAAATGATTTCTCCAGATAAAACAGCTTCCATTTTCTCAATACA CATCAAGAAACAGAAAAAATCAAAACTTTATACAAAATTTGCATCTGAGCTGAGTCTCTT TAATAATGAAAAAAAAAACACTTTCAGAAACCCAAATCAAAAGAATAATCAAACTCTCAA TTGTAGTTCGATATTTCACAACAACAACAACAGAAAAAACCATTAAAAATGCGATTTTTT TGTGATTAATTTCACAAAAAAAATATAAAGAATCCCAATAATATTGAAGAATAGAGAAAC TAGAAAGGGTACCTGCTGCTCAAAATTGTCGAAGCTCTACAGTTTCCTACAGGGTTTTAG CCTTTGAAGGTGATGGGGGTTTAATGGATTCTTTTAATGGGCTTTTATTAGTTTGGGCTT CATAAAGTTGGTTACCAGCCCAATTACCGTTTACGAGGAAGAAAATTGGACAAAATTCAA AAAATAGCCAAATTTATACTACTATTTAGATATTAGCTATCATTTTAAAACTAATCAATT TTTTAGTGGAGTATTAATTCTTTTTTATAATGTATGGATAAAATAGGTAATTAATTTTAA TCAATGAACAAAATATGAAAACTTATCCATTTTTATATGTCAGTCATTACATCTTGAAAG TTGAAGATAATCTTTGATCTGATTTTCTTTCTGAATGTATTATTGAAAAGTGGCAATCAA TTTTTATTGAGGAAAAATCTTTTTGATCAAAATTTGATCAGAATAATATTTTACGTATAT TATTTTACTTATTTGAATATCTTTATTATTTTAAATTTAATATTTTTTAATTAAAAATAA AAAAATTAATTTATTTTACAATTAAAAAAATATTATAAATTTATAGTATAATTCAATATT GCTAACTTTATTGGTAATGTATGATCTAATAATCATGTTGGATCTTACATGGAATTGAGC AATCAACATTTATTACCACATTAATTTTATTAAATTCATATAGGTGCTCAAAAACTTTTG CTCTCATAGGTCAAGTAAATAAGTGCTTAGTGCTTTCATGATTTGTTAGCAAAGTTGAAT TATTATATTCCACCGTCTCATATTAATTTATCATTTTACTAAAATAATTGTCCAATTTTA ATTGATTATCTTATTAAATTAAGAAAAACATTAATTAATTATATTACCTTTGCATTAATT CTTTTTGAAAGTGTTTAGCTTTGTTTGTAAAATTCATCAGAAGTTTTTTAAGGGATGAAA TGAACAAAATTATTTTTTGTTATGATTTTTTAGTATGCTCGTAAAAAGAAAAGTGATCAA CCAATATGATTTATAAAAAAGTAATAGGGTTGGTGACAATAAGCAATAATTAAAGACGCT GTTGTTAATAAATAATTAAGTTGTTTAAGGAGGTAACTAAAAATGGTGCTCACTTGTCAA CATTGATCGACTGTATCCATATTATCTTAATTAAATTAGTATTAGTGGTTGATGACAATC ACCAACTGAAACCAAACTTAAAAAAATTTAAAATCTTTGATTCTAATTTTGTCAATTTTT CTCACGTTGATTTTGGACAGAAATAAAGAAAAAATGTAGAGAAAATTTGTGTTTGTGGTC ATTTAGTCAAAAAAATTATATTTGGGATTTGACTATTTGTTCCTAACATGAGCCTAAGTC CAAATTAGTTTAGTTTCCGTTCTTTTTTTGCTTCCTTTGATTTTTCATTTCTGATTTTTT AAATCTCTTAATAATGAATTTTGGTTTTCTTAATATGATTGTAACTATATATTCCCCAAC TTTTGTAATAAATCATGATTATAAAAGAACACTGAAAAGCCATTTTCTTGCCAACTTCCA TGACAGTTCTTGTCAAAAAGTCCCACTTTACAGCAACTTGCTTCCTCTATCACAACTAGG CATTTTCCCCCCCTTGCTGAAACAGATCAACTTACTGATAAAAAGCTAATATCAAACTTA CATAAGTTCTGTCCAACATCATCTACATTCAAATCGACGAAGCAAAATGAAATAAAATAA ATAAGTAGGAGTTAGAAAGAGCATCAAACTCAACTAAATAACCCAATGAATATTAGGGAG GGCAGTAGGATATGGAAACATGATGGGTTGGTATATTATTGATAGAGGTTCTATCCAATA GTACATTGTATTTCAGGATTATGCAACACTCAAGAGTCAAGACCATATAGGTCATGGAAA TATTTGTCCTTTACATGAATTTGATACAAACACTAAACATATAATAATGCATATTACTTT TAAATCTCCTGCTCTCTCTGGCAAGGGGCACACTCTCTTATTAGCAGCATTATAGATCAA CTGCTTACTTACCAGTTCTAAAAATGTTTAGAAACAGAGACTGGCAGATGGAGATATAGT ATTGGCAGATTCTTTCGAGGGTTGGTCTTTTAGCATACCCTGTGTGCCACAATGAACCCC GGGCATACCACTGACCTGGATTGAGTTGAGACCTGCAATAACACCCTCTGTGCTACTCTG TGCAATAACCCCATCTGAGCCAGTCTGCGCTACCAATTTAACACTCTCGGCTTTTGCTTT CATTCGAAGTCTCTCTGCTCTTGAGCCAATGACCTGTCCCAAGATAGAAGCAGCAATGGT TAATGCCATAGCTGTTTTGGGCATCACAACTGACTTCCTCAGCATAGCTATGAAGGGAAC AGCAGCATGGACTGCAGTAAACCATGAAAGTGAGAACTTCTCAGTGTGCTCTCTCCATAT GCCTAGTGGAATATTAGCTGCCATGCCCAAAGCTCCAATAACAAGCATCTTTGAAGATAG TGGTTGCGGCCGCACAGTCTTCACAAAAGCAGTCCTGGCGAGGGCAGCCCTGGCTGCAAC AACTGCAGGCGGGCATTTGAGCTTCATACCGGGAGGCAGCTGAAAAGCTGAGGCCACAAG TGGGAGAACACCGCTAACAGCTCTATAAGATTTGGCGATAGGACAGTTGCCTGACTCCAA CCACTCATTTCCCATTGCCTCGTGCTTAGAAGATTTGTCCTGGAAAAAAAAACAAAAGAT GAATAAAGAAGGCAAACTTTATAAGATGCCATTTTTGCAGAAAAAAATGCAGTATCTTCA TCAAGAAGACTTATTGGCAATTTCTTTGAAAAAATTTCTACACTCGTATGATTTCACTTT GTTAAGGCACATTCTCAACATCTAGCAGAAACCACAAAAACTTGTCAAAATAAGTGGTCA AGTGTACTCAAGAGAAGTCTGATCAAATTAAACCAATTACTATGAAACATTTATGATAAC TATACCATTTTGTAAATGCCACTGTCTAACTATATAGTTGACAATAGACAGCCACCCAAT GAAGCCCACCTGTTGCTCAGTATACAATACAGGAGAGCCATATACCAGAATATTTTAATC TTCTAATGTTGTGAATATTTACCTACACTATATAGAAGTCATCATTTTAACCTACATAAA TTCAATTCACAACTAACAATAGACTAGAACATTTACACGCAGAGATGAGCAAAAAGGCAT TTTCACCAAAAATAATCAAGAGACTTGAGTATTCTGTAAGGGAAAATCCAAAAGTCAATA TCAAGAATTTAGATTCATGATCACAATATTAATCACATTATAACATCATTGGTCAATACA CATATTCTTGTTAATCACAGCAAACAAACCTGAGAAGAAGGCTTTTTCTTTTTGGATGAC TCCGGCTTCTTCTTCTGTGAATTCCATTTCCGAGAGAAAGAATCAAAGCTAAAAGGACCT CCTGCTCCGAATGAAGACAAACTTATGGTGGCAGCTTTTGCAGCTAAAGGATTAAATTGA GGGGCAGACTCTACTTCAATGTTGTCATTGAAAAATTGAGACCTTCCAGAAAGTGGGACA ACCCCATCTTTTCCATGGAAGACTTTAAATGCCATATCGAAGTTGGGGCCATCTTCAAAA ATTGGACCTTTACCTCCCTTCACCTGAAAGGTAATAAGATTAAAGTGTGAAATAGTGAGG CATTAGAAGAAATAATTAACCATATCAGTAGTATAAGAACAAAAGAAAATAATGACTAGC ATGTTAATACTGTAAAAAAGTTGTATCTTTATGCTTAAACAGTACAACGGCACATGGATA ACCATATTCACTTGAACCACCAACTATAAAATTAAGAAAAAAATAACTTACAGGGCTGGG AAAGTTCAGAGCAGAAAAGAAAGAAAAGTTTGTTGGCTTGTTGATGTTACTCAAGAACGG GCATCTTTGAATATCCTGGCCATTGAAGGAGCAATCAGATGTCTCCTCAGTCTGTGTTCT GAAGAAGAACTCCATTTCTTTTGATCCTAGACAAGTATATCAGCAAAGAATATTGTTAAA ACAGGTACAAAATGTTGATACACATTTTAGAAACTGGATGTAGCATTTATGTCCATGTTT ATATGGATGTCATTCACGCAAAACTAAAGACAAACAACTATTACGCCTAAATCCCAGACA AGTTTGGGCAATATGAGCCCTCATTAACCATGTTTCTCTATTTAAATTCATTCATTATAC GAAGTGAAAAGAAAAACAAAAGTACTAGAAGTTTCTATATTTTCTACTAACACAAAAATC TTGAATAGAGCAAAAAGCTCCTGAAAAATTTAGGACCTAAAGCAAATGTACTAACATAAC TAAAGCATGAGTTGGGAGATTTTATCACTTGGCAAAAAGAGTTAGAATGTTAGATAACTG AACTGCACAATCTACCAATTACTCAGAAAGCAATTCAGCAAATATACGCAGGTAAAAGTT CCAGCAGTCATTGATACCTAGTTTGGTATTTCGGTATGTCCTAAGTCGTTCAGCAATAGG CTCCTTCAAGATATCCCCTTCATCAAAGTTGTCAAAATCCATTTATCTTATAAACTCTTA TACTTGGTTTTAAAGACACCTATTCCTCAATCCTCTCTATAAAATCTTCTTCCTCGCAGT TAGATCGAAACTTTTTTTATAGAGAAATTCAATTAAATCAGTAAATCATAGCACAATCAA TTAATTCCAACTTCCTCAACACATAAGACCCTACTATCCCTTTTCCACCGCAAAACCCCT CTTTACTTTCAATTTTATTAAATAACTACTATAACATAGCTCATTTCTTTCTGCCTAACG CTATATCATCAACTACAGCAAGGTCAAACATCAAAATCCATCAATATCCCAAAAAAAACA GAGCTAAAAACACATACAGAAGATCAGCATCCCTATATTTCTTCGAATTCCTATCAACAC AACCACCAAACTAAAGCAGAAAATAAAAAATATTCAGCGAAATTGAAACAAAAGGAATAT ATCTTATCTACATATATACGCAAGAGAAATAACGAGAAATCGAATCGGTAGCTACCGGAA AAAGAGGTAAAAACTTCCGAATTCCGATGGTCGCCGGAGGAGTTGCAGAATGAGCCGGCC ACAAGCAATTGAAAGCGTGTGGTTAACACAGATCGGAGCAAATAGGGAAGAAAGATCGTA GTGGTGGGGGATTTTGTGGCTATTTTTTCTATGTATAGAAAAGTCAATTATTTTTATTAT GACCGGTTATAACCGGTGTCAGGTCACAGCAGTATTGGTTGAACCGAAATGGTGCTGCTG CACACGTAAGAAACGTGAGAGGGCTAAATTTGTCTTTTAGTATCAATGTATATATTTAGT AAAGTAATATATACAACTACTCTCCACTACCAAATTCTTTTTATAGATAAAGGAAGTTTA CCTAATTTGATTTATATTAGGAAAAAGAAAAGTTTGATTAGAATAGAAAAAAACAATTAC CTAATTTGATTTTTATATTAGGAAATGTTGATTTTAGGATAATAATTTCCAAAAAAAAGA AACTTATGTTGATGCTATTGAAGTTTTGATAAAATCTACGGAGGAAATCGAGAAAAAATG GATAACTTATTAGAGGCAGATCATGATTTGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.906 4525 4737 match_2 match_part 0.910 4525 4734 match_3 match_part 0.965 4633 5281 match_4 match_part 0.966 4633 5040 match_5 match_part 0.989 4636 4916 match_6 match_part 0.952 7317 7337 match_part 0.979 7430 7622 match_part 0.980 8000 8392 match_7 match_part 1.000 8358 8910 match_8 match_part 0.962 9507 9663 match_9 match_part 0.976 12923 13167 match_10 match_part 0.960 12985 13335 match_11 match_part 0.997 32604 33197 match_12 match_part 1.000 33227 33771 match_13 match_part 0.996 33340 33805 match_14 match_part 0.991 33431 33876 match_15 match_part 0.941 33842 34514 match_16 match_part 0.949 33842 34491 match_17 match_part 1.000 35043 35479 match_18 match_part 1.000 35043 35479 match_19 match_part 0.962 57081 57560 match_part 1.000 61141 61158 match_20 match_part 0.991 57101 57560 match_part 1.000 61141 61156 match_21 match_part 1.000 57102 57560 match_part 0.997 61141 61478 match_22 match_part 0.941 57104 57560 match_part 0.952 61141 61161 match_23 match_part 1.000 57106 57560 match_part 0.974 61141 61410 match_24 match_part 0.985 57107 57560 match_part 0.994 61141 61497 match_25 match_part 0.938 57107 57560 match_part 0.980 61141 61385 match_26 match_part 0.945 57107 57560 match_part 0.987 61141 61216 match_27 match_part 0.947 57109 57560 match_part 0.987 61141 61364 match_28 match_part 0.947 57109 57560 match_part 0.987 61141 61215 match_29 match_part 0.956 57109 57560 match_part 0.960 61141 61215 match_30 match_part 1.000 57115 57560 match_part 0.985 61141 61610 match_31 match_part 0.946 57115 57560 match_part 0.993 61141 61288 match_32 match_part 0.948 57115 57537 match_33 match_part 1.000 57116 57560 match_part 0.989 61141 61421 match_34 match_part 1.000 57116 57560 match_part 0.993 61141 61288 match_35 match_part 0.998 57116 57560 match_part 1.000 61141 61156 match_36 match_part 0.991 57118 57560 match_part 0.980 61141 61191 match_37 match_part 0.980 57119 57560 match_part 1.000 61141 61163 match_38 match_part 1.000 57121 57560 match_part 1.000 61141 61345 match_39 match_part 0.993 57157 57560 match_part 1.000 61141 61224 match_40 match_part 0.950 57163 57560 match_part 0.994 61141 61305 match_41 match_part 1.000 57168 57560 match_part 1.000 61141 61498 match_42 match_part 0.948 57178 57560 match_part 0.982 61141 61412 match_43 match_part 1.000 57184 57560 match_part 1.000 61141 61298 match_44 match_part 0.997 57189 57560 match_part 1.000 61141 61537 match_45 match_part 0.948 57198 57560 match_part 0.964 61141 61415 match_46 match_part 0.950 57203 57560 match_part 0.978 61141 61547 match_47 match_part 0.979 57228 57560 match_part 1.000 61141 61466 match_48 match_part 0.967 57228 57560 match_part 1.000 61141 61297 match_49 match_part 0.921 57231 57560 match_part 0.925 61141 61273 match_50 match_part 0.997 57265 57560 match_part 0.961 61141 61269 match_51 match_part 0.989 57300 57560 match_part 0.994 61141 61636 match_part 0.977 63811 63853 match_52 match_part 1.000 57304 57560 match_part 1.000 61141 61636 match_part 1.000 63811 63869 match_53 match_part 1.000 57322 57560 match_part 0.994 61141 61613 match_54 match_part 1.000 57401 57560 match_part 0.992 61141 61636 match_part 0.978 63811 63856 match_55 match_part 1.000 57401 57560 match_part 0.995 61141 61552 match_56 match_part 0.988 57401 57560 match_part 1.000 61141 61552 match_57 match_part 0.993 57408 57560 match_part 1.000 61141 61636 match_part 0.965 63811 64153 match_58 match_part 0.958 60976 61569 match_59 match_part 0.959 60976 61318 match_60 match_part 0.963 61367 61636 match_part 0.944 63811 64134 match_61 match_part 0.966 61405 61636 match_part 0.918 63811 64152 match_62 match_part 0.986 61419 61636 match_part 1.000 63811 64129 match_63 match_part 0.954 61507 61636 match_part 0.922 63811 64129 match_part 0.706 65070 65086 match_64 match_part 0.947 61580 61636 match_part 0.994 63811 64129 match_65 match_part 0.935 63854 64129 match_66 match_part 0.933 63860 64159 match_67 match_part 0.982 72654 73141 match_68 match_part 0.960 83345 83468 match_part 1.000 83562 83659 match_part 0.909 85033 85065 match_part 0.873 85712 85956 match_69 match_part 1.000 83349 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 1.000 85712 85945 match_part 0.727 86150 86160 match_70 match_part 0.958 83349 83468 match_part 1.000 83562 83659 match_part 0.909 85033 85065 match_part 0.909 85712 85964 match_part 0.700 86150 86159 match_71 match_part 0.958 83349 83468 match_part 1.000 83562 83659 match_part 0.909 85033 85065 match_part 0.909 85712 85964 match_part 0.700 86150 86159 match_72 match_part 0.958 83349 83468 match_part 1.000 83562 83659 match_part 0.909 85033 85065 match_part 0.909 85712 85964 match_part 0.700 86150 86159 match_73 match_part 0.924 83351 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 0.971 85712 85950 match_part 0.667 86150 86158 match_74 match_part 0.927 83360 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 0.975 85712 85950 match_part 0.667 86150 86161 match_75 match_part 1.000 83360 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 1.000 85712 85945 match_part 0.727 86150 86160 match_76 match_part 1.000 83360 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 1.000 85712 85885 match_77 match_part 0.971 83366 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 0.958 85712 85950 match_part 0.600 86150 86164 match_78 match_part 0.956 83378 83468 match_part 1.000 83562 83659 match_part 0.970 85033 85065 match_part 0.939 85712 85942 match_part 0.750 86150 86161 match_79 match_part 0.956 83378 83468 match_part 1.000 83562 83659 match_part 0.970 85033 85065 match_part 0.940 85712 85945 match_part 0.700 86150 86159 match_80 match_part 1.000 83416 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 1.000 85712 85858 match_81 match_part 1.000 83467 83468 match_part 0.949 83562 83659 match_part 0.970 85033 85065 match_part 0.932 85712 85945 match_part 0.700 86150 86159 match_82 match_part 1.000 83600 83659 match_part 1.000 85033 85065 match_part 0.995 85712 86087 match_part 0.588 86150 86166 match_83 match_part 0.986 87062 87492 match_84 match_part 0.997 96961 97246 match_part 0.996 99787 101474 match_85 match_part 1.000 96983 97246 match_part 0.995 99787 100337 match_86 match_part 0.996 96983 97246 match_part 1.000 99787 99910 match_87 match_part 0.930 105078 105688 match_part 0.922 106138 106214 match_88 match_part 0.934 105079 105654 match_89 match_part 0.976 109846 110094 match_part 1.000 110237 110425 match_part 1.000 110504 110563 match_90 match_part 0.987 109859 110094 match_part 0.968 110237 110425 match_part 0.988 110504 110669 match_part 1.000 110751 110775 match_91 match_part 0.987 109860 110094 match_part 0.947 110237 110425 match_part 0.964 110504 110531 match_92 match_part 0.990 109901 110094 match_part 0.968 110237 110425 match_part 0.988 110504 110669 match_part 1.000 110751 110783 match_93 match_part 0.994 109919 110094 match_part 0.968 110237 110425 match_part 0.985 110504 110637 match_94 match_part 1.000 112372 112746 match_part 1.000 113695 113791 match_95 match_part 0.945 114428 114843 match_96 match_part 0.998 114950 115593 match_97 match_part 0.996 115732 116455 match_98 match_part 0.999 115732 116419 match_99 match_part 1.000 115733 116296 match_100 match_part 0.924 115740 116343 match_101 match_part 0.957 123256 123670 match_102 match_part 0.903 123284 123950 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_103 match_part 0.966 10027 9910 match_part 0.984 9820 9758 match_part 0.896 9666 9329 match_104 match_part 1.000 11841 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9427 match_part 0.643 9362 9349 match_105 match_part 0.947 11817 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.996 9666 9414 match_part 0.643 9362 9349 match_106 match_part 1.000 11803 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9427 match_part 0.643 9362 9349 match_107 match_part 0.953 11803 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_part 0.643 9362 9349 match_108 match_part 1.000 11800 11761 match_part 0.975 10027 9910 match_part 0.968 9820 9758 match_part 0.980 9666 9414 match_part 0.643 9362 9349 match_109 match_part 0.944 11796 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.988 9666 9414 match_part 0.643 9362 9349 match_110 match_part 0.982 11815 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9418 match_part 0.667 9362 9351 match_111 match_part 0.926 11814 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.984 9666 9414 match_part 0.667 9362 9351 match_112 match_part 1.000 11814 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.988 9666 9427 match_part 0.667 9362 9351 match_113 match_part 0.941 11811 11761 match_part 0.975 10027 9910 match_part 0.968 9820 9758 match_part 0.992 9666 9414 match_part 0.667 9362 9351 match_114 match_part 1.000 11809 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9418 match_part 0.667 9362 9351 match_115 match_part 0.982 9643 9418 match_part 0.667 9362 9351 match_116 match_part 1.000 11813 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.996 9666 9414 match_part 0.700 9362 9353 match_117 match_part 0.962 11812 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.992 9666 9414 match_part 0.700 9362 9353 match_118 match_part 1.000 11810 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.992 9666 9414 match_part 0.700 9362 9353 match_119 match_part 1.000 11810 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_part 0.700 9362 9353 match_120 match_part 1.000 11810 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_part 0.700 9362 9353 match_121 match_part 1.000 11809 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_part 0.700 9362 9353 match_122 match_part 0.870 9932 9910 match_part 0.984 9820 9758 match_part 0.967 9666 9424 match_part 0.750 9362 9355 match_123 match_part 0.809 11807 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.966 9666 9433 match_part 0.800 9362 9358 match_124 match_part 1.000 11812 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.973 9666 9375 match_125 match_part 1.000 11809 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.973 9666 9375 match_126 match_part 0.918 11809 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.962 9666 9403 match_127 match_part 0.956 11805 11761 match_part 0.932 10027 9910 match_part 0.952 9820 9758 match_part 0.909 9666 9403 match_128 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.966 9666 9403 match_129 match_part 1.000 11810 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.969 9666 9405 match_130 match_part 1.000 11800 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9407 match_131 match_part 1.000 11832 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_132 match_part 1.000 11815 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_133 match_part 1.000 11815 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_134 match_part 0.849 11813 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.988 9666 9414 match_135 match_part 1.000 11808 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.996 9666 9414 match_136 match_part 0.978 11806 11761 match_part 0.992 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_137 match_part 0.977 11803 11761 match_part 0.975 10027 9910 match_part 0.968 9820 9758 match_part 0.988 9666 9414 match_138 match_part 1.000 11802 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.996 9666 9414 match_139 match_part 1.000 11794 11761 match_part 0.975 10027 9910 match_part 0.984 9820 9758 match_part 0.988 9666 9414 match_140 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_141 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9414 match_142 match_part 0.970 9975 9910 match_part 0.968 9820 9758 match_part 0.893 9666 9414 match_143 match_part 1.000 9811 9758 match_part 0.992 9666 9414 match_144 match_part 1.000 11811 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9415 match_145 match_part 1.000 11802 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9415 match_146 match_part 0.902 11821 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9417 match_147 match_part 0.911 11816 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.996 9666 9417 match_148 match_part 1.000 11802 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.984 9666 9419 match_149 match_part 0.986 11829 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9422 match_150 match_part 0.889 11805 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9422 match_151 match_part 1.000 11803 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.992 9666 9422 match_152 match_part 1.000 11801 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9422 match_153 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9422 match_154 match_part 1.000 9996 9910 match_part 1.000 9820 9758 match_part 0.980 9666 9422 match_155 match_part 0.946 9965 9910 match_part 1.000 9820 9758 match_part 0.992 9666 9422 match_156 match_part 0.971 11828 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9427 match_157 match_part 0.982 11815 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9427 match_158 match_part 0.981 11813 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 1.000 9666 9427 match_159 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match_part 1.000 117295 117023 match_359 match_part 1.000 120608 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 0.976 117295 117086 match_360 match_part 0.979 120611 120517 match_part 0.990 120430 120335 match_part 0.990 118311 118208 match_part 0.985 118133 117997 match_part 0.807 117295 117094 match_361 match_part 0.767 121482 121453 match_part 0.967 120606 120517 match_part 1.000 120430 120335 match_part 0.990 118311 118208 match_part 0.985 118133 117997 match_part 0.888 117295 117108 match_362 match_part 1.000 121473 121453 match_part 1.000 120606 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 1.000 117295 117154 match_363 match_part 0.978 120606 120517 match_part 0.979 120430 120335 match_part 0.981 118311 118208 match_part 0.983 118133 118076 match_364 match_part 0.949 123702 123254 match_part 0.400 123142 123138 match_365 match_part 0.978 123805 123254 match_366 match_part 0.991 123782 123254 match_367 match_part 0.998 123743 123254 match_368 match_part 0.993 123675 123254 match_369 match_part 0.970 123708 123274 match_370 match_part 0.962 123637 123274 match_371 match_part 0.999 124158 123351 match_372 match_part 0.970 124179 123487 match_373 match_part 0.981 124145 123677 match_374 match_part 0.952 125017 124830 match_part 0.992 124179 123816 match_375 match_part 0.974 126652 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.989 124179 123895 match_376 match_part 1.000 126627 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123907 match_377 match_part 1.000 126591 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.992 124179 123918 match_378 match_part 1.000 126627 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123931 match_379 match_part 1.000 126643 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123956 match_380 match_part 0.942 126639 126536 match_part 0.994 125486 125332 match_part 0.993 125123 124830 match_part 0.986 124179 123966 match_381 match_part 1.000 126661 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123983 match_382 match_part 0.935 126627 126536 match_part 0.994 125486 125332 match_part 0.993 125123 124830 match_part 0.978 124179 124001 match_383 match_part 1.000 126626 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124013 match_384 match_part 0.933 126625 126536 match_part 0.994 125486 125332 match_part 0.993 125123 124830 match_part 0.969 124179 124018 match_385 match_part 1.000 126642 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.993 124179 124034 match_386 match_part 1.000 125389 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124058 match_387 match_part 0.981 126642 126536 match_part 0.994 125486 125332 match_part 0.990 125123 124830 match_part 1.000 124179 124065 match_388 match_part 1.000 126616 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124080 match_389 match_part 1.000 126642 126536 match_part 1.000 126430 126378 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124083 match_390 match_part 0.941 126636 126536 match_part 0.994 125486 125332 match_part 0.993 125123 124830 match_part 0.979 124179 124083 match_391 match_part 0.921 126636 126536 match_part 0.994 125486 125332 match_part 0.993 125123 124830 match_part 0.940 124179 124096 match_392 match_part 0.998 124597 124118 match_393 match_part 0.981 126641 126536 match_part 0.994 125486 125332 match_part 0.980 125123 124830 match_part 0.960 124179 124130 match_394 match_part 0.949 126634 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124131 match_395 match_part 1.000 126635 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124133 match_396 match_part 1.000 126621 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124839 match_397 match_part 1.000 126642 126536 match_part 1.000 125486 125332 match_part 0.996 125123 124841 match_398 match_part 1.000 126626 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124844 match_399 match_part 1.000 126649 126536 match_part 1.000 125486 125332 match_part 0.996 125123 124856 match_400 match_part 0.944 126642 126536 match_part 0.968 125486 125332 match_part 0.930 125123 124866 match_401 match_part 1.000 126621 126536 match_part 1.000 126017 125958 match_part 1.000 125486 125332 match_part 0.996 125123 124874 match_402 match_part 1.000 126640 126536 match_part 1.000 125486 125332 match_part 0.996 125123 124886 match_403 match_part 1.000 126606 126536 match_part 0.991 125486 124900 match_404 match_part 0.924 126601 126536 match_part 0.903 125486 125332 match_part 0.933 125123 124929 match_405 match_part 0.946 126627 126536 match_part 0.994 125486 125332 match_part 0.990 125123 124930 match_406 match_part 1.000 126606 126536 match_part 1.000 125486 124953 match_407 match_part 1.000 126648 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124957 match_408 match_part 1.000 126675 126536 match_part 1.000 125486 125332 match_part 0.987 125123 124965 match_409 match_part 0.979 125428 125332 match_part 0.992 125123 124996 match_410 match_part 0.922 126638 126536 match_part 0.974 125486 125370 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 4525 5281 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 7317 7337 exon 7430 7622 exon 8000 8910 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11832 11761 exon 10027 9910 exon 9820 9758 exon 9666 9414 exon 9362 9349 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11832 11761 exon 10027 9910 exon 9820 9758 exon 9666 9329 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11829 11761 exon 10027 9910 exon 9820 9758 exon 9666 9418 exon 9362 9351 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11841 11761 exon 10027 9910 exon 9820 9758 exon 9666 9427 exon 9362 9349 gene_7 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11828 11761 exon 10027 9910 exon 9820 9758 exon 9666 9424 exon 9362 9355 gene_8 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 10028 9910 exon 9820 9758 exon 9666 9329 gene_9 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11818 11761 exon 11469 11463 exon 10027 9910 exon 9820 9758 exon 9666 9329 gene_10 gene GT_PGL_3_AGS_8 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11817 11761 exon 10027 9910 exon 9820 9758 exon 9666 9433 exon 9362 9358 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 9507 9663 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 15142 15077 exon 14159 14047 exon 13933 13800 exon 13633 13475 exon 13367 12877 gene_13 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 14161 14047 exon 13933 13800 exon 13633 13475 exon 13367 12877 gene_14 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 15102 15077 exon 14159 14047 exon 13933 13800 exon 13629 13475 exon 13367 12877 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 12923 13335 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 32604 33197 gene_17 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 33227 34514 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 34446 33622 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 38758 38725 exon 37514 37407 exon 35868 34965 gene_20 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 38769 38725 exon 37509 37407 exon 35868 34965 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 35043 35479 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 45200 45106 exon 42768 42614 exon 42530 42450 exon 41858 41699 exon 41605 41472 exon 40898 40824 exon 40407 40326 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 54546 53823 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 55321 54554 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 57081 57560 exon 61141 61636 exon 63811 64159 gene_26 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 57081 57560 exon 61141 61636 exon 63811 64129 exon 65070 65086 gene_27 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 60976 61636 exon 63811 64159 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 72654 73141 gene_29 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 82391 81967 exon 80013 79883 exon 78273 78151 exon 77436 77311 gene_30 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 80004 79883 exon 79628 79447 exon 78273 78151 exon 77436 77309 gene_31 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 81794 81322 gene_32 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 82391 81967 exon 80013 79883 exon 78251 78151 exon 77436 77343 gene_33 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83349 83468 exon 83562 83659 exon 85033 85065 exon 85712 85945 exon 86150 86160 gene_34 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83351 83468 exon 83562 83659 exon 85033 85065 exon 85712 85950 exon 86150 86164 gene_35 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83345 83468 exon 83562 83659 exon 85033 85065 exon 85712 86087 exon 86150 86166 gene_36 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83345 83468 exon 83562 83659 exon 85033 85065 exon 85712 85964 exon 86150 86159 gene_37 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83360 83468 exon 83562 83659 exon 85033 85065 exon 85712 85942 exon 86150 86161 gene_38 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 87062 87492 gene_39 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 88209 88074 exon 87850 87414 gene_40 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 96961 97246 exon 99787 101474 gene_41 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 105078 105688 exon 106138 106214 gene_42 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 109846 110094 exon 110237 110425 exon 110504 110669 exon 110751 110783 gene_43 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 112372 112746 exon 113695 113791 gene_44 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 114428 114843 gene_45 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 114950 115593 gene_46 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 115732 116455 gene_47 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 121482 121453 exon 120606 120517 exon 120430 120335 exon 118311 118208 exon 118133 117997 exon 117295 116976 gene_48 gene GT_PGL_28_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 120611 120517 exon 120430 120335 exon 118311 118208 exon 118133 117997 exon 117295 116976 gene_49 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126675 126536 exon 125486 125332 exon 125123 124830 exon 124179 123254 exon 123142 123138 gene_50 gene GT_PGL_29_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126638 126536 exon 125486 124830 exon 124179 123254 exon 123142 123138 gene_51 gene GT_PGL_29_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126621 126536 exon 126017 125958 exon 125486 125332 exon 125123 124830 exon 124179 123254 exon 123142 123138 gene_52 gene GT_PGL_29_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126642 126536 exon 126430 126378 exon 125486 125332 exon 125123 124830 exon 124179 123254 exon 123142 123138 gene_53 gene GT_PGL_29_AGS_5 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 124597 123254 exon 123142 123138 gene_54 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 123256 123950 RepeatMasker tomato repeats master Gypsy00107 8844 9907 1 Gypsy00107 8844 9907 1 nucleotide_motif 5802 24483 25516 TS2 545 2037 1 TS2 545 2037 1 nucleotide_motif 396 43808 43962 Copia00172 1216 1516 1 Copia00172 1216 1516 1 nucleotide_motif 843 45521 45838 Copia00172 5195 5311 1 Copia00172 5195 5311 1 nucleotide_motif 398 57736 57842 Copia00172 286 515 1 Copia00172 286 515 1 nucleotide_motif 1298 60310 60529 Copia00143 76 218 1 Copia00143 76 218 1 nucleotide_motif 1007 66118 66253 Copia00143 1 206 1 Copia00143 1 206 1 nucleotide_motif 906 66242 66426 STOWAWAY50_OS 47 138 1 STOWAWAY50_OS 47 138 1 nucleotide_motif 352 88819 88904 Unknown00034 5145 5205 1 Unknown00034 5145 5205 1 nucleotide_motif 440 93477 93537 HarbN_I 1 182 1 HarbN_I 1 182 1 nucleotide_motif 367 118594 118774 RepeatMasker tomato repeats master Gypsy00073 939 1367 -1 Gypsy00073 939 1367 -1 nucleotide_motif 744 2555 2105 Copia00110 13159 13623 -1 Copia00110 13159 13623 -1 nucleotide_motif 1479 2734 2266 Unknown00034 3695 4045 -1 Unknown00034 3695 4045 -1 nucleotide_motif 1357 3116 2756 Unknown00034 3705 4016 -1 Unknown00034 3705 4016 -1 nucleotide_motif 2261 24152 23845 Copia00094 4312 4464 -1 Copia00094 4312 4464 -1 nucleotide_motif 982 24171 24019 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1123 27641 27398 SINE_SO 1 181 -1 SINE_SO 1 181 -1 nucleotide_motif 779 47267 47088 Unknown00034 3878 4018 -1 Unknown00034 3878 4018 -1 nucleotide_motif 798 50512 50376 Copia00110 2410 2701 -1 Copia00110 2410 2701 -1 nucleotide_motif 1694 52609 52331 Copia00172 5195 5317 -1 Copia00172 5195 5317 -1 nucleotide_motif 594 62573 62449 Copia00209 4042 4140 -1 Copia00209 4042 4140 -1 nucleotide_motif 728 70087 69989 SOD_SINE 103 194 -1 SOD_SINE 103 194 -1 nucleotide_motif 371 76428 76338 Unknown00034 5128 5202 -1 Unknown00034 5128 5202 -1 nucleotide_motif 306 88957 88881 Gypsy00073 1655 1704 -1 Gypsy00073 1655 1704 -1 nucleotide_motif 266 90993 90944 Gypsy00073 1655 1693 -1 Gypsy00073 1655 1693 -1 nucleotide_motif 253 91035 90996 Unknown00025 244 469 -1 Unknown00025 244 469 -1 nucleotide_motif 860 94013 93772 Copia00172 1978 2079 -1 Copia00172 1978 2079 -1 nucleotide_motif 284 107323 107226 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 773 32697 34018 match_2 match 3213 235 1897 match_3 match 3213 2152 3925 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 850 235 684 match_2 match 850 235 684 match_3 match 1168 117752 118398 match_4 match 1356 9960 10671 match_5 match 835 98072 98513 match_6 match 1193 33322 33939 match_7 match 1027 80498 81047 match_8 match 1096 119045 119605 match_9 match 1298 18176 18878 match_10 match 1265 6451 7108 match_11 match 248 80205 80329 match_12 match 476 87817 88067 match_13 match 1356 14541 15232 match_14 match 918 82992 83475 match_15 match 1354 14503 15193 match_16 match 803 120004 120427 match_17 match 373 39682 39869 match_18 match 605 39359 39663 match_19 match 605 39359 39663 match_20 match 309 39682 39841 match_21 match 553 46881 47171 match_22 match 1066 82992 83585 match_23 match 1279 4583 5243 match_24 match 985 10569 11077 match_25 match 1088 119964 120536 match_26 match 1035 11413 11995 match_27 match 309 39682 39837 match_28 match 391 39078 39274 match_29 match 605 39359 39663 match_30 match 1237 10640 11271 match_31 match 973 36641 37131 match_32 match 272 75394 75530 match_33 match 587 74985 75301 match_34 match 1068 111492 112054 match_35 match 337 110497 110674 match_36 match 930 35180 35648 match_37 match 823 5379 5793 match_38 match 416 83448 83684 match_39 match 731 83746 84114 match_40 match 246 39682 39805 match_41 match 605 39359 39663 match_42 match 1061 20095 20671 match_43 match 1255 37177 37809 match_44 match 1146 606 1183 match_45 match 942 82992 83487 match_46 match 1336 49194 49867 match_47 match 545 93063 93383 match_48 match 1199 95694 96305 match_49 match 1066 10440 11009 match_50 match 315 28785 28947 match_51 match 593 29049 29397 match_52 match 1403 7027 7745 match_53 match 315 30084 30242 match_54 match 496 30305 30554 match_55 match 634 126302 126653 match_56 match 1253 35214 35861 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.989 4636 4916 match_2 match_part 1.000 8358 8910 match_3 match_part 0.976 12923 13167 match_4 match_part 0.997 32604 33197 match_5 match_part 1.000 33227 33771 match_6 match_part 0.996 33340 33805 match_7 match_part 0.991 33431 33876 match_8 match_part 1.000 35043 35479 match_9 match_part 1.000 35043 35479 match_10 match_part 0.962 57081 57560 match_part 1.000 61141 61158 match_11 match_part 0.991 57101 57560 match_part 1.000 61141 61156 match_12 match_part 1.000 57102 57560 match_part 0.997 61141 61478 match_13 match_part 1.000 57106 57560 match_part 0.974 61141 61410 match_14 match_part 0.985 57107 57560 match_part 0.994 61141 61497 match_15 match_part 1.000 57115 57560 match_part 0.985 61141 61610 match_16 match_part 1.000 57116 57560 match_part 0.989 61141 61421 match_17 match_part 1.000 57116 57560 match_part 0.993 61141 61288 match_18 match_part 0.998 57116 57560 match_part 1.000 61141 61156 match_19 match_part 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13475 match_part 1.000 13367 13351 match_205 match_part 1.000 14101 14047 match_part 0.985 13933 13800 match_part 0.975 13633 13475 match_part 0.941 13367 13351 match_206 match_part 0.824 15110 15077 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13475 match_part 1.000 13367 13352 match_207 match_part 1.000 15102 15077 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13486 match_208 match_part 0.812 15108 15077 match_part 0.982 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13519 match_209 match_part 1.000 15106 15077 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13519 match_210 match_part 0.844 15108 15077 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 0.989 13633 13541 match_211 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13542 match_212 match_part 0.844 15108 15077 match_part 1.000 14159 14047 match_part 0.985 13933 13800 match_part 0.957 13633 13565 match_213 match_part 1.000 15099 15077 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13578 match_214 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13592 match_215 match_part 0.965 14161 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13594 match_216 match_part 0.956 14159 14047 match_part 0.948 13933 13800 match_part 0.941 13633 13600 match_217 match_part 1.000 15102 15077 match_part 0.991 14159 14047 match_part 0.992 13933 13810 match_218 match_part 0.988 37489 37407 match_part 0.997 35868 34965 match_219 match_part 0.853 38758 38725 match_part 0.991 37514 37407 match_part 1.000 35868 35745 match_220 match_part 0.958 45200 45106 match_part 1.000 42768 42614 match_part 1.000 42530 42450 match_part 1.000 41858 41699 match_part 1.000 41605 41472 match_part 1.000 40898 40824 match_part 0.976 40407 40326 match_221 match_part 0.987 54539 53823 match_222 match_part 0.990 54546 54140 match_223 match_part 0.995 55321 54554 match_224 match_part 0.984 55310 54626 match_225 match_part 0.969 55319 54714 match_226 match_part 0.997 55320 54748 match_227 match_part 1.000 55320 54759 match_228 match_part 0.967 55320 54800 match_229 match_part 0.997 55217 54894 match_230 match_part 1.000 80004 79883 match_part 1.000 79628 79447 match_part 1.000 78273 78151 match_part 0.992 77436 77309 match_231 match_part 1.000 82142 81967 match_part 1.000 80013 79883 match_part 1.000 78273 78151 match_part 1.000 77436 77311 match_232 match_part 0.998 82385 81967 match_part 0.992 80013 79883 match_part 0.983 78273 78155 match_233 match_part 1.000 81794 81322 match_234 match_part 0.978 88166 88074 match_part 0.998 87850 87422 match_235 match_part 1.000 118260 118208 match_part 1.000 118133 117997 match_part 0.975 117295 116976 match_236 match_part 1.000 121474 121453 match_part 1.000 120606 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 1.000 117295 117023 match_237 match_part 1.000 120608 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 0.976 117295 117086 match_238 match_part 0.767 121482 121453 match_part 0.967 120606 120517 match_part 1.000 120430 120335 match_part 0.990 118311 118208 match_part 0.985 118133 117997 match_part 0.888 117295 117108 match_239 match_part 1.000 121473 121453 match_part 1.000 120606 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 1.000 117295 117154 match_240 match_part 0.978 123805 123254 match_241 match_part 0.991 123782 123254 match_242 match_part 0.998 123743 123254 match_243 match_part 0.993 123675 123254 match_244 match_part 0.970 123708 123274 match_245 match_part 0.962 123637 123274 match_246 match_part 0.999 124158 123351 match_247 match_part 0.981 124145 123677 match_248 match_part 0.952 125017 124830 match_part 0.992 124179 123816 match_249 match_part 0.974 126652 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.989 124179 123895 match_250 match_part 1.000 126627 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123907 match_251 match_part 1.000 126591 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.992 124179 123918 match_252 match_part 1.000 126627 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123931 match_253 match_part 1.000 126643 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123956 match_254 match_part 1.000 126661 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123983 match_255 match_part 1.000 126626 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124013 match_256 match_part 1.000 126642 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.993 124179 124034 match_257 match_part 1.000 125389 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124058 match_258 match_part 1.000 126616 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124080 match_259 match_part 1.000 126642 126536 match_part 1.000 126430 126378 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124083 match_260 match_part 0.998 124597 124118 match_261 match_part 0.949 126634 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124131 match_262 match_part 1.000 126635 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124133 match_263 match_part 1.000 126621 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124839 match_264 match_part 1.000 126642 126536 match_part 1.000 125486 125332 match_part 0.996 125123 124841 match_265 match_part 1.000 126626 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124844 match_266 match_part 1.000 126649 126536 match_part 1.000 125486 125332 match_part 0.996 125123 124856 match_267 match_part 1.000 126621 126536 match_part 1.000 126017 125958 match_part 1.000 125486 125332 match_part 0.996 125123 124874 match_268 match_part 1.000 126640 126536 match_part 1.000 125486 125332 match_part 0.996 125123 124886 match_269 match_part 1.000 126606 126536 match_part 0.991 125486 124900 match_270 match_part 1.000 126606 126536 match_part 1.000 125486 124953 match_271 match_part 1.000 126648 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124957 match_272 match_part 1.000 126675 126536 match_part 1.000 125486 125332 match_part 0.987 125123 124965 match_273 match_part 0.979 125428 125332 match_part 0.992 125123 124996 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 4636 4916 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 8358 8910 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11832 11761 exon 10027 9910 exon 9820 9758 exon 9666 9414 exon 9362 9349 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11832 11761 exon 10027 9910 exon 9820 9758 exon 9666 9375 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11829 11761 exon 10027 9910 exon 9820 9758 exon 9666 9418 exon 9362 9351 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11841 11761 exon 10027 9910 exon 9820 9758 exon 9666 9427 exon 9362 9349 gene_7 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11828 11761 exon 10027 9910 exon 9820 9758 exon 9666 9424 exon 9362 9355 gene_8 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 10028 9910 exon 9820 9758 exon 9666 9403 gene_9 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11817 11761 exon 10027 9910 exon 9820 9758 exon 9666 9433 exon 9362 9358 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 15125 15077 exon 14159 14047 exon 13933 13800 exon 13633 13475 exon 13367 12877 gene_11 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 14161 14047 exon 13933 13800 exon 13633 13475 exon 13367 12877 gene_12 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 15102 15077 exon 14159 14047 exon 13933 13800 exon 13629 13475 exon 13367 12877 gene_13 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 12923 13167 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 32604 33197 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 33227 33876 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 38758 38725 exon 37514 37407 exon 35868 34965 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 35043 35479 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 45200 45106 exon 42768 42614 exon 42530 42450 exon 41858 41699 exon 41605 41472 exon 40898 40824 exon 40407 40326 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 54546 53823 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 55321 54554 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 57081 57560 exon 61141 61636 exon 63811 64153 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 82385 81967 exon 80013 79883 exon 78273 78151 exon 77436 77311 gene_23 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 80004 79883 exon 79628 79447 exon 78273 78151 exon 77436 77309 gene_24 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 81794 81322 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83351 83468 exon 83562 83659 exon 85033 85065 exon 85712 85950 exon 86150 86164 gene_26 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83349 83468 exon 83562 83659 exon 85033 85065 exon 85712 85945 exon 86150 86160 gene_27 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83360 83468 exon 83562 83659 exon 85033 85065 exon 85712 86087 exon 86150 86166 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 87062 87492 gene_29 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 88166 88074 exon 87850 87422 gene_30 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 96961 97246 exon 99787 101474 gene_31 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 105078 105688 exon 106138 106214 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 109846 110094 exon 110237 110425 exon 110504 110669 exon 110751 110783 gene_33 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 112372 112746 exon 113695 113791 gene_34 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 114950 115593 gene_35 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 115732 116455 gene_36 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 121482 121453 exon 120606 120517 exon 120430 120335 exon 118311 118208 exon 118133 117997 exon 117295 116976 gene_37 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 120608 120517 exon 120430 120335 exon 118311 118208 exon 118133 117997 exon 117295 116976 gene_38 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126675 126536 exon 125486 125332 exon 125123 124830 exon 124179 123254 gene_39 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126621 126536 exon 126017 125958 exon 125486 125332 exon 125123 124830 exon 124179 123254 gene_40 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126642 126536 exon 126430 126378 exon 125486 125332 exon 125123 124830 exon 124179 123254 gene_41 gene GT_PGL_25_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126606 126536 exon 125486 124830 exon 124179 123254 gene_42 gene GT_PGL_25_AGS_5 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 124597 123254 AUGUSTUS_tom_cdna de novo gene_1 gene 1 4614 8353 transcript_1 transcript 4614 8353 start_codon_1 start_codon 4614 4616 CDS_1 CDS 4614 5378 CDS_2 CDS 7282 7337 CDS_3 CDS 7430 7544 CDS_4 CDS 8000 8353 stop_codon_1 stop_codon 8351 8353 gene_2 gene 1 32598 34046 transcript_2 transcript 32598 34046 start_codon_2 start_codon 32598 32600 CDS_5 CDS 32598 34046 stop_codon_2 stop_codon 34044 34046 gene_3 gene 1 49012 63896 transcript_3 transcript 49012 63896 start_codon_3 start_codon 49012 49014 CDS_6 CDS 49012 49021 CDS_7 CDS 57071 57560 CDS_8 CDS 61141 61544 CDS_9 CDS 61625 61636 CDS_10 CDS 63811 63896 stop_codon_3 stop_codon 63894 63896 gene_4 gene 1 68815 72184 transcript_4 transcript 68815 72184 start_codon_4 start_codon 68815 68817 CDS_11 CDS 68815 69496 CDS_12 CDS 69762 69805 CDS_13 CDS 70181 70226 CDS_14 CDS 70993 71041 CDS_15 CDS 71737 71865 CDS_16 CDS 72061 72184 stop_codon_4 stop_codon 72182 72184 gene_5 gene 1 82276 85791 transcript_5 transcript 82276 85791 start_codon_5 start_codon 82276 82278 CDS_17 CDS 82276 82361 CDS_18 CDS 83346 83468 CDS_19 CDS 83562 83659 CDS_20 CDS 85033 85065 CDS_21 CDS 85712 85791 stop_codon_5 stop_codon 85789 85791 gene_6 gene 1 95469 96455 transcript_6 transcript 95469 96455 start_codon_6 start_codon 95469 95471 CDS_22 CDS 95469 96455 stop_codon_6 stop_codon 96453 96455 gene_7 gene 1 97049 101259 transcript_7 transcript 97049 101259 start_codon_7 start_codon 97049 97051 CDS_23 CDS 97049 97246 CDS_24 CDS 99787 101259 stop_codon_7 stop_codon 101257 101259 gene_8 gene 1 102972 104222 transcript_8 transcript 102972 104222 start_codon_8 start_codon 102972 102974 CDS_25 CDS 102972 104222 stop_codon_8 stop_codon 104220 104222 gene_9 gene 1 104327 107022 transcript_9 transcript 104327 107022 start_codon_9 start_codon 104327 104329 CDS_26 CDS 104327 105688 CDS_27 CDS 106138 107022 stop_codon_9 stop_codon 107020 107022 gene_10 gene 1 109888 111157 transcript_10 transcript 109888 111157 start_codon_10 start_codon 109888 109890 CDS_28 CDS 109888 110094 CDS_29 CDS 110237 110425 CDS_30 CDS 110504 110669 CDS_31 CDS 110751 111157 stop_codon_10 stop_codon 111155 111157 gene_11 gene 1 112460 116107 transcript_11 transcript 112460 116107 start_codon_11 start_codon 112460 112462 CDS_32 CDS 112460 112746 CDS_33 CDS 113695 116107 stop_codon_11 stop_codon 116105 116107 AUGUSTUS_tom_cdna de novo gene_12 gene 1 11772 9587 transcript_12 transcript 11772 9587 stop_codon_12 stop_codon 9589 9587 CDS_34 CDS 9666 9587 CDS_35 CDS 9820 9758 CDS_36 CDS 10027 9910 CDS_37 CDS 11772 11761 start_codon_12 start_codon 11772 11770 gene_13 gene 1 14152 13146 transcript_13 transcript 14152 13146 stop_codon_13 stop_codon 13148 13146 CDS_38 CDS 13367 13146 CDS_39 CDS 13633 13475 CDS_40 CDS 13933 13800 CDS_41 CDS 14152 14047 start_codon_13 start_codon 14152 14150 gene_14 gene 1 37509 35270 transcript_14 transcript 37509 35270 stop_codon_14 stop_codon 35272 35270 CDS_42 CDS 35868 35270 CDS_43 CDS 37509 37407 start_codon_14 start_codon 37509 37507 gene_15 gene 1 47619 40369 transcript_15 transcript 47619 40369 stop_codon_15 stop_codon 40371 40369 CDS_44 CDS 40407 40369 CDS_45 CDS 40898 40824 CDS_46 CDS 41605 41472 CDS_47 CDS 41858 41699 CDS_48 CDS 42530 42450 CDS_49 CDS 42768 42614 CDS_50 CDS 45253 45106 CDS_51 CDS 47619 47608 start_codon_15 start_codon 47619 47617 gene_16 gene 2 82177 75516 transcript_16 transcript 82177 75516 stop_codon_16 stop_codon 75518 75516 CDS_52 CDS 75585 75516 CDS_53 CDS 77436 77309 CDS_54 CDS 78273 78151 CDS_55 CDS 80013 79883 CDS_56 CDS 82177 81967 start_codon_16 start_codon 82177 82175 transcript_17 transcript 79506 75516 stop_codon_17 stop_codon 75518 75516 CDS_57 CDS 75585 75516 CDS_58 CDS 77436 77309 CDS_59 CDS 78273 78151 CDS_60 CDS 79506 79447 start_codon_17 start_codon 79506 79504 gene_17 gene 1 88170 86271 transcript_18 transcript 88170 86271 stop_codon_18 stop_codon 86273 86271 CDS_61 CDS 87850 86271 CDS_62 CDS 88170 88074 start_codon_18 start_codon 88170 88168 gene_18 gene 1 120576 117213 transcript_19 transcript 120576 117213 stop_codon_19 stop_codon 117215 117213 CDS_63 CDS 117295 117213 CDS_64 CDS 118133 117997 CDS_65 CDS 118311 118208 CDS_66 CDS 120430 120335 CDS_67 CDS 120576 120517 start_codon_19 start_codon 120576 120574 gene_19 gene 1 126688 123508 transcript_20 transcript 126688 123508 stop_codon_20 stop_codon 123510 123508 CDS_68 CDS 124179 123508 CDS_69 CDS 125123 124830 CDS_70 CDS 125486 125332 CDS_71 CDS 126688 126536 AUGUSTUS_ab_initio de novo gene_1 gene 1 4614 8353 transcript_1 transcript 4614 8353 start_codon_1 start_codon 4614 4616 CDS_1 CDS 4614 5378 CDS_2 CDS 7282 7337 CDS_3 CDS 7430 7544 CDS_4 CDS 8000 8353 stop_codon_1 stop_codon 8351 8353 gene_2 gene 1 61148 61624 transcript_2 transcript 61148 61624 start_codon_2 start_codon 61148 61150 CDS_5 CDS 61148 61624 stop_codon_2 stop_codon 61622 61624 gene_3 gene 1 63493 72184 transcript_3 transcript 63493 72184 start_codon_3 start_codon 63493 63495 CDS_6 CDS 63493 63595 CDS_7 CDS 67404 67482 CDS_8 CDS 67970 68107 CDS_9 CDS 71737 71865 CDS_10 CDS 72061 72184 stop_codon_3 stop_codon 72182 72184 gene_4 gene 1 95469 96455 transcript_4 transcript 95469 96455 start_codon_4 start_codon 95469 95471 CDS_11 CDS 95469 96455 stop_codon_4 stop_codon 96453 96455 gene_5 gene 1 99892 101259 transcript_5 transcript 99892 101259 start_codon_5 start_codon 99892 99894 CDS_12 CDS 99892 101259 stop_codon_5 stop_codon 101257 101259 gene_6 gene 1 102972 107022 transcript_6 transcript 102972 107022 start_codon_6 start_codon 102972 102974 CDS_13 CDS 102972 104207 CDS_14 CDS 105521 105688 CDS_15 CDS 106138 107022 stop_codon_6 stop_codon 107020 107022 gene_7 gene 1 112460 112750 transcript_7 transcript 112460 112750 start_codon_7 start_codon 112460 112462 CDS_16 CDS 112460 112750 stop_codon_7 stop_codon 112748 112750 gene_8 gene 1 114056 116107 transcript_8 transcript 114056 116107 start_codon_8 start_codon 114056 114058 CDS_17 CDS 114056 116107 stop_codon_8 stop_codon 116105 116107 AUGUSTUS_ab_initio de novo gene_9 gene 1 14199 9587 transcript_9 transcript 14199 9587 stop_codon_9 stop_codon 9589 9587 CDS_18 CDS 9666 9587 CDS_19 CDS 9820 9758 CDS_20 CDS 10027 9910 CDS_21 CDS 13367 13269 CDS_22 CDS 13633 13475 CDS_23 CDS 13933 13800 CDS_24 CDS 14199 14160 start_codon_9 start_codon 14199 14197 gene_10 gene 1 42742 35270 transcript_10 transcript 42742 35270 stop_codon_10 stop_codon 35272 35270 CDS_25 CDS 35651 35270 CDS_26 CDS 38776 38725 CDS_27 CDS 41858 41699 CDS_28 CDS 42530 42450 CDS_29 CDS 42742 42614 start_codon_10 start_codon 42742 42740 gene_11 gene 1 87197 86271 transcript_11 transcript 87197 86271 stop_codon_11 stop_codon 86273 86271 CDS_30 CDS 87197 86271 start_codon_11 start_codon 87197 87195 gene_12 gene 1 125486 116144 transcript_12 transcript 125486 116144 stop_codon_12 stop_codon 116146 116144 CDS_31 CDS 116420 116144 CDS_32 CDS 118311 118208 CDS_33 CDS 120430 120335 CDS_34 CDS 124179 123616 CDS_35 CDS 125123 124830 CDS_36 CDS 125486 125332 AUGUSTUS_tom_ugs de novo gene_1 gene 1 4614 8353 transcript_1 transcript 4614 8353 start_codon_1 start_codon 4614 4616 CDS_1 CDS 4614 5378 CDS_2 CDS 7282 7337 CDS_3 CDS 7430 7544 CDS_4 CDS 8000 8353 stop_codon_1 stop_codon 8351 8353 gene_2 gene 1 32598 34046 transcript_2 transcript 32598 34046 start_codon_2 start_codon 32598 32600 CDS_5 CDS 32598 34046 stop_codon_2 stop_codon 34044 34046 gene_3 gene 1 57376 61624 transcript_3 transcript 57376 61624 start_codon_3 start_codon 57376 57378 CDS_6 CDS 57376 57560 CDS_7 CDS 61141 61624 stop_codon_3 stop_codon 61622 61624 gene_4 gene 1 63493 72184 transcript_4 transcript 63493 72184 start_codon_4 start_codon 63493 63495 CDS_8 CDS 63493 63595 CDS_9 CDS 67404 67482 CDS_10 CDS 67970 68107 CDS_11 CDS 71737 71865 CDS_12 CDS 72061 72184 stop_codon_4 stop_codon 72182 72184 gene_5 gene 1 83383 85791 transcript_5 transcript 83383 85791 start_codon_5 start_codon 83383 83385 CDS_13 CDS 83383 83468 CDS_14 CDS 83562 83659 CDS_15 CDS 85033 85065 CDS_16 CDS 85712 85791 stop_codon_5 stop_codon 85789 85791 gene_6 gene 1 95469 96455 transcript_6 transcript 95469 96455 start_codon_6 start_codon 95469 95471 CDS_17 CDS 95469 96455 stop_codon_6 stop_codon 96453 96455 gene_7 gene 1 97049 101259 transcript_7 transcript 97049 101259 start_codon_7 start_codon 97049 97051 CDS_18 CDS 97049 97246 CDS_19 CDS 99787 101259 stop_codon_7 stop_codon 101257 101259 gene_8 gene 1 102972 107022 transcript_8 transcript 102972 107022 start_codon_8 start_codon 102972 102974 CDS_20 CDS 102972 104207 CDS_21 CDS 105521 105688 CDS_22 CDS 106138 107022 stop_codon_8 stop_codon 107020 107022 gene_9 gene 1 109888 111157 transcript_9 transcript 109888 111157 start_codon_9 start_codon 109888 109890 CDS_23 CDS 109888 110094 CDS_24 CDS 110237 110425 CDS_25 CDS 110504 110669 CDS_26 CDS 110751 111157 stop_codon_9 stop_codon 111155 111157 gene_10 gene 1 112460 116107 transcript_10 transcript 112460 116107 start_codon_10 start_codon 112460 112462 CDS_27 CDS 112460 112746 CDS_28 CDS 113695 116107 stop_codon_10 stop_codon 116105 116107 AUGUSTUS_tom_ugs de novo gene_11 gene 1 11772 9587 transcript_11 transcript 11772 9587 stop_codon_11 stop_codon 9589 9587 CDS_29 CDS 9666 9587 CDS_30 CDS 9820 9758 CDS_31 CDS 10027 9910 CDS_32 CDS 11772 11761 start_codon_11 start_codon 11772 11770 gene_12 gene 1 14152 13146 transcript_12 transcript 14152 13146 stop_codon_12 stop_codon 13148 13146 CDS_33 CDS 13367 13146 CDS_34 CDS 13633 13475 CDS_35 CDS 13933 13800 CDS_36 CDS 14152 14047 start_codon_12 start_codon 14152 14150 gene_13 gene 1 42742 35270 transcript_13 transcript 42742 35270 stop_codon_13 stop_codon 35272 35270 CDS_37 CDS 35868 35270 CDS_38 CDS 37514 37407 CDS_39 CDS 41858 41699 CDS_40 CDS 42530 42450 CDS_41 CDS 42742 42614 start_codon_13 start_codon 42742 42740 gene_14 gene 2 82177 75516 transcript_14 transcript 82177 75516 stop_codon_14 stop_codon 75518 75516 CDS_42 CDS 75585 75516 CDS_43 CDS 77436 77309 CDS_44 CDS 78273 78151 CDS_45 CDS 80013 79883 CDS_46 CDS 82177 81967 start_codon_14 start_codon 82177 82175 transcript_15 transcript 79506 75516 stop_codon_15 stop_codon 75518 75516 CDS_47 CDS 75585 75516 CDS_48 CDS 77436 77309 CDS_49 CDS 78273 78151 CDS_50 CDS 79506 79447 start_codon_15 start_codon 79506 79504 gene_15 gene 1 88170 86271 transcript_16 transcript 88170 86271 stop_codon_16 stop_codon 86273 86271 CDS_51 CDS 87850 86271 CDS_52 CDS 88170 88074 start_codon_16 start_codon 88170 88168 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.989 4636 4916 match_2 match_part 1.000 8357 8918 match_3 match_part 0.937 9455 9643 match_4 match_part 0.997 32604 33197 match_5 match_part 0.998 33227 33871 match_6 match_part 0.981 57081 57560 match_part 1.000 61141 61636 match_part 0.968 63811 64153 match_7 match_part 0.980 81305 81794 match_8 match_part 0.983 83349 83468 match_part 1.000 83562 83659 match_part 1.000 85033 85065 match_part 0.995 85712 86087 match_part 0.588 86150 86166 match_9 match_part 0.997 96961 97246 match_part 0.996 99787 101474 match_10 match_part 0.968 109846 110094 match_part 0.968 110237 110425 match_part 0.988 110504 110669 match_part 1.000 110751 110783 match_11 match_part 1.000 112372 112746 match_part 1.000 113695 113791 match_12 match_part 0.998 114950 115593 match_13 match_part 0.996 115732 116455 match_14 match_part 0.924 115740 116343 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 0.985 54543 53823 match_16 match_part 0.995 55321 54554 match_17 match_part 1.000 80004 79883 match_part 1.000 79628 79447 match_part 1.000 78273 78151 match_part 0.992 77436 77309 match_18 match_part 1.000 82385 81967 match_part 1.000 80013 79883 match_part 1.000 78273 78151 match_part 1.000 77436 77311 match_19 match_part 0.986 87492 87062 match_20 match_part 0.978 88166 88074 match_part 0.998 87850 87422 match_21 match_part 1.000 121474 121453 match_part 1.000 120606 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 0.975 117295 116976 match_22 match_part 0.952 121473 121453 match_part 0.967 120606 120517 match_part 1.000 120430 120335 match_part 0.990 118311 118208 match_part 0.993 118133 117997 match_part 0.800 117295 117006 match_23 match_part 1.000 126649 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 123254 match_24 match_part 1.000 126642 126536 match_part 1.000 126430 126378 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 1.000 124179 124083 match_25 match_part 0.998 124597 124118 match_26 match_part 0.923 126613 126536 match_part 0.991 125486 124900 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 4636 4916 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 8357 8918 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 9455 9643 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 32604 33197 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 33227 33871 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 54543 53823 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 55321 54554 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 57081 57560 exon 61141 61636 exon 63811 64153 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 82385 81967 exon 80013 79883 exon 78273 78151 exon 77436 77311 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 80004 79883 exon 79628 79447 exon 78273 78151 exon 77436 77309 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 81305 81794 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 83349 83468 exon 83562 83659 exon 85033 85065 exon 85712 86087 exon 86150 86166 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 88166 88074 exon 87850 87062 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 96961 97246 exon 99787 101474 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 109846 110094 exon 110237 110425 exon 110504 110669 exon 110751 110783 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 112372 112746 exon 113695 113791 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 114950 115593 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 115732 116455 gene_19 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 121474 121453 exon 120606 120517 exon 120430 120335 exon 118311 118208 exon 118133 117997 exon 117295 116976 gene_20 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126649 126536 exon 125486 125332 exon 125123 124830 exon 124179 123254 gene_21 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 124597 124118 gene_22 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126613 126536 exon 125486 124900 gene_23 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126642 126536 exon 126430 126378 exon 125486 125332 exon 125123 124830 exon 124179 124083 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 35043 35479 match_2 match_part 0.981 57081 57560 match_part 1.000 61141 61636 match_part 1.000 63811 64129 match_3 match_part 0.949 57107 57560 match_part 0.974 61141 61636 match_part 0.931 63811 64159 match_4 match_part 0.980 57119 57560 match_part 1.000 61141 61163 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.965 11817 11761 match_part 1.000 10027 9910 match_part 1.000 9820 9758 match_part 0.996 9666 9414 match_6 match_part 1.000 15100 15077 match_part 1.000 14159 14047 match_part 1.000 13933 13800 match_part 1.000 13633 13475 match_part 1.000 13367 13206 match_7 match_part 0.956 38769 38725 match_part 0.961 37509 37407 match_part 0.912 35868 35093 match_8 match_part 1.000 121473 121453 match_part 1.000 120606 120517 match_part 1.000 120430 120335 match_part 1.000 118311 118208 match_part 1.000 118133 117997 match_part 1.000 117295 117086 match_9 match_part 1.000 126648 126536 match_part 1.000 125486 125332 match_part 1.000 125123 124830 match_part 0.991 124179 123254 match_10 match_part 0.962 126641 126536 match_part 0.994 125486 125332 match_part 0.993 125123 124830 match_part 0.983 124179 124001 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 11817 11761 exon 10027 9910 exon 9820 9758 exon 9666 9414 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 15100 15077 exon 14159 14047 exon 13933 13800 exon 13633 13475 exon 13367 13206 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 35043 35479 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 38769 38725 exon 37509 37407 exon 35868 35093 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 57081 57560 exon 61141 61636 exon 63811 64159 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 121473 121453 exon 120606 120517 exon 120430 120335 exon 118311 118208 exon 118133 117997 exon 117295 117086 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0001K22.1 type gene exon 126648 126536 exon 125486 125332 exon 125123 124830 exon 124179 123254 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 4614 8353 transcript_1 transcript 4614 8353 start_codon_1 start_codon 4614 4616 CDS_1 CDS 4614 5378 CDS_2 CDS 7282 7337 CDS_3 CDS 7430 7622 CDS_4 CDS 8000 8353 stop_codon_1 stop_codon 8351 8353 gene_2 gene 1 32598 34046 transcript_2 transcript 32598 34046 start_codon_2 start_codon 32598 32600 CDS_5 CDS 32598 34046 stop_codon_2 stop_codon 34044 34046 gene_3 gene 1 49012 63896 transcript_3 transcript 49012 63896 start_codon_3 start_codon 49012 49014 CDS_6 CDS 49012 49021 CDS_7 CDS 57071 57560 CDS_8 CDS 61141 61544 CDS_9 CDS 61625 61636 CDS_10 CDS 63811 63896 stop_codon_3 stop_codon 63894 63896 gene_4 gene 1 64085 72184 transcript_4 transcript 64085 72184 start_codon_4 start_codon 64085 64087 CDS_11 CDS 64085 64163 CDS_12 CDS 67404 67482 CDS_13 CDS 67970 68107 CDS_14 CDS 71737 71865 CDS_15 CDS 72061 72184 stop_codon_4 stop_codon 72182 72184 gene_5 gene 1 82276 85791 transcript_5 transcript 82276 85791 start_codon_5 start_codon 82276 82278 CDS_16 CDS 82276 82361 CDS_17 CDS 83346 83468 CDS_18 CDS 83562 83659 CDS_19 CDS 85033 85065 CDS_20 CDS 85712 85791 stop_codon_5 stop_codon 85789 85791 gene_6 gene 1 95469 96455 transcript_6 transcript 95469 96455 start_codon_6 start_codon 95469 95471 CDS_21 CDS 95469 96455 stop_codon_6 stop_codon 96453 96455 gene_7 gene 1 97049 101259 transcript_7 transcript 97049 101259 start_codon_7 start_codon 97049 97051 CDS_22 CDS 97049 97246 CDS_23 CDS 99787 101259 stop_codon_7 stop_codon 101257 101259 gene_8 gene 1 102972 104222 transcript_8 transcript 102972 104222 start_codon_8 start_codon 102972 102974 CDS_24 CDS 102972 104222 stop_codon_8 stop_codon 104220 104222 gene_9 gene 1 104327 107022 transcript_9 transcript 104327 107022 start_codon_9 start_codon 104327 104329 CDS_25 CDS 104327 105688 CDS_26 CDS 106138 107022 stop_codon_9 stop_codon 107020 107022 gene_10 gene 1 109888 111157 transcript_10 transcript 109888 111157 start_codon_10 start_codon 109888 109890 CDS_27 CDS 109888 110094 CDS_28 CDS 110237 110425 CDS_29 CDS 110504 110669 CDS_30 CDS 110751 111157 stop_codon_10 stop_codon 111155 111157 gene_11 gene 1 112460 116107 transcript_11 transcript 112460 116107 start_codon_11 start_codon 112460 112462 CDS_31 CDS 112460 112746 CDS_32 CDS 113695 116107 stop_codon_11 stop_codon 116105 116107 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 1 11772 9587 transcript_12 transcript 11772 9587 stop_codon_12 stop_codon 9589 9587 CDS_33 CDS 9666 9587 CDS_34 CDS 9820 9758 CDS_35 CDS 10027 9910 CDS_36 CDS 11772 11761 start_codon_12 start_codon 11772 11770 gene_13 gene 1 14152 13146 transcript_13 transcript 14152 13146 stop_codon_13 stop_codon 13148 13146 CDS_37 CDS 13367 13146 CDS_38 CDS 13633 13475 CDS_39 CDS 13933 13800 CDS_40 CDS 14152 14047 start_codon_13 start_codon 14152 14150 gene_14 gene 1 37509 35270 transcript_14 transcript 37509 35270 stop_codon_14 stop_codon 35272 35270 CDS_41 CDS 35868 35270 CDS_42 CDS 37509 37407 start_codon_14 start_codon 37509 37507 gene_15 gene 1 47619 40369 transcript_15 transcript 47619 40369 stop_codon_15 stop_codon 40371 40369 CDS_43 CDS 40407 40369 CDS_44 CDS 40898 40824 CDS_45 CDS 41605 41472 CDS_46 CDS 41858 41699 CDS_47 CDS 42530 42450 CDS_48 CDS 42768 42614 CDS_49 CDS 45253 45106 CDS_50 CDS 47619 47608 start_codon_15 start_codon 47619 47617 gene_16 gene 1 82177 75516 transcript_16 transcript 82177 75516 stop_codon_16 stop_codon 75518 75516 CDS_51 CDS 75585 75516 CDS_52 CDS 77436 77309 CDS_53 CDS 78273 78151 CDS_54 CDS 80013 79883 CDS_55 CDS 82177 81967 start_codon_16 start_codon 82177 82175 gene_17 gene 1 88170 86271 transcript_17 transcript 88170 86271 stop_codon_17 stop_codon 86273 86271 CDS_56 CDS 87850 86271 CDS_57 CDS 88170 88074 start_codon_17 start_codon 88170 88168 gene_18 gene 1 120576 117213 transcript_18 transcript 120576 117213 stop_codon_18 stop_codon 117215 117213 CDS_58 CDS 117295 117213 CDS_59 CDS 118133 117997 CDS_60 CDS 118311 118208 CDS_61 CDS 120430 120335 CDS_62 CDS 120576 120517 start_codon_18 start_codon 120576 120574 gene_19 gene 1 126688 123508 transcript_19 transcript 126688 123508 stop_codon_19 stop_codon 123510 123508 CDS_63 CDS 124179 123508 CDS_64 CDS 125123 124830 CDS_65 CDS 125486 125332 CDS_66 CDS 126688 126536 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 136 61139 61495 match_2 match 273 110237 111154 match_3 match 273 110237 111154 match_4 match 258 110237 111154 match_5 match 118 61136 61504 match_6 match 161 110237 111154 match_7 match 169 110237 111154 match_8 match 156 106135 106962 match_9 match 392 104222 105700 match_10 match 123 94998 96437 match_11 match 127 100147 101193 match_12 match 122 94998 96446 match_13 match 617 94992 96446 match_14 match 673 99787 101253 match_15 match 105 97043 97249 match_16 match 105 94709 94909 match_17 match 600 95028 96446 match_18 match 657 99817 101253 match_19 match 428 94998 96425 match_20 match 452 99787 101229 match_21 match 61.6 94709 94909 match_22 match 433 94998 96425 match_23 match 459 99787 101229 match_24 match 61.6 94709 94909 match_25 match 429 94998 96428 match_26 match 453 99787 101229 match_27 match 63.5 94709 94909 match_28 match 118 110237 111142 match_29 match 107 100138 101220 match_30 match 151 110237 111154 match_31 match 593 32643 34016 match_32 match 649 32598 34019 match_33 match 643 32670 34019 match_34 match 135 110237 111154 match_35 match 172 110237 111142 match_36 match 178 110237 111148 match_37 match 112 99778 101220 match_38 match 138 99787 101220 match_39 match 116 94998 96422 match_40 match 23.5 94859 94909 match_41 match 72.0 94709 94909 match_42 match 469 99742 101229 match_43 match 417 94992 96425 match_44 match 407 94992 96425 match_45 match 468 99742 101229 match_46 match 72.4 94709 94909 match_47 match 444 94992 96428 match_48 match 493 99742 101229 match_49 match 77.8 94709 94909 match_50 match 132 61139 61498 match_51 match 335 94992 96425 match_52 match 380 99742 101250 match_53 match 72.4 94709 94909 match_54 match 147 110237 111154 match_55 match 162 110237 111154 match_56 match 427 94992 96425 match_57 match 459 99778 101229 match_58 match 72.4 94709 94909 match_59 match 501 99787 101238 match_60 match 481 94992 96425 match_61 match 103 94709 94909 match_62 match 156 110237 111154 match_63 match 62.8 94709 94909 match_64 match 426 94998 96428 match_65 match 454 99787 101229 match_66 match 608 114131 115495 match_67 match 608 114131 115495 match_68 match 582 94992 96440 match_69 match 628 99787 101238 match_70 match 95.1 94709 94909 match_71 match 186 110237 111142 match_72 match 192 110237 111142 match_73 match 156 110237 111145 match_74 match 152 110237 111154 match_75 match 161 110237 111154 match_76 match 155 110237 111142 match_77 match 148 110237 111154 match_78 match 137 110282 111154 match_79 match 117 110240 111154 match_80 match 176 110237 111154 match_81 match 170 110237 111154 match_82 match 201 110237 111154 match_83 match 187 110237 111145 match_84 match 142 110237 111154 match_85 match 305 110237 111154 match_86 match 168 110237 111142 match_87 match 363 32691 33944 match_88 match 107 100156 101223 match_89 match 62.8 94724 94909 match_90 match 471 94998 96446 match_91 match 530 99787 101247 match_92 match 481 32658 34013 match_93 match 133 99787 101235 match_94 match 126 94992 96425 match_95 match 26.6 94736 94909 match_96 match 129 99787 101220 match_97 match 115 94992 96422 match_98 match 22.3 94826 94909 match_99 match 244 110237 111145 match_100 match 134 110237 111142 match_101 match 165 110237 111154 match_102 match 131 4707 5132 match_103 match 169 8000 8350 match_104 match 116 94992 96416 match_105 match 129 100144 101214 match_106 match 160 110237 111154 match_107 match 160 110237 111154 match_108 match 410 102972 104210 match_109 match 366 106135 107004 match_110 match 718 104216 105685 match_111 match 141 110237 111154 match_112 match 174 110237 111142 match_113 match 132 99778 101226 match_114 match 124 94992 96428 match_115 match 31.6 94751 94909 match_116 match 166 110237 111154 match_117 match 159 110237 111154 match_118 match 34.3 103455 104165 match_119 match 142 106135 106980 match_120 match 350 104222 105700 match_121 match 261 110237 111154 match_122 match 154 110237 111154 match_123 match 147 110237 111142 match_124 match 127 100156 101256 match_125 match 118 95358 96443 match_126 match 501 114464 115945 match_127 match 123 110240 111154 match_128 match 178 110237 111154 match_129 match 138 110237 111154 match_130 match 155 110237 111145 match_131 match 157 110237 111154 match_132 match 155 110237 111142 match_133 match 197 110237 111142 match_134 match 155 110237 111154 match_135 match 160 110237 111154 match_136 match 132 110237 111010 match_137 match 171 110237 111154 match_138 match 627 32688 34019 match_139 match 179 110237 111142 match_140 match 190 110237 111154 match_141 match 278 114137 115501 match_142 match 170 110237 111154 match_143 match 301 110237 111154 match_144 match 430 94992 96425 match_145 match 476 99778 101232 match_146 match 80.1 94709 94909 match_147 match 432 94992 96425 match_148 match 476 99778 101235 match_149 match 80.1 94709 94909 match_150 match 153 110237 111142 match_151 match 168 110237 111142 match_152 match 165 110237 111154 match_153 match 141 110237 111142 match_154 match 114 61139 61498 match_155 match 146 110237 111154 match_156 match 114 100156 101190 match_157 match 105 95358 96395 match_158 match 187 110237 111154 match_159 match 114 110237 110677 match_160 match 140 110237 111142 match_161 match 188 110237 111142 match_162 match 253 61139 61621 match_163 match 684 114128 115927 match_164 match 135 110237 111142 match_165 match 184 110237 111154 match_166 match 152 110237 111142 match_167 match 153 110237 111142 match_168 match 281 114137 115501 match_169 match 124 95358 96392 match_170 match 143 100147 101256 match_171 match 180 110237 111154 match_172 match 167 110237 111154 match_173 match 195 110237 111154 match_174 match 175 110237 111142 match_175 match 145 110237 111154 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_176 match 468 87839 86277 match_177 match 165 35752 35297 match_178 match 629 87839 86274 match_179 match 635 87839 86277 match_180 match 635 87896 86277 match_181 match 507 87854 86277 match_182 match 520 87845 86277 match_183 match 488 87839 86274 match_184 match 70.1 13364 13188 match_185 match 80.5 13934 13800 match_186 match 68.6 14152 14051 match_187 match 95.5 13636 13472 match_188 match 89.7 13367 13188 match_189 match 83.6 13934 13800 match_190 match 102 13636 13475 match_191 match 80.9 14152 14051 match_192 match 89.7 13367 13188 match_193 match 83.6 13934 13800 match_194 match 102 13636 13475 match_195 match 80.9 14152 14051 match_196 match 89.7 13367 13188 match_197 match 83.6 13934 13800 match_198 match 102 13636 13475 match_199 match 80.9 14152 14051 match_200 match 89.7 13367 13188 match_201 match 83.6 13934 13800 match_202 match 99.0 13636 13481 match_203 match 80.9 14152 14051 match_204 match 83.6 13934 13800 match_205 match 80.9 14152 14051 match_206 match 223 124182 123520 match_207 match 223 124182 123520 match_208 match 484 87839 86274 match_209 match 77.4 118132 118001 match_210 match 65.9 118311 118207 match_211 match 81.6 13367 13188 match_212 match 96.7 13636 13475 match_213 match 86.7 13934 13797 match_214 match 75.5 14152 14051 match_215 match 485 87839 86277 match_216 match 227 124173 123511 match_217 match 112 125123 124884 match_218 match 227 124173 123511 match_219 match 112 125123 124884 match_220 match 227 124173 123511 match_221 match 112 125123 124884