C02HBa0059M17.3 GCAGAACTTCAGAAAATGTGCACTCATCTGGATTAACATCTTCTCCTAACATTCGAGAAA ACAAATTGAAAACTTCGTCATTTCTTTTTATCCTTGAAAAACCAGACAGTAATTTATTCC AGCAAGACACATTTCTAATTCCTATTGGCAAATTATCAAATATTTGCGATGCACTCGATA AATCTCCACCAGCAACATAAATATCAAGAAACCTAGCACCAATCCTATAGTCAGCGCCAA ATCCCAATGTCAACAACTTCCCGTGTAGTTTCTTGGCATCTATAATTGACCCTTCACTCA AGCAACTATCTAGTAAGCTTAGATAATAAGTATGATCAAAATACCCTTTGTCCTTCGCTA CCTGCTGATGAACAATAGATGAATAATATTCATTTTCTTCATCTGAACAATCATCAAGAA CCACTGAATTTATACTTGCACAGCTACTAAAACTACAGTTCTTCAATCTAATTTGTTTAC CATATTGAGAACTCCAAATTTCCTGCAAATTAGAGAAGAAAAGAAAAATATTTGGGAACC GAAAAAGTAGCTAACTTGACAAAACAAAACAAAACAAAAAATGATAAAGAAAGAATTTTT CTTTAAAGATTTTACCTTGCGAAGACAATCAGTAGACTTGAAAAGGGATTGAATATTTCT CATCATCTATTTTGCAAAATTCATCTTTTGTAAACCTAATTGAGCTCCAATTTTGTTTTC TCTTCTTCTTTGTGGTATCTAAGCAATGTTTTAAACAACATTTTTTTTTCTTCAACAATT TATAATATAGAACAATCCTTAATCGAAATACACCTTCTAATTACAAACAAGATTTTAAAA AATAAAATCAAAATTCTAAGTTCAAGCTCAGCAGTTAGAAGAAACAAATAGCAGCAATGT ACTCTGAAAACCCTCTTTATTTGCTAAGTTATAAATCCACAAAGAAAAGACACTTCTAAG AAAATTGAAATATTTTCAAAAAGGATGTATGGAGAACACCTAAAACTTACTGTAAATTAT TAATTTAATTAAAAATTTTCAAATTATATTCTAATTAAAAATATTATTATTTAATTTAAT ATATGTCGAATTTGTAATATAATAGTCTTAAATTTTTATAATCTTTCTTCCCGACGAGCC CTTTTTGATTTGGAAAACGGGCATTGCGTTCGGTTCGAAAGGCATGATTTTCAGTATGTG GGCGAGGAGGGATTCGAACCCCCGATACCGTGGTTCGTAGCCACATGCTCTAATTCTCTG AGCTATAGGCCCCACCCCGTCTCCATTGGATATGTTCCCGGGAGTACCCTCAAAAAAAGG AACCTTGAGAAAAAACATAAAATCATCTCTAAAATTATCCGATATTTGCATAAGAAAAGC TAAAGAAAGTGTTGGAAAACTTTGTACACTTAACGAAAATTTAAAATTTTATTTATATCG TAACACTGAAAATTTTAAATTAATAAATTAAATAAATAAATATATTTAAAATTAGTTAAG AATCAAACTAATAGTTCAGTCGAATTTCAAAGTATTCATAGTATTTCTCTATTTTCTGCT AGTGTACGAAAATGCCTTTTCTATGTTAAACTTCAGTTAAAAACGAAATATTTCCTAATA GAGGAGTATATAAAATGTTTAAAATAAGGAGGAAAAAAATATAAATTGGCTGAGCACGTG CTGAGAACACGTGAGAGACTCTGCCGATTTCAACCGTCGGAAATCAATCCGTTGCTCCGG ACGATGGATCTCCTCCGGTGCTCCGGCGTTCGGTTTCCTGTGACTCCTCTCCTACGTCCA TTTCGTACGGAAATTCGCCCATGCTTCGCCGCTGTGAGGTCTGTCACAGCTGATAACTCT CTGCGCCGTTGCTAAAAATTCACTTTCCTTAACCGATTCTAAATTCTTACTCTTTCTGCG TTTGCAGGTCGAGTTTGAGTCTTCCATTCCCCGAGCAGAAAGCCAAATATTATAGAGAGC TGGAAGCTGCTGTTGATGTTGTCGAGCGAGCTTGCCGTCTCTGCGTTGATGTAAATTTCT TTTATTTAGCTCGCTACTTATATCGATTACTTGTTATTGAAATTGAATGAGTCTGAATAG AAGGAATCGCTACATAGGCAACATACAGTGTGTTTGGTTGATTGATTGTGTTAACTTATT ATTTTTAGGTGCATTTGGTTAATAGATGTTAGTCAATTTAGTGTATTTTCTGAAAAGAAC TAGTTTTTCTATGAATTGACGGAACATCGTGCTAATTTTATTGTAATTCCATAGAACACA TATGTGGAAAGACTGGTGGCATTTGTAATAAGGAACTTCCTCTCTGCTATGATACAATCT GTATAATTTGATTTAGTACATGGAATTTTTGGTATGTGAAGTGTTCTACAGTGTACTCAA TGCTTAAGTTCATAGATTTTGAAGACAAAAGATATTAGCTTTTCTAAGAGTTGATTGGGG GTGGGGGTGGGTCAGCAGCCTGTCAAGTTTTGTTGAAAGTAAAGTTCGGCTTCTTGTTTT CTCATTTTCTTTTTGATGTTGCTAGGTGAAGAGTTTGCTGTTCTCCGATGATGATAAGAT TCTTGAGAAAAATGACCAAACCCCAGTCACTATTGCAGACTTCGGGGTGCAGGCTTTGGT CAGCTTGGGTGATCCATTTTTATTTTCTTGAATTCTTTATCATCTTCGTGATTAGTTGAT TTAGAAGTGAGATCAGTTTTCAACAACATTTTGTAAAATTGGAAGGAGAATAGACAACAA GCATGTTGGAGGTCTTATTTGTCTCACCACATATTTTTTCCTCTAGTAAGAATGTTTTTC AACCTATTTATAGTTCTCAAGTTGCTTTCTGCTTCATAGAGTAAATATGGTAGGATGCAT TGATACTGTAAGATGAAGGTGGCAGGATGAGTATTATTTCGTAAGTGAACTTCCGTTACA TTGCTGCAATTGATTTCTTCATGACATGCATTTTTCTTGTTACATGAAAATGTACCTAAT GAACCATCAAATAATTTAAGAATGGTCAATCATGACAGATTGTTTTATTTCCCTTCTGAC ACTCTTGATTATCCTCTTAGCACAGAGCTGAATCGTTTCTTTACTCTATCACTTCCTTCT CTGATAGAGATGAACAGACTCTTCCCGTCCATTCCTTTGGTGGCTGAAGAGGACTCATCA TTCTTGCGGTCAACTAATCTAGTAGGAGCAGTAGTTGATGTGGTCGCTAATAAAGCAACC TTTAGAGACGAAGTAACCGAAGATAGTGTCTTGAAAGCAATTGACAGAGGAGGCAAGGAT GCTTATAATTTTGGGCCTAACCCAGCCACGTACTGGGTAAGTTGAGTTTGACTCATGAGT AATATTCACTAATTTTCATGGTAAACTCTATCCAATCTTTAAAACCTTTACATAAAGAAG GAATTCCTGTGAAAGGAAATAATAGAATTTTCAATTCCACTTTGGGGGATAGACCTCTTG TCACACAGCTTTCATAAATTTCATCGATCTGGTACAGGTGCTGGATCCCATTGACGGGAC ACGAGGGTTTGTTAAAGGTGTTGAAGCTCTCTATGTGGTATGTCTTGAATCTATATTTTT CTCTTATTATTCTTTGTTTCTTGTCGTCTTTTGTTTTCCCTTTTCTTCTTTCTAAACCAG CATAAAAGGAAGAAGGAAAGATTGTCACTAGTATAGGTATTCTAATTATGAAATACCATT AGCAGTAGCTAGTAAAGAGGTAGCTTATCCATGTATTGATTTTTGTGTAAGTTATACAAC ATTTGGTAGTTAGTTAGGAATTAAGTTAATCATGTATAAAATTAATACAATGTTTGGTTT TCAATTTAGAAATCCACATAACTATACAGGCACAAGTTATGAGGGAATTGATGTATTATT TTATGTGGGGTAGAAGATGGAACAGTTAATACCTGCATAACTTATACTTGGTAACTTATA CCCACATAAGTGCATAACTAATACCTGCATAATTTTAATCAGCTTTTAGTGCCCAAGCTA ACCATCTCGGAGGAACTTTAGTAAGGAGAACAGATTACATGTGAAGTTGTTTTCCATGAC TATGTCCAAAGATAGCAAGTATTAGTTGTTTAATTGATTGGTTTTAGTTCAAAACAAGGA CAGATGCCAAATAAGCTCTCTATGGCTTCTCACCACATAAGTAACCTCCACAGCTCAAAT GAAAGCCTCTTTTGTGAAGGTTTTCATGTGTCAAACAGGTCTTCTCAGTAACGAAGCATA CCTTCCTTGTAGGAAGCTTTCATTTTCCAATTGCCTCCACGGTCATGAATTACCCAGTTT ACCACCAGTTTTTCGAGACGAGTGGCAGGAATTAACTGTGAAACATCCCTTATTAAGAGC TTTCTAATACATTTTATCCTGACAATGAGCTAAGTTTTGAAAGGATTCCAAGGCTTTCAA AAATTTAGCAAATCTGCCCATCTTCCAATCATTCATATGTCTTCTGAAACTGAGATTCCA TCCATCTTGCCCTGTATTACTGAACAAAGTGGTGTCAGATAACAAAATTAGTCCTAATAA ATTAGGAAACTGCTCTTTCAATGGACCATTCCTAATCTATTTACTACTATGAAAAGCAAT CTTCCTGCCATCACCCACTTTGAAACCAATATTACTCAGAAAAACTCGACCATAAAGCTC TAACATTTTTCCTAACTCCCACATCATAAGGAGCAGGCACCACCTTTGAATATCAATGTC CTTTAGAGACACGTTTTTCATCAGTTACCTATTGCTATAAGACATGTTGTTCTGAACAAA ATCACCACAGCATTTCATCATTAAACTGTTGTTAAGTTGCCTCAAGTTTCTAATGCCCGG ACTATTCTCTTTCTTGCAAGCAGTCTGTCACGCTCCAAGACTGAGGTGGGACGTGATTGA CACCTGACTCTAACTCCTTGTCTGGTGAACCCAGTACCCAATTCCTAACTGTCTGGTCAT GGAGCATCACTGAATCTGAATTAGGTACTTTTTTTTTATAACCTTGGTGTCCGGGAATTA TGTACTGATTTTTCCTAGTTTGTTACCCACAAAGGCTACTTTTCACTTAAGAGGGAATAA TCCTAAAAAATACAGATTATTTACTGGTATTATCCTCGTCACCTTAAGGTTCTGATGTAT TCTTCTATACTTCAACTATTTTTAGTAGCTTACTAATTTTCAATCAAATTACTCTATAGT ATGGGTGGTATTAGTTCCATTGCTTTCAATAATTTCTCCCTACTCATCAAAAGGGAAAGA ATTCATATCAATTGGTGAAGGATGCGAGGAATGATTTTATAAGGGTGAAACCTTTATATT GGTATTACAGTGGAAAGCACTCGTATCAGGCCTCTCTTTTTGTCTCCCCTCATCCTCTTT GTTTTGTTCTTTTTTCCTGACAACACGTTTCAGGTTAAAGTATTAATATTTCTCCAAAAA GAAGTCTTCGTAACTAAAGAGTCTCCGACGTTATATACATAGCTTTCCATCATAGCATGT TCTTTTAGGATTTGTGAACTGATTGAATTGAGATTATACCTCTTGCCATTTCTTTTACTT ATTTGGTTAGGTTTTATTGTTAGGTGGCTTTGGCTCTTGTGGTTGAAGGACAGATTGTTT TGGGAGTTATGGGGTGCCCTAACTGGGATGAAGACTATTTTGTTATATGTGTCACCGGTG TTCAAGAAACTGGAAACAATTTCTCCAGATCTGGGATGATTATGGTTTCTCACGTGGGTT GTGGAACGTGGAAACAAAGGTTGTCACACAAGTTAACCATCGAGTTGTCTCAAAGTTGGA CAAGATGCTCCGTCGATGGATGCCAAGTACTTAAGGAGGCACGTTTTTGTACACCAGAAA GTCAGAAGTGGGAGTCTTTTCCTCTATCATCCTCATTTAATGCAAAAACAGACTCTGAAA AAATAGGGAAAGGAGACATCCTTCTTGTTCCTGCATGCTGTGGAAGGTGATGTCTTCTTG TCAAAGATAATTCTCAGGCATTATTTTAGTAAGATTGGTGCTTTGACGTTAGATGTGTGA TGAACAACTGTCTCTTGCCTACAATTGACATTTAAATAATGTTTTCAAACTAGATAGGCC TCCAAAAATGTGGATGCATTTTGATATAGGAGTAGACAATTAAATGAAAATTGTGATAGT GATCCTTATTAGAAAATAAGGGTTCAATAAATGTAGAGCTGAGGAAGAAAATTAATATAG ATGAATGAACTTATTAAAGCATTTTCAGTTTGAATGCTGGTCACAAGCACACTTAAAAGT AGTTAAACATGCGATAAAACTGGTTTACATATGGCTGGCATACATGTTGGAAACCCATTT GTGATTTCTGATATGATCTGAGCTGATGATATAATCTGAGCATAATACGACACTCTATTA TCACTGATCTTATACATACACATGCAGTGAATATCTTAATAATTATATCTTTGTAAAACA AATTGTATTTGTTCATGATCATCAAATTGTCTGAATCACAGATGTGAAGGGTAATATCTG GGCGAGTATTCTCCACCACCCGATTTTATCCTCTGATCTTTGTATTTCTCTGTTTCAGGA ACTTAGAAAAAAAAAGAACTTTTTTCCTTGATTTCAGGATTTCTTATTTGTGTCTCTAAC TGTTAAGCTTTCCCCACCAAAATTGCTGCAACTATAGAGATACTAGTGCTGGTAGGCATC TTTCAGATACTTATTTCATTGTGTACAATGGGTTTTCTTCAAAAGTCATGTTCACTAGAA TAATATTCTGGAGGAGGGGGACTCTATGCGATATTTTAGTGTCTGCTATTCTTCAATGTC AGTCCACATATCTGAAACTATTTGAGTAGAGTTCATAATACCTGAAACTATTTGATCAGG ATATTGATTAAATTAGTTGTCTTCGAGTTACTTATATAACATCAGATTCTTGTTATACTT GAAAAAGCTTATAATCCACAGTTCGTTACTTGACTTCTTTGACCACACATTATTTCAGTT ATTGAAATCCATCTAAGATGATTATATTTGTCATTGATCTGCTTGATTAGTCTTGTGAAG CACCACAAAACACCAACACACCCTTCTTCTGTGTAGGAAATTTGTTTTTTAGCAGTATTT TGTTATTAGCTTATGTGGAATTATCATTATCTAATTCATTTTCGACAGAGGTTCATGAAT TACCTCCAGTAGAGATTGAGGGACACTATTTTTACATTACCTCTGGACAGAATCACAATG GTCACATTTATGTATATTTTTTCGTGATGCTCTAAATTAGACTCCATTGGATGAATTGTT CAATTGTGAATTTACCACATTGTCTTCCGACTCTCCTTTTAGGGTTAGAAACTAGTTATG TTGTCGTGTTTCTTTGATGGTTTTTCCACATTCTTTTAATGCAATTTTCTTCTGCTCCAC AGTTTGTGCAAATATATGATGGTGGCTTCTGGTAGAGCGTCAGTTTTTCTTCTTCGTGCA ACAACCAGAAAAGTTATGAAGGTAATTTTTTAATTTCACATTATAGATAACTGCAATCAA GTGAGCTTGTGCCTCATGTCATTAAAGTTGTAGACTTGTGATCCTTTAGTGAAGCCCCTT GTAGTTAAGATGTTTTATGGCGCTAGCACAAATTTTACCCTGGCTAAGTTTCTACAAACA ATAAGAGTTAAATTGTATGTTATTCTAGGAGTCTGTTGATCTTGTTAGAGATTTATACAA GACTAAAAATAAGAATTCTAGTAGTAGAAAAACTGTTCTTATAAATATTGAATTGAGACG GGTTATATGGAACGCCACGGAAAGTACTAATTCTTATAGCCAACCCCAACTAGCTTGTGA TTGAGCCATGTTTGTTGTAATAAAAGTGTAATTAGTGCAGACTTTCTTGAGATTACTAGT GGAGTTACATTGGTCATGCTTTTCAATTCTATGAACACGAGGAATATAGGATACTACAAA CTTTCTTGAGATTATGAGAAAGACATACTAATTTGGGTTTATAGTCCGTGGTCCAAACTT ATTTGCAGAAACAAGCCTTCTGAGGTTTCCATAACAACTTCATAACAGATTGTTTTATAT ATATATATATATATACATATATATATATATATATATTTGAATTACAGATTGATAAAAAAT GCATTTATGCTATCACATTTGAATAACAATATACTTTAATTATCGGCACTGGAGAGCAAA ATTAAATGAAAATAATTTCATGGAAATTTGATTATTTTGTCATAAAGTTGTTTCTTTCTT CCTTTGTTGGTCACTTCAAGTTGACTGGATTTACTCAATCATCATCTATTGATGCCACAA AATCTATGTGTTAGCATATTCTTTCTTTTGAATGTTCAACATTCTGATAAAAATATATGA CTCAACTGAAGAAAATCTCTGGCTATGCCCCTGCTTGGGACCATGCTGTTGGAATCATAT GTGTTCATGAAGCCGGGGGAAAGGTATGTGTCTTCCTATTGGTATTCCTTTATGTGTCTA TGCATCTCTCTGATGGGCTATTCTTTTCTGCATACGCATATATCTTTAGTTCTCTGCTAA TAATTTCCATTTATAACCAGCTATTGGAGAAAACAGAACAGTTGGTATAATATTTAGTAA ACCTACATAAAACTTAAGTAATCCTAACAAAACTACCTTTTTATTTGTGTAACTCGAGAT GTAGGCGTCGTCTTTTTCTGTTATTGAAGCCAATTCGCATGCAGGTTCTTGATCAAGGTA GAATGGATATAGATGAGAACTTGAGAATTGGTTGGGAGGCGAAATTTTTTCACACCACAG AGCATAACTCCTGCGGTTTGCTTTAAAGAAAACAGTTTCCCAAATCATTAAGGCCCATTT ATTCTTAATCTGTTGGAGATAATTATTTCCATCTCTAATAGGCACAAAATATTAGAAGTA TAAGTAACAAGGCAGGTTACTTTAGCTTTCTCATGGTGATGTAATCATGTCTCACAAATG AAAGAGTAGATCGAAATAAATGTTGAGCATTTCTCTTAAAACATCTGTGAACTGCAGGCA GATTAAAACAAAATGATATTTCTACCTCTTTGTGATAAGGAAAATGGACTTACAGAACAC TTGAAGGAGGGGGACAGAAAACAAACCTCCTTGTCATAACTAAGTTGGATATTCCAACTC TTTACAAGGGAAGTTGACAAACTAAAAGCTGATAAAAATATAATAAGTTGGAGGTATGGA CTAGAAGCAAAAAAAGATCTCCAACCTTTACTAAAGAAAATAAAGTCTAGACTATTGTCA TCAAAGATGAAAAGAGTTGGATCCCCTGATTCTGAAGCTAACAAAGATGGACTTAAGAGG GAGATTGTACACACAGCCAGACTCAGAACTGGACATCTGGGGCGTGAGCAATATAAGATG GGGGTTAACATTAAGTAAACAAAGAATTAGTATTAGTGATGGTTCTGACTGTGATACCAT TATAAGAAAATGGATTTTGGCACAACTCCATTAGCTGAGGATTCCCCATATAACGAGACA ATTGATCCCATCACCGACCAGTTTAGGAGATTAAACACTTCGGATCTTTATTTACATGAT GATGAATATGTGCTACCTCCTTAAAATTCTCTTTTGTCAATCAGATGTAGATTCAATTAT AGCCCCAGAGAAGCAACAACTGCATAAAATACCATACCTCTATTATTATTTTCGTTCTTT AGATGACCCATCGTAGACTATTATCACTATCAAGCTTTTCCCTGATTGTGTTACTAAGGG GGGATGTATCCTGTTTGCGACCTTGTTCATTTGGCACATTAGGATGTAAAGCCACTAAGC TAGGGAAATCTTTTGAGCGCTAGCTTTGATTTCCTTGCTTGATTCTTCTCAATTTAAAGG CTTTCTATTTATCCTTTACCTTTCTACTTGAGGGAAAATGCGTAGACTATACATCAATTA ACATGAATCTTTTTCTTGAAGCGTTCTTTCTATCATAAAAATAAACGAGTCTGACTTGCT ATTATCCTAGTTAATCAGCATGCATGTAAATTCTTTTCAGGTGACTGACTGGGAAGGAAG TTCAATTGATTTTGCAGCAGATCAAGTTGCAAGGAGAACTATATTTCCATCTGGTGGCTT TCTTGTGACGAATTATATCTTACATAATCAGATACTTGGACTCATCTCTTCAAATCCATC AATCAATTGACGGCTCAGGTGTTTCTGGTGACAAATTATACCTCTAATTCTTTTTGTCAA TCTGTATTTTTTATAATAACCCTGATGTCCGGGCCATTGAACAGTATATTTGCCATTGTT TCTTAGCATACTTGTATTCTTTGGGCCTCATTGGCTAACTCTTCGACTTCCACTTAAACA TCCTTCAAGTATGGGATCTTCATGGAGAAGGATTCATTTATTATATTCAAGGAATAGATA TTACTTAAGAACTGGACTTTCATGTATAACCCAAGCATTGTAACTCATTATTATCTATCA GGATCCGAAAAGGTCATTTTCTTCTATTTATTTTCCTCAACAAACAACATTGTCAATTAT CATTTAAAAATATTGCACAAAAATATCGCCGCGTTTTATCCAGAATTCTTGGTCTCTCTG CTTGCATGCATATATTAGAGATGCCTAAACTTGAAACCAAGCATCTAGTTTCTGCACATA TTTGGTCCTCAAGCATCTTTTTAAGTTGTTATCTTTGATGTTGTAAGGTGCAATGACTTT AATGAAGCTGATACGTCTTTAGTTATAGTCTTATATTCTAATAAGACTCTAATTCTAATA AATTAAAGGGCATTATTGCATGAGCGTGCATTTTTTTTAAATGATTGTGATCCCATTCTC AATTTTTGTACACTTAGACTAATTTTATGAGATATTTATTATCTTTTACTAACAACAGAT ACTAGGTAAACTCTATTCGGCTAAGACAAATGGGAATGCATGAGCGTGCATTTCTAAGCT CATTTTCTCCAAATTCATTCAATCGACTCCAGAGGTTAAGATTCTGTTAATATTGAGATT TATACACTCATAAAATAATTATTTTCACTTTCGTGCCTGGCCAATTAGACCCAATCCATT TGACAATATTTTATCCTTCATGAGACAACAACACTGTTTGTGGTTCATGTTTCTTGCATT GAAAGCGCCCTAAATATTATCATCATTACTATTATTATGGACTACTTAGTCACCATGTGT CATCAAATTATTGCCTCTTCAGATGGAAATTCTACTTATGATCATTTTATATTATTCGTC ATATATAATTCGTAGGATCATTCCAGAAATGTCAACTGTTCTTTGAAGTAATCCACGTAT ACCCAATTAAAATGGCAAGAAACTGGTAAATTAAGCATTTAGAGGGCCCTATTACTTAGA ATGATCTCGAATTTTCATGAATGCCAGTTGTAGTCCTTTAAAAAATATTTAATTAATTAA TTCAAAGTTCTAAGCATCCCAATATAGTATTATTCACCAATTATGTGCTCTCGTCTACAT AGATTATGTGGTTATTGAGTAAAATATTATGTGCATGGCTCTGCTTAAAATATTTCTGTC ACTCTATTGGTACACCACACACATATCTGGCTTAAATAATAAGCTACTCCTTCGGTCCTA TTTTTATTCGATATTATTTAACTTGACATGATGAGATAATTTTTAAACTTTGAGATCTAA AATAATTTTAAATATCTTTGTAATTGTAAATTATTTTAAAAGTTAACTTGTTTTGATAAT ACACAGAATAGTTGTCCACAGAAAAGGAAAAAAAAAACATATTTTAAATTTGATGGTAAA TTCTTCGTAAAGTGCATACGTTTGCTGGTCAATTTAAAATGTAGACAACAAATGTATTTT TAGCCAACACTAACTTTTGGACAAGAAGTTAATGATCCAAGTATTGATATATGTGAGCAG TAGTTAAATTAATTTTATGATCTACTCTATTATATACGTGGACACATTTGAGGGTGTGAG AGACTATGCCTTCGTTGATTAATTAAGTGCTACTAATTGTACTTATTTGCATAATCAGCA ATCTAGACTTAATTTTATAATTCAAAAATCCTTTGATGACACCAAAATCTGCGACATTAG CCTAAGATTGTGCCTACTGTAATGTTATTAATAAAATATTAGTACTTAGTAGGTTGTTAA TATAATCTACTTGGTTAATTCTATACATCACATATTTTTCAATTTCTAGTTGTATAAAGT ATTTCCTTTTTAATTGTAATAAATTGCCTATTTTCTTCTCTTAAGTCAATAATTTAAGTT AGATCCTACTTTTGTGATTAAAAACTTATTCGATATATAAATAATTTTTTCAAAACTCAC TAATATATATATATATATATATGTATTTTATAATAAAATTAAAATTCTTCCTCCGATTTT ATTATGGAATTGAGGCGGAATAGGGTTGAGTCTCGCATTGGAAAGGAAGGGATAGAAAAT CTCAGTGCATCCATAAAATAATGTTTGGTCTAATATGATTAGTTTACCAAAAATTATTGT AATGATTGGTTTAAATTAAGGATAAATTAATATAGATGGATATGGAATTATGTGAGGCAG ATAAAAATGGAACAAAAGGGAAGATATGTGATGTGTATGTGTGTGTATATATATATATAT TCCTATATTGCATGGTTATTGAGTAAAATATTGTTATATGCATGGCCTGATTGAAATGAT AGTGTCACTCTCTTGGTACACCATACAAATATAATGTTTTTTTTTTTATAATAAGGTGGA ATTTCTTAAAATAGTAACAAAAAAGTGCCATCCACAAGCACTTTAATTTGGTCCTTCTTC CACAAATAGCCAACAAATCCTATAATAAAATAGATTTAATTTCGAAGATGAATATTATTA TCCAGGGTTAGTTAATATATTGAAGGGTTTGTTGGAAAATTGAACAGCTCACCATAACAT GAGACTTATTTAAACTACAATATATGGTTCACGAAAGAGTATATAATAGTTGACTATGAT TCAATTATTATTATTATATGGAAATTTATAAATTTCTTGAATCCGTTTAGGTATCGCAGT AAAATACACATCTCCATTTTTCGATAGAATCCACCTAAATAATTGGACGCGTACTACCTA ATTTGAGTATTTGCATGAAACTAAGCATTAGTTTGTTAAATTAACTACCAAACCTACTCT CTATAATTATCACAAGTAACTTCCTGTTTTAGTATGTTTGATTTCAACATATTCATAATT TATTTTCTCAAGATCGTATGATTTTCTTGAGAATATATATTACATGTATCTTCTTGAATC GTTGAAACGAAGGTTCTTTTACAATTTGCAAGACATAAGTCGTAAATAATGTTTAACTTA ATAAGAAGTAATTAGGATGTAACCATCTGTTAATTAAATGTCAAACTTGCTCTATAATTA CTTTATAATCTGGACAAGTGGTTGCCGATCTGAGGATTATGTGTTCCTTAATTAAGTGCT AATTGTACTAGCCCGCACAATCAGCATGCTAAACACAATTTAATAATCTAGAAGTACCTC CACGTACAACACCAAAATCTGAAAATACTAGCCAAAAATATTGGGTTGAACACTTTCAAT GTGATTTATGTACACCATTCAGTATCTCTGATTAAGATATATTATGTATTTAAATAAAAA ATATTAATGCAAAGTAGAATAATTTTTTATATACAAGGGATCGTTTGGTTGGTATATTAT CATAACTAATCACAACATTAAAATCTCAATAAAATAATGTATTTGCATATCGCGTAAGTT CATTTTAACTCAATATATTAAACGAAAAAAAATATATGCCTAATAATTCAGTAAAATCAT AATAAATAATACTATTTTATATATATACACACTCATAACTTTAAAAAAACAATAAAATTA ATTAATTATAACTAGTAAATTTTAAGAATCGAATCTATAAAACTTAAATTTTGACTTTTA TCTTCGAAATTACATAGTAAAAGTAGCCAAACAATTTCTAATTAAGGAGTGAGAAGGGGA CACAAGCAAGTAGAAGCTAGAATTTTATTTTTTTTGGGGGGGGTCAAAATGAACAGCTTG CATAGGAAATGAACAGGGCAAATCATACTGGATATTAAAATAAGATTTGACCTAAATCTT AATATAGGGGCTATATGTTAACTTATTTGAGACACAGATAAAGTTGTTTTATTTAATTTA TTATGAACTTTCCTATTTCACATGAAATAAATATTACCTTTCCACGTCTAAAAATAATAA CATCATCAATATATAGTAGGCGCCCGACTTCTTGTGATTCAAATCAAAATATTACTAACT AAAATCTATAATCCTTTACACCACAGCACGTGTCTCAATCTTACAACTTTTGCCAAATCT CTTATGTCCTTTTTCTTCCCATTTAATAGACCTCGTCCTTTAAATATGGTGTAAAAATTA AAAAAATTATCGTTTCTATCAAGCTCATAATTTCTTAAATTTTTCTGGATTTACAGAATA AAAACATAATTTCAAACCAAATCTTACGATTTCTCTTGCAGTGATTTATAGTTATGTTGC ATTTGCATCCAAAAGGTGTGGTCGGTTAAACAATTGAGATTCATGATCTCATATACAAAT TTTTTTTCATCTGTTCGAACTTTGATAATCAAGTTATATAGTATGTTATTGGTAGAAGAT ATTAACAGATATTCATAAAATTAATTAAGATATGCAAAGTTGACGGAATATCACTTGGAT AACGAAACAAATTAAAATTAGTATAATAACTCTAAATGCTTTTAAAATATAATATTAACA AGAAGGAGAAAGTATCGAAATTTTAAATCTATGAACTCTCACATCATAAAACGTGTATAT GAGATTGATTTGTCACAATCTTGATTTCTTGGCTTGTGGTCCTAACTATGAAGAGGCTAA GGTATTGCAGGAGGACACGTATTAGGTCTCTAGCTTTTCTAAAACAATTATTAATTAAAA TGATTTATTAGTTAAAAAATAACTACAATAGCGTCACATTTATATATTTATAAATAATTT TGAAACAATGACGTGGTGTTGATTAATCGGATTGGATTATACATAGATAATACTAGCCTA CAAAGCCATGATATTTTTAATTTATTTTTTTCCACTTTTGTGCTTTATCAGAATTCAGAA ACGACTGAAGTAGTTTATTTATTTCCACATATTGATTAAGTTTGTCTAATAAATAATCCA GCCACATTTCAAGCAGATATTATTAGCTTCAAGCCGTCGATCGCTTATCAATAGTAATAT ATATATACATATAAAGGGTTCAAAATTTGTACAAATAGACGTATGAAAGTTCGACAGTTA ATATATATATATATATATATATATATATAATTATTTTAATTATATATAAATAATATAATA TCCATCGAATGGGGTTTGAAAAAGTATTTTCATGCCCTAGTCATCAGTCAATTTGTTAAG GGTTCACAAATTAATATACGTATATATATTTTTTTAATTTTCAAATACAAATACAGAGTC TAAAAAAAATTAGTAAATTTGTCTAAAGCTATGAACCCCCAACTGGCTCCGCCTCTCTTT GTATATATCAAAATCCTAGGGCCCGATCACTATCTACGATCAGGAAGGTAAAGGAGAGAA AATTTTATTTAAAGTAAGACGTCGAAGATGAGTTAATTTACTGGAATTAACGTTAAGACT TTTATATATGTGAAGAAGAAAAATTTGAAATATTATGATTGATATCTCGAGAATGTGGTC TACTTAAGAATGTAATTAGGATAGCTAATTATTGGTATTTGGTATAGTGCACTCACAGTT TTATGCTACTTTGGATAGTTGAGTCTCTTTTCAACTATACAAAGTCAAAAAACTTGAAAT CCAATTAGCATTTTGCTTCATTTCAAAATTGATTTAATTAATTTCAATGTAACGTGAAAA ATAAATTGACTTCTTTTAATTTTAAAACAATACTGAGGGTACTTCATATTTCTATGAACA TTAATTAACACAAATTATCTGCCATCACTTAATTAGGCTCTATTTTTATTAATAATTAAC CTTATTTTTTTTATGTAGGGGTTTTGGGATGAAAATTGAAAATAACGGATTAATGTGAAT CCTATTAATTTAAACATGTCGAATTAGTTTTCTCATACGAAAAAGATCAACTATTAATTT GGGTTAAGCGAGTACACATTTATTCGGGTAAAAAGGAGGAGGAAAAGAAAAGAATCAAAA GAGTATAATTTTATTGAAGTATGAGATTATGCTAATATAATGCAAATCATTGTAAAAAAT TAATCTTTGTAAGTCTTCTATGAAATAAAAGGAGGAAAACTGTGAATATGATCCAGACAT GCGAAAATGAGGTGTGTTGATGCATCAATAAGGACGTGTAACAGGTTTGCTATAATAAAT TTTTAAAGAGATAAAAATAAATCGAAAAAGAATTTGAGAATATAATTAAACACAATATAA CATATTTTTCGACTTATTATGGAAATGGTCGAGGATTTGTGTATAACAAGGTAGGGAGGT CGAGGATTTGTGGGAGAGGCAGAGGGCTAGTTTCTTCTTCTCATCTTTATTTTATTTAGT ATTCATATACGTATTTTAATTTTCTTTTTTACTATCACATGTTATTTTATTTGCTTTATT TATGTTTTTTTTTTAATGTGGTTATTGGGCTTTCAGTACACTTCTTTTAGTTAAGGTCCT ATCTCTAGAAAAAAAATGTAAGATCCGTGTATAATTTATTTTAATTTTCTCAAATAAAAC TTGTTAAATTACACTATATAACATTATAAGAAAAATAACTTTTAGCGATATTAAATATTG ACACTAATAAAGAGTACTAAAAATTTTACCGACATTAGTTAAGTGCAATTAGAACCAATA TCGTTAAAGGCTTTAGGGACATATACAAAGAGTGACAATTGTCACTAAAAATACATATTT AATGATAGTTAAAAATTAAATATCGCTAATGATCATTTTTATTGTATTGTAAATTACCAC CAGAAAAACAGTGAATAAGTTATCCATCCTATCGAATTTATTATGAGCCACGACGAAAAA ACAAGTTAGTCTAATTTTATGTGTTGAAAAATAGGCACTAAATGGAAGAAAATTTACATT TAGAAGTGTGGACAGCTATATAAATGACATAAAGTAAGGTTCCAATTAAAGACTAATTGA TTAGGCTTGGTAACATGTTCTTGCTGCACACCATTTATATTTTATACCACAGTGCAAGTC ATTTTCTGTACTGAACTTTGTTTCCATGTTTGACTATAATAAGTACTGCATTGTCTTCTC TTCAATGCTAGTTCAGTAGCATTTCTTATGATGATAAGTTTTGAAATTTGCAATGATTGA TTCACTTCTTACTAATCTGCTCATTATTTCAATGAAATTAACATAAAGTCAAATATTCAT TGTTTTAATTGATCGATAAAAAGAAAGAATTAAAAATTGCGTTGTAAATTAAATCATAGA TATATATAGATCGATGTGGCCTATGAATTATACCTTTAAGACTTTTAACGACAAAATGAG AATTCTGAAAAAGTATTTTAAATTTTTTTGAGACAAACTTGTACAACGTAAGTTATTTTC CTAGCCAACCTCCACCCCATCCCCGGGGCCAGGGGTGGACCTATGTTGGGTCCAGGGTGT TCACCCGAACACCCTCGGCAAAAAAATATCAGATATATATAAGGAAATTTTCTATATTTC TGTAGATTCATATATTTTGAACACCCTCAATAACAAATAAAAATAGATGATTCAATGGTA AGACTCCTAAATATAAGCTGCATGCCAAAAGTGTTGTTTTAAACCCAAAAAAATAAAAAG GCTCATTTCGAAAAACTTATTTACACGTTTATATTTTTATTTTACAAACCTCCTGAACGA AAATGTTGAATCCACCACTGCCCGAGTCTCACGACCTACTAGTGATAGAGTAGGTTATTT TTCCAGCCAAACCCTCCCACACCCTAGGTTCATGAGCAATAAGTGATGGCTTTTTGAAAA AAGTAAAAGCGAGTATGTTATTTTGAACTTCTTTTCTAAAATATATTCTCTACACATTTT TATAGTGTAAAGTTAAAACTCAACTTAATTAGATCAACCCTCCCTATTTTATTCATTAAA TATCCAATATTTCCACGGTGGTGATAAACTATTCTCAAAATTAAGATCATGAATTTAAAG AATATTATTATAATTTTACATATAAATGCTATGATATATTTAAAACAATAAATTTAGAAA AATTATTCTTTTAATGTTAAATTCCTTGTTCATAATTAGAGAAACTACGCCATATAAAAA TAAATCATATTTTGGCAATCTTCAATCTTATTTCCCCCTTTTTTTTGCCCCCAAACTGCC CATAAAAGTGGCAAATACTGTAAAATCTGAATTAATGGGAGAAAGAGATCCAATGACATG GCCTAATGATTAATAAAATATATCCAAATTAAAATTATAAAATTTCTAAGTTTAAATTTT CAAACTTTTACAAAATATTTAGATAATATTTTCTCTGTTCTGATTTTCATGGACAAATAA ATCCCCTAGAGATTAGAATTATGTCGACGGTTATTATTAGACTCAAGCCAACAAGCAAAT GGAGCACAAACATGAGCCGGCTTTGAAACAAAGCCATGCAAGAACGTGAATTCATGTTAT TAAGTATAAATATACTCAACTAAGTACAACTAAAACATGTACTTGCAGCGAAACCAAAAG TTTATACAAGGGAATTTTTAAAAAATATATTCCCTTCTTTTAATTTTGTGTTGGAGAATT ATATTCTTATTAACAAGCGGAGAGTTCAGATAGTCAACCAACTACACTACTAAGATTTCT CATTTATATAGTTTGACTTGACATAATTTTTTCAAAAAAGAAAGATTTTTGAAATTTATA ATCTGACACATTCCTCGACCATTAGTGTGACTGTGAATTATTTTATCAAAAATAAAAATG AAAATATGAAGGTAATTTTTTTCAGCTATTTAAAATGAATTAAATAGAATAGTGTATCGT ATAAATTGAGACATGCGATAATTGAGATTACTTTGATTGTCTACATTATTGTATTTTTAT TATATAAGAAGTCAGAATACAAATTAAAAATAAAAATAAAAATTATGAAGGGTAAAAATG TAAATTTACTTTAATATACTGCACCCCCCCCCCCCCACTATTTTGGTTTTGTTTTGGGGC TGGATGTATATGTATAGAGATGGTTGAATTCACACTTTTTGCTGAAAAGAGAATGGACAC GTTGCTATACTTATAAACAGAGGACGGCCACCGAATCCCTTTGACTTCTTCCTTTTTTTC TATATATATATATATAACCCCTCTCATTAATATTTTCATCAAATACGGACTTTTGCACTT TCATTTCTTCTCCTCAACAAATACTTATACACACACACAAAAAAAAAAAAAAACACAACA AGTGAAATAAATTATAACTCATTATCATCAATATGGGTAGAGCTCCTTGTTGTGACAAAA ATGGACTTAAAAAGGGTCCATGGACACCTGAAGAAGATCAAAAACTCATTGATTACATTC AAAAACATGGATATGGTAATTGGAGGACTCTTCCAAAGAATGCTGGTATTTATTTTTCTT CTTACTATACTATTTTCTTGTATTAATTTATACTTTTTTTTAAGTTGTATTATTAATGCT TTAATGTGTGTGTATATTTTAGGGCTTCAAAGATGTGGAAAAAGTTGTAGGCTTCGTTGG ACTAATTATCTAAGGCCAGATATTAAAAGAGGAAGATTTTCATTTGAAGAAGAGGAGACT ATCATTCAACTCCACAGTATTTTAGGCAACAAGTAAGTTTATTTATTTTATTTATTATTA ATGGGGTCGTAATAATATAGTACTCATTTTTTCTCCATAGGTTTGGACTTTTTTATCAAT GTATTTTGTCATGTTCCTTAGAGATTGAAACTAATTTGTCATGTGTTTCTTTTTTTTTGA TTCAGGTGGTCTGCTATTGCTGCACGTTTACCTGGTAGAACTGATAATGAAATCAAGAAC TATTGGAATACGCATATCAGGAAAAGGCTTTTGAGAATGGGGATTGATCCAGTGACACAC AGTCCACGTCTTGATCTTCTTGATCTTTCTTCCATTTTAAACCATTCAATTTACAATAAT TCATCTCATCATCAAATGAACCTTTCAAGATTGTTAGGCCATGTGCAACCTTTGGTTAAT CCTGAACTCTTGAGATTAGCTACTTCTCTTATATCATCCCAACGCCAAAACACAAACAAC TTTTTAATCCCAAATAATCTTCAAGAAAATCAAATAATTTGCCAAAACCAATTGCCACAA ATGGTCCAAAATAACCAAATTCAAGATTTTTCAACTATAAGTACAACCCCATGTGTTCCA TTTTCTAGTCATGAAGCTCAACTCATGCAGCCACCAATTACAACAAAAATAGAGGATTTC TCATCAGATCTTGAAAACTTTGGTAACTCACAAAATAATTGTCAAGTTATTAATGATGAT GAGTGGCAATTAAGCAATGGTGTAACGGATGATTATTTTCCTTTACAAAACTATGGGTAC TATGATCCTCTAACGTCCGATGAAAACAACAACAATTTTAATCTCCAGTCAGTTGTTTTG TCGAATTTATCGACACCTTCATCAAGTCCTACGCCATTGAATTCAAATTCAACTTACTTC AACAATAGCAGCAGCACAACTACTGAAGATGAAAGAGATAGCTACTGCAGCAACATGTTG AACTTTGATAATATTCCAAATATCTGGGATACTACTAATGAATTTATGTAATTTTTACGC TTTTTTTTTTTTAAAGGAACAAACAAACAGTTCGAAAGAGGTGTTTTATTTTTTTTTTTT ACCTCTGAGCTTTTGGACATGTTGTTGTTTCCTGAAAAACAAAAAACAAAAAAAAAAGGT TACTTCTTTTAGTTTAGTGCATAATTTTTATTTTGTTGACCTTATTTCTATCACGAGTAA CAATCATTCTTTGTTTTCTTCTCTAAATTAGAAGTTCCGTATACAATAATGTTGATTATA TTATTTAGTTGTCTCTCTTTATTTTTTGTTCACTTACTACATGAATTTTATTTTAATTGA AACAAGATAACTAAATATATTTGGATTGATGTATAGACATAGACGATATATATTATCTTG GAGTATCAAATTAATACTTTCCATAACCATCAATTAATATATCATTTTCAACATATTTTA TATATAAAAAGATAAAGATTATATTATCTTATACACTACGTACATACGTAGTGTCATGAG ACAAGAGTCCTCTAATAAATATTAGAGAAATAGTTAAATAATTGGCACGGATAGACAGCT CATTAACCAAAGTCACAATCATAACAAAGACTTTCCTTATTTACTATTTAATAATTTTTA TTAAATTAATAGCCTTTCTTTAAATCTCTAATTTTCAAATAAATTATTAAAAAGTGGCTT TATTCATACCCCAAATGGTCTATAATTTTCTAATAATGGAAACACAAAATCTAATTAATC TTTTTTAATCTAATTAATGATACGTACGCCAATATGGTTTCATAGATCCCAACAGTCAAT ACACCGGCGACAACGCCGCCGACTATGGTGGCCGGAGATTTTAAAAGGGGACACGTGTCC TTTACTAGTTGTCATTTCACGTAAAATTAAAGTAATCTATAATTGCATGGATTGTGGGTA TTAAAAAGTGGTAAATTAAATTGAAGCTTTGACCATTTAGAGTTGTACGTGGCAAATCTT TAATTACGTGGGCCCACTTTTTTTCCCCACAGAAAAAGGTAAAAGAAAAAAATTATGAAA ATTAAATATGGAAAAAGAAAGATCCAAATAATTACAAACTTTATTGAAAATATTGGCATG GCTCTTGTGCTATTTTTTTTTTTTTTGGTCTTTTTCATTAATGAGACTGTGGGGCACGTC AGCACTAGTACACGTGGACTCAATGGTACAAAATGGGGCCCACGAAAAGGTTGCGTGGGT CACTGGTTGACCCGGTATTAGAAATGGACCCTCTCCTATATATCTTTAAAATTTAATAAT TGTCCTTTGGTACAGTAATTATCACTAAATCTGTAATTTTAAGAGCTACTTATGTTATGC TAAAAATCGTTCCAAAATCATTTTTTTATGAATTAGTCCATGCATAATTGTCAATTTCAT CAAAGTTATAAGTCAAGATTTCAATCGCAGATTTAAAAGCATTGATTAATAATAGTACTA TAATATATGACCGTTAAATAATTTTAGCAGGTAATGCAAAACCTTAAAATAAGAGATAGA ACTGATTTGTGATATTATTAATGAATAATTATATAAAATAACAAATTAATAATGTAAAAT AAATATTGTAGCTAATTGTTTGATTTATTTGTGTTCCATAGTAAACTGTTTGTCAATCGC CTCTCTTTCTCATATTCTCGTTCGCCACTCTCCCTCTCTCGCTCGCCTCTCTTGCTTTAT ACGATAAAAATGTATAAATTATACATTTTTATTGTATATAGCGAGAGAAAATTGTATATA CACATGCAAATATGTATATCTTTGTCCTATACACTTATAATTATATATACAAATATTTTC CTGTATTTTGTCTTTCTCTCTTTCTCGTTTTATACAAATTCAAATTGTTTATAATTTCTC TCTTTCTCATTTTATACAATTCGATTCAATTGTGTATTTCCTGCCCAAGTCTCTTTTGTC TTTCTCTCTTTCTCGTTTTATACAAATTCAATTGTGTATAATTTCACTCTTTCTCGTTTT ATATAATTCATTTCAATTGTTTATGTATAGTGAATTATACATATATATGTTTGCTATGGA GTGCAATTACACTATAACTTATAAATATAAATTTTATATTTGTTATATGTGAAAGTTATC CTATTATTAACTCCTTCGAAATTGATATAAAATCGAGGAGAGGACAAATGTATTTTCTAG CAAATATAGAGATTAGCAAGAAACCTTTATTTTTTAACAATATTTTGTGCTTTTCTTTAC CAGAAGAAGGACAGCTAGCTGCTTAGTTAAAATTCTTATAATATAATATAATAATAATAG TTTTTATTTTGTACGTCTTTGACAATAATTTTTGGTCACGTACGACTTTTTTTTGTGAAA GCCAAAACTATGTGAAATCTTTCAGTTTTGGAAAGGAAGTTCACAAGATGTACTCTTCCA TTCATCATTGCAAATAAAAGGTTGGCTTTGTCCTTTATGTTTTAAGAAACTTATCTACAG AATAATAAAGGTTTTCCTTGGTTGTATATAATGTGGACATGATTTTGTTTTCCCATTATT TCATTAATAGTCATAATTTTGTGTGAGCGTTGATCAAAGATAAAGTTATCTTCATTTGAA TAACATGTATCATAAATAGAAATCAATGTAAAATCATTTAATTGATATTTATATTAAAGT TGACAGTAAATACTGTATCGATTTAATTTTTTAAATGTAATTCAATGTGAACACATGACA TTTATGAATGTACGGATCTTAATATTTTAGTCGTATCTTGTTTGACTTAGATGTATAATT ATGCTGTCATTTCTCATAGGAAATTTTTGAAAATCTGATATAGACATTACTTCAATTTGT AAAAAAATGGTATTACCAACTCATAGTTAGTAGATTAAAAGAGGAACGAAGAATTAAGCC ATGTTTGGCTTCTGTTGCATAAACGAAAAGTCACTTCAGACAACACAACAAATTGACAAG TCGACAAAATTAAAACAATGATTACTATTTAACTCATTATTGAACTCCAATCAATTATTG ATTAAAGTCGACATAGACTGTCATTATAACATTTTATATTCAACAATGCCACTTACTTAA ATTTCTATTTTTTAAAATTAAAGTGCACCATTTTTTCTTACTTACCTAATCAAACATTTT TGTTCTATTTTTTTTTCTTGAAACACCTCTCAATTATTTATTTTAGTTTAAGAAATATAT ACCTTAAAAATATAATTAGAAGAAGCAAATTCATATGCCATCTCTTACATTTTGACTAGC TATTCGCACATCCTCATCAATCCAATAATTATTACAAAAGTACTCTCTCTTTCCGTTCCT ATTTACTTATCAAATATTTCATAATTTGATTTCTCTTTTTAATTGTAATTTTTGACAATT TAAGAAAGAACTTTTTTATTTGAATCATACCCTCCATTTATTAATATTTTTTATAAAAAA TATAATAAGTATACATGTTCGGCACTCTATCAATTAATAGAAATAAATATTTATTAATAA ATATGTCTAAGTTAAAATTTAAGAAAGAAATAGAAACTGAAAGACTTATTTTAAAATGTG GAGTTTCAATAATTCGTAGCTGACTAGTAAAGTTTAAATTAAAGGTCAAAGAAATTAAAC TTCTAATAAAGTCTATATATATAATCTATAAATTGGAATGTGTACACACACTATATATAC CTCAAATATAGTCAACTATGTACATATAGGTGAAAGAATTAATTGAGCTAGCCTCTATAA ATCTTACACGACAAATAATGTCCAATCGCCACATAAGTTGTCTATATTTTACCTTCTACT CGTAGATTCGAATATTTATACATCGCTATCTTAGTCGAACAAAGTTTTTCTCTATGCATG TAAGCCCTACGTCAAACATACGTATCTAAATAATTGTGTTTTCCAACGATTTAATATATA ATCAACTCTTTAAATTTGTTAAAATATTTTATTTAAATTTTAAGCATTCAAATTATGTTA TGTTCTAACCAACACTTTTAACTAATGATAAAATGTTCCATTAGTTAAACACACATATAG TCAAATTTTATATCTTCAGTAATCATCTTCGTCATATTTTTTTCGTGTATGTATTGTTTT ACTGTTTGAAAGTAATTTTATTTTTATTTATAATAGAATGGTGTTATATTATAATACTAT AGTAAAGTTTACTAATTATTTTCTTTTAGGAATGTATATTGCATAGTATGATAATAAGTT TATTTTTAAAAATTGTGGGTTTTTTATTATTCGAAAGTTAAGATGTTAGAATTGATTCTT ATCTCATAATAACTTTTATATCATTACATTATTTATACTTATAAAGTCATATTAAAAGTC TTATTTTCTATGAATTTTAATTATATTTTAAATAGCTTTATATTATTAGTGTACTTTTGC ATTATTTTACTTAATATAAATTAAAAATCTAAAGTTTTTTATAAAATTTATGTCCTCGTA TTTTAAAGCTTACGCCTCAAATTATATTTAATAAAACATTCCTTTTTTAAAAAAACATTG AATAAAAAATAATGAAAATAAAAAAACGCTTAGCATAAATATCAAAAGAGAAAAGTATTA AAATATCGAAGTTCGATATGAATTACTAATTTTATTTTTTGAACTATTAACGGAGAGAAA AATGTGTCAAACGTACAATGCAATTAATAGAAAGGATAAAGAATACGACAGCCAGTCTTT TTACTACGTACCGACCAATGACTATATCAAAAGTCGACCGTCCAAAGGAAAAAAAACACT TATTTGTAATTTGAAAATATTTAGAAGAATAAAAAGTGCATTTCTGTTTTAATTTGTATT TGCGTTTCCATTTATCTCTTCTTTTTCTTCCCAATATCTATGTATTTTCCACGATTTTTT TCCCTTTTTGGCTTCTTATATATTTTTTTCTTCATGCCTAGCTTTTAGATGACAGCACAT CCACTCATGAAAAATAATTACATTAAAACACATGTTTGAAGTAAGCATATATTCGTATCC AAAAGAAACAAGCATAGCCTATATACGTTATCTTCTAATGGAAATTCTTTTTTCTTTTAT AGGTATATTGTTTGGATGATTACCTATCGATTTTCACTTGCATTTTTACAATATGAGATC TTCTACTTTTATTTTTCCTCTACTTCTAGTTTTTTGGCGGGGAGCTCAGGAATTTAAAAA CCTGATATTTTTTCTAACTAAAAATTGTTAGAGTTTATTTGCCCTAAATTTCTTACCATA AAACATTATCCTTTTAGGAAAATGATTTGAATTGACTAATCTTTTTTTTAGTAGGAAAAG GTTTAGGACTCTATAAATAAAGACATGTTCATTCTAACTTAATCAGCATTCACAGTGTAG TCTGAGAGTTTTTGGTTAGGGAGAAAAATTATGGGTCACAAGCTTGATCCTTTATCACTT GTGTGAACCTCCCATGTATTCTATGTGAATTGGTTGAGGTTGTTTCTCTCTGTATTTTGT ACTCTCATATTTATAGTGGATTACTCATCTCTTTTGTGTACGTAGGTCGATTGACCGAAC CACTTAAATCTTTGTGTCTTTTTATATATTTCTCGTTGTCTTCTTACTCGTTGTCTTTTG AGGTTTACTTTGTTAGTTTCCGCATTTACACCTACTTATTTTTGATCCTAACAAAAATAG TTATATAATGAAATTTAGGTGAAAAAAAAATTTAACTGATTCTCAAAGTTTAATGAAGAG TCACATAAATTAAACATGGTGAGTAATTTTTTTTAACTATAGCGTTAAATTCTTTAAAAA AAATTAAACTAATATGAGTAAATTAGTAAACTATACTTCACATTTATTTTTATTTTAAGT GATCTTATACAACTGTACATATTTATTGTTTACTTTTTAAAATTAGTATACATTGATTAT ACACAAGTATCACAAAAGGAAAAACCTTTCGAGGTCAACCTCAAATTTCAAATAGCTGCA CGAGCTAGGAGAAATAAAGACTAACATCTCATAATTCCCTTTTCACACTTGCATTATTAT GTCCATTTATTATTTCTTTTCTTTATTCATTTTTATCTCAAAATACTAACTATAAAAATG AGGTAAGATATATTTACAAACAAAATAAGGTGATTTATTTATTCATTACATGTAAATTTC TTGAAAGGGATTAATTAGTAATTTGATAAAAATAGTAGCTACTTTCAAATTTCAATATAA ATTAACCCAAAACATAACTAACATCAAAAAACAAAATAATTAAAAAGAAAACTTTTAACA CTCATAAAATATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATACATTCACAAAAGTCAAACACCAAAATTACCAAG TGGTGCAATAATTAAATATTTTCTAATAATAATCGTACAGGGTGAAAGTCAAATTAAATC TATTTTTTCAAATAAAAGAGGTATATTCTCAAAGAAAATACTGTAGTATTTTTTCTGAAT TTTATTTGTCCATGTATTATTGTGTGCTCGATAATTTAGCACTTGTGCATAAAAGAAAAT ATTAATTGATTTCATTATGGAGTTGACAAAACTTTAACAAGCAGACTTACTCAAAAGTCT TTTATTCACCACACTCCTCGTTACTATAAGCATATGGTTGTTCCAATTGTCAGTTTTTTT ACTATTAAATTATTTTTATCGTTCTATTTTATTTGTCATATTTTTTTATTATCTCTTTAG GTTGCATTAACTAAATAGTTGATTTAATTAAATTATTCTTATTTATTCTTTTATTTGATA TATTAGCGCAAAAGTTTTGTTGAATTTGCATGAATGTAATTCCACTTTCTTGAGGTTTTA GTCAATGACTTTTTATGAAATATACTCCCTCCGTTAAAAATTGTTTGTCATGTTATGCTT ATCAAAAGTCAATTTGATTAATTTTAAAAAATAAATTAGATTACATTAATTCAATATTTT AAACAAAAAAAATAGATATTCTAAAACTACACGAAAAGTACTATAAATTACAATTTTTTG CATATTAATATGATGAAAAAATACATCTTAAAATGCTAGTCAAAGTTTTTATAATTTGAC TCTAAAAATAGAAACCATGACAAATAATTTCGGACGAAGAAAGTATAAATATTTTTCTCA GTACACAACAAAGATCAAATGAAAAGACGTTATTCATGGAAAATAGTTCAACATAATTGT GAAAATATATATGTTTAATTGTAATATAATTAAGACCACTTTATCCTTTCGTTTGAAAGA CACCCCAATATTCTTGTTTTCCAGCAAATAAATATTGTGGACCATTATTCTGGTTATATG TTATTAAATTTAATTTGTTATGTCATTCTCAAAAATATGAAGGACTTTATCGTATAGACT TATGTTCTTCCTTGCCCTTTTAATTGATTAGTTGGCAGACTTATAAAGTCTTTGTGAAAT ATATAGCATTATTGAATGAGATTTGACAGGTTTGACCAAGACACACTTCAAGTAAGCAAC AAATAATTAACTCTTTTAGCACAACTGAAATTTCTTAATTACTGCACTTTATTTAGATGT AAAATATCGTAAATAAATGTGATTCTTCTTCAAAATTTAAGAGAATAGAATTCCTTTACC AAATGATGGTATCCATGGAAATATTGTTCGCGTGGGTGAGTGGTTGGGGGCAGGAGGTGG GTATGAATTCGGAAATTGGAGCGAAGGCCACGATCAATATAAAAAGTCACTAATGAAATC TTTCGTACTTGAAAATTAATGTCCTAATTATCTTTTGACTAATACTATTAATTTGACTAA TTGATTATGAAAAAGATAGAAAATATTTTCAAAGATAGTAAATGACTTTCTTATTTATTT TCGATTACATAATAAATTTGGAATAAACATTATCTAAACAACATTTATGTATAATCTATA CATATATCATAACTCCAAAATTAGATCGAGACATCCACCCGTTACCATATACGGATATAT CCGAGACACAGAACCACTTAGATGTACCAAGTCCATCTAGAAAATATATTTATTATTTTT TTCGTATCAAAACACATCCTTAATTTGAAAATCATTGATGAGACGTGGTATATCGAAAGC ACACATTGCCTTTATGACAAACCATAAACATGTCTGACTTTGACATGTATGATCAGGTCC ACAAGTTTCAATTTGGTAATAATTTTGTGTCCCACACGTCTCTCACAAGACATTTTTTTG TCACTTATGGGTAAATAAATCAAATTACTTTAGAAATGATGTTTTGTTTCATTAGTTTTC CCTTCTCATTCATTATTCATCGTAATTAGGTCTTGCTTACATGCCCTGGGATCCTATAGA AAAAAGTGTTCTCTTGATTGTTTGTGAGTACAAGAGGAAGAAATGTCTAGATGTTAAATG GATTACGATTTATTTGAATTCACGTTAAATAATTTTAATATATAAATAAAGCTTAAGAAA TAATCTATTTATAGAGTTTGAAATCGAGTATTATGCTTCAGGTGAAAAGTTATCAAATAT TCTATCACATTTTGATATTAGTAGTGGCTCTTGACAAAGATGAAAATTTAGTGAATCATG ATCGGGCTCCAAACAATTACATGGTTTAATATAAGCGTGATGCAACTTAATATCGATATT ATTAATATTTTATTTTTTGGGGTTTTACAGCTGGTATTTATAGTTAAAGGAGATTCCCAT CTAGATTCAGATTAAATTTGAATTTGAATTGAGAAATTCTGGATTAAAGGCTTTCTAACA AAAAGAACTCTAGTATAGAATAAGTAATCAATTTCTCTCAATTATGTGATATAAATCTTT AGTACCTCTTTTATTTCCCCTATTAATAGAAGGTCACACGTTCACTAAAAATTATACTAA CTTACTTCGTTTTAATATATGTGTTATTTTTTAACTATATAAATATATATCACTTTCAAT GATTAGTAATTTCTTAATTAATTTCAAGATATTACCTAACATGATAATTAAGATCACAAA TTCAAAATATTTTTGGTTCAAGTCATAAAATTCAAGACCATAAAAATTTATTTTGTTTGA AAAATTTTATATTCTATAATCAATCAAACTATGAGACATAAAATAAAATAAGAAAAGAGA GAGATCTTATACAAGAAAAGGCTATAAGCTATCAAAGTATGCCCCCAAATTCATGTGTGG AAAACACGGTACATAGTCAACTATATATGTATAGTATGAACTAAAACAGAAAGAGCATCT ATAAAGAAGATAAATACAAATGGATCATCACATGAATTAATTATAAGTGTCTCAATTTTC CTTCTACTAATCGTACGATCCGAAGATATATTAGTATTTTCTTTAAGGTCATCTTCATCC CTTAATTATTAATTACAAGATAAGACCCCACCATTTTGCCCTGTAAGCCCTACGTAAACC AAACGTAAGCAAAAAATTACTCCACCCTCGGTAGAAAAATGTTTTATACTGAAATAATGA TGCTTTGGATTAAGCTCTAAATTTGACAAATATTTCTATATGTAATTATTTAATACTAAG GATAGTAAGACAAAAAAAAAAAATCCTATTGATTTAATAAAATGAACAAGTAAAATTACT CCGTTTCATTTTATATTTCCTTTTCTTTTTATCGACATACAGATAGTAAAAAAATTATAC TTTTAAACTAAAGATGTATATAATATTTAAGATATCGTTGAATATTTTAATTTTAAATAT GCTAAGTGGGATATTAAAAACTAAAAAGTTACTTAATATTTTTTAAACTGTACCTAATAA AAACTAGAAAGGGAGTATTTCATGTCATCTCAACAGGTATCTATCTTTCGATCGAGTTAG AATTAAAGCAAATTATTGTTTTAACACATACATATTTATGATGCACAAAGAAAATATCAC CACTATAGACTATACCATCTCTTTTATTTTTAGTCTCTCTAAATACATGAATTAAAGAAG GCTAATTAATGTCAAAATGAGTTGAAAACGCAATATATAAGTCATTACGTAAAGAAGATG TGTATTGACCCTCTAGCGTACGTAGTTCTTGCAAAGTGTAAACGTGTAAAAATGTTTATT AATATAAACATTTTTAAAACTTTATAATAGCAATGATTAAGAAGACTAATAATCAACGAG TAAACGTGTCAAAAAGTTAATTATAGTAGGAGTAAACAGGATAAACCGACCATACAAAAG AGTCATATTTTATTGTTTTTATACTTTTATTTCTCTCGATCGGCCGTCCATAGAAATTAA ATAGAACCCTTTTTCCTGTTTTAACTAATAGTAAATCAAATATTATCAGATCACAATTAT ATGATATGATAGATCGTTTTAATCCTGTATTAATTTATATATAAATAATATACTTTTTGA TCCACTTTTAAGTATTTAAGATTGAGAAAATTGTATATAATATCAAATTAATAATCTAAA ATAAATGGGGTTTGATTGATTGTACTCCATAACAAATGTTTGCAAAAAATTGTCAGGCGC CTCTCTTCCAAATATCTCGCTCGTCACTCTCCTCCGATCTGTCACTCGCTTCCTCTTTTT TTTATACAAACGCAAGTGTATAAAAATTGTTTCTAATTGTATAAAGCAGAGAAAATTGTA TGTATTTTTGTCCCCTCTCTCCCCTCTTCCAGATCTCGCTCACCACTCTCCCAAATCTCG CTCGCCACCCTCGCATTTCTCACTTATATAAACAGAAGCGAAATATATAAATTTTGTTTC TGTTTGTACAAAGTGTGAGAAAATTGTATATACACATGCAAGTACATACATTTTCGTCCT ATACACTTATAATTATATACTAAAAATACTCTCCTGCCCAGTTTCTTTTGTCTTTCTCTC TTTCTCGTTTTATACAATTTTTAAATTGTATCTAATTTCTCTCTTTCTCATTTTATACAA TTCGATTCAATTGTATATTCCTTGTCAAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTTA TACAAATTTAAATTGTATATAATCGTTCTATACACTTATAATAATACAATCCATTTTATA CATTTCGTTTTTATACAGTTCTCTACCCAAATGTCTTTCTCTTTCTTGTTTTATACACTT CATTTTATATAATTTGTTTCAACTGTATATGTATAGCGAATTATACAGTTTCTATATTTG CTATAGAGCGTAATTATACAAACTTTGCTATAACATATAAATATAAATTTTTATTTGCTA TACGTGAAAGTTATCCTTCAAAATTTGCGCATAGCACTAATTATTTATTATTATACGTGG TTTTTGATTTGATCACTTGATGAAGGTCATGTTTAAAGCAAAGGGAAATTGCGGCCTAAA AGAAAAAGAACATGACACCTATTCAATGTTTCCAATTAGGAGATAAAATCATGAAAATGA ATGGAGTTTTTTTACTCACCTTTTTTGCCGCACAAAGACAAAACATTTTTAAAAAAAATA TTTCTCAGTTATAGTCAAAGATGAAAAGCAAAAACTTTCGTGGATCATTTTCAAGTTTGA TTTAAACCAAGATTACTTGATTACATTTCTCACTCTCTCTTTTCATTTCACCCTAACATA TTCATAAAGATACCTTTTGTTTTGTTCTTTTAATTAGACTGTCAAATTTATCTATAGATA ATTAATTACGTAAGAAAAGAAAATTGCTCGAAAGTAAATATTCTTTATTAAAAAATATAT ATAATAATGAAGAAGCTAGGTAAGGAAATTAAAATAACAGTCACTTAACAAATAATACAA AAATCAAATCAAAGAAAAATCTAGTAAAAAATCGAAATATAAGGTGAGGCATGATAGAAA CATGTGTGGCCTATTACTGGCATATAGTCAATTCCTTTACATGGAAAACATGGATCAACT TTTCGATAGTGCATGCAACAAAAATTCAAAAGAGTGTGTTTGGTATAATATGTTTATAGA AAACATTTTCTAGAAGATTTTTTTTTTGATGTTTGATATGTAACTAGTAAGAATTATAAT TCTAAAAATATTTATATATGATCTGAATAAATACTATAGGAGGTGAAAATAAAAGGTATA GAGGGACGTAGCGGGGTATAGATGAGATGTTTGAAAAGGACGAAAATGACACAATCAATG TGAAATGTTAACTTATCGACTTTTTTGCTAGTATTAAAAATATAGTGGCAACACTTTCAT ACTGATAATAGAATAATTACCAAAAAAAAAAAAACAATTTGCTCATCAACTACACATTTT AATTAGTGTCGTAATTTTTCTGCTGCAACTTGAACATTTTAATCAATATTATCATCTATA AATCATGCTCAGACTCGGTGTACTTAAAATTAGACGACAATAAATAAATCAAGATGACTA GATTTAATATTTTAAACAATTATCCTCTGTGGTCTCCTAAAGAAGAACAGATTGGGGAGG CTAACAAGATATATTATTTAAAATAAATACTTTGATTTAGTGATGCACTTTGATTTTGTT TATGTCATGGCCTAAACGCAACAATTGACTCTATCTCTATGACTAAGATATATAGATTAA GATAAACATGACAGTAAAAATTATTAGTTTTTTATATTTATTGAAGTTATTAAATCCATA CATAGCTATCAATCGGCCATATATCATCCATCACCAAAATTTTCACTTCGTTGAAAAACA TTTTAGGTTCAGTGTATATATAACAATAAATGTAACGTTATTATTTAGAAAATGACATAT GTCTATTAATTAGTGGAGCTTTAGTCAGACTAGCTAGCTTGATAGAGCTATCTATACAAA GACAAACGTGAAACAGGAGAGAATAAAAACTTTTTCACAAAATGTGTATTGATTTTTATT TTGGGATTAATTCACGTCCTTGCAAAGATATCAGTTTGTAACACTAATTTTCTCTTGTGA TTTATGAAATTATGCTTATTTTTCTTATTTTGATTTTCTTTGTTATAACTCTTTTATTCT ATTTATCATTAATGTATTATTGGTGAATGTTGAACTATCTTATGAACACTTACAAAATTA AATAAAAGAAAATGACATTTTTAGATCTCAAATATGTAAAAATTAGAGCTGTTAATATGG GCTAGCCCACCTCATCCGGGTTAATCCATATAGGCTTCGACATTTTACTACAAGCTTGAC GGGCCAGCTCGATTTTATAAAAGTTATATTTTTTTAGAATTATTAAATTAAATTATAAAA TTATAATTTAAAAATATTATCATAAATATAAAAAAAAACATCACATGATGTTAATATTAC TACTTTTTAATCAAATCCACAAATAAAATTATCTTTATATTATTTATTAAGTTCTTTTTC AAGTAAAAGTATAAATATCTAAATAGAAATATTAACATAATTATTTTGAGTTTGGACTCT CTTTAATTTTAAAATTTAATATTATATCATATATTTTAATTAATTTTTACTGGCCCATAG GCTGACCCTATCGATATTTCTCAAGCCCCCAAATCAATTGATTTATTCAGGTCCGGCTAA AAAATCCTTTTCTAAAATGGGTTCAAAAAATCGTAGCCCACCCCTATTCAATCCAGGGCT AGGCCAGGCCGACCCAACAGGCCTAACCCATATTGACGGCTCTAGTAATAATGAAGATCC ATTGTAAAAAAGGTAAAAAGTTAAAACTAATTTGTAAAGGCTATAAAAGCAAATCTCCAA TTGTATACAAAGTAGCATGATCTATTAAAGTTCGAATCTTAGTAGCTCAGTTGATTGATT ATTAATGAAAGTTTGAATTCCATCTTATAATCTCCTCTCCCATTTTCCCCTACCTCCACC CCCGAGGCAAAAAGCTAGATGAGTTATAGTGTTGATGCAAATCTTAAGAAAAGATGATTT CTAGTTTAGGCCCAACAGAAAGTATTGAGTACCAAATGTTCTTCCTAGTATTGGGTTGAG CCCACTCTATATCGTTTGGGCAACTTTGTTAAGCACCCAATTTGTATGGGCTCTTTTCAT TCAGGCGTTATTATAATTGGGCTGCCTTTCTACCAACAAAGCTAATTTACTTTTTTATTT TATTTCTATCAACTTTTTCTTTTTCTTCCTTTTCATCGCATTTATAATAGCAGAAAACAC GTGTCCGCTGAGACAAGTCACCATTAACATGACGTGGAAATTTTCTAAACACGTGTACTC TCTTTGTCCATTTCAACAAATTTGCTTCAGTCACATGAAAAAAGAAATATAAATTGATCA GTTTTACAAATCAATCAATTAATGGCAAATATGGAAACTTCGGCGAGGTCGGTAGATCCT CTAGTGGTCGGAAAGGTGATCGGAGATGTTTTGGACATGTTTGTTCCGGTGGTTGACTTT ACGGTGGAGTATGCTTCCAAACAAATATCGAATAATGGAGTTGAAATTAAGCCAGCAGAA GCTGCACAAAAGCCTAGAGTTCATATAAAGGGTTCTCTTCATTCTAATAATCTTTACACC CTTGTAAGATTAATTATTTATTATTTGTACTATTTCAAAAGTCATCTAAGAGCAATCATA AAATTAGAGTTTTTTTTTTTTTAGAAAATTAAATATGCAAATTGAGTGTCTTTTTCAAGA ATTTTAATATTTGGTCCACTGTATTTTACAGGTTATGGCTGATCCAGATGCTCCTAGTCC AAGTGAACCGACTTTTAGAGAATGGCTCCATTGGTACGTACTCTATTCATTGTTGTTTCA TTTTCTCCTTCAATTAGCCTGCATACGTCTTTTATTTAATTTTAAAACTTTATATTTAAG TACCAATAAAGTAGTTTCGATATGATTATGCTACTATCTCTTTCAGGATTGTCACGGATA TTCCTGAGGGAGGTGATGCCTCTCAAGGTATTAATTGAGATAACTATTATTAATTGTACC CTTTTTTAAGTTTCTAGATGCAGGGTAGCTACCAAGTTGTTATTACTATTATCGCACATG GTCTTTTTGTCGATGCATATACGAGTTGTTTGTTCACTTGGTGCAGGGAGGGAGATGGTG GAATATATGGGACCGAAGCCACCGGCAGGGATACATCGATACGTGTTCACTCTGTTTAGG CAGAAGGAGGCGGAGCAAGTGCCCCATAAACCACCACAAGGGCGATCCAATTTCAAGACT CGACAGTTTGCAAGTGACAATGGACTTGATCTTCCTGTGGCTGCACTGTACTTTAATTCA CAAAAGGAACATGCTGCTCATCACTAGCTCTTTACAATGTGTGCTGCTATATATAGCAAT GTAATTACTACCTTATGCTTGTTAGCTAGTATTGCAAGTGCTTTGCATATATAGAGTTAT GTATACTTGTGTTTATGTGAGGTGCATTATATTTATAAGAATATGTGCATGTGCTGTTTG ATATCATGACTTGATTCTGCGTTGACATAATTTCTTGTGTTCAACAATCTTAACGTGCAG TGCTTCACACAGGAGGCAACAATGCAGAGGATGTAGAAACAAACTAGCATATGTATCGAA CTTTGAGAAACTTATTTATGTTATTCGTTAAAAGTTTGGTTCATCTATGTCATCATTGTT TCAGAAATAGTTCATTCATTACCATTATTTTTCTAACAGATAATGGTACGGATGAGCTTT TCTCAAACAAAAATGGAACAGATGAATCAAATTTTTAACGAAGGAAATAAACAAGTCTTC TGAAAATTCAATTACATATTTGAGTTTTTTTCCAATTTTGACACCTAAAGTTCTCTCCAG AGAAAAAAACCTGGTTACAACCAGAGTTGCCTTAATGTTGTGGTGGAATCAATACTTCTT CATTCTTTGGCAGACGTTTCAAATTCGAGTCTCCCCTTCTTTCCTTTATTAGAGAGTGTT TTACCTACCTCTCAATATGACACTAGATATGAGACTTTCTAGCATGGATTCTGATTTACT TTGGCTTGCCTATCAAAGCATGTAGAATGCAGTATTAAATAGTAGCATATGTTTACATTG CCTTTTTATGAGTTAAATCTGTCACTGAGTAGATCTATGAGTTACACCTTAATGGTTCTA ACATATATACACATAAGTAAATCTTTGCCAAGTGACAAAGATCTTAAGCAATCAGTATCC AGTCATCCCTCCTTTGTCATAAAAAAGAACTAGATTCTACTCCCTAGCAGTATGTAAGCA CGAACCTGCAAAGTCTACGAGATCTGCATCAAATCAGTTTTGTCTATCATCTTTCAAGAG GACTGTTTGCTATGCGTGAGGTTGCGAATTTCTGCAATTGCATTCTTCATCCCACAGATA ACCATTTTCTTCACCTGTTTGTTAAATTATAACAGTTACATTAATGGATGTTAAGAAGAT AGCGTAAACGTAAATGAACATTACACCTATTTTGGATTTAACTAAAAAGCTTGATGAAGA AGCATTTTCTTTAGAGAAGGACTGATAGACATGCTACCAAGTATGAATGATAACAGAAGT CTAGACAAGCATAATACCTACTCCTGAGCATGAAGTTCGTAAATTCATCAAACAATGACA TGCTTAAAATGCTTAAATTTCTATATTATAGCAGTGTGAACCTGATTCTAGCAACTAAAA GATGGGGCAATATGAAACTTACCTCCAGCACTTTTCCCCTGGCCTTGTGGTGCTCAGGAA GTAGACGAATTTCATCAGTTACGTTTATACATTCAGCGACGTTTTCAGGGGAGATGAAGT GCAAAACAACGTTGATACATGACTGTGGACAGAGGATAGAATCTTTTGTTAGTTATTATG CACCAACAGATATGAAGTCCCAGATACTGTTATATCCGAGACTAGAATCGCTTCAGTATA TAATATGCACAAATTAAAAACAATGTTAGGCTTGTTTTGAGGCTTCTTAAGACATACAAG AGCTAATGAAAACTATTGAACAGTTCCCAGCATGTCAAATCAGAACATGGAAATATGGAT AACGGAATTGAAAAATATGAAAAAGGTAAAATAGATATAGTAATATATGAAGGGAGGGAG TTGCTCGGATGGTAAGCATCCCTCACTTCCAGCTTGAAAGTTGTGAGTTCGAGTGAACAA GGGAGAAAAAAATGAAGGAAGCAAACTAAGGAGGGGTAAAGAACGAAGATATAGTAGTAA ATATGTTGTAAAATTAGTGCAAAACCATAATTTTATGATTCAGATGCATAGTTGCAATTT TATTTATTAATTTCAGGTATGCTGACTTATTTTCTTATACTGGATTTCTAGTTTCCTATT CCTAATTCACCCTATAGAGCAATTCCTATTTTTAATCATGACAAATCATTCATAGAGCTT AGCTAATGTATTTAATACATCAATTAGTCAGCTATGTTTAGTGTTTAGTGTTGTCTTATT CAAGAAGGAGCTCGTGGGTGAAGAGGCGCACACCGTATTGCCTTGGTGTCTGCACTGAAG TGCCACCTAAGCAACGCGAAGCGCCAGCCGCTTTGCACCTTGTTTCAGGGGCATAAGCGT TCCTCATCCGAACCTTTAACAAAACTGCCATCAATAAGCTTCAGTTAATAATGCTGCAAA TTAATGAAACAGAAATCTAACTTCTTTGAAGAAGTTACAGCACAGAAGATGTCATCTTAA ACAAACCAGCATTTGAATATGGTGGGAACTATTTAATTGACCTGGATATTTTTTGCTAAT ATTATCTCCAAGTCACACATTTACTATGAAATAACTCCATGAATGACCAGAAAAACAGCT CTTAATTCTTTGTTCAAAATACCCAATATAGTAAACATCTATATGAGCAGTGAGGAAATC AAGCTACAATTCTTGGTGGTTTCATTACACAAAGTGCTTATTCTTTCAAACTTGGTTACT ACAAGAACAGGAGAGAGATGGAGATATGCAGGATTTCTCATCAAATTGTGTGAAGAAGTA TGAATGTCATCATTATAAAGGATACCTTAAGTTGTTTGACTTGATATGGACATCCAGCAG GGATGATAATAGCTTCTCCAAGATGTTGTTCAAAAGTCCAAGGTTGAACATCTAAAAAGT AATAACATTAAGACTTAGAACTAATTTAATCCAAATGAAAAAGATAAAAGAAGACAAAGC AAATATACCGAATTCCTCCTTAAGCCTCATTTTGTGGAATGCATCAAAGAAGAAACTTTG ATCAAGAATTGGGTGAACAACCTGCACGTGCCAAAAGATGGAGATTAAGTTAATTTCTAT TGCCATGCTCTACCTTTTACCACAAAACTCTTGGTACAAAGAGCTGTACTTGTTTGGAAT AACCACGCATTGAGGTGAACTCGCTAGAATGCCTTTTGAGGTACTCTAGAAGCTTTGGGA CATCTTCTCTGCTGAAAACGTCCCATTGAGCACCTGAGGTTTTTGCTTCTTTCTTGGCAC CATCAACATCTTCAAAAAAATGATCACTGTCTGAATCTTCAGACCTTTCAACAGATCCAG AGCAGAACAGTGAGACATCGGACTCAGATTCAGAGTCATTTTCATTGTCACTGGAGATAT TGCCATCTCGGTCTTCATACCTTTGACCTTTTTGTGAGTCACTAGAGTAGAAAGGTACTT CAGCAATACCATCAGGCAACTGCTCTCCAGTTGCATCCTGCAGATCGGATTCTTCTGTGT CTCCACTATGCAGAGATGATTTTCCTTTCTGGTCACTGGAATGGCTGGTAATTTCCTTGT GATCTTGAGGCTTCTTATTTTTCATTAAACATTTTATTTTTCTTACTTGTTCCTTGGAAG CAAGAACATCAGTAGCACTTGCAAGAATATTAACCTGAGCAAAATCCAAATAATATGAAT CAAAAGTTAAATCGTCTTCTCACATGCTAGATCACTCTTTACTTTATACTATAAGAGAGA ATCATATTTAGAACCCTATGGGTAGCCATAATACATGGATAGTTTCAATCTACTTAAATT TTCCTTCCCCGCTGCATGTATGAAGAGGTTCAGGATGATTGGATCACTAAATGTTTTTTA TGAACTTGTCATGCTATATTACTGAATCTTGTAGGATTACTTTCACAGAAGCAGAGATGT GTTTCTTCTTCTGAATAAACAGTCGCAGAGAAAATATACAACACAGGATGGTCCCAATGT TCAGTAGTTTGCAGTCAAGATAAGAAAATGAAACATAAATAGAGATATAAGCATAAAATT AGGCCTACCATATCATATGATTCACAACATAGGTTAGAGATAAATTCTGCTTGTGATAGT TCTTCAGGCCCACCATAGGAAATATAGATTGAAGGTCCTAAATCAGTTTGTGGCATTTCC GGTGGCAATTTAACTGCTAGATTTAGAAGACCAGATTTTGGATTCATATACTCTTGTAGT GGTATAGCCTGCAAGATCTCAGCATGGTGACCAGGAAATTGCTCTTGGAATAGATGGGAA GAAAGCCATGCTTTGAATTTTACTATTTCACGCTGCATTGTTGCATGTGTTTGCCATTCA AGTGACCCCATAAATATCTGTTTTCTAGCTATTTCCACCTACAAAGTGCAGATAATCAGG CCATGATATTTGTTTTTACATAAACATGTACACTGTCAGAGGCTACCTCATATACAAAAG AAAAGGTAGAAAATCAACACAATTAAAATAATTCCTTACAAAGCACTGGTAGATGGAAAA CAAATTTGATTAAGCAGATGATGAAAAGGATGTTGTAGCATAATTGCAACCATACATTTT TCTTTTTTTTCTCATTTGTTTAATTATATAGCGTGAGAATTAAGATTAATATCCGACAAC ATTTTTTTCGTCCTCTTTCGAAAGTTTTAATTATTAAGTACTCCCTCAGTTTCAATTTGT TTGTGACTTTCCCTTTAAGTCCTTTTGGAAAAGGATGTCTCTTTCCTTTTTTGGCCACTC TTTAATTGTAACTTTATACATGACATGTTTAAGACCACATGATTAAAGGGCATCTTGGCC ACAAGATTCAGAAGTCTTCTTTACTATTTTAAACTCCATGCCAAGTGAGGGAGTATTAAT TCTCTTCCTTTTCTATTTCTACAGGTGGTGAGAATGCAGGGAGCAAGGCGAATACAAATA AAATATATAGATGATAGATCCATCATATTAATTTTGTCTTCCTTTTCTATTTCTACAGGT GGTGAAAATGTAGGGTGCAAGGCGATACAAATAAGAAAAATAGATGATAGATCCATCATA TTAATTTTCTCTTCCTTTTCTATTTCTACAGGTGGTGAGAATGCAGGGTGCAAGGCAAAT AAAACTAAGATATATACATAATAGATCCATCATATTAATTTTCTCTTCCTTTTCTATACT TACCCCATCCTATCCCGCCCCCTACATTTAACATGACACTATTTCCTTTTTGGTCCATTT TGAAAAGATTGACGCCTTTTATCTTTGGAAACTCTTTAACTCTTGACACGCTCGTTTGCC TTCAATGATACGCTCTTAGAGGAATTGGCATGATATGCTGAACACTATAAGCTTCTTTGG GTACTTTTCTGTGTTACATATATTTACCTTATGTGTCAGAGCCTTCTTGGTTTCTTTATC AAAATTCATGTCCTGTCTAAGACTACCATATAAAATAAAATAGAGAGCAGTTCTTACTGT CCTAAACCAAAGAGAGAAGTCCATAGACATCTATCTTTGTTCTATAAACCAAGAAAAACA TGCTTAAGATATAAGAATATCTAGGATATGACAACAACTAAGACCCTACAGCTTCCGCTT AAGTCTCCAGCTCTTCCATAATCACAATTATTAACAGGAAAAGTGCAGTTTTCCTTTACA TGAACTTAGTCCATGCATCCTTCTGATTTTGTAGCCAAGAGGTAAAAAGTGGGTGAAAGT ATCGAGACTAGGGGTCGAGATCAACAATAGTTGATTTCTTCCCATCTGTCAAAGCCTCGG AGGGCATAGTTACACAGTACCAATACTGGTAGGACATATCAGGTAATCAGTAGAACGGTA AAGGTGCACACAAGCTATCTCAGACACATCCAATATTTTGAATTTAAAAAAAAAAGGTTG GATGAACTTATCCCTAAATTTCTTCCCATTGAGGATAGAGTGCAAATTTTGTTATAATGT GGAGAATAGCCTTTCTGTCTTAACTTATTTCAAGTTTGAACCAAACATACATTTTCGATC GCATCCTTTTGTAATTAGAGATAAATTCTTGTCAAGGGTGATGATAGAAGGAACTTCTTG TCAAGGGCCCAGAGGAGAATTAAAGAAGAGAGCATCAAAATAATTACCTCACACCAGTCC GAGTGATTTTGTGCCTTAGCTGTTTCTTTATCCAAGGAACATTTTGACCTTTTCTCAAGG TAAGTGCAGAACATAACAACTGGATCCCAAGACAAATTAGAAGAATTCCGAAGCACATTC CGTACTATAATAGGATGACCTTCACCCCAGTGTTTCTGAAAGTGTTCAAGGTTTTCCTCA CGAAGATTATTTATAGATGGACTATACAGAAACTTATCCCTCGAATTTCGTCTTTCGGCT ACGTTGATGAATGAATCAACATCAGCATCTTTATGATCACTTCCCCTGCATAGTGAGCAT GATGAAAATTCGTGTTCTGTTTCCTGAATGTTGTAGCTGCATAGTATTGCATCAGCGCTG ATTTCCAGCTCCTTGATCCAAGTGTAAGGAAATACACATCTTAAATTGAGGAAGCTATCA CTACAACCACCATATTCTGCAGGGGGGCAAGATATGCTGCCATCAGCACAAGCTTGATAG TTGGAGCATGACCTGGAAGATGGATAATGTATCCCTGAGAAACTTTGCCTTGAGGTGCTA GTATGATTCATCCTTGATTGTCGCTCAAAGTTAGAAGAACAAGCTTGTTCTTCATTGGAA CCTTCGGACTTACAATCTTCAGTTAAGCTTCCATGACGGGAATCCCGACAGCAATTTAAG CAAAGCCTATATGAACACTTAGAGCAGATTCTGTGGTAATCCAGGATGGAGGTGTTGCAG TTACTACTGCTCAGAATCAAAATATCACGGATAAGACAGGCAGCAGGTCTAACATCCTTA CCAACCAAACTTTTCAGGACTCAGGATCAGTCAACTTACCAGTGATATAATTTTCCGTCT CCTGCTGAAGCCTGCTGAATCTGAATGTCAGATTCCCCCTTTCCTATAATATGTAAAAAG TGAGTAGATGCTCAAAATCCAACAAACTCCAGAGCGTAAAGTCAATAACAGTACCTGATA TATTAGCTTCTATCTCTACTTCAATTCTCTGCTCTTCATTTATTTTTTCCAGTACCGGTA GAAGCAGGTGGACCAGATAATTAAGTAGCTGGACTTTTGGAACCTTCCTTTTATGCCTCA AGGATTCCTGGTACAATGTTGTTGGTAAACAAACAAATCAAAATAAATACACACAATCGC TCAAATGCAGTTTCAAAATTGTCATACCTTATGAATGTTGGGCTTCAATTCACTCCTTTT GCAGATCCTACAACTACAATCTCTACGGCAAATGGGACATTTCACCTTAATTTCTTGCTG TTCCAAACGCCTAAAACCGGTCAAACATCAGAAATTTCACCAAAAAGGTTGTTCGAGTTT CAAAAGAAGCAACTCCACCACAAAGAGAACTTCATTTGTTTTGATCATATTTAGACCAGT CAACAAAAGTCTACTGCAGAAACCAAGATAATGCATGCAAGTGGGTTACCCAAGCCTATT TCTACACATAAAGATTGTATTTGTATTTCACATATAAATGAGAGGCGTCTTCTGTAGGAC TTAGCTGCCTGCTATGCATACTACCGAATCAGGGGGATTTTATTGTTTCCTCGTCTTGAT CAAATGGATTCCATGTGCCAACTCACGCTGAGGAATCACTTGGGGAATACACCTCAGCCT CTTTCCTTCAACACCAACAAGCTAATAATTTCATTTATCTTCTTGAGCGAGTGAAGTGTT TCAAGGATGTGGAGCCCGAACGCATAAAACTTTGAGCTTATTAAAAAATGCCTGACATAT TACATTGCAATTCACAAGTAATAGTTCTACCGTGATCTACTTTCATTAAGATATATTATG CTAGGGTTAGACTAATGACGTCAAAGGATTCCCTTTATATCCATAGACTTCATGTAACAT TAGATCATACTATATTTTCTCCCTGCAAAAGAACATCTTCATGAAACCACAACACTCATG ACTCAACTATCCAACACTTGGAAATTAATAGGTGACTCTTAACTTATTCTAACATTTCCA CCCTTCTGCACAACCCCCCAGTCAATTACTATCTTTTACCAATTCCCATTTGGTTACAAG GAGAGAATCATCAGCAAAATGTACATCCCCCTTCCTCCTCACTTTATAAAGTTCACTGTT TCCTAACTTTCTCAAGGATAACCTTAATAGTCCATTACATTTCTTGACCAATTCATAGTT CTAAGATCCATGCCAACAGGTTTAAGTCATTAACATCCGAACTGAATATCGTCCCTAATT TGGAAGTACCAGAATCAGAGACAGACAAGTGCAATTATATTACCCACTTAAAGTAGTTAA ACACTCCCCGAAAAAAAGTATAAAGCCCTCGGATAATCCAGCTGAAGATTGTCCGATATG TACTCATAGTTCTAAGATCCATGTCAACAGGTTAAAGTCATTAACATCCAAACTGAATGT CGCCCCTAATTTGGAAGTACCAGAATCAGACACAGACAAGTGCAATTACATTACCCACTT AAAGTAGTTATACGCTCTCCGACAAAAGTATAAAGTCATCGGATAATCCAGCTGAAGATT TTCGTATACGTACTCATAGTTCTAAGATCCCTGGCCAACAGGTTAAAGTTATTAACATCC GAACTGTATGTCATCCCTAATTTGGAAGTACCAGAATCAGAGACAGACAAGTGCAATTAT ATTAGCCACTTACAAGTAGCTATACGCTCCCCGACAAAAGTATAAAGTCATCGGATAATC CAGATGAAGATTGTCCGATATGTATTTAACATTCAAAAATCGTTTCATTGTAAATGCTTT TGCATACAGGAGAGTTGTGATAAAACAGGTAAACATACATAAATCAAGTACATTTGTCAA AAGCTAAAGAAAGCAAACCAAACCAAACCTTTCTTTAATACAATCCAGACAGAAGTACTG TTTTTTACAACTCGAACACTTGATCAGGACCCGGTAGCTACTTCTCCTACACCAATGACA CAACCTTCTTCTCTTTACTTTACTTGAATTCTTCCCATTCCTAGCAAATGGCAAGGCCTA ATCACCAAAAAGGCATCCATAATCATTACAGCAGTTGTCATAGAAACACAACCATAACAA ACTGAAAGGGATCAATTTTGAACTAAAACAATAGCTCACAGGAAAAAGAAATAACCTGCA TTGTACTAATTGGAAGGGGTTCAATATTTTTTGATCTGAAATGCCTTAACGAAAAGGGGT TAGAGCTGGAATCCAGGCCCAATTTTACGTCTAAAACAGAACCTGCATTGTTAAAATTCT CTGCAGGTATAACAGGAATAGCCATTAAAGCATTAGGGAATTCTCTCATCACCTCAGCAC TAGCATTTTTCGATTCCTTCTCATTTTTCTTCTCTAATTGCCGTTTCAAGAAAACACGAA TCAATTCTAAAGGCAAATCGCCTCTTTTCAGCTCCATTCTCCTCAAAGCTTCATCTAACG CCTCTGAAACACAGGGTTTATGCTTGAGGGGTTTCCTTTTCTTCAAAATTCTCAAAGCCC TTTCACTCTTTGAAAACCCAATTTCAAGAGACCCTTTTGGATTCTTAATCTTGCGTTGAT TCTTGCTTTTCGTATTTCTCACGATTTTCAGCGATTCAGGTACCTTCTGCTTCATCTGCC TATGACGACCTTGAACATAATGAATTTCACAAAGCTTCTTCCCTTCCTCTACCCGCCGCT TGCACCGCCATTGTCGACCGTCAGTTCTGTTACACCGGAGATCGTCCGGCACAGCCTCGT TTTCCTCCATTGGGTGTCTTGATTTTCCAAGAAAATCAAAACTTTCTCGGAAAAATCGAA TCTTGGAAGTACAGAGTAAAGAAAAATTTGTGGGTGTTGAGGACTTTCTGTGACTAGGGT TTAGTGCGTGACTTTTTTCTCTCTAGTGTGTGTGTAATGAGAAATTGATAGATGAATGTA GCTTGTGTGTTGTAATGCAATGATATAGAGTCCTAAATCGTCTTGGATGCTTCGATTGAA TCACAAGTGGAAGCTATTTGTCACTGCAACCAATAATGACACCTCAATTTCTGTAGTTTT ATACTGTATAGATAGATAGATATCTGATGAGTCCCACACAATCAGGAACTCCTAAATTCA GACTATATATCTTAGCAATGTATTGATTCAGAAAAATGAAAAATTGAGTAATACAAGTTT GATGAGAGATGACAAAATTCAGAACACTCTGTTTGTCTGTGAATGATTCTTTTGTTTTAT TGGTGAATGAGATAATGTATTCGGTTACATTTTCTAATTGTTTGAGATTGAGGCGTAGTT GTTCTAACAAGCTGCACTTTATGTTGCTGCATAGATCAGATTGTTCTCTAAGTGATTTTC TCTTCTTCTGTTTTAGCAGAGGTTACATTATTAATAGAATTGGTTGGGAACTTGCGAAAG TTTTTAATAAACAGTTAGATACATTTGGATATCAGATAGCAGTTGGTATGTTCAAAGAAC GATTTTTTATCAAATAATGGCAATGAGTAATGTATTTTGGATATTTTTGTATGACCAACC TGTTTTAAAGTAATTGCACTAAAATTCAAGATTTTGTGTGTGTATATAGTAATGACAGAC CAGGTAACAATGAATTTTGGAGGTGATTTCGTGCATTTTCAACGCGTTTATATAATAGGT GTTCTCGTCAGCAAAGCAAAAATGTCTTGGCATCAAGTGGAGTTTTCTTATGAATTCTTT TGTATTCTTTACTCTCTTTTTTTCTGTTCATCTTTACATTTATTGACCCCCAAAGTTTCT GAATCTGTTATTTCTTAAATTTGTAGTAGTAGAAATTACCAACATTTAACAGAAAGTAAA TTACTTTATTATAAAGAGAGTTATATTCTTGATCCATGAGTTCTTTCTGTTGGTCATTTC AGGAATATCAGAAGACAGTAACCTTAGCTTTTTTCAAAAAAAAAAATTATTACTCATTTA GACAGAGACATCAACCAATTAACTAGTGCTAGTTGTATATTTGTCAAATGAGTATCAATC AATTTTCCTTTAGAAAAAGCTCTAGCTTGTTATTTCCAAAATTGAATTCTTACATGGAAG TTGAGATGATGAATGAAACAACATATTCAAAATTGGTTGCACTATTGATGACATATTTAC ATAAAATTTCATGGAAACAAGTAACAGTTGCTTTCTATAGTAAATTTATTTAGACAATAA ATGATATAATTGTACTTCGATTATTTTGTACCCTCCCCTTACATTCAACAGTCACTACCC TGACAACCAAACAGCAAAATTGACTCAAATAGCATATGCATATAGCTCCTGGTTGCTTGA GTTCTAAAGTGAAGCTCAACCAAATAGAGCTCACTCTTGGATCGTATCGTTTTTCAACTG TATGTTAGTAATCTGGTTAGTATTACTATATTCATTGTACAGCATTATGAAAGAAAAAAT GCTAATACAGACTTGTAAATTTAGTTTTTGTACATATTTAGTAAATTTCCTAATACATAT ATACCGTGTTTATGTAAAACTTACAGAGTTAAAAAGTTCTATCAAAACTATATCTAAAGC CTATGTCCGCACTCCGTCCATGTTTGGAAGCGGTAGCTACCTCAAAATTTGCATTCTCGT GAAAGATATATTTTCATACTAATCGAAATGTATAAAGTGAGAATTTTGATACAAGAAAGG TGGGTTTGGTACGAAGGAAAATGTTTTTCTAGAAGAAAAAAAATTCAAAAAACAAGTAGA TTTCTTACTTATTTTCTAATGTTTGGTATATAAATAAAAAATATTTATATGTAATCTAGC AAAACATTATCGAGGTGAGATGAGAGGGTGGGGTTCAAGGGTGACGGGGATGGGATGGTC AAGGGTGGGAGTGGGGGTTGTCGGGTGAGTAGGGAAAAGACAATAAACATGGATCGTCAC TAGTACTTGTGGAGCTTGTATTTCCAACTGTGATTAATATAATGAAGTCATTGTATTTTC CTATTTTTAAGGAAATTTGTGAAACCAACTTTCACAAATCCAGACTTCATCAACCTGCGC TCAAGTTAATACTACAGAAGTCATCTATAATTTAAATTTAATGAGTTCGAGCTTCAAAAT CATTATTAGTCCTAAATTCATTGTACTGTTAAAGTTTATAGGTTCAGATTTAATATCTGT TTGAAACTTTTGTTTTTCACATATATATTTAAATTTTGTTTCTTTGCAATTTTTCGTTAA TTGCTGGTTTTCGTTACATAAAATTAGAAACAATAACATAGATTTAGCTGTTATATATAT ACAAGAAATCAACTATGAAAATTGACATGATACCCTCCCTTATAAAAGTAAAATTACAAT GTGTCCAACTTTACTCTTCTCATAAAAATCGGACAAATATCAATATCTATACCAGAAACT ATTTTACGTAAGTGTATGTGTTACGATGCAACTGAGTTCAAAAATTTATAAGCATATCAT ATGACAAAGATGCACACGTATACGCTAGCTGTAACATCCTTAAAGATTTTTTTTTTTTTT GGGCCAGATAATATAGCTAACGGACTTGGAGTATTCTTATGAAATTAAGTGTGTGAATAT ATACCACCTACAAATTATTGTCACTATTTATTTATTTATTGTTTGATGAAACTCAATAAA ATTTGTATCTGTTAAATAAAGAAAAGAGAAGAACTCTTTTAAAGATAACAAAGAAGTTTT TCGTTTCAGTTATTTTTCGACAAGTTGCAACCAAAACTGCTAATATGAGGAGACTTTTAT TGGTAGGCTTTCAATACTTTTACGTAAAAACAATGAAGTTAATTAACTTTATTTTTTAAA TAATTATGATGTTCGAATTAATTTAACTCATGAGCACTAATTAAGTTAACGGAGATACAA CTAATCAGCAATACCATATAATTGGTTGCAGTTTTGATAATTCATGATCCAGCATATCAA AAATAAAAAACAAAATATTTTTAATTTACGATTTTTAAAAACCTTTCATTACCAGTAAAA TCAGCTAACAAAGATTAGGAGAATTTGGACTCATATATAGTTGTTGAAAACCCCTACAGT AGTACTAAAGCTCTTCCTATTTTGCATTTGCATCATACTCTAGTATTACATATCCATCAA ATTAAAGTTCAACTTACTCCACCATCCCCCGGAAAGAGCGTAATGGATGATGTGTGGGTT AGGAACAATCACGAGTTTGAACCCTACTCGAGACAAAAGTCTGAGAGTTAGGAACAATCA AGAGTTTGAACCCTCGAGACAAAAGTCTGATATTTAAGTGGAGAAGGATAGAGAGTCAGA CCTATATATACATTTAATTTTTAATTTGTTTTAAAAAAATTACTCCACCCTATTTTGCCA ATTCAACATTAATTTACTTGACTTGATCGAAGTTTGGGTAAGATATATACGTAATAGAAA CTTTCTTAGTAAATTAATACTACTACGGTTAATGTTTATATATTGTTGCCTCGTTGATCA TGTTTTTGATTCTGTCACTATTATAATTCTTATGTTTGTAATCCTCAGATTAACACCACC ACAGCTGGGGAAATAGTTGTATTAATGGAACTACAACAATTATACAAAATCAATTAGTAC TTTGAACGAGAAAAGATTACAACTAGAGAAGAAGTAACCTTTGTAAAGAATCTAACATAT TCAGGGTGTGATTGATACGAAGGAAAAAGAATTTTAAGAAAAATATGTGTTAATTTTTTT TGTGTTCGGTACGCAAGTAAAATATAGAATATATTATCTTAAAATATTTGTATTCAATTT AGATAAATATGATGGGACTTTGTGGGGTGGTGAATCATGAGGTTGCAGACGCGAAGTCAG AATTTTCAATAAGGGGATTCAAAATCTGTAGAAATAGATAGTGGAAGGGGATTCGACATC TACAATATATACATATAAACTTAATTTAACCATATATAAATAATATAATTTTCCGCTGAA GGGGGTTCAGATGAACCCCTTTCATACAAGGTAGCTCTGCCCCTGTGAGGTCATGTGTTG GAGGGGTGGGGAGAACGCACAAATGTAGAAGTCACTTAGAGCTGTCAATATGGGCTTGCT CACCCCATCCGGGCAAACCTATACAAACCTTGACATTTAACGAGTCAGGCCAAGCTAGCC CATTTTTTGTATGGGCCAGAAAATAGTCGATCCAACCCACAAGTACGTGGACTACAATCT TGCCAGGCAGCTCACTTTTTTTTAAAAAATATAGTTTTTTATAATTATTAAATTAAATTA TAAATTATAATTTAAAAATATTATCATAAATATCGACAAAACAATATTACAGATGATAAT GTTACTACTTGTTAATCAAATCCACTAATAAAATTATCTTTATAATATTTATTAAGCTTT TTTTAAAGTAAAAGTATAAATATCTTACAGAAATATTAACCTAATTATTTTGAGTTTGGA CTCTCTTTAATTATTTTAAAATTTTAATATTATATTATATTTTTCAATTAATTTTTATTA ACTCATAGACCGATCCTACCGATATTTCTCAAGCCCCGTAAATCAGCAGACTTATTCAGG CCGGACAAAAAAAACTTTTTTCTGAAATGGACTCCAAAAAACTTAGTACAACCCTATTAA ATCTCATATTAGACTAAGCCGACCCAACGAACCTACTCCATATTGATGGCTCCAATGTGA CTTGTGGAACTTGCTTTCCCTACTTCCAGTAAGAAAATTATTGTCCTCATTTTTTATGAA ACTTATTTCCCTTAGAAAAATATTTTCCAAAAATAGTGACCAACAAACACGTCTTCAATT TCATTGTGCTGTTACTTGAAAACAAATAAGAAAAGATTCTGTAAATAGCTATATTTGTGC CTAGATTTAAAGAAAATATAGCGAGCTTTTCCTTAATTACAACATGTACTGAACGTAATA GTATTTTGGTTTTATAATGTGGTGGAATTTACTATAACTCTGTGTATAATAATACATTGT ACCTGCATGCATAATATAAAATAAATTGCATTCTTTTGCATAACAAGTGTATTTATGCGT ATACCATATCTATGTAGTGGGAATACATTGTATTCACATATGTAACCAAAAGACTTTGTA TCTACACACTTAATAAATGTAACCGCGCGAATACAATATTTCTGTTTAATTATATCTCCA ACAAAACCACGAACGGTCGCTATATATTATTATGCATAGGGCCTTGCTACTCCATTAGTT ACCTACTTGAAAATGACATTACTTGGGTTGTAAGCCCAATTTTGGCCCAAATATGACAAC CCTTTCACAAGAAGAAACAACAAGCCCAAATATCTCATAAGAGTGAGGTCTAAAACTTTT ACTTATTTGGCCATACCAGAGTCTACAATTTGAATGACAACTTTGATTTTTTTTACATAT TTGATGAACCAAAAAAAGGGAAATGAAAGACTATAATTGTACATCAGAACTTGAACAAGA TAATTCTCTCTCTTTTTTTTTTCTCTTCTGAATGAATTTGACTTCTGATAACAACTTCTA AAGCCAGAATTACATATGTTTAAATGTGATGTTAGTTATTGTCCTGTCACATAACATCTC AGAATTTTCCATTACCAATAATCCACAACCAATCTAAAGCAACACCAGAACATATTCCAC ATAATATGAATACCACTAGCAAATTACCCAATGCATTTTGCTCAGGACCCTACAAAATTC AAATTCCAATCTTAAAATATGATGTGATTATAAAATGATCATATGGATTCTAAAAATTAT AACTTTACCAACCTTGTATCCTTTAGGTGCAGCTGTCATGACACAAACTGTGAGATGACC ATTTGTGAGTCCCAAGAAGGATACCAGAAATATCATCCAGCCTTGATCACCATATTTTGC AGTGAAGTAGAAGCAAGGGACCAGTAAGAAACGTGAGAGGGTCGCGATCATGAGGCCCTT TGGTGATTTCAACTTGATTTTATCAATCAGTGGAACATATCTCCCTATCAGATCCCAAAC ATTGTACATTGCTATCAAAACTAGAGCATACCTGACAGTTTGAAAAAGAAATTCAAGAGG GACTGCAGATAACGTTATAGCAATAACGATTTATTCAGAGAAAAGGTATGCACACTTACC ATGATCCCAATTTGTGGGTACCAGTGTTTTCATACAAGAACCCGGGGAAAATTGATAAAG TAGCGACATAAATCAAGTACAGGTCCAACTCATAGTCAATATTCTGGAAAAGTAGTTGTT TGGTGCTTAGACGTTCCGATTGTTTTGCATCACTATTAGTCTGTTCAGTAAACAGAAACA TATCAAGTTTATGATTATGAAAATCACTTATAACACAGTTCACATAGACCTACTTTTTCG ATTGATTGAGTTTTGATGCCTGCAGCAGCTAAGTCTGCTGCAACAGTTGTTGATCCTTCT ACAGCTGCCTTTGTGCGGTAATGCTTCACAATTGGTAGCTTAGGGAATATGAATGCATAT AGAAGGATGCATAGGAATTCAAAGAATACGGAGATGGCAAGGTACAACACTGCAAAATCA ATAACTCTATAAGTTTCTCGCAACATAATATATCAAAGACGCATCAAGCATACTATTTTG AGGTCAGAATTACTTACTAACTCCTTTGCGAAGGCCATTGTTACTGTTTTCAAAAGCTGC TTTGGTTATTAGCCTTAAACCAGAGGTAAGTGCACCAGATGCAGCAAGACCAGCGAAAAA CGACTGCATAATTCATGAATCGGTATACAAACATAATTCAAGATTTCATGTATCAATTGA GGCAGAACAAAGTTACTCGTGTTACCACCACCCACTTGAATGAACTCCGGGCACATGAAT GATAAATCTCCGGTCATTCCACCTTGAACAACAGCATCCCCAATTCCAAAACAACCTACG ATGGCGCATACACCAATGTAATTTCCTATTCCACCCCTAACAGAAGTTGCCAAATCCAAC TGGAAAAAAAAATAAAAACAGATTCTGAAAAGGCGAACAATTTATCAATCAGAAAATGAA AAAAATCAGAACATACCAGTATGAGCGTAAATGTGCTTAAGGTATACAGGATATACCCTG CTAAGATGCGTTTTCTTGTATCAACTTTTGCCTCGTTATATGCAAGAATCACTATTGTTC CAAGTGCAAATGGCTGATACACTAAGGTGAGTACCCTTGAAGGATGATAATTCTTCAATT TTCATATTAAAACAAATGAGTCAAGATATATAATTCACTCACAAGTCACAACTACGCCTC AATCCCAAATATAACGTGAAAAAACATAAATATTACAAATGGAGACTTACGGGAAACAGT GCGTAGTAGTAATCTCCTATGCTCATTAAACTATTCCAAGCAATGAGAGATCCAAATCCA AGAATCCAACAAACAAGAATACCCACAAATTTCCCCTGAAAAATTTCATATACATTATAA TTTTTGCCACAACAAATGAATCTTTCAATTTGACATAACAGAAAAAAATTTTAAAGTAAA AAAGTATGAAACAAACCTCAAGCTTGGTAGGACTTGGAATATCCATGGTTGTTTCTTTGT AGAATAAATTCAAACACAAAAAACTGTACAAGCCATCATATAAGTAGTAATTTTGATTTG CCTCTTTTTTTTAAAAGAAATTGATTTTTTTAAAAAAAAAATAATAATCAGATCCTCTTG ACTTTTTTTTGTTCTTCGTAAATGTGATTTTATTGTGGATAACACAGTGTGAACACATTA AAACGTATGTAACGGTTCTATGAACCATTAGACTCTCCTGTTTTCTTATTATTTATCCCC TTAACTAATTACATGGTAAAAAAATTTAGTGTCACTAAAAAAGTATTAATTACATCATTT AAATGATTAAACAAACTTAGTTACTTTGCCAAGTTTAAGTTTTCCTCAAGCTAGTCTAGA CTTAAAGCCTGTGTTGAAATTACTGCTAAAATCTGCTTATTTTTGGAAACACCTTTTAAA TTAGTTTTTTAGAAAAGCGCTTTAAAAAATAATAATTTGTGTTTTTAAAAATTGCTTTGA AGTGTTAAATTACAAAACGGACAAGGATCAATCTACTTTCACTATAAAGATTATTTTATA TATTAAAATTATTTTAAATATCTATCTATCATAAGAAATTTAATTTTATTGAATCAAAAT GTACTTATTCAATTTTTCAATCAATACTATACATATATAAATAAATAAAATTATAATATT GATAGGATATTTAAATATAATAAATAGTATTAAATATGAAGTAATGATAATAAATGTAAA AGAATAAAATGAATATTATATAAAAATAAAATTCTTAAATGAATCTTTTACCAAAGTTAT GAGATATATTAATTAATTAATAAGAGATTTATGGAAAAATATGCAAATATAGAAGAAATA TTTTTGTTTTGTAAAAAATAATTTTTTGCTTTTGCTTTTTTTAAGAAGCATACATTTTAA ACTTCTTTTCGACAACTGAAAAACTATTTCTGCATCTATTTATAAGCAATTTTGATTTGT CAAACACCTTATTTTTAAAAAAAAGTGATTTTCTTTCAAAATAATTGTTTTTGGTCTTCC AACTATAATGTCAAACAAGCTCTAAATCTATAATTTGGAGATAGTTACATGGGTCTAGTT AGGGATGGGCACGGTATAGTTTGATACTGTATTTGAAATTTTGATGCCATAATTTTGATA TTCAAATTTTAAAACTATTATATCATCATATCAAATTATTTTGTCCAATATCGATTTCAG TATTTTGTGGTATGATAAATCGATAGTTTGTTTAACTTTGACTAGTATACTCATATAGTA TAATAGAGTGTTATGACTTCAAAAATTCAGAAAAAGATCTCAATATATACTAATTACTAA CACATCTAGAAATATATATTCAAAAGAAAGTACAAACAACTCTTTTTGTCAATCAAATAA CATTTAAATACATTTCAATAAAATAGAATAGTCAAAGTTTTAACTTCTAAACATGTAATT TATATTCGATATTTCAATGTATTTCTAAATATCAAATATCGCATCAATACCGAAAAGACA AAAAGAGTTAAAATATAAGCCATATACCATACTAAATAACATAATACTAAAAATTACAAT TTCAAAATTTTCAGTATGATAACTTGTCATCCCTAGATCTACCAGCAAAACATTCTCCCG ACTCGGTCGTCCCGAGTTTACAATTGGGTAAATATACCATAAATCCTAAAAATTGATGAA ATATCCTTTACTATTTGACCAAAACAGAAGTTTGGAAGTTCTCAATTTTAACGTCAAAGT CATAAAAGATTTCAACTTTGTCATTCCTTTTGTCTAAAAAAAAACGTATAACAAAATGCC ACATATTTATTTGCTCAAAACTTACTTAGATTGAGACAGAACTTAAACAGAGCATCAAAT GATCCTATTTGTGAAGCATGGAGTCTCAATTGCTAGGCACTAGGTCAAACAACGAGAATA AGACTTGTTATCAGCATATGCAAGGATAAAGGGAAGATGCTAGAGTGGATCAAGTATAGC ATGTAAATTTTTTTAAAATAAAGCTCTGGATAGTAAAATATATAGCACACATGTTTACTT ACTGTATCATGTAAAAATTCCTACGTATAAATGACCTGAGACGAGGAAGAACAGTAGAAC CCACAAGAGTTCCATCAACAAAGAAGAGTTGTAAAAAAGAACACTAATCACTGAATTTAA CCAGACGAGCTACCCAGCATACACTGAAGAAAATGAAGGAAAGATATTGCAAATTAGTAG TGAACATATTAGTGATTTCAATGTGTATGGTTTTCCGGAGTTAGGGACGTTTATTTACAA CAGCAGCAGGTAAAAGCATAAACAAACAGTAATTACAGTCGAGAATCAGGCTGATAAGTC AATCCCAACATCTAAACCCCAATATCCAACAGCAATTTATATGATAATGTTTTGCATTTT TCAGCCAAAACCAAAGATCACTGCCACCACAAAAGTATTTATATCTCGTCTTGAACATCT CATACAGCAAAAGACAGCTTGTCAGGAGACGAGGCATCCTGTCCTGTAATTGATAAATTA ACAGCATAAAAAGACATATTTCTACAAGATCATGCTTTAACATGCACCAAGATAGACTAC AAATTCTTGCTTTTTTTAAATCCCGTAATAGACTTTGAAAATATTAAGTAAAAGTGTGGA ACTTATTCTGTACGTTAGGTAAAATAAATCATAGAAAACAAAGAAAAGTACTCACCATAG TAATAGTTACAAAATGACATGAACAGCACAACAGGAATGAAGATACCTCCGATCCCCCAG GACACATCGATCATCTTATGGTGAGCTTTCTCAAAGTCAGAAAAATCTGTGGCGTCATCA CAAATAGTCTTAGTTCTGGCAATAAAAGAGTCCATGTCCATGACAGGACCTTCACTGTTA TCCACAACATTAGCTAGCCTTCCTTTCTTGCTTCGGTCAAATTCCATTAGATTTCTTGTT TCTTCTCTTAAATATTTATAACTTCGCATCAAATTCATGATGAGCACGTTCATTTTTGTA ATTCTTGATTTTGCCATGCCAATGTGTATGAACGAATCAGCCAAAAATAAACACATCAAT AGAATAGACATGGCAAAGGCCATAGCAGAAGGTATACTGGTGGTTAGGTAGATACTAATT CCTCCTGTCCATGCGAAAAGAAAGAGGGTATGCTGCTCTAGTTTAGATACAACCTCAAGT GCTTGTCGTTCCAAGTCCCAGTTCATTTGATTTAATGCATTCCTTCTCCGTTCCACATCT AACAACTTCACAACACTTGAACGCTAAGGGCGTGAAGGGACTATCAAATGAAAAAAAAAG AAAAAGAGAAAAAACAAACAAAAGAAGCAAGCAACTTTAGGGAACTAAATTTCGTATATC ATAGACTAGAACTGAATATTTATTATTTGCATGTGTCTAAGTTAATATGTTTCTGACCTT CAATACAATCAATAGTTATATGTTCTGTTCCAGCCATGAGGAAACCAATATGTTGAAGAC TTCCAATATCATCAATTTCTCTATGTCCTATTCCAGCGATAAGAAAAAATGCAAATTTGT TTAGTCAAAATAGTCAAACACAGGCAAACTATACAAGCCATATAGAGAAAGTTCCACCAT AAGGAAAGAAATGTATGTTTCTATTAACTTTTCCAGCTTTACAGATGACTGTTTATTCTC TTTTTAAAATAAAAATAAAAGCGTATAACATTTAAGCAGTACTGGGGGTAAGGGGCTTAT TCCAGAACTTGAGTAGATGAAGCTATCTACGAAGTCTGATGCGCACCCATGGGATTGGTG CTATGCAACTCACTATTAACATAGCTCTCTGAAACAATTTTCGAGTACTGATGTAATATT TCCATCTTTGGACTAAATTAAAGGGAAAAAGTACACAGAAGAATCTTGAATCTAACTCGC ACACATCAATTGTTAAAATATTTAATTTATAACCTCAAAAGTCAGTACTGTTAGCTACCA AATAACTGTATATTTGCAACAAATAATAGCTGCAATGCTTTGGGTAAATTGGTATTATGA GCAACATTTGCTGAATTACCAAGAAGACACCCTCATTGACTTATTGAGCTTAATATGCCA AGTCTTTTGCTTATAACCTGGAGACTAAATTTTCAAAAGATAAACAGATAGCATATGTCA TTAAACACTACGGTTGTCATGAATAGTAAGGGAGAGAACACAAGTAGAAACGCAGGACGA ACTCCATATGTCAAATGCAAAGAAAATATATAATTTGCCGTGTCCTCATAAAACTGATAC CACATAGTAGCTAACAGAAATAAGAGTCAAACACATGAAATTTTTCAACACTTAACACGA ATAAAAAAACCCTGGATACAACAAGTGTTGTAAAAGACTCGTTTGAGGCACACTTAAGCC CTCAAGTTAGGTGCCAAATGCTTGTCCAAACTCAACTTCCAAGTTTCACAAACCACAACT TAGAAACTCGAATTTTTGAAGTTTCAACTTCAAATCTACGGCCAAAAATAGAGCAAAATA TGAGTACCTCCAATTTTTTCATGAGGTCCTTCCGTCAGTTGCAACAAAATGCCTTATAAA GTTAAAAAAACAAACTTATAGATAATAACCCTAGTTTTCATGTAAGGTTCAACATACAGA AATAGAACTACTTAGAAAGACATGTATGCATATATCAACACAACAGAGTAACTGGTACTA TGCAACATTATGCTATTGAAAGAGCTAATATGGAGCGTCATTACGTACCAACTCGGCGAG ACACTCGAGCACCGCGGTAAGGGAGAGACGAGCTCGGACTAGGGTTTGCACTCTGCGCGC CAAGTTATTTTTGTACTAAATTTTGGACAAAATGGTAAAAATGTCCTTATGTTTGGGGTA GATTTAATAGTCCCTTGAGCATTTTTGGGTTCATATTTACGTCTTCTGAAAAATATTCAT ATTAATCCTCTATTGTATTTTTTGGTTAGTACAGTTATTGTAATTTCTACTTCTCTTTGA ACGTATATAATGCAATTATTTTCTTTTTACAAAATTTTGTAGGTTCGCCTGCTTTTTAGA AATTCAATAGCTAATGTGCGAGTGACTTGTCATACTATTCGTCTGTAGGTGATTTTTTAA GATCGTCGTCAAATTTCGAGGCTCAATCGTGGACAGGTGGTGAAAACTATCAAGCTGGAG TATAATCGGGGCAAAGAAAATTCTGGTGAGGCGTTGAAATGCATAGAGATCAGAAAGAAC ACCAACGGTGAAAACATTCTATTGGGCGACACTTACACAGAGAGACAAAAGCTAGGGGAG CAAATGAGATTAGATACCCCAGTTTCCAAGTCGTAAACGATGGATACTAGGTGTTGTGCA TATCGACCCATGCAATGTTATAGCTAACACGTTAAGTATTCCACCTCGGGAGTATATTCG CAAGAATGACATTCAAAGAATTGATGGGACCCGCACAAGCGGTGAATCATGTGGTTTAAT TCGAAGCAAAGCAAAGAACCTTACAGGGCTTGTTATGTAATTAGCTACACTGGGACTGAG ACACGGCACAGGCTCTTATGAGAGGCAGCAGTGAGAAATTTTTTACAATGTAGCAAAACT CTGACGGAGCAATATCTCGCGAAGGTAGAAGGCTCATGGGTCGTGAACTTCTTTTCCCAG AGAAGAAGCAATGTCGATATTTGGAGAATAAACATCGGCTAATTCTCTGCCAACAGCCGC GGTAATACAAGAGGATGCAAGCATTTATCCGAAACAATTGGGCATAAAGCATATGTAATA CTGAAAAGATTATTTTTCGACTTAAAAAGTTGGATTAAGTTGTATAACTTCATTGCCGCG GAAAATTTACAAGTAATTTTTTCATTACATGACTGCCCAAAATCAGTACATCAAAACATG AATCACTCTTCTATCTGAATGGCAAACCAGAACTTGAACAATGGAAAGACTGAATGTACA TCAGAATTCAGAACTTGAACAATATACCCTTTTTTGTCTTTCTATGTGAATTGAACTTTA CATTCTTTGCAATCCAGAAATAAGTTAAATAATCACATACGTAGATTTCACAATTCATAC TCCTAGAAGTTGAAAGTTGACATGAAAAAAAAGAAAAAAGAAAGCAAAACATTCACACAA AATGCATATTTGGAACCAGAACTATTATGTGTTCCCCAACTAAAATGACATGTTATCAAA TGTCCTGTCGCATACAATCTTGAGTACTCAGAATTTTCCGTTACCAATAATCCACAACCA ATCCAAAGCAACACCGGAAAATATACCAGCTAGTAGGAATAACACTAGCAAGTTACCCAA TGCATTTGCCTCAGGACCCTACAAAATTCAAAGTTAAGTGTTAAAATATGATGTGATATT TCAGATGATTATAAACTGACAATTTGTATAGATTCAGAAATTAAAATTTCACAAACCTTG TATCCTTTAGGTGCAGCTGTCATGACACAAACAGTGAGGTAACCATTTGTGAGTCCCAAG AAGGATACGAGAAATATCATCCAGCCTTGATCACCATATTTTGCAGTGAAATAGAAGCAA GGGATAAACGAGAAACGAGAGAGGGTTGCAATGATGAGGCCCTTGCGTGATTGAAGCTCG ATTTTCTTAATCAGTGGAACGTATCTTCCTATCAGATCCCAAACATTGTACATTGCTATC AGAACTAGAGGGTACCTGAGATTTAAGAAAAGAAGATATTATCAGTCATTCAACTAGTAG ACCATGAAATTAACTTGACTCTGCACACGAACAAGATAATACAAAACAGCATGTCTTTTG AATTTTAATTTGGTGTTATGAACGATCGATCACATTCACATGGAGTTGGATAAAACCATC CAACCAAGACATCTTGAAAAAAAGAAATTCAAAAGGTAGTGCAGATAAAGTAACAGAAAA AAAGGAGTTATGCACACTTACCATGATCCCAATTGGTGAGTACCAGTGTTTTCATACAAG AATCCGGGGAAAATAGATAAAGTGAGGACATAAATCAAGTACAAGTTCAATTCATAATCA ATGTTCTGGAGAAGCAATTGTTTGGTGGTCAGACGTTCTGATTGCTTAGCATCGTTGTTA GCCTGTTCAGTAAACAGAAACATATCAAATTTATGATCATGAATATCACTTATTAACATG TTTTAGTTGAGGAGAAAAAGTTGCCTACTTTTTCCATTGGTTGAATTCCAATGCCTGCAG CAGCCAAGTCAGCTGCAACAGTTGTTGATCCTTCTGCAGCTGCCTTTGAACGGTAGTGCT TCACAATTGGTAGCTTAGGGAATACGAATGAATATAGAAGGATGCATAGGAATTCAAAGA ATGCGGAGATAGCAAGGAACAACACTGCGAAATCAACAATTGTAAGTTTCTGATTCGGAA AAACTCAAACTGTTTTTTATTTAACTTTCAATAATGAGATCAGAATTACTTACTAACTCC TTTGCGAAGGCCATTGTTACTGTTTTCAAAAGCTGCTTTGGTTATTAGCCTTAAACCAGA GGTAAGTGCACCAGATGCAGCAACACCACCAAAAAACGACTGCATAATTCATGAATCAGT ACAAACATAATTCAAAGTTTCATATAGCAAACAAAATTAAAAATGTTACTGCTACGCACT TGCATAAACTCGGGGCACATGAAAGCTATATCTCCAACCATTCCACCTTGAACATGAGCA TCTGCAACTCCAAAACATCCTACTATGAAACATATACCAATATAATTTCCTATCCCACCC CTACCGGAAGTTGCAAGATCCAACTGAAAATAAGTACAAAAACAACGGATTTTAAAATGG TGAACAAAAAATAAAACCACTAGAACTTGACAAAAGCATAACATACCACTATAAGTGCGA CTGTACTTAAGGTAAACAGTACATATCCAGCTAAGTTACGCTTTCTTGTATCAACTTTTG CCTCATTATACGCAAGAATTGCCATTGTTCCAAGTGCAAATGGCTGATACACTAGTGTGA GTACCCTTGAAGGATGATAATCCTTCAATTTCCATACCAAATTAAACAAGTCAGCACACA CAACTACGCCTCAATCCCAATCACAGTAATAAAATTGTAAACTAAAAAATACATTAAAAG TTGTCAAGGAAAACTTACTGGAAACAACGCATAATAGTAATCTCCTATGCTCAATAAACT GTTCCAAGAAACAAGTGACCCAAATCCCAAAATCCAACAAACAAAAATACCCATAAATTT CCCCTGAAAAATTTCACCATACATCATAATTTCAGCCACAACAAAAATTTTCAATTTATC ATAACAGAACAAAATAACAAAGTTTGAAACAAACCTCAAGCCTTGTAGGACTTGGCCTTC TACTTGAAATAGCATTAGCCATGGCTGCTTCTTTGTAACTGCACTACAGTATCATATACA ATATTTAATCTTAACATGAAAAACAAATCATAAAACAGAAATCAGATTTATAAAGAGCCA ATTATGACAAAGAAATTCAATTGACTGAATTAAAAGTGGATCTTATATAGATGAACATTA CCTACATTGAAACAATAAATCTATTAAAGAGGCCTGACCTTGTCAAGTGACAAATAAAGG TATGTATGGAGTCTCTGTTGACTGCAAAAGTGTAAAAAGATGTGAATAGAAGATTCACTC TGAGACTCTTTAGGATTCTTCCATATATATAATATACATGAATTTATTGGAATCTCTACA GGTCAAAAAGTGAATAGAGACGACATTACAAGGTGACAAAATAAATACCTTTATCAACGA AAGCTCAGTAGTCAATTAACTGATAAATAACATTAGTATGTCAGGAGCCTTACAACTGGC TTGTTGGTTGAGGAGTTTGATTGGTATTTAGGCATAATTCATGGAATAATAGTCGGAATA ATGAATTAAACTTTGTCTTGCTATTTAAAAAAAAAAAAAAGTAAATGTTAGTTATGATTA ACCCTCCACTTATGGAAAATCACTTAATTATGTTTAAATATTTAAAGATAAGGAAGAGGT TGTGTACTACAAAGTCAATATGTAATTTGTTTAGGGGGTCTTAATTAGAAAAAAGAAAAA GAAAAAAATTTAATTGTTTGGGGATTAAGTAAAGGAAAACGCATAGTGGGAATACAATTT ACTAGACTGTGAACTTGGATTATAAAATAAATAAATGAAGATATGTAGTCTGAATATAAC ACATATTAATATAGCCGACTTCAAAAAGGAATAAAATTATGATATATGTTAAGAATCGTT TTTATGCGTAATCTGGATCAATAAAAATAATAATATTTATGCATTTAATTTCAGATTTTA AACATTAAATATAAATTGATAAATATATATTTTTACCATATATATTAATTAGTTATTTAT AAATGCTCTATATAAATGACAAATGAGTAATTTTAAAGCGAAAGGGCGGATACTTTTAAA AAAAGGACAAAAAAATCGAATTCATATACAAAGTCTTTCATATATTTCTGGCTTTATTAT ACAATATATATGTTATACTAATATAAATAAAATATAGTAACAAAATGTGCATCGGAAAGA GAAACCAAGTAGAAGAAGCAAGGCAGAAAATATGGTTCATTTATTTTTATATTATTATTA CCCTTTAGGTCTATATAAGATAAATGTCATTTTAACGTAATGATTCATAATCACATCAGG AGAAATAAAGGTGAATTCATAGTGAAATTTTTTATTTGAAAGATCATTTGTTTAATTAAT TTTATGCCTGATTTAATTGGATGTTTGTATATTGTATTTTAAATACCATTATTATTTAAT TTTTATTTTACCCAATAGAAGCATGGGCTATGGAACACTTAACTTTTGACTTGATTGGCT CCATCCATGATGAATTGTCAAATTTGTATTATTTTGGCTTATTATTCTATTGCCTTCTTA TGGAAGAGTTGGGAACCCATTGTTTTCCTTCCAATTGGTTCCTACTCTCATTAAAAGAGT AAGTATCTTGCTATCAAATTATATAAATAAGATGATAATGTATATTAATTAACCAAAACT AAATATTTTGTATTTTTTAGAATTCAATTTAGTTAATTTTTAAAATGAAATTAAATTACA TTAATTTAATTTTTTTTAAAAAATAAATATTCAAAAATTATACAAAAAGTAGAATAAATA TAATTTTTTATATGTCAGTATAATAAAAAATACTTCGTAAAATATTGTTCAAAATTCATA TAATTTGACTCTAAAATAAAAAAAATCATTACTTGTTAACTTGATCTACGAAAAATAGAA AAGTAATCTGCATAGTCAACAAGCAATATTCAATTCCTTTATATATCATGGATCTACTCT TAATAGAGTTTTCCTTTATTTAGGCAGATTCATGATAAATTTAAGTTATGCTGAAAATAT ATTTATTTCTAAAAAGGATTGAGTGCTTATTGTCAAATGTTTGGCAATTAATTTCATGTG ATGGTCTCACGTTTTTCACATGTTGTGATATTAACTAATTAGCACATGGTTTCACATGTA ATTTCATATTAGTTTTGTTTTATATTTTAAAAGTATCGATACTACAAAAGAATTCTCATA GAGAAAAATGAATAAAGTCATATTAGCAAGTGGATTTCATATCATACGAGTAGAATATAC TTATATAATAAATCGATTTAACTATAAATTAACTAAAAAATGATTTGTGGTTCAACTTTT TTTGAAGCTATTTTTTTCTAAAATGAAATTCTTCGCAGTCTCAATTATGAAATATCTACG TTTATAATATTTTGGGAAAATAAAATAGAATTTACTGCTGCGAAAAAAATGAAAATATCG CAAGAATGTCACCAAATTGAAATTGGGGGAATTAGCTGGCTGTCAAATTAATCCATATCT TTGGTGCGAGTCTCTTTAAAGAGTTTGATATATTAATTAATTTTCTAAATAAAGATGTCA AAAATTATGATAAGCTTAGATCCATAATCCTTTTGCTTGGCTTAATTAGTTAAATAATAA TTTATTGACATGATAATATTGTATGTCATCGTCAACTCTCCAGCGGATAAGATTGTTCCT CCCTTAATAAGGGGTTTCGAGTTCAAATCCTGAATGTGAGAAAATTCTTGACAAAGAATA TACCCCCTAAATAAGGCTCTACATAACGTGAATCTAAAATAATAGACTCCGATAAAATCA AGAAATCTAGTCTAGTACACGTCATATGGTATTTGGTTTGCAAAAAGTATACGATCAACT TGTAGAAAAATATAAGTACAATAAGTCCCACAAATCTGCTAAGTTCCTGCTATTTAAATG ATGATGGTGTGAGGACACCGAACAACTTGTCCACACAAATACAACGAGTTGTCAACGACT ATTGCAATGATGTTGTTTTCAAGTGGTGATAAACTAAATTAAATTTTATGAGTTATAAAT TTTAAAATAATGATTGGGAAGTGTTTATATTTAAATTTTAAATTTGATAAATATATATAT ATTTAATAATTTTTTTAATATAAATAAAATATTTAAAAAATTGATAAATCATCATAAAAA ATATTTTCGATTTGTGTTGTCCAAGTCTCAAAAGGTGTGTATGATCAAACAACTAACGTC ATGCTAAGTCAAATATTGCAATTACCTCTCCTCTTGTCTTTACTTCACCAAGTTAGTGTT TACACTGTTGTAAGTGTTGGGTTATGGGCTTTTTTCCCTTTCTATGTGGATAAATAAAGG GAAAATTTCATATATGGCAAACTTATTAGATTAAATAACATTATATGGGTATAGTTTACC TAATTAGATAATATGAGTATAGTTAAGTTATTAAAGGTGTCTTTAATTTTGTATATAATT TTTTTTATTATTATTTATACAATTCTATTTTAAAAAGTTGTTTGTAACTGAAGCATTAAA TATGGTAACAATAAATCAAGATAATGCCACAATTTTAGGAAAACGTCCCTATTTTCAAGC CATACGTTCAAATTCAAAAAAAAAATCTGTTTATAATAAGTCATGTACAAATTAATTTCT GTATATACATACCTACCTATATATACAAAAAAAATCAAAAAAAAAAGTCATCCACAGATT ATTTTCTGTTTATATATATGAACTTACCTTTTTTGTATATGGTATATACCAGCACGTATT CAATGTCTTTTATTGTATATGCACATCCAATTAGATTGCAATAAATATACATATACAATC TTATTGAATAAATATATACATGTACAAAAATGCATTTTACAAATTTGTATAACAAGAGAT ATATGTTATTCAGGTTTTTAATTGTATATAGTATATACTAACACTTATTCAATGTTTTTA TTAATTGTATATGCATATTCAATACATTATATTCGATAATTTATATATAACTATTACAAT ATACAAAATTATAATCACATATGATATTTTCCCATCTATATACAATCCCTACTACCAGCT ATTAAAACAGACATGTACATATCAATTTTTGTATATGTATGTAAACTTAATATATACTAA CTTCAAAAATTTGTATATAACTAATAGAATATACAAATTCTAATCATATATTCAATTTTT CCATCTGTATAACTAAGTCCAATTACTATTTTGTATATATATACAAAAACCAAAAATAAC ATAAATATGCAATATACTATATACAATTACTCACATGGAATATACTATATACAATACTTA ATTTAATGGTTTTTGTATATTGACAACTAATTAACAAAAAAATTGTATCTAAATTTGTGT TTTAAGACACTACCTCATGATTATGAAGTGCTTCAGATCCGACTTCACAATCATTTTCCT CTGATTCAAATAGTACAACTTTCCTCTTTCTTATACCTTGTACAATTTTAATGCCTCTAG CTTTGACATTTTTAATAACTTAATAACTTATTGAACTGCCATAGGGTCGTTTTTTTTCTT TGATCTCAGCTCTTCCATGGTTTGTTCTTGTATAAGTTGTTTTGATTTTCCCAAATACCC TACATTAACCCCAAATTCTTGAGTTAGCCCCATTGAAAAGGATGGTAAAATGTCAACAAC ATTGACATGCAAATGACTACCTCTGGTAATCCTCAAAGATGTAGACGATTCGTTCATTGT TTGACGAATTTTAGATCTATCAAGAATAAAAAAACGATTATTTCATCAAAATATATGAAG AAAAAAAAACAGAACACATACAATTTTTAGATAAGTTAGAAAAAAAGGTAAACAACTAAA ATTAAGAATAACTTACGAAATTGACTTCAACTTAGGGAGGAGACTTCAACTTCAGGAGGG ATTACTGAAATTTTGGACAAAAATTTGAAATTCAAATATGATATTGGAGTATTAAATGTA GGAGAAGATGTTAGAATAAGGAAAGGAGAGAGAAAATTAATTGTGAATAAGAGAGAGAAA ATTAGATTGTGTATAATTATATACAAAATTAGAAAATAAGATTTTTATACAATTGGTTAC ATAATAGGTTGTGGGCCCCCATTAATTATAGCAAAATAAAATAAACTATAATTATATAAT GTAAATAAATTAAACTATACCCCTAATATATAATTAGTTATGAATGTTTGCCATTTCATA TAATTTTCCCAGCCCAATTTGGACCAATCCATTTTTTGTCCATAGGCCCATTCTTATGAG GCAAATATAAGCCTATTTAGGTCTTATTTTCATATACACAGAGAGTTTTTTCAGCAGCCA GAAAGAGAGAAAGAGAGCAGTTTTCGCAGTCAAAATTCAGCCGTAACAGCCAACTTCAAA TTGCGATTCCTGCTTCGTTTCTTGTCCGATTGAGCTGATTTTTGGACAGCATATTATCTT CATATCAATCTTTGATTAGGTTCTGACAGAGTTGGATTTGGTGGCCTACATCTTCAGTTT TGCTATCATGAACAGTAGATGCGACATTGGTTCAAATCAAGAAGGAAAAGTATAGACTTG GGTATTTTTTCGTTGTTATCTTGTCAGACATTCTTTGTTAATATCTTGTCTTTCCCAACA GTAAGTTATAATTTAAAGGACAATGATAGAGCTAAAAATTCTATCTAACAAAATAATGAT AAAAACTAGAAATATCATACTTTGTCATTTGACTTTTGTATAACTAGAAGGAATCTTAGA TAAATAATAGAAAAAATTTACTATCTATTTTGTTTAGCTCGTATATACTAACTATATATG ACCATACACTTATTATATAAAAATTATGTATTCATTGATATTTTAATTTCAACAGTTGGG TGAATAATTATTTAAATTAATTCTTCTGACTACTATATATACATATATATGTGTGGGGGG GGGGGGGTTGTATATAAAACAACAGTGGTTTACAATATTGAACCTCACTTACTAATTTTG ATATTTCTTATACAAGGGTGTTTTATAAAAGAGAGAGTGTGATATTTGAGATAAAAATGT GTATTAATAATACTTGGTTAGTTACTGTATCTAAGACAAACAATACCCTTAAATTAGGTA ATCTCTACTTAACAATCCATGTGTTGTTACTCATTTATAACAACAGATCTATAAACTTTG AATCATCACATATAAAAAAAATTCCTTATTGTTATTTACGGATTAAATAATTATGTATAA AAATTTCTGCATGCATTAAAGAGGTCATAAACCAATCATCCACTAAACGTACAAAAGCAA AATCCTTTTTTAAAAAATGGAATTGACATGTACCAACAATTTTTAGATTAAGTTGGTATG TTTTGGTCAAATTAATATTTAGCAAACTATATTCTGCCCAAAAATAGGGGAGAAATTTTC TATTCACATTCATCTCTCTCTTCAAATTATTTTTTTGTAAAATAGTACCATAAGATATAT TTAGTAGGTATTTTCTGTTCACACTCATCTCTTTCTTCAAATTATTTTTTGGTAAAATAG TACTAAAAAATATATTTAGTTTGTATTTCTCTAACTTCCAATCATTTTTCATAGCAAAAT GACCCCTTAAAAATAGTATAAGATATTTCATCGGTTCCTAGTTAATTTTTCACTTTTTCC TTTTTTTTAGTTGTCCTTAACTTTTTAAAACTTACTATACCCTCAATTCATTACTTTAAA AATATAGAATTTCTTGAAAATCTTAATTCATCTGTTTCATTATTAATAAAGATAAAATGA TAAAATTACTGTGTCAACATTGTTTTCTTAATAACTATGCAAATTCGAAAGTGTACAAGT AATTTTTTTAAAAATATAACTCTGAATAGTAAAATATATAGCACACATGTTTACTGTATC ATGTAAAAATCCTACGTATAAATGACCTGAGACGAGGAAGAACAGTAGAACCCACAAGAG TTCCATCAATAAAGAATAGTTGTAAAAAAGAACACTATCACTGAAAGTTCAACCAGACGA GCAACACAGCATACACCGAAGAAAATGAAGGAAAGATATAGCAAACTAGTAGTGAACATA TTAGTGATTTCAATGTGTATGGTTTTCGAGAGTTAGGGACGTTTATTTACAACAGCAGCA GGCAAAAGCATAAACAAACAGTAATTACAGTCGAGAATCAGGCTGATAAGTCAATCCCAA CATCTAAACCCCAATATCCAACAGCAATTTATATGATAATGTTTTGCATTTTTCAGCCAA AACCAAAGATCACTGCCACCACAAAAGTATTTATATCTCGTCTTGAACATGTCATACAGC AAAAGACAGCTTGTCAGGAGACGAGGCATCCTGTCCTGTAATTGATTAATTAACAGATGG TTATAGCATAAAAAGACATATATTTCTACAAGATCATGCTTTAACATGCACCAAAGATAG ACTACAAATTCTTTCTTTTTTTAAATCCCGTAATAGACTTTGAATACATTAAGTAAAAGT GTGGAACTTATTCTGTACGTTAGGTAAAATAAATCATAGAAAACAAAGAAAAGTACTCAC CATAGTAATAGTTACAAAATGACATGAACAGCACAACAGGAATGAAGATACCTCCGAACC CCCAGGACACATCGATCATCTTATGGCGAGCTTTCTCAAAGTCAGAAAAATCTGTGGCAT CATCACAAATAGTCTTAGTTCTGGCAATAAAAGAGTCCATGTCCATGACAGGAACTTCAC TGTTATCCACAACATTAGCTAGCCTTCTTTTCTTGCTTCGGTCAAATTCCATTAGATTTC TTGTTTCTTCTCTTAAATATTTATAACTTCGCATCAAATTCATGATGAGCACGTTCATTT TTGTAATTCTTGATTTTGCCATGCCAATGTGTATGAACGAATCAGCCAAAAATAAACACA TCAATAGAATAGACATGGCAAAGGCCATAGCAGAAGGTATACTGGTGGTTAGGTAGATAC TAATTCCTCCTGTCCATGCGAAAAGAAAGAGGGTATGCTGCTCTAGTTTAGATACAACCT CAAGTGCTTGTCGTTCCAAGTCCCAGTTCATTTGATTTAATGCATTCCTTCTCTGTTCCA CATCTAACAACTTCACAACACTTGAACGCAAAGGGCGTGAAGGGACTATCAAATGAAAAA AAAAAAGAAAAAGAGAAAAAACAAACAAAAGAAGCAAGCAACTTTAGGGAACTAAATTTC GTATATCATAGACTAGAACTGAATATTTATTATTTGCATGTGTCTAAGTTAATATGTTTC TGACCTTCAATACAATCAATAGTTATATGTTCTGTTCCAGCCATGAGGAAACCAATATGT TGAAGACTTCCAATATCATCAATTTCTCTATGTCCTATTCCAGCGATAAGAAAAAATGCA AATTTGTTTAGTCAAAATAGTCAAACACTAAAATCAACTTCCCAAACCTAAGTAGTAACC CAAGGCAAACTATACAAGCCATATATAGAAAGTTCCACCATAATGAAAGAAATGTATGTT TCTATTAACTTTTCCAGCTTTACAGATGATTGTTTATTCTCTTTTTAAAAATAAAAATAA AAGCCTATAACATTTAAGCAGTACTGGGGGTAAGGGACTTATTCCAGAACTTGAGTAGAT GAAGCTATCTACCAAGCCTGATACGCACCCATGGGATTGGTGCTATGCAACTCACTATAA ACATAGCTCTTTGAAACAATTTTCGGGTGCTGATGTTATTTCCATCTTTATCAACCATCC CTTCAAAGACATTTAGAAATTAAAGGGAAAAAGTACACAGAAGAATCTTGAATCTAACTC GCACACATCAATTGTTAAAATATTTAATTTATAACCTCAAAAGTCAGTACTGTTAGCTAC CAAATAACTGTATATTTGCAACAAATAATAGCTGCAATGCTTTGGGTAAATTGGTATTAT GAGCAACATTTGCTGAATTACCAAGAAGACACCCTCATTGACTTATTGAGCTTAATATGC CAAGTCTTTTGCTTATAACCTGGAGACTAAATTTTCAAAAGATAAACAGATAGCATATGT CATTAAACACTACGGTTGTCATGAATAGTAAGGGAGAGAACACAAGTAGAAACGCAGGAC GAACTCCATATGTCAAATGCAAAGAAAATATATAATTTGCCGTGTCCTCATAAAACTGAT ACCACATAGTAGCTAACAGAAATAAGAGTCAAACACATGAAATTTTTCAACACTTAACAC GAATAAAAAAACCCTGGATACAACAAGTGTTGTAAAAGACTCGTTTGAGGCACACTTAAG CCCTCAAGTTAGGTGCCAAATGCTTGTCCAAACTCAACTTCCAAGTTTCACAAACCACAA CTTAGAAACTCGAATTTTTGAAGTTTCAACTTCAAATCTACGGCCAAAAATAGAGCAAAA TATGAGTACCTCCAATTTTTTCATGAGGTCCTTCCGTCAGTTGCAACAAAATGCCTTATA AAGTTAAAAAAACAAACTTATAGATAATAACCCTAGTTTTCATGTAAGGTTCAACATACA GAAATAGAACTACTTAGAAAGACATGTATGCATATATCAACACAACAGAGTAACTGGTAC TATGCAACATTATGCTATTGAAAGAGCTAATATGGAGCGTCATTACGTACCAACTCGGCG AGACACTCGAGCACCGCGGTAAGGGAGAGACGAGCTCGGACTAGGGTTTGCACTCTGCGC GCCAAGTTATTTTTGTACTAAATTTTGGACAAAATGGTAAAAATGTCCTTATGTTTGGGG TAGATTTAATAGTCCCTTGAGCATTTTTGGGTTCATATTTACGTCTTCTGAAAAATATTC ATATTAATCCTCTATTGTATTTTTTGGTTAGTACAGTTATTGTAATTTCTACTTCTCTTT GAACGTATATAATGCAATTATTTTCTTTTTACAAAATTTTGTAGGTTCGCCTGCTTTTTA GAAATTCAATAGCTAATGTGCGAGTGACTTGTCATACTATTCGTCTGTAGGTGATTTTTT AAGATCGTCGTCAAATTTCGAGGCTCAATCGTGGACAGGTGGTGAAAACTATCAAGCTGG AGTATAATCGGGGCAAAGAAAATTCTGGTGAGGCGTTGAAATGCATAGAGATCAGAAAGA ACACCAACGGTGAAAACATTCTATTGGGCGACACTTACACAGAGAGACAAAAGCTAGGGG AGCAAATGAGATTAGATACCCCAGTTTCCAAGTCGTAAACGATGGATACTAGGTGTTGTG CATATCGACCCATGCAATGTTATAGCTAACACGTTAAGTATTCCACCTCGGGAGTATATT CGCAAGAATGACATTCAAAGAATTGATGGGACCCGCACAAGCGGTGAATCATGTGGTTTA ATTCGAAGCAAAGCAAGAACCTTACAGGGCTTGACATGTAATTAGCTACACTGGGACTGA GACACGGCCCAGGCTCTTATGAGAGGCAGCAGTGAGGAATTTTTCACAATGTAGCAAAAG CCTGACGGAGAAATATCTCGCGAAGGTAGAAGGCTCATGGGTCGTGAACTTCTTTTCCCA GAGAAGAAGCAATGACGATATTTGGAGAATAAACATCGACTAATTCTCTGCCAGCAGCCG CGGTAATATAAGAGGATGCAAGCATTATCCGAAACAATTGGGCATAAAGCATATGTAATA CTGAAAAGATTATTTTTCGACTTAAAAAGTTGGATTAAGTTGTATAACTTCATTGCCGCG GAAAATTTACAAGTAATTTTTTCATTACATGACTGCCCAAAATCAGTACACCAAAACATG AATAACTCTGCTATCTGAATGACAAATCAGAACTTGAACAATGGAAAGACTGAATGTACA TCTAAATTCAGAACTTAAACAATATACCCTTTTTTGTCTCTCTGTGTGAATTGAACTTTA CATTCTTTGCAATCCAGAAATAAGTTAAATAATCACATATGTAGATTTCACCATTCATGC TGCACTAATTTCCTAGAAGTTGAAAGTTGCTATGAAAAAAAGAAAAAAGAAAGCAAAACA TTCACACAATATGCATATTTGGAACCAGAACTATAATGTGTTCCCCAACTAAAATGACAT GTTATCAATTGTCCTATCGCATACAATCTTGAGTACTCAGAATTTTCCGTTACCAAAAAT CCACAACCAATCCAAGGCAACACCGGAAAATATACCAGCTAGTAGGAATAACACTAGCAA GTTACCCAATGCATTTGCCTCAGGACCCTACAAAATTCAAAGTTAAGTGTTAAAATATGA TGTGATATTTCAGATGATTATAAACTGACAATTTGTATAGATTCAGAAATTAAAATTTCA CAAACCTTGTATCCTTTAGGTGCAGCTGTCATGACACAAACAGTGAGGTAACCATTTGTG AGTCCCAAGAAGGATACGAGAAATATCATCCAGCCTTGATCACCATATTTTGCAGTGAAA TAGAAGCAAGGGATAAACGAGAAACGAGAGAGGGTTGCAATGATGAGGCCCTTGCGTGAT TGAAGCTCGATTTTCTTAATCAGTGGAACGTATCTTCCTATCAGATCCCAAACATTGTAC ATTGCTATCAGAACTAGAGGGTACCTGAGATTTAAGAAAAGAAGATATTATCAGTCATTC AACTAGTAGACCATGAAATTAACTTGACTCTGCACACGAAAAAGATAATACAAAACAGCA TGTCTTTTGAATTTTAATTTGGTGTTATGAACGATCGATCACATTCACATGGAGTTGGTT AAAACCATCCAACCAAGACATCTTGAAAAAAAGAAATTCAAAAGTTAGTGCAGATAAAGT AACAGAAAAAAAGGAGTTATGCACACTTACCATGATCCCAATTGGTGAGTACCAGTGTTT TCATACAAGAATCCAGGGAAAATAGATAAAGTGAGGACATAAATCAAGTACAAGTTCAAT ACATAATCAATGTTCTGGAGAAGCAATTGTTTGGTGGTCAGACGTTCTGATTGCTTAGCA TCGTTGTTAGCCTGTTCAGTAAACAGAAACATATCAAATTTATGATCATGAATATCACTT ATTAACATGTTTTAGTTGAGGAGAAAAAGTTGCCTACTTTTTCCATTGGTTGAATTCCAA TGCCTGCAGCAGCCAAGTCAGCTGCAACAGTTGTTGATCCTTCTGCAGCTGCCTTTGAAC GGTAGTGCTTCACAATTGGTAGCTTAGGGAATACGAATGAATATAGAAGGATGCATAGGA ATTCAAAGAACGCGGAGATAGCAAGGAACAACACTGCGAAATCAACAATTGTAAGTATCT GATTCGGAAAAACTCAAACTGTTTTTTATTTAACTTTCAATGATGAGATCAGAATTACTT ACTAACTCCTTTGCGAAGGCCATTGTTACTGTTTCCAAAAGCTGCTTTGGTTATTAGCCT TAAACCAGAGGTAAGTGCACCAGATGCAGCAAGACCACCAAAAAACGACTGCATAATTCA TGAATCAGTATACAAACATAATTCAAAGTTTCATATAGCAAACAAAATTAAAAATGTTAC TGCTACGCACTTGCATAAACTCGGGGCACATGAAAGCTATATCTCCAACCATTCCACCTT GAACATGAGCATTTGCAACTCCAAAACATCCTACTATGAAACATATACCAATATAATTTC CTATCCCACCCCTACCGGAAGTTGCAAGATCCAACTGAAAATAAGTACAAAAACAACGGA TTTTAAAATGGTGAACAAAAAATAAAACCACTAGAACTTGACAAAAGCATAACATACCAC TATAAGTGCGACTGTACTTAAGGTAAACAGTACATATCCAGCTAAGATACGCTTTCTTGT ATCAACTTTTGCCTCATTATACGCAAGAATTGCCATTGTTCCAAGTGCAAATGGCTGATA CACTAGTGTGAGTACCCTTGAAGGATGATAATCCTTCAATTTCCATACCAAATTAAACAA GTCAGCACACACAACTACGCCTCAATCCCAATCACAGTAATAAAATTGTAAACTAAAAAA TACATTAAAAGTTGTCAAGGAAAACTTACCGGAAACAACGCATAATAGTAATCTCCTATG CTCAATAAACTGTTCCAAGAAACAAATGACCCAAATCCCAAAATCCAACAAACAAAAATA CCCATAAATTTCCCCTGAAAAATTTCACCATACATCATAATTTCAGCCACAACAAAAATT TTCAATTTTATCATAACAGAACAAAATAACAAAGTTTGAAACAAACCTCAAGCCTTGTAG GACTTGGCCTTCTACTTGAAATAGCATTAGCCATGGCTGCTTCTTTGTAACTGCACTACA GTATCATATACAATATTTAATCTTAACATGAAAAACAAATCATAAAACAGAAATCAGATT TATAAAGAGCCAATTATGACAAAGAAATTCAATTGACTGAATTAAAAGTGGATCTTATAT AGATGAACATTACCTACATTGAAACAATAAATCTATTAAAGAGGCCTGACCTTGTCAAGT GACAAATAAAGGTATGTATGGAGTCTCTGTTGACTGCAAAAGTGTAAAAAGATGTGAATA GAAGATTCACTCTGAGACTCTTTAGGATTCTTCCATATATATAATATACATGAATTTATT GGAATCTCTACAGGTCAAAAAGTGAATAGAGACGACATTACAAGGTGACAAAATAAATAC CTTTATCAACGAAAGCTCAGTAGTCAATTAACTGATAAATAACATTAGTATGTCAGGAGC CTTACAACTGGCTTGTTGGTTGAGGAGTTTGATTGGTATTTAGGCATAATTCATGGAATA ATAGTCGGAATAATGAATTAAACTTTGTCTTGCTATTTAAAAAAAAAAAAAAGTAAATGT TAGTTATGATTAACCCTCCACTTATGGAAAATCACTTAATTATGTTTAAATATTTAAAGA TAAGGAAGAGGTTGTGTACTACAAAGTCAATATGTAATTTGTTTAGGGGGTCTTAATTAG AAAAAATTTGAAGGGGTTACTAAAAGAAAAAGAAAAAGAATTAATTGTTTGGGGATTAAG TAAAGGAAAACGCATAGTGGGAATATAATTTACTAGACCGTGAACTTGGATAATAAAATA AATAAATGAAGATATGTAGTTTGAATATAACACATATTAATATAGCCGACTTCAAAAAGG AATAAAACTATAATATATGTTAAGAATCCTTTTTATGCGTAATCTGGATCAATAAAAATA ATAATTTTTATGCATTTAATTTCAGATTTTAAACATTAAATATAAATTAATAAATATATA TTTTTACCATATATATTTATTAGTTATTTATAAATTCTCTATATAAATGACAAATGAGTA TTTTTAAAGAGAAAGAGCGAGAAAGGACAAAAAAATCGAATTTGTATGCAAAGTCTTTCA TATATTTCTGGATTTATTATACTATATTATATTATATATACTAATATAAATAAAATATAG TAACAAAATGTGCATTGGGAAGAGAATCCAAGTAGAAGATACAAGGCAGAAAATATGGCT CATTTATTTTTATATATTATTGTTACCCTTTGGGTCTATATAAGATAAATGTCATTTTAA CGTAATGATTCATAATCACATCAGGAGAAATAAAGGTGAATTCATAGTGAATTTTTTTAT TTGAAAGATCATTTGTATAATTAATTTTATGCCTGATTTAATTGGATGTTTGTATATTGT ATTTTAAATATTATTATTATTTATTTTTATTTTACCCTTTTGATCAAATCGCTACCTTGA CAGCGATTTTTAAATTTGTAAAATAAATTGAAAATCGCTGTCTATGTAGCGTTTTGATTT TTTTTTAAAAAAAAACACATTTTGCAAAATCGTTGCAGTAAATCGTTGTTGTTTCAATGA TTTTGTCGTTTTGATTAATATAAATTTTTATATATCGTTTTGAAATTTTTATTAATATTT TATATTTTTTAAATTTCAGACTCATATTTGAGATATGAATGTGTATTAATAATAAGTGGT TAGTTACTGTATCTAAGACAAACAATACCCTTAAATTAGGTAATCTCTACTTAACAATCC ATGTGTTGTTACTCATTTATAACAACAGATCTATAAACTTTGAATCATCACATATAAAAA AAATTCCTTATTGTTATTTACGAATTTAACTAATTATGATCAAAATTTCTGCACGCATTA AAGAGGTCATAAACCAATCATCCACTAAACATACACGCAAAATCCTTTTTTAAAAAAATG GAATTGACATGTACCTGCAATTTTCTAGATTAAGTTGGTATATTTTGGTCAAATTAATAT TTAGCAAACTACATTCTTCCCAAAAATAGGGGAGAAATTTTCTATTCACACTCATCTCTC TCTTCAATTTTTTTTTTTTTTGTAAAATAGTACTAAAAGATATATTTAGTAGGTATTTTT TGTTCATACTCATCTCTTTCTTCAAATTATTTTTTTTTGTAAAATAGTACTAAAAGATAT ATTTAGTAGGTATTTTCTGTTCATACTCATCTCTTTCTTCAAATTTTATTTTTTTGTAAA ATAGTACTAAAAGATATATTTAGTAGGTATTTCTCTAACTTCCAATCATTTTTCATAAAA CTAGCAAAATGACCCCTTAAAAATAGTATAAGATATTTCATCGGTTCCTAGTTAATTTTT CACTTTTTCCTTTTTTTTTTAGTTGTCCTCGACTTTTTAAAATTTATTATACCCTCAATT CATTACTTTAAAAAAATATAAAATTTCTTGAAATTCTTAAAATTTTAATTCATCTGTTTC ATTATTAATAAAGATAAAATAATAAATTTACTATGTCAATCATTGTTTTCTTAATAACTA TGTAAATTCGAAAGTGTACAAGTAATTAGAAACAGTGAGAATATAATTATAACTTTTCTT CTTTCAAAGATATTGTTGTGCCTACCACCTATAAATTGTTTTCCTCAACTTGTGTGAAAT TCAAATCATATTCACTTAATATATTCGTCTTTAATACATTGGTATACATTTATTTGATTT AGTAACTTTCTGATTTTACATAGATTTACACTATATTCATCTCTATGTCCATTGATCCGT ATTCACCTAACAAATTTATATACAATTGTTTAAATCGAGATTGATATTCATTATTTGCAT TGGTCTATATTTATCGAAAATCATTGCTATTTTTTAGGAGAATCTTATGAGAATCTTTTT TATTCATGGATTTTTTTAAAAAAAAATTCTCAAACACTAGAACCTAAATTTTTGCCTAGA AAAGGTTGAAAAAAATTCAATTCACAAATCATAAAATCTCATAATTAATTGGGCAAGAAA ATGCTATAAAATTATATATGAAACAAAATGTTTAGGAAAGAACCATGAATAAACATACAA TTATATTAAATTTGTATAAACGGAGAAAATTGTGGAGTGGAATAAAAAAATATAGGCGAT AAAGAGAACATAAAATACAAAAATAGAACTACGCTTTGTACAGTTGAAAACAATAAGAAG AGAAGAAAAAAGAGGAAAAAAGAAATAAACTATCATTTTCAATATAAATGTAAATAATTG AAGCAATCATAAGATTAAAGTTGTTTTTTCGAGGAAATATTCTTTAACGTGGCTATTCAA TGTCAATATACATATTTTTAAAACGTTTTTCTTTTTACCAAAAAACAAAAATAGGATATT ATTACTTTTCTTTAATTTCATATTAACTGAATTTGTGAAAAAATTCACATTTATTAAGAA AATCATTCAAGGCATAATTTAATCATACTTTCCACTATTATTCTTTGTGGAATAAAAAAT ATAATTTTACAAGTAATGTAATTTATCTATTAAAAAATATCAAACTTTACTAAAGAAAAA GGTGAGTATGAAAAAAAAAATTAAATATTCGTCTTGAACTTTGAACAATTCAATTATTTT AAACAATGACAAGAAACTCCAAAAATTAAATTAATATGAAATAGTGGGAGTATATGTTAT ATCATGTTTTGCCATTGTGGAAAATATGAAAGGAAAAATAACTTAAATACACAACTATAA TTTTTATATTCTCTAATTTTTTCTACTTTTTTTAAATATTACATAATTTTTTTTTATTTT AGTGTAATTTTTTAGATACATTACACTCTCTCTCATATAATACACATTTACCAATTTTAA TCTATTTTTTCTCCATTAAAACACTCAACCTCTTAGATTAGTTTTTGAATTTTAAATTTT ATCCATTTAAACACTCAACCTATTAATCAACTTTTTCATTTTGAATTATTAAATTTAATT AATTTTAAATAAAAGACCAAATTTTGAAATTTTGAATTTCAAAATTCAAAAAATCAGGAA GCAGGATAACTTCCATATCTTTCTACCGTTTTGTTCTTACTTCCATATCTTTTGCTTACA CACCAAAAACATAAGAACCAGTGCCTCTTGCCTTAGAAGAAGTTAAGGTGATAAAAACAA GTAGACAATCTTCATCTCATCCCAATACATTCTCCCAGTTACCATTTCCCCTTCCTCTTC CTCTAGCATCAACTTTGCATAAGGCCAAATAGGACTCAAAGAGTTAAAGTTTGTTAGGCC TACATTGTCTCAGGTTAGTATTTTGGTACTTAAAACTGTTGTTGAAATTAGTAAAAATTT TAAGGAATCTAGTGTGCTTGCCGATACATTTGAATAAGTGTGTATAGTGTTTTAGATGGT GAATTAATACATGAATTTGTTGTGTATCATAATATTTTATATGTATCATGAAATTTTGAA AAATTGTTATAATGTATCATTCAATAAATTTACTAATGCGTCATCAACTGTGCTTGATGA TACATATAGAATCAGTGTGTACAGTGTTTAGTCAATTCACTGATACATGTAGTAGATATG TATCACATGTTTTGCATATAGTATGAATTTCTGAAAACTGATATCATGTATCAGTAAGGT ATTAGTTGTTTAGTTGATGTACTGATACATGTTTTGAAAATTGTTATAATGTATCATTCA CTAAGTTTAATAAATGCGTCATCAACTGTACTTGATGATACATATAGAATCAGTGTGTAT ATTGTTTAGTCGATATTTCTGATACATGTATTAGATACGAAATTGAATCTCCAACAACGA TTCCGTCGATTTTATAACTTTCATTCTGCAATTCGTTCACCCAAATTTCGGAATGTCTCA TCAAAATCGAAGTATTCATCTTGAAAAATCCACTGTAACAACAATAAAATTACTGTAGTT CGAAATTTAACAGATTGTTCAAAAAAATTGTTTTCAAAATAGATGATATAATCTTTGTTT TTCAAAATTTGAAATTAATATCCAATTAAGTGCTGATTTTATGTTGATTAATGATACGTT ACCGTAAATTTAGCTGTTTTATTAACAACATTAACTGTACCGTTTTTTCCCCTTTTTTTT TCTCAACAGTTTAAAATTACAATATATCATTTCCCATGTATCACTAAAGTCTAAAGTATC ACGGCTCAACAAATTTAAGGGATTTTTTGTAAATACTAAATTTGGCGGGACAGAATGAAA TTATTGAATTAAGTATGGGATTCCTTAAATTTTTACATATGAAATTTGAGACTAAAGGCA TAAAGTGGGCTTTACCCAATACCGGCCCAGCTTTGGGGCCCAAGTATCTAATTTGGGAGC CCATTTGATAATCACTTGAGAAATGGGCCTATTTCAACGTTTTCTGAGGAAGCCCAACAA TTTATTTCGGGGCAACGTGAAGCTTCGGCCCAAACAAAAAGTCCACTTTAGGTGAAAATG AGCCTTCTTGATCCACACACGATGGTATATTAGGAAATGTTCGTATGTATATCAACTTAT TATCCCAAATAAGAAAATATTTATGAGTAAAATTTGTTTTTTTAAAACCTTTTTGCCGGC CCTAACGAACATATTACTATAATATTCTATTTATTGAAAAAGTTAACCAAATGGTGCTAA ATTATTTCGACTATCACCCCTTAAAAAATATGTTGGCCCATCCATTTTGAGAGAATTTTA ATATTTTGAAACATATGATATTATAATTACTTGAAAACAATCCAAATAAGTGACTTCTTT TTTTCTTCATATTACCTTGGTCAGCCACCTCCCACTACTGTCCGATCTTATTAGAGGTAA AATCAGATTTTTTTAATAAAAAGTTTAAAATCTGAAAAAAATATATGAACTAGTGAAAGA GGGTTCAACATTTACTCTATATATAATAGCAAATTAATCATATAAATATAATAATTTGAC GAAGAAAATTTGAACAAACCCTTGATCATAGGTTGGCTCCGCCCCCCTCCCCACCCCCCC CACACATCCCCACCAACCTCCAACCCAAATCTATATCTCATTTTATTTTCTAAATTTAGG AAATGAAATAATAGATTTGTCCACTTCTAATATGAAAAAAGCAAGTGGGATAGGGTTGCT TTTTTCTAAAGAGATGCTCTTCATCATCCACTTTTTATACTTACAAAAAAAATAAGACAT GATATATTAATGTATAAATGTCTTAATCTTAAAAAGGTTTTACTGACCGACCATCATACA CTGAAAGTGAAGGATTACATAATTGCTGTTACCAACTTGCTTCAAAGAATATCAAATTCA ATTATGAATTTCACATCACATTCAAATTAAGACTTTCGTTTCCTCTTTAAGAAATTCCAA GTTTTTAATTTCAGCATATAATATTTTCTATCTAACTTGCTTTGGGTGTTCACTCTTGAC ATTTCTTTTAATTTGTCAATTAACAGGCCTTCCATTTAGTTGGTAATTTTTTTTTAAAAT ATTAAGTATTGAAATATGTTAGTTATTGGTTTATTTATTAGTTATTAGTTAACATCTCAA GGGTAAGGACTGACACTCAATTGGAATTGCTTGTCACGAATTTGAAAGTGATGAAAAATA AATTGTAATAAGAAAAATATAAAGAAATAAAAATATTTTATTGACAAATTAATATTGGTG CAATTTTATTTTTCATTTTATTCTTTTTTCATATGATTTGTTTATGATTCGAAAGTTATT AGTGACGTATTTTTTGAATTAGAATAATTTGGGCTCGATCTCTTTATGAGTATTTCTTGA ATTTGCAGAATAATCAATATCTTTTTTCATGGCATAAACTAGAATTAATAATTGATTAGC CTCCAAAAATCTTAAGAAAAATTAAACACGTTTTGAAGGGCCAAATTAGAAGTAATTTTC AATGTCCACCGTAGGATCAACCAAAAATATTGCACGATTCATTATTTAAAGGAATTAACA AGTGATGTAACTGTATTAAATAATTCATATATTTATCTATTGTTTTCATAGACCTAAGAT TTTATTTTAGAAAATGAGAAACTAGACTAGTTGCACCGACTTAAACCGCCAAATAGACCA CGTCCATAAACTCTTTGTTGCATAATAAAAGAAATTGTTGAAAATTATCCTTGGAAAATT GGTGTATTGACCTTAAAATTAAGTAATTAAGTGTTTACTCATTACTGTTATTATTATTTT GCATAATCTTACGAACGAGCAGCAAAATCAGAAATTTATTCTTCATTTTTCTTATGATAT GAAAAATATATTTAAAGACATTTAAAAATGAAATTTTATCAGACGTGTTTATAACTTCAA TTGAAATTTTAGAGTATAATTTTCTGTTAGTAAATGAATTTCTAGGAACATAAAAAACGT ATAAGTTCGAAATTTCAAAAACACACTTATATTATAATAAAGTCCTACAACCTCTTAAAT TTATTTTATAAATAACTTTTTATCCTTTTTCGACCTACGTAACACTATCTTCTAGGCCCA GCGCATGTAGACATTTCCTTCAAGCGAGAATCAAGTAGGTCAAAAAAATATGAAATTATT TATAAAATAACTTTGAAAGATCTCTGAAATTTTGGTCATAAATCGAAGGAACCCTTATGC ATTTTTCTTGTTATTGTAATGGAAACAAATATGAGATGATGACATGGTTTTAGGTAGACA TAAAAGTGGATTGGTTTGCATGAATTAGCATAAACAAGTGGACATAAATCATTTTCCTAG TTATAATTTGAGAATATAATCTCCATTGATCCCCACCAAAGAAAAAAAAAAAGAGAAGAA ATATGGAAGCCACGTCTTTGAAAGAAAGAGCTACACTAAAGACATGAATAAATGACCCCC CCCCCCCTAAAGGTCTCAATTTTTCCTTTTTATTAGCTCCACTATACCTTACATCTCTTC ATCTCTAACTCCACCATTATATTTCTTTCTTTCTTTCCAACAAACATTTCATCACTTTCT TCTTTTGCAGTCCAAAATTGCATCACAATTAATACTCTTTTAAATCTTGAGACACCAAAG AGTTACAAGTCTCCATCATGTAAGTTATTAAAAAACTTCTATTTGGTTAAATGCTTTCGT TTTATTTCTTCTTGATTAATCTTCTATATTTTATGAGATAACTAATTCTTTCGATTCAAT TCGATTATATGATTTTTTTAGTATACTTTTATCTATCGCAACCCTTATGCTTGGGAATTA AAGTCATTGATTATAGTCATTTGATCCTCATTCTTTTTGAGATTTGAATTGGAAATCAAG AAAAATATAATTAAGAACTTGAAGTAACGTGACAAATGAATTCTTTGTTTTTGTCAGTTT TTTTTTTTTTTGGTTCCTAGAGAGAAAGAAAAAATATATTAAAATAAAGGACATAAAAAC TTTTTAAGTACATATATTCCAAATGTTTGCCTACCTTTGGCAACAGAATATAACATTATT CGTAACGTCAAACGTGGCCCTGGAAACCTGGCAGCTACAAGACATCGATGACCACCTCTT TTTTCTTCCATCGATTCTCCTTCCTTTAAATCTTATCTATTTGATAGATTCTAATGAAAA TCACTTCAGTTGTTAGGCTATAATATTATTTCTTAATCGGAAATTTTGAATCGCGAGAAT GTAAACCTTTTGAAGAGCTAATTTACAGCACGTGAATGTATGCGTTGAAAGTGGAAAAAA GGAATTTAAGTTATTTATAAAAATTGTTGATGTAAATAAATTTTACATTATCAATGATCT TACAAAAAAATTACCTAATCTTCATACAAAACAAAAAATTGAAATTACGTAAAAATCAAT GAGGTAGAAGGAATAGGGGGAATCTTTTGAGTGGAGCCAATTAATAAACTGGAATATATG CTCCCAGCCTAATCATGTGATTGTCTTTTACTGATAATTTTATTAGGGGATTAATTAGAG CCTATCCTCGTGTTAAATGGCTTAATCTAATCCGAGGACGTGCTGGCTTAATCTACACTT TTAATAGGCATATTTCTATTTTTGTCTGCTCTTAATTTTTTAAACAAGGAATTAAGCATA GTTTATTAGCACCATGTTAATTATGGCAAGTTGACAACGGCTGATATCATCATTACGAAG CTTTCAGCTAACACCTAATTTTGATTTACTTAATGGCTTTATTAAAAATAGCTTCTACTA AAATTACTCTAAAGAGATTGGTTTTCTTTCCCCTTTTTAAAAAAAGTCTAATCTAATGCG ACATTGTTGAGGACGGTGACTCATTATTCAGCTTTACGAAAAATATATGAATTTAATTTT ACTCTTATTATAATATATAAAATAAACTTTTCACAATATATATATATATATGTATAACTA AAGCGAAGAAGAGATAACAAAATACAATAGAAAAATTTAAAAATATTTATTTGAATCGAA TATTTACACCAATTCAAGTATGTCATATATTTAAATTTATTATTTATTTTATTTTTATTT AAATTAATTAACATTTGTAGTATTTTGTTAAGTTATATGATTTTTTATTATGATAAAATT CAGTATAAATTCTTCATAATTTCGATCTTTTTTCCATCACAATTTCTCTTGAAGGCTACT ATTACACCTTCAGTGTAACAGGACCAGTAACACTACGTAACAAACAGACTAACAGTCACT TTTTCATTTTCACTTGCAGAGCGATGAGTGGGTCTATTCACGCGCCGCCAGAGTTCGACT CCGGCAACGGCGATTCAGTAGCCTCCACACCTCGCTCGGAGCACCACCACCACCACATGT ATGATGACACCACCGCTACACAGCCACGTGCCCGTTTCATGTGCAGCTTCGGTGGCAAAA TTGTGCTCAGGCCACACGACAATCAACTTCGTTACGTCGGCGGCGATACTCGAATTGTTG CGGTGAACCGCCACACTACCTTCGCAGCTCTCCTTGGAAAACTCTCCAAACTCATCGGAT ATCCAAACATTAACATCAAGTACCAGCTTCCTAACGAGGAACTGGATGCTTTGATAACCG TCACAACCGATGAAGATTTGGAGAATATGATGGAAGAGTACGATCGGCTTACGCAGAATC AGAAATCGGCTCGGCTTCGTCTCTTCCTTTTCCCTAACGATTCTGGTTCCAGAGCCAGCA CTATCAGCTCCATCCTCGACGGCTCATCTAAGCGAGAGCAATGGTTTGTTGACGCTCTCA ATGGTGGCGCCGGTCCGGGTCTGGAGCGTGGGCGATCCGAAGTATCGTCTATTGTTTCTG AAGTTCCGGATTACTTGTTCGGGCTGGACAATTCCGATGACCCGCCCCGCGAATCGAAAT TCGTGAAGAACAAGATAATTTCGGAGCCGGGCTCACCCGCTCCACCCATTGTTTCTTCTC CTTATTGCTCTATTTCATCATCATCAATGACACCTACAGCAGCTATGACAGTGATGCCGG ATCTTCCACCGGTTAAAACAAAGCTCGATAAACCAAATCCGACAGCTGAATCCAGAGAAA CACCGGTTGCGAGTGCGACTGAAACCGGTGAAAGGACGGTTCAACAGCAACAACAGAGTT ATCCAAGTAGTCCACTATGGCATTACCCAGCACCACCGGTGCAAACCATACCCGTTTACT ATGTCCCTGGTTCGGTTCAGCCAGGAAATATCCCGGTTCAACCCATTACATTAAGGGCTC CATATATTCATCCTTTTCCAGTTCCTCCGAATCAATTACCCGTCGGGTATCCACCCGCTT CAAGTATGGGCCAAGTATATAGTGGATTGAGGCCGGTAATGAGTGTTGACCCGAATGAAT TAAGAGTTGTTACTGAAGGAATGAATTACTATGCAGTTAGGAATTCAGGAGTTGTTCCGG GTTACGGAGGTCCAGTTAGCGAAGAAATGCAGGGATCCGGAGGTGATGGAATGTCGGGTC GGGTCTCCCAATGATCAAAAGGTTTGATTGAGAAGCATATTTTGTGTGCTACCGTTTGTG TTAATCATTTTGTTTTAATTTGAAGCAAAGTTTCGTGAATGGTAAATAAATTGTAGTAAT TGATAATCTATCCTCCAACTTTAATATGTAAGTATTTGATTAGTAAAAAAGCATTTAAGC AAAGTAACTTCTCAATGTTTTTAAAAGGTTTTGGTATGATTTTTGTGAAGAGAGAAGTCA TTCACACATTTTATGGTAAAAGAGTAGAAAACTAATACTCATGTTTTATAGATAACAATA AGCTTACAAGTAGAGTTGAAATTTATTAGCACCATTGAAGGAGTAACTTGTGTTGCTTCA ATGGGTGTACTGCAAGCAGACAACATTATGTTTTGTAATTGTGATACCCATTAGGCCATA CTCATATCACGGCCCAACATTCAGCTATGGGGATTCCCGATCCAGTACCCAAAGCCCATA ACAATAGCCCAAATGTAATTGGTATTAAGATGGTGTTGAATCTTTGCTCTCTTTTTTTCA ACATTTAAATATAAGAAAATAATGTTTGCAAATCTTCATGACAATGGAAAAATAAAATAA AAATTGCATAAGTTTATTCTCTTATATTATAATAATATAACTCAAGTTATGTCGCTTAAG TACTACATAACTTATGTTGTTAGAACCAACAAGTTATTCCTACAAAACTTGTCTCCATAC AGACATATGTTTAGCTTTAATACCCACAAAATTATGTCTTATGAGACGTACCATAGCATT TATGTTAAACAAGATAAAAATAATCTAAATTTATGCCGAATAAGATAAAAATAATAATTG AACTTATGTCGAACGAATTAGATATGCTACGCAATTTATTCATAGTTGTTGCTTGGTGGA GTGCTCGACTGCTGCCTTGGAGCCAGTAGCTCAAATTGCTGCTTAATTTACTGATTCTTT ATTTTCATTTTTTCCAGTTTTCTCATTATTTATTATTCTTATCTTATTATATATGTCTTC AATTAATAATTCAGTAAGGAAATATTTAAAAACAATTCTTTACTTGCAAATCATTTAGTT TAATCTAATGTAATCTTATGTATTATCTCCATCTTTAATATTTTGAATCACATCAGAAAT AGGTTGTTGAATCAGTATAATCAATATAATTCTCAAAACAAATTGAGAGGAAGACATTAA GGTCAGCCAAAAATGTATAAAAATACAAAAGGAGAAAGCAAAAGTTGTATTGGCAGAAAA AAATGGGAATATAAGAGGGACTTTATGCTTTCTCGTCAATCAACAAAAGAAAAGGAGGGA ATCATGTTCGGAGGAAGACATGATAACCATAACAACAAAGATAAAAACTATGCGTCTGGA TATGCGATATGATAGTCATAATTTTAAATTAGTGTTTGAATATGTGATATAGATTTTTTT TATGAAACTCTTATATACTCTCCTGTCAATACTAGTCGTCGACTATACTAAAAATAATTG TTCAATTTAGATCAAAAGATAATTAATCTTTTGGGTCTATTTTATCCTTGCTAGTAAATA TTATTTATCATCTTACATATTTTTAAAAAAAATAAATTTAATAAAGTCAAAGGAGAATAT AATAATATTATTCTTATTATTTATTTTGGCCCTGCTTAGCTTGTCGTTTATTCAAATAGA TTAGTAACAGATTCAAGAATTTTGCTTCACTGAATTTTATAAAATCTTACCAAATATTAT GAACTAGTTGTTAGCCAATTTGTGTTATGAAAATCAGAAATTACTAATTGTAATAAATTA TTCAGAAATACGAAGTAATTGAGTTTTTTAGAACCAATAAGTAAGATGAACAGAAATTTA TTTGTAAAAAATAATTGAATCTGTAAAAACTTACCAGAATCTGGAATACTATTTTTAATA ATTTTGGAAGAAAATCAAGTCCCTACTGATTATTCTTCTCTAGTATTGACTGTTCCTGAA AGTTGCAACCTTTCAGAACAGTCATGGCAGGAATTTTAAATATAACGGACAGCGAATCAA TCCACAGCAGGAAAGTATACGAAGAAGCAGGAAATTATTCTTCTTTAGTATTGACTGTTC GTCATGGCAGGAATTTTAAATATAACGGAAATTAAAACGGATCACAGTCATGGCAGTAAC GGAAATTAAAACGGATCACGCGCGCAGATTCGAATCGGGTCGAGTTAACTAAAAAGTCGA AAACATTTCGTATTAACTTCTGTTATCATCATTTGCCAAAGCCAAAGTCAAACAACGGCG CAAGGGGTCCCTCTTTCCAACCCTTTTACAATTAATAGGAGTGTTTATTTATTTAAACTC TCCTACTTTCATTTTTATTACCGATGAGGGACAATTGCCTTTTTTCATTAAAACACTAGA GGACTTTTCAAGTTCTCAACCTTTCAAATTTTAAACTTTTCAAAATCCTCTCCTTCCCTC TATTTCCCATTAATTTTTGCTACATACCCAACACTAGCTACATTAATTATGAACATATAT AATATTGAAAATTCTAGTCCATATAAATAGCATTTTTGATGCTTGTAAAAAGGTGGTGGG ATCAACCTGTCTTCACTCCTGAATATATTTGCCAATGCTGCGTTCTCTGAATATGTTTCC CAAGTTTATGATTAACTGTTGTGCAGATTGAAATGAGTACAAGCATATTAATTGTATTCA CATGTGTCAAACCGATATATATAAATATACTCTCAGGAGTAAAATTGTTTCTGTTGTTAT ATTACTTTGGCATAATATATAAATATGATCCTGAATTTGATGTCAACAAATAACTATGCC CTTTAACTTTGAATATGACCCTGAATTTGATGTCAACAAATAACTATACCCTTTAATTTT TAAATGTGCACAAATAGACACTTAAACTATTATAAAATTGAACAAGTAAACACAATTATC CTACATGACATAATACATGTAAGATGCCATATAGGATACAAAATTGCCATGCAGGGTGCC ACGTAGGACAATGTGTTTATTTGTTTAATTTTGTACAAATTTAAGTGTCTACTTGTGCAC ACTCAAAATAAAGCATCCCTATTAATCAGGTAAACCTAGGTTAACACTGCTTCAGACCAT AAAGACTTTTGAAGATTCATCTCAAATGAAGGATAAACGAACCTCATCCTTAGATATTTT TAGATAAACAGTAGTAAGACGAGAGAAAGAATCCAAAAAAGTCACAAAATCATTATAACC CTCCAAACAAATAGGCAGGGGAGAGATCCTTACCAATACATTCTAGATCCGGCTTAAAAA GACAAAGCAAGAAAATTTGACGCTAAGTTAAGGATTGTATTTATGTATTATGCCTAATAC TTATGTATCTGTTTGGTTATGGTGCCTATTACTTACGTATATGTTTGTTTGGTTATGGTT GTTCAATCTGGTATAGATATTCCAAGAAAATGGGGCCTGTACTCCATCCAAGAATCATGT GAATGTCCTTATTGTTTCTTCTGCAACGTGTGGAAAACACACATCAAAAAATAGTTATGT CATTGGGCCATGGCAATCAATACCTTGCTTGAACAACCCTAGAAGTTTAGGGGTAATGGC TATGCCCTTTTTACCCTTCTCCATAGGAAGTTCCACATTGAGGCTACTACAGAAATTCAA AGGATGAAAGAGTACTTATACCGGTTGTTGGTCCAACGACTTGCCCATATATAAAATTAA AATAATAAGGATTTACTCATTTACCAGCCAAGATAGGAGTGACATCTGCGTACATTACAC GGGATATGTTGTTGTCGTAAATGAGAACAGCAGAGCAGAACATGTGAAAGCTCTGGAAAA AGAGATCGAGGAGGCTTAGTGCAGAAAGGCAGTTGGTGAGGAGGGAACAGAGGCACAGAG CATTAAATTGATTGAGTCCAAATATACAAACATTAGTATGTATTTTTATGTTAAAGTAAA CAGGAAGATGGTGAAGGCTGGTGTCGTTGCTCGTTAAAGACCGAAAGAAATAGGGAGGCA ACGACAAGTACGTACACTGCACACATACTGTACTCAACTACTCCTATTACCACTACTTTT ATTTCTCTTTATGTAATGCACTTACCTCAATTATAAATTTCAGAGATAAGATACATTCAA AATGTGAGACTCTGCTTCTTTTCTTTCTTCAGACTTCATATCCTTATTTATCTCTACAAA ATCATTTTGCTACCTAGGACCACACCTTTCATTTTCTTTCTCATTTTTGAGATATACATT GTCACAATGTAAATTTATAATGGACAAACCTCCCTTAAACAGCTAACTTTTAAGTTTTAA GTTTGAGTTAGATTCAAGTCCAACATATACTTCTACTTGAATGGATTTGCCTTCGTATAT AGTCATATCCAAATATTATTGTACTTTCTTTTTGACTCTCATAAAATGATTCTATCACAA CTTTAAAGAATTATGGTAATTCTTCATATCTTTGTTTAAAATTACAAGATTTTAATTTCT TTTTAATTTTTAAGTTCCATATAAAGTCGAAATCAAATGAATTGAACTGGAGGGAGAGTA ATAGATGCTCATATGAGATTTGTTGATGTGCATAACTCAATATGAAGTTCCAATGGTCTA ATGGACGGTAATAATTTTAACAAATTTGATTACGTGATAATGTTTTTAGAAATGTGATCA TATAACAATGGTAAATTCTTCGAGATAAAATTTTAAAATGATTTTACATGCCTAATTTAA AATTAATATCGTGCAAACAATGTGTACACTTTTGAAAATTACTAGAGATGGCAATGAGGC AGGGCGGATGCGGGGCGGGGTGAGTTTAAGGCTATGTGAGATAGGCGGGTTTAAGGTTTT GTGGAACAGGATAAGGCGAGTTGAAAATGAAAAATATTTCTATACAAGGCAGAACGAATT AAGCTGAACCCGCGCCGTCTCCGCCCTAAATCGCCCCATTGCCATCCCTAGAAATACCAA CATCTTTTTTAACAGATATATAAAGGACTACAGCTCTTTAGACAAAAGTAATCTTAATTC CTCTAACAACCAAAGCACCAACTTCATCATAAAATGTTAAATAAAGATTTAAAAAATACC ATCCTTTATAATGGATATTAAATTTTTCAATATATTCAATTTAATTTGTTGTTTCGATTT AAATACGATTCAACTAGATATTCTATATCTATCATTTTTTCCTCCAAAAATTTCAATTAC AAATTATTCTTCTATCACAAATAAAAAAAATTATAACATTTTTTATATAAACAAATTATT CTTCTATCACAAATCAAAAAGATTACGACATTCTTTATATAACATGCTATGATTTATTAA TAGCATCATTACTTATATCTAGATCCTCCAAATAAGCAAAATAAACTCCAAAAGAAATTA CTTAATATATATAAATAATTTATGAACTCGACTAGCTAAATTCATGAGCTAACAACTAAT AGTGTTCAATTTTCACCCAACTTCTCATGTAGACTTGTATTATGTGCATCAAATAGTTGT ACCTAATTTTTTTTGTAAAAATGTGTACCTTATAGCTCCGTAGGAGCCTCTATATATATA TATGAAGAATGGGAATGTGCTAATTAATTAACATTTTTCTTTCTTTTATCTCTGTTGCAG CTCAGAAAGCAAACTGCTCTGTTTTCATACATTCTGACTGAACAAAATTCAACAAGTCCA GTCGCTCTCATTTTCACCTTTTACTTTATTGCTCGCTTAATGCATACCAGTTGTACTATA CTTCAACTGATTAACAAAAGGTAAAATGGAATTCGATCTACAGAATCCATTGACGGGCTT CGAAGAATACCATTTCGACGCCGTTTCAGCTCTCTTTGCCAACGAGTCCGATCACATGCC GTCGTTTCTCGACTTCAAATCCACCGATGTGCGCTTTTCCCTTCGCCGCCATTCTGTTTT CCTTATTTCTCAAGTAAATACTCTTCATAATTTTACACTGCTTTCGTCCTACTCGGTTTT GCATTTTCAGAGTTAAATTGAACTATGTTAACTTTTCTAAAAATCAAAATTATATCAATA GTATAGTAATTTGCAGTTAATTGTAGGTCTAACTGGTTGTGATTTTTGCAGGTACAAAGT TCTTACAAATTTGATGGCTATATTGCATACCTCGCCGTCAATTACATTGATCGTTTTCTC TCCAAACAAGCAGTTCTGGTAAACGGAGTTCATTTCATTCGTGTACTGAAATTGTAGAAA ATCTTCTGAGAATTGTATGAAACTTACTTCAGGAGAATAAGCCATGGATTGTACGGATTC TCGTCATTGTTAGCCTTTCTCTTGCCGCAAAAATGAGGAACGTCGATTTATCACTGTCGG ATATTCAGGTAAACTGTGAGTCAATATTGTACAGTAAAATTCATCTCATTTTCTCATCAT TGCTAAAATTTCGATTCAATACGCTTAGTTTGAAAACTGTAACAGAGAGACGTAGGTTTA AATTTTGACGCTCGATCGATTCACCGCATGGAATCGCTGATTCTCGATACTCTCAAGTGG AGGCTAAGATCCATCACGCCTTTCTCGTTTCTGCATTTCTTCAACTCGTTTTTAAAACTC GGCGACTCGTCTCTGACTCGATCTCTTAAACAACGAGCTTCAGATATCATCTTCAGTACT CAATACGGTATTGTTAATTTTCTACTAATAACAAAATTATGTTATTAGTTGGGTAATAAA TGCTGTCTTAACCATTGATTAATGTCCGGCATGTTTACAATTTACTGCAGAAATTAAGCT TTTTGTGTACAAACCGTCAATAATAGCAGCATCGGCGCTTCTACGTGCAGCTGAGGAGTT GATTCCCTTGCAATATTCTTCTTGCTTAGCTGCAATTTCAGAAAACCAATACTCAAATAA AGTAAGTCTTCTGTAAATAAATGAAATGTGCTTCCTTCTTCCTTGCTCTGTTTTATATGA TACATTTACTATTATTGGATTGGAGAGTCAACTAACTCTTTTTTGACTGACTTTTCCTAA TATTCGAAATACATTATAGTACTTAGTACATCAGTTTAGGTGTAACTTCTAAACAATATA ACTTATATAAGAACTAAATCGTTATTCTAAACAAATTACCATTATTTTTATTATATTATA AGTAGAGTTTTTTCTCCATTTGTCATTTTTGATTGTATTACTTTCTTCTTCTTTTATTTG CAATTCTGAGGTATACTCAATGTTAGGAGGAACTTATGAATGCTTTGGCTGTAATGCGGG AAATGCCGATAGAAGGGAGGGAGTACTGTAGTAAGTTGACGCCAAAAAGTGTTCTGGAGT GTGAACATACAAGCTCTCAATGCGAGACTCAGGATAAGGACAATATCAAAAAGCGGAGAT TGAGCGATATAAGGGATGATCAAACGTTCCAGATTTCTCAGGTTCAGTGGTGCTAAGATA GTAAGACAGTGAACCAGCGTCCCTATTTTGTTTTCATTGATTTTGTTGTCTCATGCATAG CAGTTTTGTTCGAGTGGGAACAGATACGTGGAGGATCTTTGAATGAATTGAACTCTAAAC TAAAGCAGAGTGTAGAATTGCAACTAATTAGATGCACAATCTCTATAGGTTTCACTATTA GCATAATTGTGTAGAGAAAATTCGCCTATTTGTACTTTTATGTTATAGACTATTCAAAGA ATCTTTGTTCTTTGGAACTGGAGGGGGTGAACAAAGATAAGGGAGTACTGTGAAGCTGAA TATTTACATAAATTTGTAGTTTTATGTGCAGTCAGTGCCAATAGGGAAAAAAAAGGCGGA AGAAGAGAAGCTTCCTGTATTTAGCTTTGCCACTTTCCAGAGAGGCTAAGAGTGATGAAT AATAATGTCCGAGTGGGGCTTAGAGAGAGAAAACGTTGTTATTATGCTGATTTTAGCAGG GTGTTTGAATTTTGGAATAAAGACATATTGTCATTAGCTTCTTTGAAAGCAACAGTACGA GATTGTTCTCTTTTTTTTCCCTTTCTATGGAGGATGAAGTAAATTATTGGTGTTCTATAG CATTTTTCCTTTTCTTCTCACTCCTGGAGGCGCAAATGTCATGCAACAACCAGTTTCTGT AGTCCAATCTTTTGAAGTGCATTCGTTTGTTACTAATATTCAGTAGAAATATTAGTCTTT GTTTCAACTGTTCCAGCGGTTTCTGTTTCTTAATTGCTGTAACTTGCAATCACTCTTCAG ATACAATAAAAGTTGTGAAGTCACAAAATTATGCATGCCTATGGGTCAACACCTAAGAGA CCCAACCCAAATGATTCACTTCCACAGTAACATAGCATTGCCTTTACAGAGGTTACAAAA TCATTATCTACACTTAAAAGAGGTCCCAGGGCATCTTATTTTCTGAAATTCATAATCAAC CATTTCTAAATCTGTCTGTAATTCTGCATATAGCTAATCTTTCAGCTTTGTTGTCCCTCT GTTACACATGACTTACAAGAAGACTAATACAAAAGATAACACTCTCAGCTACCAGGCCCT GGTAGGGGCTCTTTCCCCATCCGTTATTTTGCACCACTCGGATATATCTGAAATAAGTCA CTACATGATAAGTTCAATTAAGGGCTCTTCATATCAATTGGATTTGCCAGTCTTCCACAT TTAACCTTTCTTCTGATAAGGGCTACCTTTTATGTGTCCAACCAACACTGATTTGGGAAA TTCTAGTTTGGAAAGCAGCAGTACCATAGAGAGGAGGTACCAGTTGAATTCTTCAGGATA TCCAGCAAAACCAAGATATTCTACTTGAAGTTTACTGGAATCTTTACTCTTTAAACTCCC AAATGTTGGAAAGTGAGATAGCGTTCAAAAGTGATATTCCACTTGTTGTCAAGTGTGCAA TAGTATCATTCTGTGTTTCTTGAACCAAGTACACTACTTTTCGTTGTCAGTTCTTCCAGT TAGGCTGCAAATGTCAAACTGACAATAAGAAAATCTGACACTTAAATTTACTTACAGATA ACCATTGCCTAGGAGAAAAAAACATATAATTTGGAACTTTCTCATGTTAATGTAGAAGTG TAATATCATGTAGCATAGATTCTTTTTAAGGGGATTAGAAGGGTTAAGTACTATGAAGAC ATTATGCATTCTGATACATAATAGGCAAAGAGAAAGAATATGCATCTAATATCTACATTT ATTTACTCATCAAATATTTGTTGGTTTTGAAGGCCCTTTAAAAATCTTAGCTTGACTATC ATAGGAATACAATTACAAGAGCTAAAACTACCATACATAACGGGTTCCACAGGTTTTCAA AGAGTGAAGAACAAAGCACTCCTATTCCTAGACCTGGAAATCCTAGAAATTTAAAGCAGA AAATATTAATGCATGTCTTTATTACAGAAACACCTATCAATTTTACAAAGTTGCAGTTCA CTCAACATAGAATGCTCATTTTTCAAGAAGAGGGTTTTCATTTTCTCAACCAGCAAGTGC TAACAAAACTTAAATTGTTTTCTGCAGTTACTCTAATTAAGTGACTCATAAATTTCATAG AATTACCAATTTAAACCAGAGCTAAAAAAAATTTGAAGAAAAACCTTTACAGATCAATAG AATTCTATAAAACTCTTTCCTTCTTCCTTCAGTTAATAACATTTGAATCGAGATTCTTGA TTAACATCCAAATAACAGAGGAAGAACATAAAAAGTTCAGCAGAACAAAATTGAAGTATC TGCAAATTTCTATGGATAAGCAGGAAATACCTGAACAAATTGTTGTTAATATGATGATGA TTCCTCAATTCACTACTTCAGAAGGTGCCTATCTAGCTTTTAACCAGTTAGAGAAATCAG TTTCACCTCAATCGTGACTCTCGACCTTTGTGCTAGATATGGTGCATCCATGTGGTGTGG TTATTCTATATCAGAATAATAAAATGTTTTACATAGTTAAATGAGGTAACAACTTGGTAG AGTAATCATTCATATCACCAGTAATCTCCACATGAACAGACTCCATCCTTAAAATGGTGG AAACGGTGCATATCACGTACAATAATTTCTCGTTTCATGACAAGCGAGATGTACTTTGTT GCAGTATGGCAGTCACCACAAACCCGGAGATTTTTCCTGATGTGAATAGTTGTACCAGCA CTCGTATTTAAAAGACCAAATACAATAGCAAGCTTCTCACTGTGGCTCTTTAGCAGTTGC TCCTGAACAACATCTTCCACATCGTGAATTGAATCAGTATCAGGTATATATCCAGCAGCT TTAATCCTATCAAACAGTTTCTCAAGGTAAGCATAGATCTTCTCTGACTGAGGATGGCTA GTGCTTCCTGAGTAGAATGTGTGGACCTCGTTTCTTAAATCAACTAGACTCCATCCAGGT GTCTTTTGAATACCTTTTCTCTCCATCATAGTTCTGACATTAGCAACTTTATGCCATATT GAAGCCCTGGCGTACATATTAGCAAGAAGCACATGATATCCACCATCATCGGGATCTAGC TCAAATAGTTTGTCTGCTGCCTTCTCCCCCAAATCTACATTTTTGTGAATCTTGCAAGCT CCCAACATTGCACCATAGACATTGAGTCCTGGTCTGGTAGGCATATTATCAATGAAGTTC CAAGCCTCACTCAGCCGACCAGCTCGACCAATTAGGTCAACCATTGCCCCATAATGGTCC ATTGAAGGCTCCAAGTTGTATTCTTCCCTCATGATCGTGAAATAGTTGCGCCCCTTGTCT ACAAAGCCAGAGTGGCTGCAAGCTGAGATGACACAGAGAAATGTTATGTCGTTAGGCTCT ACATGCCCCTTTCTCATTTCCTCAAATAATTCAACAGCTTCCTTTCCAAAGCCATGTGTG CCATATCCATCTATCATGGCATTCCATGTTGTAACATGCCTATCATCCATCATGTCAAAT AGCTTTCTTGCTGTGTGAACTGCTCCACATTTTGCATACATGTCAACAAGTGCAGTGGCT ACAAAAACATTCCCGTTCAAACAAGTTCTTACAGCAAATCCATGTATCCACTTAGCTTGG CGTAATACTGATAACTCAGCAAGAGCAGTAACAACACTTACCATTGTAAATGAATCAGGT GTGATGTTCTGCAGATGCATTTCACAAAAATGAGTTAATGCATCCATTACACATCCATTT TGTGCATAGCCCAAAATCAAAGCATTCCATGAAACAAGTGTTTTTCCTTTCAAGTTTTCA AACAATTCAGCTGCAATATCCACTCTTTGGCACTTGCAATACATTGAAATCAACGAGTTA ACAACTGCAACATTAGAACCAAGACCTAGTTGGTTGACCAGTTTGTGAACATATTGTCCA AGCTCAATATTCCTTGTTTCAGCACACGCATGTAAAGTGCTCATAATAGTCACATTCGTT GGTTTGAATCCTTCATCCAACATTTTCTGAAAGATGATAAGAGCTTCATCGTGATATCCA TTCCGTGCATATCCATCTATCATAGCATTCAATGATACAGCCGTCTTAGAATCCATCTTA TCAAAAACCAACCTAGCAGTGCCCACTGACCCACATTTAGCATACATATCGACCAAAGCA GTTGAGACATTCACAAGCGACTCAAAACCATTTCTAAAAACATATCCATGAATCAACTTC CCCATTTTCAAGGACCCAATAGCACCACAAGCAGGCAAAATGGACACAATCGTAACCGAA TCAGGCCGATTACACCCTTCCTCTTGCATCCTTAGAACCAACTCCAACGCTCTCTTTGAC ATCCCATTTTGTGAATATCCTGAAATAACCGTATTCCAACAAACCAAATCCCTGTCAGGC ATTCTATCAAACATCTTATATGCATCACCAATCATCCCACATTTCGCATAAAGATTCACA ACACTAGTCATTGCAAACAAACTATCTGAAAAACCATGAAGAATCAACTGCGCATGCACC TGTTTACCCTTAACAACATCAGAATTGTCAGCACAAGCTTTTAACAAATAGCTAAAATTA TATATTACCGGAGTTACATCATCATATCTCAAACGAGAGTAAAAAGCCAAAGAAGAATCC AAATTAGAGTGATGGGTATGGCCTTTGAGCATTGTATGATACATGGGGTCAACTTTGAGT TTAGCAAATTCAAAGACTTTGGTGGCATCATTAAGGCAACCATATTTGGTGAATAAACTA ACTAATTTTGTTTCAAAAAGGTGTTCTTTATAGAGACCGTTTTTGATAATGTGAGGGAGA ATTTGGTGAAGCTCTTTCATGGAATTGCAGAGCTCGAGGAGGATTGCTGTTGGGTGTTTG TATATATGTGATGGGATGTGGACCCTTTGAGATAGAGACGGCGGCTGGGGAATCGCCGCC GGTGGCGGTGGTGCTGGAGTGATGGAGCGTGCCAACAGCGGGAAACTCATGAAGCTTACT GATTCTTCACTGAAATCTACTGATAGAGTAAAGTACTAATTCCAAAGCGCAGTTTACAAT CGAACTGTTATCTCCATTAATATTTATCATCTTTTAGCTTTTATTTCTAGCAATCCAATC ATTCGAACGACCCAATTTTTTTAGTTCGATCAATTACTCTATAAATAGTTTAATGTGATG AAGTGAATGTTAATGTGATGGAGTGAATGTTCCTCCTTAATTGTTTTGGGTTCGACCTTG ACATGGATGCTGAAGGCAGTATATGGTGTGAATTCAAATTAGTTTGGTTTTTTTTAACAT AAAATTAATCATTAGAGTATATTATACATTGTAAATTTAACCACAACAATAAGAAATGAG AAATATAGTAAGTAGGATCAAGAAGATAATTCTTCTCTCCATGAATTTAGTTCACGAGAC GAGTAGAATCTCTTCATTCTATGACAATTGAATATTTACATATGAAAGCTTGTGCTTTTG CTCTTCTTAAAATCTAAAACGCGCACTTCAACTATGTTATTAATATGCAACTGCTTCCCG CATTTCTTTTTTGGAAGCATTTGCTTATTATTACATATATATATATATATATATATATAT ATAATATACAACATTGCTTGCAAGTTTCCTATTTGCAATACATTTTTTAAATTGGAAGCA CATCTTTCTGAAGCATTTTGCCACTTTGACACTGGAAAATGCCTTGCTTCCTAAAAAACA GCCGGCATTCTGTGCCTTAGCTTGCATGCCATAACCTATACGCGATTCTACCCTTGTTTG TATCATGAATGGGCAAGTCTAATGAGATTCTTCTGTTCTGGAAAAAGAATGTTGCTAATT CAGGACCGCGCTTGTAGGCTTGGCTTTTCAAGGTAGAGAACAATGTGAAGGATGCTCTAC TCTAGAATTAACTGCTAACCCCGTATTGTCATTCCTTTTTGTGTCCTAAGCCCTCTGTAG AGTTCATGGTTCAGGACTTTGTTGACACAACAGCAGGCGGACTTAGTTCAAATGGGGTCC TGCCAGGTTCAGAATAACTTCCTACGCATATGGTATCACCTCTACCATGCCAAATGCCAT CTTGGACATTGTTCATCTCTAATGTTCTAGCTTCCTGTTCAATAAAACAAAAAAAAAATT CAAAACCGAATAATAAAGCAAACTGTGTCATCTAACTTCAAAAACTGCAGGTCCTGTTAG ATTGGTGTTTTTCTGAGTCAACCTATTCGCTCTTCCCCTGGGGACTGAGGGGTGAGAGAA AAAGCAGCAAGCAACTTCACGCGACAAGGCAAATAAACACTACTTTGTTGTTAATTAATG CAGGTTGAATAATAGAACGAACCTGAGATAAGGTGCAGCACGGACAGGTCAAATGGAAGA TGCAATCATCCAAAGAACTATCACCCTAAAGAAGCATAAAAAGAGCAAGAGTTATCACAA CAGTTAAAGAAGAACAATAATAGATGCAAGTAAAATTAATACTATTGTCCTCCCATAATT GTTAACACTCATCAGTGTTTCAGTAGCTCAAAATACAAGAGAAGATATGAGAATGTAAAA ACCAATAAAGAGGGTAGGTTAAGAAGGGAAAACCAAAGATAGATTGTTATTTGTAAAAAC TGGAATGCAGAGAAATCATTGCTAAAACTAGAGAAAGATAACAAGCTATACGATAATATA ACCAATTCCCACAAATAGTTTGTGCAACTCTTGGAATATGATCAAATAGGAAGAACTGAA AAGTAGCAGTAAAAGCGAAAATAGGGATGAAAGTACTCACTCTGATATTGAACTTGTTTC TCATTTTTGTGCGGTGATAACCCATATATACTCCAACTAATATTATAAAAGCACCACCAA CATATAAAAAGCAGTGCTTCTTTGTGACAATGAAAGCCAGAATGCTTAGGAGAGCAACAA GAGTGAGGATGAAATAAATAGAGCCCTGCAGACCAGTATAAATCTGTTTCAGTGCACGGG TATTTTATGGAAAGCAGACAAATCAATGTTAAAGTACTAAGCAGTAAAAATTTTCTTCAC TTCTAATCTAATCTTGCCAACATTTCAAAAACAGGTAACATTAAACATTTATACCAGACT TTGTGTAATGAAACTAAGAGTGCAATGTATTTTTTTCCACATTAATATGTATATAATAAA CAACCATTAAGACCCTTCTAGTCCTAACCAATCTATGTTGATCAAGAAAGAGGAATTAGC AAATCAATTTAAAGATGACTTTGACCACAAGGGATCGCCAAGAACTTGAGGGGGTAGGGG TAGGTCAACAACTAAAACGGATTTAAATGTGAGACCTGAAGAAAGCAGGAACCGAAACCA GAACGCTTCATATTCTTTCCAAATCTGTACCAGGGGCAGCTGCAATACATGAAGAGAAAT TATAATTAGCATCATAATCCAAACCACTAAATTGATGATGAATTAAGAACTAGAGTAAAC GTTCTATTGCTAATAAAACATTCAAATTTATAATAGGAAATGAATTGTTCAACTATAAGT CAAATTTGCCTTGAGGCTAACAATTACACAAAAAAGAAATTACAACAAGAGAAAGCCAAA CCAGGATTTTCAAAAGAAAGAAACAAAATTACATAAAATTAAAAATCAATCAAACAACCA CCCTCCTCTATCTCAACTTGAAAACTATGTTTTTCGGACTCTTCGTCAAACGGGTGCATG TCACATTCTCTAAAAGTAATTGCGGCATCAAAAATTGAAGAGTGCACGCAACTTAGCTTG AAACTAAAAAGCTACAGCGCTTTTTTCACCTGCCGGCGGTGGAAGGGAGATCAGCCCCCA GTTTTCCACCGGCCGGCGGGGAGAGAGAAACAAACCAAGTTCTTAACGTTTTTAAACTTC CATTAACAAAACCAAAGAAACGAAAACAAGTATGGGAAAACAAAAACCAAAACCCACATG GGAAAATGATGAGAAAACAAATAATCCAGAAAATCTAGAAAAAGAAAAAGGAAAAAACTT TACCAAACAGATTGAACAGCAATTCGACGGTCCTCCAGACAATCACAAAAAAGCTCTCCT TCCCACATCCTCAAAACCCCTCCACCATAATCATAACCCATAGCATTTTCTTCATCCCCA TTCAAATTTAACTTCACCCACTGCCCCTTTTGTGCCTGCATCGCCACCGTGGAACACAAC AAATCAAAATCCACCACAGTCACCCCTTCCGACAACAACCTCTGCCCCTCTCCCTCTTCC TCCTCCTCCCTTCCTCTTGCTTTCTCCGCCGCCATTTCTCTCTTTTCAAACACATCCATT ATCTGGCTGCACTCTTCCAAAAATTATCAAAAAGTTTATACAAACGAACAGAGTATGGAT TAAGCGGAAATATTTGTGCCGAGCAGAACGGAAGAGATATAGAGATATATGATTAAAATA GTTGAGATTGAGACAGAGTTTATATATAAAGAGTTAATTTGGTAAATAAGGGATATTGTG GAACATAATTATAGTCTATTTTTATTTTTATTTTTAGAGGAGGATATGGTGGCTCGATAA TTGGTGGCGATTCTATTATTGCTAAAAATAAAAAATAAAAAAGGTATTTTGGTTGGCGCG AGAAATAATGATGGTGGGCCCATATAGACAACGATACAGCTGGAGACACGTACACACATG GATATAGCTTTGGAGGGATTTTTACTTGCCAAGTTAACGGTTAAAATTATTGTTTCTCCC TATTTCTATTTTTCGGAATGAAACTATAAAAATTATAATTAATATTTTAAGATGTATTTT TTATCATATTAATATGAAAAAATTGTATTTATAATATTTTTCATATAGTTTTAGAATATT AGAATATCTAATTTTTTTTTAAAATATCAAACTAATGTGATGTAATTTATTTTTAAAAAC TAGTCAAATTAACTTTCGATAAGCGCAACATGACAAACATTTCTAGACGGAAGGAATACT AAACAAATAAAAAAGACATTACTTATCAACGCATCATTAGGAGAAAAAACAAACGATTAA GCACATATAAATTTCATTTATTAGCCTCAACTATAACATGTTTCGATTAAATATCTTATG ATAAATATTTGAAACAAAATATCTTAACACGAGATAAATATTTTTATAAACATTTCAAAC TAAAAATTTAAAAAGGTTTATGTGTGAATAAACAATTTTACCATTTATAATGACTGTTTC AAATAATTTGTAAGGAAAGTACCTGATAGAGATATTTTATCACATGTCTAAATTCAAGTT GTGAAAATAATTTTTTACAATAGATCATTGTGCTTATAGCTTTTCTCTAGAACTCCACAT ACAGCAAAAATTTAATGTATTAGATTATTAATTTTTCAGATGTTCATTTAAAACTAATCA TACTTTGAACGTTTAAATAAATTTACTACAATAGTTTAAAGAGTTAAATGTATATTTGAG CTAAAAAGATGTTAATGCATCATGTGAGCTGTTGTATTATCAAGAATATTAATTTAGTCT TCTGATCATGAGTTTTTTCTTCTTTTTTTTATTTTTGTTTATTCAATGAAGTCAACTATA AATAGGTGAACTTAATTAGGAAATGACTGAGAACGAATTTATTACTACTATGAAAATTTT AATATGATATTGTTAACGTGTGCTATTTTCATATGAACTTTATTATTTTAATGTGAAATT TTAATAAAAAATTGTAGTTAACTTTGAAGTCCTAGACCATTTCAAATGACAATTAATAAT TATTTGGACAACTTGAATAAATAGGTTAATTATAAGTTGAAAGGGGTTGACTTAAGTGTG AATTGTGAGCCAGCCTACGTTGCACCTACTATTAGCTGTATTTTTTAATTATTATATTTG CTTGGTGGGCGTTGTGTTAATTAATAAGATTATTATTGAGGTCTCAATCATTATTTCTCA TCAACTTAATGTTCTTTGATTTCCTGGGTTATAAAATATTAATTTGTTTAGGCCAATAAT TTATTACTGGATCCTTTATGAGATAAAGTTTAGATTGTAATTTTGTCTATACATGAAAGT GGGATCAGGAATATTATGAATAATGAATTAATTAACTTGTAATTATTCAAATAATTGTGT TAGTTGTAGCCGATGATCATATAATTCTTATCTTGTATATTTGATTTGTTTGGACTAGGA TAGGAAGATAATATGGAAATTTATGATTATACTCAAAATTTTACGGTTTATTATTATGGT CTAATTGAGAAAATGACTAAAGTTTATAATTTTTTTATAAAAGACTATTGAGTGACTCAA CGAGCTAATTCAATATCACATATGTTGCATAAGGACACAACAAATTCGATTGAGTTCATT ATTCATATGTTACTTACTATATTTAATAAACATAACCCATTAATTTTAAATCTTATTTCA ACAAAGAAACAGGATGACCCCAACAAGAGGAAAATGAACAAAGAAACAAACCCAAAAGCA AAGAAAACGTTTTGACAAGTAAATGATCCTTTAACGTAATACAACTAACTTGCCAGACCC TATTTTGTAGATTTCTGTTCACAAAAGAAAACGTCTCTTTTTCTATTTTCAGTTATGATA CAAATTAAATTTTGTCTTAAAAGGTTAGATTTGATAAATATTCACTTTTTCAAAAATAGA ATATATAGCCTAACTTGTTTTCTCAAAATAATCGTCATACTAGCAAATATCATATTGATT AAAAAAGTATTAAATACAATATTGTATACGTGAAATCATCTTTATTAAATAGATGTCTCT AAAAAATTGAACACTAATAAGATCATCATGGATATAAAGGCACAGTTAAAAAAACTTAAA AATATTATTTTTTATTTTGATAAGATGACATTTATTTTGGGATAAATTTTTTTAATACAC ATATCGCAAGTAGTTTAGGTTTTTGGGGAACAAATTTAATGGTTAAAAAGAAATTTCTTC TAACAAGACATTTAGGAATCCTTAGTTGAATCATATTTAAATTAAATTAAATTAAAAGGT TTTAGTTGATTCAATTCATGAACCACTATGAGTGGAGTAGTATATTTTATTGTTTCTATA TGATAATACAACTTGATAATAATACCAATACAAAGAAATTGGACGGTTATAAAACATATA ACAAAAATATATTTATTTCTTGGCCATAAACTCCCCCACCCCACCCCTAAGAAAAAGAGG TAGATAGGAAGAATTTAAATATTTAAACAAGTCGATTCTAATTCAAAGTTGTGAAGATGG TTCATTTACAATATCATAAAGTAGGTAACCAAAAACAACTTTTTTATTTAGAAATAGAAA TGTAATATAAGTGCCTTTTCTCCTTTTAACCTTTCAAAGATTGGAAATGATTCTTGATCA AGTCCAAGTTGATTTACCCTATCATTTTTATTTTTTTTATAAAACAAAAACAAAAGCAAA AGTAGTGGTAGTGGTAGGAACCAGAGTGACCTAGTGGACAATGACTAATGAGTTGTCTTT TGGATAAGATTCAGATGAAATACCCTCAAGTCTTAAACTATTGCACATGAATTGTAATAC CTTTTTTTATAATAAAGTTGCAACAATTTTGACCATAATTCCCCTTTTAAGTGCTTAAAT GTTGGCCTATATATGAACCAAATTGACCATACTATTTTATTTTGTTGTGGCCGACTAAGA GAATGTGTTTTTCCTCCATCTTTTTTTGATAATGTCATTTTGTATCTTACAGATTTTTTG AGCGGTTCACATTGATGTTTTAATCATCAACATACTTTCTTTCACTTAATTAAATTGCTC ATGGAAGTGCTGTGTAATTCTTTTAAGAGATAATTTGAATAAAGATGATATCCGTCGGAT CAAAGTTTTATGTTTTTTTTTTCTCTTTGTATTTCAGTCGGTTAGATTCCATTTTTATTA GATTTTATGAATTTATATTTATTGTAAAAGTTGTGTAGACAAAATTTAATGAGACTTAAG TTTGAAAAATAATTTCAATTATACAAAATTCTGGGACAAAACATCTTAATTATATAACCC TCTATAGTCTATAATTCTGTATGTATAGAGATAACTTAAAGACCTCTCATTGCGTATTTA TCTACATACAGATCTCTAACAAAACGTAAAACGACTCTCAGCAAAAATCAAACATACATA TTAGTTTAATCGTTAGCTATGTAGGTTATCAATAGTCCTCGTGAAAACAATATCTATATA TTAAGGCAACAAAAAGCTAGACCTTCAAAACTCTCGAATCCCTCCCTCCCTTGCCCAAAC CCCTTAAGAGACTATCGAAAGCAGCAGCAACCACTTGAGGAACAAGTTTCAAACAATTAT AGAATGAAATATTACTAGTGAATTGGAAAGGATATAAGTTGCTTTCGCGGAGCTGCAGTT AAATAAAGACGATACAAGAAAATACTCAGTTTTCAGGGTAGAAGATGATATACCATATTA CAACACACCATACAAAGCCCCACTATCTCTAATAAGCAAACTGGTATACAGCAAGTTACG TCTTCATGGCAGGCCTCACCAGGCCCAAACCACTTCCACTCCCCAAGTGTTTGAAGTCTT TTGCTTCAAGATTATCTCCATGGGCAGCAAACCCTGTTCCTCCCTTTTCCACATTCACCA GATTTCTATTTTTACATGGTTTGTCACAGACCACGCAAACCTTGTCAACAGCCACAAATT TTTCTGCACATTTCTTGCAGAAGACATGTCCACAAGTATTAAGTGCTACAAGTGACAAAG TATTGGTTAGTGTGACCTTGCAACTGGGACATATGAAACTCTTGTCAAGAGACTTGTGTT TCTTCTGTGCACTTGTATCTTCAGTGAAGTGTATAGGGAAAAGGTTTTTCATCTTAATTT TTTCCCTCCCTTCAGGACAAGTTGTGCTAGTGGATGGGGCTTCCACCTTAGCAGGTGCAT CTGGTGTTGCAGAGGGCAGCCAAAATGCTTTCATGGTTCTAAGTGCTTCCTCCTCATAAG AAGTAGCTTTCACACTGTTAGCTCCATGGAATCCATTTTTGTCTCTGTTGTAGTTCTTAT CATTGTACTGCGGAACTGGACCATGATTTTGTTGATCAAATGCATCAAGATCCCTGGCTT TCTGCAGCATCAACCTCTCCTCTTCCTCTTCTTTTTCTTGCTTCTGCTGACCTGTATGAG CAGCTAACTTTCTGCAAGAAAAAATAACAGCTTGTCAAATAAAACTTCACGAAGGATGAT TCTAAGTTAACAAACAAGAATGTTACCAAATCCCCACCCCCTTTCTTACACTCCACACTG CCCTTTTCTCTTTTTCCAGAGAAATGCAGGCATGAAGCAAGATTGGAACATATATTGGTC AGTACTACTCCTTCGAGGTGGAACACGGGCAACTGTTTTGTTAATAGAAGTAACTAACAA CATGCATTGCAACTTAAGAATAAGTAACTATTACTCAGAAAGGCTGCAGTTTTCACTTGA AAGGGATTCCAAAACAAGTATTCCATAAGACAGTATGAAGGCCTCTTTATTAGCTAGTCT AAATAATACTCCTTTCATCCACTACTTTATGGGACACAATAACTGGACTTGGAGATTGGA GATCATTTTGGCTTGTATAATATTAGTATCATTATAATAATAGAAGGCAAACATTAAAGT GTGGTTCATGAAAATTCAGTGGTACCCTCTTTCTTTTTCTTTTTTGATTTGCTTATTAGT ATCGGACTGAGATGAACTTAGGAAGGTGACATGGATCGTGAGAATTCATATAGCCTACTC CCCTGCTTGGATTTAGTCATAGTTGTGGTACTTGGATATTTGTATTTTGGTAATAGTAAA GAATAGCATTAAAGAAGATGCTGAAAAATGACAGCACCCTTCTTAAAACTAAACAAGTCA CCAAATTATTGCCGTTAGAAAGTGCAGGAGACTCTAGCCTCATAAGAAGAATTGAACACA GATAGTTCTTCTGTTTAACCTTGGGACTACAGCCTACAAAGTACAGTTTGCAAGTCAAGT ATCCTATCCATAAGTTCTAGGATAGATTTGCCTCTAAACCAAAATCCATTAGATTATATG GCGTGTTAGGAGGGCATTTCACAACCACAACAGAGACTAAAATATATCCAATAGGTTCTC TTCAAGATGCACTGAATCATAAGACCAGCCTACAACTGCAGACATCATACAACTCAATCT AATCCAGCTAAACCTATATTAAGGACATAATATAGGAGTCTCTTAATCACTAAGATATTC TCTGTTTTGGTGTCAAACAGATGAAAGCACTAGCTATGGCCATCGTACTCTCGTAGTTGC TAAATTTCGAAACTTCTGCGGTATCCTTCCAAACTACTAGCCTCACTGAATCAGAAGGAC ATCTCTGAATTCCTCATACCAATCTAGACAGAAAATTTAACTTACAGCCAACCCCCATAT ATCACTCCCCCATTAAGAACCACAGATATTGTCAGTTTCTCTTATAGCTGAAATATAATT CACAAGCACAATCTTACAAACCTGGACACAACAACAAAGTAAATCAAGCTAACCACAGGA TCTAAGCACCAAGACATATAATTTCATACAAAACGCACCTTAAACATAGAAAAAAACTCG GCAGTTCATATATAATATCATTTTCTTTCAAATCTACAAAAGACCAATTGAGAGAGTATG CATAAGGACAGAAAATAGGCACCTTTGGATATCCTTTTTCTGGGACAAAAGGCATTCTAG AATGCATTCTTTGCAAAAGACATGCCCTTTCTGGCAACACAACGGATCGATGAAGGGTTT TAAACAAAGGGAACAAGCATCGAATGGCTTGATTGAATCTTTTCCCAGCCTCTCCTTTTG TGTTCCATACCCTAACTTTCTCTTCTCATCGTACGTAAAGAAGGCAAGATCGTTGTTGTT CTTCGAGTGTCTCTGCGGCATCTTTCAAAACCCTAATGCAATCACATGAATTTGGAAGAC GAATTTTATGAATTTGGGGAAGAAGAAAAACCCTATGAAGTGGATTATCCAATCGGGTCA GTAGCAGTTATCGGGTTTCCTAAGGGATTTATAGCGTGACAAAATATTTTTACACGTAGC TTTCTTTTTTTTTCTCCTTGTTTTCGACAATCCGTTTCCTAATTCATTTATGATTTTTTA CTTTTCGTAGGAGTATCTCTTTTCGATTTCAAGAAACTTAACAAAAATCATGATTCATAT TGAGTATTTAAAAGTATTAACGAACAAGTGATTAAATCCTAAAAATAGTTAGATCCATAT ATTTGCATTTTGAATTCCATAATTTACTTTAGGATTAAAAAAAAAGCTCAAATATGTCAT TAAACTTTTAGAAAAGATTCATTTATGTTATCAGTTAAAAGTCTAGTTCAGTTAGACCAT TATCGTTAAAGAAAAGCTTATTCATGTCATTATTTTTTAACGGTGATTTTGTAAAATCAT TTTTGACACCTGATCAATTATAATTCGATCACGTCATTAATTTTTTAATAAAAAAATTAT AATTCTAAAAAAAATTGAATTAATTTTTTTAATTAAATAAATTGATGATATGGCCGATTA TAATTGGCTATGTCAAATTTTTTAAATAAAAAAATTAAAATTCTGAATAAAAATTAATTT TTTTTTTAGTTTTTTTTTCATAATTTGTAAATACACTTTGCATAATTTGTAAAGACGTGT CCTATAACATCACCTATTTTCAACTAAACCTTGAAACACATTAGATTTGGTGCATTGATC CAACACACACTTAAGTTCCATTGCACAATCATGATAACTTACGTGGGCAGTGCCATTTTT AATGTTTATCATTTTTAAATTTTGAATTCAATCTCCAAACACATTTTTCACTTACTTGAT TATTATAATTGATTCATGACATATAAAAATAATTATACATCGTCTTAATAGCTAAAATAA GAATGTACCCTTTGAAAGCTATTATTCATCGTGATGTTTAAGAGCGAATTCAACCCTTAG TTCAATGTAATAAAAATACTAAAAAATTAACAAAATTTCTTTAGCGCTATATCCTAGTTA AACGCATCCATTCAATGATTTAGTTTAATTTATTTTTTAATTATTAAAATATATTAAAAT TAAAATAACAAAAATATATTTAAAAAATAAAATAACATAAAAGATTCTTTTCGATAATTA AATACCGTATTATCCGAGTATATTATATATTTGCATTGTGTTGGATAAGATTAGGCAAAA AAAATAATTTAAAAAGTCAATATATTATTGACCATTTCTCATTAACCAAAAAAAAATTAG TTTAAAAAACCTCCAGTAGACTCTATTCCAGCTAATTCCTGTAACCTCTCTTCTTCCCCA AAGGTCCCAAGAACTCAAACAATACACAATCGAATCGGATTCGAACATCACAAAACACAC AATATCTCTCTGAATTCTTCAATACCAATTCCGTATTTATCTATTTACACCAGCATGACA TCACCCAAAAAGCCACCACCAGAATCCGACCGCCCACTCACGGCGATCATGCACCAACCG GCATCTCCTCGTTTCCATTTAGGAACTCCGAATTCCGGTGCTAATCGGAAGGTTGCTATC GCCGTCGATCTTAGCGACGAAAGTGCTTATGCCGTCAAATGGGCTGTGCAAAATTATCTC CGACCAGGTGACGCCGTTATACTCCTTCACGTCCGTCCAACTTCGGTACTTTATGGAGCT GATTGGGGTGCTATTGATGTTTCTGTTGACACTGCAAATGAAGAATCACAGCGGAAACTG GAAGATGATTTTGATAACTTCACAACTACGAAATCGAATGATTTAGCTCAGCCACTTGTG GAGGCTAATATTCCATTCAAGATTCATATTGTGAAGGATCATGATATGAAGGAAAGGTTG TGTTTGGAAGTTGAGAGGTTGGGTTTGAGTGCTGTTATAATGGGGAGTAGAGGGTTTGGT GCATCAAGGCGTAGCCCGAAAGGAGGGATGCTTGGTAGTGTGAGTGATTATTGTGTGCAT CATTGTGTTTGCCCCGTTGTTGTTGTTAGATATCCTGATGATAAAGATGCTACTACTGGC AATGACTCGGTCACAGATGTGCTTCACCCTGTACCTGAGGAGGAGCCTATATACCATGAT GCCTCCGATAAAACCGCAGGTATATATATCTTAAGATTTTGCAAGTAGACATTGATTATG CGTGGTCTTTGTTTGATTAAAGGAATGACATGTTGATTAGTTTAAAGGATAGTACTGCCT CAAAGGTTGTGACTTTATTTAAGGGCTCATGCTTTTTGACATTTATCTTTGATTTTTCTT GGGTGATTTTAGAATATGTGAAAGTGGTCTGTTGTTACTACTCAGTACGATGTCAAGATG TTTGATTATCAGCTAGGAAGTGGGTTGGCTCTAGTTTGATGTTTCAATCGGATTAGTTAG TCGTAAGTGATGCCATGTCAAATATTATTTCTGTTTCGTTATCACAGGATGATTGTTGAT TAGATGAGTAATGTATTTATGTTAGGTGAATTTTGTGTAGTTGTAGCCATTGAGCAGGGT TTGGGTATTTCTCCCTTTTTGGCCTATGGAATCAGTTGTTTGGCTTTAGGCATAGTTGAT AGATGTTAGTTGTAAGTAACTTATCAATTGTGAAGCCTTTGTGGTATACATTTGTAACAT ATGAGTTGTTTCACTTGTTTGTGACAAAGTTCATTGGAATAATCATCCTAGTTAGTTCTT TGTGGAAAATAAATCAGTCTTGTTCTGGTTAATGATAGTAGTACTCTTTGAAAGTCACCT TCATTTCTAGAGATGCTTTAATAGGGCTTTTTAGTATCCTCAAATACCATTATTCCTGCA TGTGCTGCTATTGGGTAACTTGTTCCCCTAGGTTACTTAGCGAAAGAAGCTTTTTTACCT GGGGTCCAATTACTTGTAGATGAGAGAGAGAGGAAGAAAGGTAAACAGGTGCACGGTTCT GGGGTAGATAGTGTCAACAAGGAGAGAGAAGGGATGAGGTTTAGTGGGTAGCGATTGATA CAGGTGGAAAGAGAAAATGCTGGCCCTAAAATTCAGGGAATGCTACTTGGTAGAGCAGGG TGAACCCCGTGTGGTAAGTAAGTTGAGATCTCTTGTGCCCCAGGGGTTTGCTCTAGTGTA AGAAGCTCATTATTTATGGACTAGGCGCACGTTATGGGTTTGAACCCAACTACAGACAAA AGCCTGGTACTTAAAGTGAAGGGTAGATGGGTAATCCCATTATCCAACGAATTTTGAACC GTGCGCTGCTGATTCTCTTAAGATTTCTCGGTTATAAAGAAGTCGAATTCTCTTTGTTGG TTTTTCTACTTTGTCCTTGTGAAATCTCGACTTTTGAACCATTTCTATGGGGAAAATTGG AACTGGCTTCGGATGTACTCTAGCTGAAAACCAGGCTTTTGACCCTTTCTGGTATGAACC TTGACATCATGTGATCTCCATGAATTGTGTTAGTTTTCAGCTCCTGAATTTAAAACTTCT TGCATGTTTCATTTTTCTGACAGTGAGAGGTGTAGTGGTTTTGACAGTCACTCCTATTTC TGTTGCGAACCACCAAGTGTTCTTCAAGGTCACCATGCAAATAATGTTCTTATTATCCTT ATCTTTTTCTTTAGATAATGATGGAACAAATGTATGTAGTATTAATATTTAATAGTGAGG TATGTGATTTACTGTAAAGATAAAAATACTTAACAACTCCAGAGTTTGGGAAATGTCTTA TCTTGTTGGACACAAGTTTTCCCTTAGAGGAATATGATGCCTCAAAGGAGGCAACTGTGA AAGATATAACAATGCCCTTTCCTTCCATTAAATAGCATCAATCATGTTTTTGCGCTCGCT CTTATGGATGACATTTTGTTGATTCCTAAGCTATACTCCTTATGCAGATTCGGAGAAGGC TTCTTGAATAAGTTGAAGGTGAAGAGATGTTTGAGTACTGTTGAGGCAAATGTGATTTTG GTGTAGGCGTGGGCCATTTGGAACATGAATTTGGTGGTTCTCAGTTTCTTTTTCTGCTTG TGGTCGTCTGCTGTGTGTTGAGTTTATGAAGTTTGGAATGGTTGTAATTGTTCATGATCT TCTTTTCTTTGTTTTAGGTTTTAAAATAGTCTTGTCTGTTTTTTTTTTTTATGTGGAATA ACAATCTTTTGAAGCTGCTTTGCAAGTTCAACTTCCCCATTGAATGCTTTACGACTATGC TTGAACTTTTTTATGTTATTATTGAGAGTTTCGTCACAATCTTAACTCTCAAGTATATTA GATACCTTACAATAGGCTTCAGTACTGTCCATGTGTTAGAACCCTTGAACTGTTGAAGCG GCACTTCTCATTCTTTTTCACAAGGCTAATTGCTGAATTGGAAGTTCAAATTGAGCCTTC CAGTCAGTAGATAGCTGACCTAGTCCCTTGTATTTTTATCATACGCGATGTTTGGGCTTC GAAACTAGATTGATTTAAAGCTGAAGTTCTGATTGGATGACATTTCCATTGTTCCTGTAT TTTATCTTGAACCAAATATGCTTGTTTTATTTAAGTGAGACCTATTAACAGCATACTTAA AATTAGATGTGATGGTTGGTAGATACCACGTTGATCAATACTTGCCACAACCTACCTCAT AACATGTAAGGTAGCTTTGTTTGGCAGTATAAGATACTTGGGAAATCATAACATCAACTA TTGCTAAAGATTATGATAGAAGAGGACTGAAATAGATGATGGAATACAAACTACCCTTTT CCCTTTATAATTTTCATTGCTCATTCCCAAGTAGGTTAAAAGTATAGGACAAAATTTTTG GATTCATATTCATGCAAACCATGAACCCTAAGTTGTTTTCTAAAGCAAAATCATACACGA CCTCCAGCTCTCTTCATCTCAAAGTCATCAACCAATAACAAAAATATTACAACTAGCTGG CAGGTGCTAATAATACGCGAGGTGAGCTTTCACAAAATCACCAGAGTTTCTTGTTTTATG TTCGCTCATGTCACCTCTGGTAAAATATCTTCGGCTTATCACCAGACCTCATTTGTTCTT CATCGTGGCTTTTCGTGTAGCTTCCCTAAGTGCTTTCCTCTTCTCCTCCCTGTAAAAATG TTGAAGACAATACTAGGTTATATTATCTGAAATTAACTCTGTTCCAATAGCACATCACTG TTTAACAACTAGTGATAGTGAAACTACAAATAGTACCTAGCTTTTGCAATTTCCTCTCTA GGAAGGGGTTTCTTCTTTTCCCTCTTTTTTGTTGCCACCACTTGGTTTTCTGTTTTTCCA TTTTTAGTTGCACCGCTGTTTTGTCCAGCACCTTTCTTAACTGAATGTGTTTGGACATCC CTCTTCCTCTTTTTATCACCTGCTACTTCCTCTTTCAATTTCCTATTCTCATTTGCAATG CCTTCTTTATCTGAATTCTTGTCATCATCCTCTTCAGAATCCTGCTGCTCACTGTTCTCA ATGCTTTCAGCACCTTGTACTTCTTCAGACTGAGCCAACGAGTTTGCAGCAGACTTGGAA TTGCTCATCTTTTTCAACTGGAAAAGAAACAACACATACGAGGCCAAATGTTTTACCGAA ACAAACTTGCAGCAACTTCAAAGAAGAAATATGCTTAAAATCATTCATTTGTTTTTACAA CCACATATGCCACTCCCAATTCATTTTTTGAGTACCAGAAACCTTAATGAAAAGATGAAA TGTTTGTTTGACTGACATGAAGAAGCTAGATTTCTACACAAGTGCAGAAGCATGAGAACT GAAGAGAAGCACACAAAACCTCATGTGTATAGGGTTGAATAGTATTTATTATGCCCAAAA TTATTTTTTTTAAAAAACAAGCAATTACTAAAACGAAAAATCATTTTGAGAAAAAAAAAA GTGACTTTCGGAGGATATTTCGATGATATGCTAAGTCAGAATAACTAATGTGACTTTTTC GAACGGAATAAAAGAACAGGATAGATCATTTTGTACTTCACGCTTTACTGTAATCAATTT TAAGAATAATGACCATCATAAGTAGGACTCTTAAGCCTCCGTTCGAGCTCTCTCAACTTG ATACTTCTCATCCTTGTAATTTACAGTCATTTGCTAAGCAGCTATTGACAGCACAAATTA TTACCAAATAATAAGGCATACCTTGGCTACAAAAAATCCATCCATGTTGTGCACATGAGG ATAGAATCGCCTTGTCTTGTCCAAAGATGTGTGGAAACGGTGCTGCCTAAAGCGAATAAA TCTGGGAGAGGTAGCATTAATTAGTAGTAGAATTAGGTAACCTTTCGAGTAAAAGCGCAA ACACTAAAAAATATACCCAGGCCTCCCAAAATCAAGTCCGCATGGAAC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.961 6614 7183 match_2 match_part 0.982 19609 19665 match_part 1.000 19763 19892 match_part 0.994 20046 20587 match_3 match_part 0.965 19609 19665 match_part 0.985 19763 19892 match_part 0.981 20046 20463 match_4 match_part 1.000 19610 19665 match_part 1.000 19763 19892 match_part 1.000 20046 20348 match_5 match_part 0.945 20752 21058 match_6 match_part 0.968 20869 21022 match_7 match_part 1.000 35138 35343 match_part 1.000 35492 35553 match_part 1.000 35687 35727 match_part 1.000 35867 36194 match_8 match_part 0.899 83104 83172 match_part 0.870 83291 83359 match_part 0.974 84980 85524 match_9 match_part 0.899 83104 83172 match_part 0.870 83291 83359 match_part 0.971 84980 85470 match_10 match_part 0.983 83239 83359 match_part 1.000 84980 85737 match_11 match_part 1.000 83242 83359 match_part 0.993 84980 85524 match_12 match_part 0.992 83242 83359 match_part 1.000 84980 85501 match_13 match_part 0.992 83242 83359 match_part 0.996 84980 85496 match_14 match_part 1.000 83245 83359 match_part 1.000 84980 85601 match_15 match_part 1.000 83245 83359 match_part 0.989 84980 85425 match_16 match_part 0.904 83246 83359 match_part 0.940 84980 85365 match_17 match_part 1.000 83246 83359 match_part 0.994 84980 85337 match_18 match_part 1.000 83254 83359 match_part 1.000 84980 85448 match_19 match_part 0.996 85165 85703 match_20 match_part 0.988 85580 86410 match_21 match_part 0.983 85723 86433 match_22 match_part 0.990 85723 86433 match_23 match_part 0.966 85723 86432 match_24 match_part 1.000 85724 86305 match_25 match_part 0.996 85753 86271 match_26 match_part 0.997 86035 86390 match_27 match_part 0.944 92049 92173 match_part 1.000 92332 92418 match_part 0.990 92493 92588 match_28 match_part 0.952 105922 106549 match_29 match_part 0.946 105947 106735 match_30 match_part 0.953 106027 106323 match_31 match_part 0.922 109961 110667 match_32 match_part 0.988 109962 110565 match_33 match_part 0.998 109967 110504 match_34 match_part 1.000 109969 110450 match_35 match_part 0.958 109972 110451 match_36 match_part 0.985 109974 110764 match_37 match_part 0.948 109988 110543 match_38 match_part 0.979 110302 110779 match_part 0.916 112548 112750 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_39 match_part 1.000 37055 36790 match_40 match_part 1.000 39187 39110 match_part 1.000 39021 38949 match_part 1.000 38871 38786 match_part 1.000 37582 37463 match_part 0.996 37154 36903 match_41 match_part 0.956 39200 39110 match_part 0.959 39021 38949 match_part 0.988 38871 38786 match_part 0.925 37582 37463 match_part 0.867 37154 37125 match_42 match_part 1.000 42349 42108 match_part 1.000 40358 40029 match_part 0.939 39634 39488 match_43 match_part 1.000 57123 57058 match_part 0.998 56920 56336 match_part 0.970 56143 56043 match_44 match_part 1.000 58554 58369 match_part 1.000 57147 57058 match_part 1.000 56920 56344 match_45 match_part 1.000 58406 58369 match_part 1.000 57147 57058 match_part 1.000 56920 56394 match_46 match_part 1.000 58406 58369 match_part 1.000 57147 57058 match_part 1.000 56920 56432 match_47 match_part 0.958 59870 59608 match_part 0.727 58455 58445 match_48 match_part 1.000 60812 60809 match_part 0.994 60722 60562 match_part 1.000 60315 60057 match_part 0.994 59958 59608 match_49 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60111 match_50 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60226 match_51 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60269 match_52 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_53 match_part 0.977 61302 61260 match_part 0.991 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60693 match_54 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60864 match_55 match_part 0.936 71677 71631 match_part 1.000 70354 70265 match_part 0.982 70125 69569 match_56 match_part 1.000 70354 70265 match_part 0.994 70125 69608 match_57 match_part 1.000 70354 70265 match_part 1.000 70125 69658 match_58 match_part 0.944 71701 71631 match_part 0.933 70354 70265 match_part 0.904 70090 69759 match_59 match_part 0.944 71701 71631 match_part 0.933 70354 70265 match_part 0.880 70090 69824 match_60 match_part 0.944 71701 71631 match_part 0.933 70354 70265 match_part 0.889 70090 69830 match_61 match_part 1.000 71658 71631 match_part 1.000 70354 70265 match_part 1.000 70125 69889 match_62 match_part 1.000 74131 74078 match_part 1.000 73991 73831 match_part 1.000 73584 73375 match_63 match_part 0.996 85703 85165 match_64 match_part 0.997 94192 93458 match_65 match_part 0.947 96812 96035 match_66 match_part 0.976 96812 96192 match_67 match_part 0.994 96938 96428 match_68 match_part 0.986 97445 96883 match_69 match_part 0.984 97779 97223 match_70 match_part 0.914 99757 99153 match_71 match_part 0.990 100525 100421 match_part 0.968 100045 99983 match_part 0.913 99754 99158 match_72 match_part 0.990 100525 100421 match_part 0.968 100045 99983 match_part 0.930 99754 99255 match_73 match_part 1.000 100523 100421 match_part 1.000 100045 99983 match_part 1.000 99754 99420 match_74 match_part 0.900 100578 99877 match_part 1.000 99754 99749 match_75 match_part 1.000 102174 101726 match_76 match_part 1.000 108640 108323 match_part 1.000 106811 105935 match_77 match_part 1.000 106649 105947 match_78 match_part 1.000 106649 105947 match_79 match_part 0.920 106201 105976 match_80 match_part 0.955 106591 106009 match_81 match_part 1.000 106679 106172 match_82 match_part 1.000 108582 108323 match_part 1.000 106811 106207 match_83 match_part 1.000 108571 108323 match_part 0.994 106811 106271 match_84 match_part 0.996 108562 108323 match_part 1.000 106811 106326 match_85 match_part 0.976 108654 108323 match_part 1.000 106811 106337 match_86 match_part 0.971 108566 108323 match_part 0.957 106811 106351 match_87 match_part 1.000 108571 108323 match_part 1.000 106811 106354 match_88 match_part 1.000 108635 108323 match_part 0.998 106811 106366 match_89 match_part 0.941 108576 108323 match_part 0.917 106811 106402 match_90 match_part 1.000 108647 108323 match_part 1.000 106811 106426 match_91 match_part 0.957 108462 108323 match_part 0.972 106811 106426 match_92 match_part 1.000 108649 108323 match_part 0.991 106811 106483 match_93 match_part 0.963 108566 108323 match_part 0.966 106811 106486 match_94 match_part 0.994 108640 108323 match_part 0.975 106811 106496 match_95 match_part 0.927 108608 108323 match_part 0.960 106811 106513 match_96 match_part 1.000 108648 108323 match_part 0.993 106811 106521 match_97 match_part 0.968 108507 108323 match_part 0.962 106811 106525 match_98 match_part 1.000 108639 108323 match_part 1.000 106811 106552 match_99 match_part 0.966 108555 108323 match_part 0.961 106811 106579 match_100 match_part 1.000 108570 108323 match_part 0.996 106811 106581 match_101 match_part 1.000 108644 108323 match_part 0.994 106811 106634 match_102 match_part 0.967 108564 108323 match_part 0.966 106811 106694 match_103 match_part 1.000 108639 108323 match_part 0.982 106811 106703 match_104 match_part 1.000 108562 108323 match_part 0.960 106811 106711 match_105 match_part 1.000 113996 113857 match_part 1.000 113749 113381 match_106 match_part 1.000 113871 113857 match_part 0.981 113749 113381 match_107 match_part 0.997 113713 113381 match_108 match_part 0.997 113704 113381 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 6614 7183 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 19609 19665 exon 19763 19892 exon 20046 20587 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 20752 21058 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 35138 35343 exon 35492 35553 exon 35687 35727 exon 35867 36194 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 39200 39110 exon 39021 38949 exon 38871 38786 exon 37582 37463 exon 37154 36790 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 42349 42108 exon 40358 40029 exon 39634 39488 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 61302 61260 exon 61179 61074 exon 60984 60809 exon 60722 60562 exon 60315 60057 exon 59958 59608 exon 58455 58445 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 58554 58369 exon 57147 57058 exon 56920 56336 exon 56143 56043 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 71677 71631 exon 70354 70265 exon 70125 69569 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 71701 71631 exon 70354 70265 exon 70090 69759 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 74131 74078 exon 73991 73831 exon 73584 73375 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 83239 83359 exon 84980 86433 gene_13 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 83104 83172 exon 83291 83359 exon 84980 86433 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 85703 85165 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 92049 92173 exon 92332 92418 exon 92493 92588 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 94192 93458 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 97779 96035 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 100525 100421 exon 100045 99983 exon 99754 99158 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 99757 99153 gene_20 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 100578 99877 exon 99754 99749 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 102174 101726 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 105922 106735 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 108654 108323 exon 106811 105935 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 109961 110779 exon 112548 112750 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 113996 113857 exon 113749 113381 RepeatMasker tomato repeats master ATHILA7_I 6288 6370 1 ATHILA7_I 6288 6370 1 nucleotide_motif 256 8064 8137 Gypsy00019 616 682 1 Gypsy00019 616 682 1 nucleotide_motif 301 8096 8164 Copia00112 7411 7454 1 Copia00112 7411 7454 1 nucleotide_motif 248 12624 12668 SINE1_SO 30 163 1 SINE1_SO 30 163 1 nucleotide_motif 286 15316 15440 Unknown00019 103 312 1 Unknown00019 103 312 1 nucleotide_motif 724 22458 22682 Copia00107 273 732 1 Copia00107 273 732 1 nucleotide_motif 2973 26065 26514 Gypsy00046 4087 4184 1 Gypsy00046 4087 4184 1 nucleotide_motif 461 27129 27225 Unknown00019 156 704 1 Unknown00019 156 704 1 nucleotide_motif 692 31546 32119 SINE_SO 4 184 1 SINE_SO 4 184 1 nucleotide_motif 908 49911 50085 Copia00027 3998 4318 1 Copia00027 3998 4318 1 nucleotide_motif 2454 67211 67531 TOTO1_LP_I 3150 3275 1 TOTO1_LP_I 3150 3275 1 nucleotide_motif 700 67527 67651 Copia00113 5262 5499 1 Copia00113 5262 5499 1 nucleotide_motif 292 76726 76949 SINE_SO 3 182 1 SINE_SO 3 182 1 nucleotide_motif 417 81116 81285 Copia00109 4 203 1 Copia00109 4 203 1 nucleotide_motif 1280 87974 88176 Copia00109 1263 1306 1 Copia00109 1263 1306 1 nucleotide_motif 307 88321 88363 Copia00109 1260 1376 1 Copia00109 1260 1376 1 nucleotide_motif 672 88364 88468 Copia00164 100 399 1 Copia00164 100 399 1 nucleotide_motif 1704 88468 88750 TLP2 16 254 1 TLP2 16 254 1 nucleotide_motif 1077 89050 89289 TLP1 248 289 1 TLP1 248 289 1 nucleotide_motif 279 89534 89575 MUDSOLT1 458 538 1 MUDSOLT1 458 538 1 nucleotide_motif 236 99194 99267 Unknown00025 245 482 1 Unknown00025 245 482 1 nucleotide_motif 529 102348 102603 RepeatMasker tomato repeats master Gypsy00202 7776 7983 -1 Gypsy00202 7776 7983 -1 nucleotide_motif 619 3950 3745 Gypsy00202 2270 2340 -1 Gypsy00202 2270 2340 -1 nucleotide_motif 304 3989 3927 Unknown00046 1880 2062 -1 Unknown00046 1880 2062 -1 nucleotide_motif 773 16998 16821 Gypsy00043 1008 1370 -1 Gypsy00043 1008 1370 -1 nucleotide_motif 824 22457 22407 Copia00110 13333 13570 -1 Copia00110 13333 13570 -1 nucleotide_motif 810 22736 22513 Copia00110 13153 13394 -1 Copia00110 13153 13394 -1 nucleotide_motif 614 22989 22777 Gypsy00042 5928 6035 -1 Gypsy00042 5928 6035 -1 nucleotide_motif 405 27224 27118 Unknown00025 232 470 -1 Unknown00025 232 470 -1 nucleotide_motif 852 28007 27747 Gypsy00043 1071 1313 -1 Gypsy00043 1071 1313 -1 nucleotide_motif 975 31504 31284 Copia00110 13267 13623 -1 Copia00110 13267 13623 -1 nucleotide_motif 1130 31818 31459 SONATA2 36 253 -1 SONATA2 36 253 -1 nucleotide_motif 711 40846 40659 Unknown00025 253 405 -1 Unknown00025 253 405 -1 nucleotide_motif 262 63872 63716 Copia00004 486 535 -1 Copia00004 486 535 -1 nucleotide_motif 335 65340 65292 Copia00039 264 376 -1 Copia00039 264 376 -1 nucleotide_motif 529 76943 76831 Unknown00046 13 133 -1 Unknown00046 13 133 -1 nucleotide_motif 646 82803 82676 TONT1_LE_LTR 419 485 -1 TONT1_LE_LTR 419 485 -1 nucleotide_motif 545 88249 88184 TONT1_LE_LTR 647 683 -1 TONT1_LE_LTR 647 683 -1 nucleotide_motif 293 88286 88250 Copia00046 5056 5127 -1 Copia00046 5056 5127 -1 nucleotide_motif 288 88365 88306 Unknown00046 2767 2836 -1 Unknown00046 2767 2836 -1 nucleotide_motif 369 89057 88988 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1865 15422 16431 match_2 match 1919 25787 26853 match_3 match 2444 13888 15360 match_4 match 2843 27853 29328 match_5 match 2738 22677 24195 match_6 match 3293 19237 21272 match_7 match 4056 1514 3580 match_8 match 4589 16696 19160 match_9 match 8699 3654 8095 match_10 match 8137 13824 match_11 match 1465 79551 80558 match_12 match 7521 110058 113887 match_13 match 1943 79315 80556 match_14 match 8286 89008 93340 match_15 match 9109 93421 98108 match_16 match 1709 79366 80381 match_17 match 1996 79315 80557 match_18 match 1574 79534 80556 match_19 match 1501 79551 80556 match_20 match 1986 79315 80556 match_21 match 1844 79315 80556 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 689 1 114476 clone_start_1 clone_start 1019 1 514 clone_2 clone 919 1 114953 clone_start_2 clone_start 1019 1 514 clone_end_1 clone_end 283 3426 3580 clone_end_2 clone_end 1029 3654 4180 clone_start_3 clone_start 1362 6666 7359 clone_end_3 clone_end 950 9795 10285 clone_3 clone 513.5 21987 33995 clone_start_4 clone_start 761 21987 22391 clone_4 clone 935.5 21987 33779 clone_start_5 clone_start 761 21987 22391 clone_end_4 clone_end 1348 42810 43489 clone_5 clone 1257 43527 62603 clone_start_6 clone_start 1499 43527 44282 clone_6 clone 1257 43527 75875 clone_start_7 clone_start 1499 43527 44282 clone_end_5 clone_end 1106 45772 46329 clone_end_6 clone_end 609 45802 46116 clone_end_7 clone_end 1386 46792 47560 clone_7 clone 880 49450 84578 clone_end_8 clone_end 977 49450 49966 clone_end_9 clone_end 646 53629 54053 clone_8 clone 909 55951 99915 clone_end_10 clone_end 555 55951 56230 clone_9 clone 1058.5 59750 98774 clone_start_8 clone_start 1041 59750 60274 clone_start_9 clone_start 763 60628 61024 clone_10 clone 428 63431 101524 clone_end_11 clone_end 444 63431 63654 clone_11 clone 441 63431 101858 clone_end_12 clone_end 444 63431 63654 clone_12 clone 398.5 63866 101524 clone_end_13 clone_end 385 63866 64059 clone_13 clone 411.5 63866 101858 clone_end_14 clone_end 385 63866 64059 clone_end_15 clone_end 773 64654 65063 clone_end_16 clone_end 305 65168 65321 clone_14 clone 1034.5 73019 98774 clone_start_10 clone_start 993 73019 73543 clone_start_11 clone_start 739 73897 74293 clone_end_17 clone_end 454 79315 79555 clone_start_12 clone_start 392 79315 79520 clone_start_13 clone_start 729 80721 81188 clone_start_14 clone_start 731 80721 81197 clone_end_18 clone_end 722 83700 84063 clone_end_19 clone_end 301 84121 84272 clone_end_20 clone_end 888 89028 89487 clone_start_15 clone_start 654 93458 93787 clone_start_16 clone_start 1094 110092 110655 clone_start_17 clone_start 1112 111013 111573 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_21 clone_end 359 114476 114296 clone_end_22 clone_end 819 114953 114541 clone_end_23 clone_end 728 5838 5472 clone_start_18 clone_start 1392 6873 6145 clone_start_19 clone_start 952 7970 7491 clone_start_20 clone_start 607 7970 7665 clone_start_21 clone_start 1027 18269 17692 clone_end_24 clone_end 266 33995 33862 clone_end_25 clone_end 1110 33779 33220 clone_end_26 clone_end 1080 29270 28665 clone_end_27 clone_end 833 42909 42482 clone_end_28 clone_end 1015 62603 62050 clone_end_29 clone_end 1015 75875 75322 clone_start_22 clone_start 783 84578 84163 clone_end_30 clone_end 656 53453 53107 clone_start_23 clone_start 1263 99915 99249 clone_end_31 clone_end 1076 98774 98232 clone_start_24 clone_start 412 101524 101317 clone_start_25 clone_start 438 101858 101638 clone_start_26 clone_start 412 101524 101317 clone_start_27 clone_start 438 101858 101638 clone_end_32 clone_end 283 66213 66063 clone_end_33 clone_end 1076 98774 98232 clone_start_28 clone_start 293 79466 79315 clone_end_34 clone_end 781 108840 108404 clone_start_29 clone_start 351 114476 114300 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.961 6614 7183 match_2 match_part 0.982 19609 19665 match_part 1.000 19763 19892 match_part 0.994 20046 20587 match_3 match_part 0.965 19609 19665 match_part 0.985 19763 19892 match_part 0.981 20046 20463 match_4 match_part 1.000 19610 19665 match_part 1.000 19763 19892 match_part 1.000 20046 20348 match_5 match_part 0.945 20752 21058 match_6 match_part 0.968 20869 21022 match_7 match_part 1.000 35138 35343 match_part 1.000 35492 35553 match_part 1.000 35687 35727 match_part 1.000 35867 36194 match_8 match_part 0.983 83239 83359 match_part 1.000 84980 85737 match_9 match_part 1.000 83242 83359 match_part 0.993 84980 85524 match_10 match_part 0.992 83242 83359 match_part 1.000 84980 85501 match_11 match_part 0.992 83242 83359 match_part 0.996 84980 85496 match_12 match_part 1.000 83245 83359 match_part 1.000 84980 85601 match_13 match_part 1.000 83245 83359 match_part 0.989 84980 85425 match_14 match_part 0.904 83246 83359 match_part 0.940 84980 85365 match_15 match_part 1.000 83246 83359 match_part 0.994 84980 85337 match_16 match_part 1.000 83254 83359 match_part 1.000 84980 85448 match_17 match_part 0.996 85165 85703 match_18 match_part 0.988 85580 86410 match_19 match_part 0.983 85723 86433 match_20 match_part 0.990 85723 86433 match_21 match_part 0.966 85723 86432 match_22 match_part 1.000 85724 86305 match_23 match_part 0.996 85753 86271 match_24 match_part 0.997 86035 86390 match_25 match_part 0.944 92049 92173 match_part 1.000 92332 92418 match_part 0.990 92493 92588 match_26 match_part 0.988 109962 110565 match_27 match_part 0.998 109967 110504 match_28 match_part 1.000 109969 110450 match_29 match_part 0.958 109972 110451 match_30 match_part 0.985 109974 110764 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_31 match_part 1.000 37055 36790 match_32 match_part 1.000 39187 39110 match_part 1.000 39021 38949 match_part 1.000 38871 38786 match_part 1.000 37582 37463 match_part 0.996 37154 36903 match_33 match_part 1.000 42349 42108 match_part 1.000 40358 40029 match_part 0.939 39634 39488 match_34 match_part 1.000 57123 57058 match_part 0.998 56920 56336 match_part 0.970 56143 56043 match_35 match_part 1.000 58554 58369 match_part 1.000 57147 57058 match_part 1.000 56920 56344 match_36 match_part 1.000 58406 58369 match_part 1.000 57147 57058 match_part 1.000 56920 56394 match_37 match_part 1.000 58406 58369 match_part 1.000 57147 57058 match_part 1.000 56920 56432 match_38 match_part 0.958 59870 59608 match_part 0.727 58455 58445 match_39 match_part 1.000 60812 60809 match_part 0.994 60722 60562 match_part 1.000 60315 60057 match_part 0.994 59958 59608 match_40 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60111 match_41 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60226 match_42 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60269 match_43 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_44 match_part 0.977 61302 61260 match_part 0.991 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60693 match_45 match_part 1.000 61302 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60864 match_46 match_part 0.936 71677 71631 match_part 1.000 70354 70265 match_part 0.982 70125 69569 match_47 match_part 1.000 70354 70265 match_part 0.994 70125 69608 match_48 match_part 1.000 70354 70265 match_part 1.000 70125 69658 match_49 match_part 1.000 71658 71631 match_part 1.000 70354 70265 match_part 1.000 70125 69889 match_50 match_part 1.000 74131 74078 match_part 1.000 73991 73831 match_part 1.000 73584 73375 match_51 match_part 0.996 85703 85165 match_52 match_part 0.997 94192 93458 match_53 match_part 0.994 96938 96428 match_54 match_part 0.986 97445 96883 match_55 match_part 0.984 97779 97223 match_56 match_part 1.000 100523 100421 match_part 1.000 100045 99983 match_part 1.000 99754 99420 match_57 match_part 1.000 102174 101726 match_58 match_part 1.000 108640 108323 match_part 1.000 106811 105935 match_59 match_part 1.000 106649 105947 match_60 match_part 1.000 106649 105947 match_61 match_part 1.000 106679 106172 match_62 match_part 1.000 108582 108323 match_part 1.000 106811 106207 match_63 match_part 1.000 108571 108323 match_part 0.994 106811 106271 match_64 match_part 0.996 108562 108323 match_part 1.000 106811 106326 match_65 match_part 0.976 108654 108323 match_part 1.000 106811 106337 match_66 match_part 1.000 108571 108323 match_part 1.000 106811 106354 match_67 match_part 1.000 108635 108323 match_part 0.998 106811 106366 match_68 match_part 1.000 108647 108323 match_part 1.000 106811 106426 match_69 match_part 0.957 108462 108323 match_part 0.972 106811 106426 match_70 match_part 1.000 108649 108323 match_part 0.991 106811 106483 match_71 match_part 0.994 108640 108323 match_part 0.975 106811 106496 match_72 match_part 1.000 108648 108323 match_part 0.993 106811 106521 match_73 match_part 1.000 108639 108323 match_part 1.000 106811 106552 match_74 match_part 1.000 108570 108323 match_part 0.996 106811 106581 match_75 match_part 1.000 108644 108323 match_part 0.994 106811 106634 match_76 match_part 0.967 108564 108323 match_part 0.966 106811 106694 match_77 match_part 1.000 108639 108323 match_part 0.982 106811 106703 match_78 match_part 1.000 108562 108323 match_part 0.960 106811 106711 match_79 match_part 1.000 113996 113857 match_part 1.000 113749 113381 match_80 match_part 1.000 113871 113857 match_part 0.981 113749 113381 match_81 match_part 0.997 113713 113381 match_82 match_part 0.997 113704 113381 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 6614 7183 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 19609 19665 exon 19763 19892 exon 20046 20587 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 20752 21058 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 35138 35343 exon 35492 35553 exon 35687 35727 exon 35867 36194 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 39187 39110 exon 39021 38949 exon 38871 38786 exon 37582 37463 exon 37154 36790 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 42349 42108 exon 40358 40029 exon 39634 39488 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 61302 61260 exon 61179 61074 exon 60984 60809 exon 60722 60562 exon 60315 60057 exon 59958 59608 exon 58455 58445 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 58554 58369 exon 57147 57058 exon 56920 56336 exon 56143 56043 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 71677 71631 exon 70354 70265 exon 70125 69569 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 74131 74078 exon 73991 73831 exon 73584 73375 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 83239 83359 exon 84980 86433 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 85703 85165 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 92049 92173 exon 92332 92418 exon 92493 92588 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 94192 93458 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 97779 96428 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 100523 100421 exon 100045 99983 exon 99754 99420 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 102174 101726 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 108654 108323 exon 106811 105935 gene_19 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 109962 110764 gene_20 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 113996 113857 exon 113749 113381 AUGUSTUS_tom_cdna de novo gene_1 gene 0.89 1744 2671 transcript_1 transcript 0.89 1744 2671 start_codon_1 start_codon 1744 1746 intron_1 intron 1 1839 1927 intron_2 intron 0.9 2031 2545 CDS_1 CDS 1 1744 1838 CDS_2 CDS 0.91 1928 2030 CDS_3 CDS 0.89 2546 2671 stop_codon_1 stop_codon 2669 2671 gene_2 gene 0.42 3022 5990 transcript_2 transcript 0.42 3022 5990 start_codon_2 start_codon 3022 3024 intron_3 intron 0.65 3337 3517 intron_4 intron 0.78 3578 5603 CDS_4 CDS 0.7 3022 3336 CDS_5 CDS 0.64 3518 3577 CDS_6 CDS 0.94 5604 5990 stop_codon_2 stop_codon 5988 5990 gene_3 gene 1 19533 20871 transcript_3 transcript 1 19533 20871 start_codon_3 start_codon 19533 19535 intron_5 intron 1 19666 19762 intron_6 intron 1 19893 20045 CDS_7 CDS 1 19533 19665 CDS_8 CDS 1 19763 19892 CDS_9 CDS 1 20046 20871 stop_codon_3 stop_codon 20869 20871 gene_4 gene 0.98 35122 36087 transcript_4 transcript 0.98 35122 36087 start_codon_4 start_codon 35122 35124 intron_7 intron 1 35344 35491 intron_8 intron 1 35554 35686 intron_9 intron 1 35728 35866 CDS_10 CDS 0.98 35122 35343 CDS_11 CDS 1 35492 35553 CDS_12 CDS 1 35687 35727 CDS_13 CDS 1 35867 36087 stop_codon_4 stop_codon 36085 36087 gene_5 gene 0.54 80153 84987 transcript_5 transcript 0.54 80153 84987 start_codon_5 start_codon 80153 80155 intron_10 intron 0.54 80195 83196 intron_11 intron 1 83360 84979 CDS_14 CDS 0.54 80153 80194 CDS_15 CDS 1 83197 83359 CDS_16 CDS 1 84980 84987 stop_codon_5 stop_codon 84985 84987 gene_6 gene 0.99 85077 86234 transcript_6 transcript 0.99 85077 86234 start_codon_6 start_codon 85077 85079 CDS_17 CDS 0.99 85077 86234 stop_codon_6 stop_codon 86232 86234 gene_7 gene 0.85 92006 93656 transcript_7 transcript 0.85 92006 93656 start_codon_7 start_codon 92006 92008 intron_12 intron 1 92174 92331 intron_13 intron 1 92419 92492 intron_14 intron 0.93 92589 92685 intron_15 intron 0.87 92888 92990 intron_16 intron 0.97 93122 93446 CDS_18 CDS 1 92006 92173 CDS_19 CDS 1 92332 92418 CDS_20 CDS 0.96 92493 92588 CDS_21 CDS 0.87 92686 92887 CDS_22 CDS 0.98 92991 93121 CDS_23 CDS 0.98 93447 93656 stop_codon_7 stop_codon 93654 93656 gene_8 gene 0.57 108608 113410 transcript_8 transcript 0.57 108608 113410 start_codon_8 start_codon 108608 108610 intron_17 intron 0.88 108657 109936 intron_18 intron 0.65 110780 113375 CDS_24 CDS 1 108608 108656 CDS_25 CDS 0.83 109937 110779 CDS_26 CDS 0.72 113376 113410 stop_codon_8 stop_codon 113408 113410 AUGUSTUS_tom_cdna de novo gene_9 gene 0.25 45850 37074 transcript_9 transcript 0.25 45850 37074 stop_codon_9 stop_codon 37076 37074 intron_19 intron 1 37462 37155 intron_20 intron 1 38785 37583 intron_21 intron 1 38948 38872 intron_22 intron 1 39109 39022 intron_23 intron 1 40028 39635 intron_24 intron 1 42107 40359 intron_25 intron 0.25 45235 42897 CDS_27 CDS 1 37154 37074 CDS_28 CDS 1 37582 37463 CDS_29 CDS 1 38871 38786 CDS_30 CDS 1 39021 38949 CDS_31 CDS 1 39634 39110 CDS_32 CDS 1 40358 40029 CDS_33 CDS 0.47 42896 42108 CDS_34 CDS 0.39 45850 45236 start_codon_9 start_codon 45850 45848 gene_10 gene 0.51 56846 51659 transcript_10 transcript 0.51 56846 51659 stop_codon_10 stop_codon 51661 51659 intron_26 intron 1 51852 51770 intron_27 intron 1 52199 52112 intron_28 intron 1 52433 52361 intron_29 intron 1 52697 52610 intron_30 intron 1 52895 52804 intron_31 intron 0.51 56105 53040 intron_32 intron 1 56335 56144 CDS_35 CDS 0.99 51769 51659 CDS_36 CDS 1 52111 51853 CDS_37 CDS 1 52360 52200 CDS_38 CDS 1 52609 52434 CDS_39 CDS 1 52803 52698 CDS_40 CDS 1 53039 52896 CDS_41 CDS 1 56143 56106 CDS_42 CDS 1 56846 56336 start_codon_10 start_codon 56846 56844 gene_11 gene 0.08 75274 56904 transcript_11 transcript 0.08 75274 56904 stop_codon_11 stop_codon 56906 56904 intron_33 intron 1 57057 56921 intron_34 intron 1 58368 57148 intron_35 intron 0.34 59124 58433 intron_36 intron 0.34 59864 59175 intron_37 intron 1 60056 59959 intron_38 intron 1 60561 60316 intron_39 intron 1 60808 60723 intron_40 intron 1 61073 60985 intron_41 intron 1 61259 61180 intron_42 intron 0.93 61486 61404 intron_43 intron 0.99 61758 61643 intron_44 intron 0.99 61954 61864 intron_45 intron 0.99 69297 62024 intron_46 intron 1 69540 69336 intron_47 intron 1 70264 70126 intron_48 intron 1 71630 70355 intron_49 intron 0.32 73194 71695 intron_50 intron 1 73325 73228 intron_51 intron 1 73830 73585 intron_52 intron 1 74077 73992 intron_53 intron 1 74342 74254 intron_54 intron 1 74530 74449 intron_55 intron 0.94 74757 74675 intron_56 intron 1 75029 74914 intron_57 intron 1 75226 75135 CDS_43 CDS 1 56920 56904 CDS_44 CDS 1 57147 57058 CDS_45 CDS 0.95 58432 58369 CDS_46 CDS 0.33 59174 59125 CDS_47 CDS 0.48 59958 59865 CDS_48 CDS 1 60315 60057 CDS_49 CDS 1 60722 60562 CDS_50 CDS 1 60984 60809 CDS_51 CDS 1 61179 61074 CDS_52 CDS 0.96 61403 61260 CDS_53 CDS 0.93 61642 61487 CDS_54 CDS 0.99 61863 61759 CDS_55 CDS 0.99 62023 61955 CDS_56 CDS 1 69335 69298 CDS_57 CDS 1 70125 69541 CDS_58 CDS 1 70354 70265 CDS_59 CDS 0.87 71694 71631 CDS_60 CDS 0.32 73227 73195 CDS_61 CDS 1 73584 73326 CDS_62 CDS 1 73991 73831 CDS_63 CDS 1 74253 74078 CDS_64 CDS 1 74448 74343 CDS_65 CDS 0.99 74674 74531 CDS_66 CDS 0.94 74913 74758 CDS_67 CDS 1 75134 75030 CDS_68 CDS 1 75274 75227 start_codon_11 start_codon 75274 75272 gene_12 gene 1 98630 96195 transcript_12 transcript 1 98630 96195 stop_codon_12 stop_codon 96197 96195 CDS_69 CDS 1 98630 96195 start_codon_12 start_codon 98630 98628 gene_13 gene 0.65 101939 99611 transcript_13 transcript 0.65 101939 99611 stop_codon_13 stop_codon 99613 99611 intron_58 intron 1 99982 99755 intron_59 intron 1 100420 100046 intron_60 intron 0.95 100955 100586 intron_61 intron 0.97 101643 101020 CDS_70 CDS 1 99754 99611 CDS_71 CDS 1 100045 99983 CDS_72 CDS 0.95 100585 100421 CDS_73 CDS 1 101019 100956 CDS_74 CDS 0.71 101939 101644 start_codon_13 start_codon 101939 101937 gene_14 gene 1 108561 106136 transcript_14 transcript 1 108561 106136 stop_codon_14 stop_codon 106138 106136 intron_62 intron 1 108322 106812 CDS_75 CDS 1 106811 106136 CDS_76 CDS 1 108561 108323 start_codon_14 start_codon 108561 108559 gene_15 gene 0.46 115008 113689 transcript_15 transcript 0.46 115008 113689 stop_codon_15 stop_codon 113691 113689 intron_63 intron 1 113856 113750 intron_64 intron 0.46 114784 114256 intron_65 intron 1 114976 114902 CDS_77 CDS 1 113749 113689 CDS_78 CDS 0.56 114255 113857 CDS_79 CDS 0.49 114901 114785 CDS_80 CDS 1 115008 114977 AUGUSTUS_ab_initio de novo gene_1 gene 0.68 1744 2671 transcript_1 transcript 0.68 1744 2671 start_codon_1 start_codon 1744 1746 intron_1 intron 1 1839 1927 intron_2 intron 0.98 2031 2545 CDS_1 CDS 1 1744 1838 CDS_2 CDS 0.99 1928 2030 CDS_3 CDS 0.68 2546 2671 stop_codon_1 stop_codon 2669 2671 gene_2 gene 0.33 3022 5990 transcript_2 transcript 0.33 3022 5990 start_codon_2 start_codon 3022 3024 intron_3 intron 0.75 3337 3517 intron_4 intron 0.92 3578 5603 CDS_4 CDS 0.58 3022 3336 CDS_5 CDS 0.75 3518 3577 CDS_6 CDS 0.7 5604 5990 stop_codon_2 stop_codon 5988 5990 gene_3 gene 0.87 19533 20871 transcript_3 transcript 0.87 19533 20871 start_codon_3 start_codon 19533 19535 intron_5 intron 0.87 19666 19762 intron_6 intron 1 19893 20045 CDS_7 CDS 0.87 19533 19665 CDS_8 CDS 1 19763 19892 CDS_9 CDS 0.99 20046 20871 stop_codon_3 stop_codon 20869 20871 gene_4 gene 0.98 35122 36087 transcript_4 transcript 0.98 35122 36087 start_codon_4 start_codon 35122 35124 intron_7 intron 1 35344 35491 intron_8 intron 1 35554 35686 intron_9 intron 1 35728 35866 CDS_10 CDS 0.98 35122 35343 CDS_11 CDS 1 35492 35553 CDS_12 CDS 1 35687 35727 CDS_13 CDS 1 35867 36087 stop_codon_4 stop_codon 36085 36087 gene_5 gene 1 84984 86234 transcript_5 transcript 1 84984 86234 start_codon_5 start_codon 84984 84986 CDS_14 CDS 1 84984 86234 stop_codon_5 stop_codon 86232 86234 gene_6 gene 0.3 92006 93656 transcript_6 transcript 0.3 92006 93656 start_codon_6 start_codon 92006 92008 intron_10 intron 0.98 92174 92331 intron_11 intron 1 92419 92492 intron_12 intron 0.99 92589 92685 intron_13 intron 0.92 92888 92990 intron_14 intron 0.92 93122 93446 CDS_15 CDS 0.88 92006 92173 CDS_16 CDS 1 92332 92418 CDS_17 CDS 0.99 92493 92588 CDS_18 CDS 0.92 92686 92887 CDS_19 CDS 1 92991 93121 CDS_20 CDS 0.36 93447 93656 stop_codon_6 stop_codon 93654 93656 gene_7 gene 0.15 110095 112626 transcript_7 transcript 0.15 110095 112626 start_codon_7 start_codon 110095 110097 intron_15 intron 0.31 110780 111559 intron_16 intron 0.26 111639 112547 CDS_21 CDS 0.98 110095 110779 CDS_22 CDS 0.22 111560 111638 CDS_23 CDS 0.36 112548 112626 stop_codon_7 stop_codon 112624 112626 AUGUSTUS_ab_initio de novo gene_8 gene 0.59 666 8 transcript_8 transcript 0.59 666 8 intron_17 intron 0.93 7 1 intron_18 intron 0.91 615 503 CDS_24 CDS 0.68 502 8 CDS_25 CDS 0.84 666 616 start_codon_8 start_codon 666 664 gene_9 gene 0.3 40331 38216 transcript_9 transcript 0.3 40331 38216 stop_codon_8 stop_codon 38218 38216 intron_19 intron 0.97 38785 38354 intron_20 intron 0.99 38948 38872 intron_21 intron 0.99 39109 39022 intron_22 intron 0.89 40028 39635 CDS_26 CDS 0.7 38353 38216 CDS_27 CDS 0.99 38871 38786 CDS_28 CDS 1 39021 38949 CDS_29 CDS 0.98 39634 39110 CDS_30 CDS 0.4 40331 40029 start_codon_9 start_codon 40331 40329 gene_10 gene 0.25 45850 41708 transcript_10 transcript 0.25 45850 41708 stop_codon_9 stop_codon 41710 41708 intron_23 intron 0.72 42107 41786 intron_24 intron 0.47 42939 42811 intron_25 intron 0.98 43074 43004 intron_26 intron 0.96 43287 43208 intron_27 intron 0.71 45064 43391 intron_28 intron 0.92 45235 45118 CDS_31 CDS 0.69 41785 41708 CDS_32 CDS 0.47 42810 42108 CDS_33 CDS 1 43003 42940 CDS_34 CDS 0.98 43207 43075 CDS_35 CDS 0.93 43390 43288 CDS_36 CDS 0.77 45117 45065 CDS_37 CDS 0.95 45850 45236 start_codon_10 start_codon 45850 45848 gene_11 gene 0.72 53626 51659 transcript_11 transcript 0.72 53626 51659 stop_codon_10 stop_codon 51661 51659 intron_29 intron 1 51852 51770 intron_30 intron 0.99 52199 52112 intron_31 intron 0.97 52433 52361 intron_32 intron 1 52697 52610 intron_33 intron 1 52895 52804 intron_34 intron 0.81 53390 53040 intron_35 intron 0.97 53596 53496 CDS_38 CDS 0.94 51769 51659 CDS_39 CDS 0.99 52111 51853 CDS_40 CDS 0.96 52360 52200 CDS_41 CDS 1 52609 52434 CDS_42 CDS 1 52803 52698 CDS_43 CDS 0.99 53039 52896 CDS_44 CDS 0.98 53495 53391 CDS_45 CDS 0.99 53626 53597 start_codon_11 start_codon 53626 53624 gene_12 gene 0.26 56567 56100 transcript_12 transcript 0.26 56567 56100 stop_codon_11 stop_codon 56102 56100 intron_36 intron 0.48 56386 56144 CDS_46 CDS 0.9 56143 56100 CDS_47 CDS 0.29 56567 56387 start_codon_12 start_codon 56567 56565 gene_13 gene 0.22 62002 59848 transcript_13 transcript 0.22 62002 59848 stop_codon_12 stop_codon 59850 59848 intron_37 intron 1 60056 59959 intron_38 intron 0.99 60561 60316 intron_39 intron 1 60808 60723 intron_40 intron 0.62 61073 60985 intron_41 intron 1 61259 61180 intron_42 intron 0.91 61486 61404 intron_43 intron 1 61758 61643 intron_44 intron 1 61954 61864 CDS_48 CDS 0.69 59958 59848 CDS_49 CDS 1 60315 60057 CDS_50 CDS 0.99 60722 60562 CDS_51 CDS 0.62 60984 60809 CDS_52 CDS 0.64 61179 61074 CDS_53 CDS 0.96 61403 61260 CDS_54 CDS 0.91 61642 61487 CDS_55 CDS 1 61863 61759 CDS_56 CDS 0.57 62002 61955 start_codon_13 start_codon 62002 62000 gene_14 gene 0.07 75274 69292 transcript_14 transcript 0.07 75274 69292 stop_codon_13 stop_codon 69294 69292 intron_45 intron 0.57 69540 69336 intron_46 intron 0.9 70264 70126 intron_47 intron 0.46 73133 70355 intron_48 intron 1 73325 73228 intron_49 intron 1 73830 73585 intron_50 intron 1 74077 73992 intron_51 intron 0.51 74346 74279 intron_52 intron 1 74530 74449 intron_53 intron 0.97 74757 74675 intron_54 intron 0.99 75029 74914 intron_55 intron 1 75226 75135 CDS_57 CDS 0.73 69335 69292 CDS_58 CDS 0.52 70125 69541 CDS_59 CDS 0.91 70354 70265 CDS_60 CDS 0.71 73227 73134 CDS_61 CDS 1 73584 73326 CDS_62 CDS 1 73991 73831 CDS_63 CDS 0.51 74278 74078 CDS_64 CDS 0.56 74448 74347 CDS_65 CDS 1 74674 74531 CDS_66 CDS 0.96 74913 74758 CDS_67 CDS 0.99 75134 75030 CDS_68 CDS 0.97 75274 75227 start_codon_14 start_codon 75274 75272 gene_15 gene 0.97 98630 96195 transcript_15 transcript 0.97 98630 96195 stop_codon_14 stop_codon 96197 96195 CDS_69 CDS 0.97 98630 96195 start_codon_15 start_codon 98630 98628 gene_16 gene 0.44 101939 99611 transcript_16 transcript 0.44 101939 99611 stop_codon_15 stop_codon 99613 99611 intron_56 intron 0.96 99982 99755 intron_57 intron 0.84 100955 100046 intron_58 intron 0.81 101643 101020 CDS_70 CDS 0.97 99754 99611 CDS_71 CDS 0.96 100045 99983 CDS_72 CDS 1 101019 100956 CDS_73 CDS 0.64 101939 101644 start_codon_16 start_codon 101939 101937 gene_17 gene 0.95 108561 106136 transcript_17 transcript 0.95 108561 106136 stop_codon_16 stop_codon 106138 106136 intron_59 intron 0.97 108322 106812 CDS_74 CDS 0.98 106811 106136 CDS_75 CDS 0.97 108561 108323 start_codon_17 start_codon 108561 108559 gene_18 gene 0.98 114188 113689 transcript_18 transcript 0.98 114188 113689 stop_codon_17 stop_codon 113691 113689 intron_60 intron 0.98 113856 113750 CDS_76 CDS 0.98 113749 113689 CDS_77 CDS 0.98 114188 113857 start_codon_18 start_codon 114188 114186 AUGUSTUS_tom_ugs de novo gene_1 gene 0.92 1744 2671 transcript_1 transcript 0.92 1744 2671 start_codon_1 start_codon 1744 1746 intron_1 intron 1 1839 1927 intron_2 intron 0.93 2031 2545 CDS_1 CDS 1 1744 1838 CDS_2 CDS 0.93 1928 2030 CDS_3 CDS 0.93 2546 2671 stop_codon_1 stop_codon 2669 2671 gene_2 gene 0.54 3022 5990 transcript_2 transcript 0.54 3022 5990 start_codon_2 start_codon 3022 3024 intron_3 intron 0.75 3337 3517 intron_4 intron 0.91 3578 5603 CDS_4 CDS 0.75 3022 3336 CDS_5 CDS 0.75 3518 3577 CDS_6 CDS 0.96 5604 5990 stop_codon_2 stop_codon 5988 5990 gene_3 gene 1 19533 20871 transcript_3 transcript 1 19533 20871 start_codon_3 start_codon 19533 19535 intron_5 intron 1 19666 19762 intron_6 intron 1 19893 20045 CDS_7 CDS 1 19533 19665 CDS_8 CDS 1 19763 19892 CDS_9 CDS 1 20046 20871 stop_codon_3 stop_codon 20869 20871 gene_4 gene 0.97 35122 36087 transcript_4 transcript 0.97 35122 36087 start_codon_4 start_codon 35122 35124 intron_7 intron 1 35344 35491 intron_8 intron 1 35554 35686 intron_9 intron 1 35728 35866 CDS_10 CDS 0.97 35122 35343 CDS_11 CDS 1 35492 35553 CDS_12 CDS 1 35687 35727 CDS_13 CDS 1 35867 36087 stop_codon_4 stop_codon 36085 36087 gene_5 gene 1 84984 86234 transcript_5 transcript 1 84984 86234 start_codon_5 start_codon 84984 84986 CDS_14 CDS 1 84984 86234 stop_codon_5 stop_codon 86232 86234 gene_6 gene 0.87 92006 93656 transcript_6 transcript 0.87 92006 93656 start_codon_6 start_codon 92006 92008 intron_10 intron 1 92174 92331 intron_11 intron 1 92419 92492 intron_12 intron 0.95 92589 92685 intron_13 intron 0.91 92888 92990 intron_14 intron 0.95 93122 93446 CDS_15 CDS 0.99 92006 92173 CDS_16 CDS 1 92332 92418 CDS_17 CDS 0.97 92493 92588 CDS_18 CDS 0.91 92686 92887 CDS_19 CDS 0.98 92991 93121 CDS_20 CDS 0.97 93447 93656 stop_codon_6 stop_codon 93654 93656 gene_7 gene 0.28 110095 111651 transcript_7 transcript 0.28 110095 111651 start_codon_7 start_codon 110095 110097 intron_15 intron 0.3 110780 111559 CDS_21 CDS 0.89 110095 110779 CDS_22 CDS 0.29 111560 111651 stop_codon_7 stop_codon 111649 111651 AUGUSTUS_tom_ugs de novo gene_8 gene 0.26 45850 37074 transcript_8 transcript 0.26 45850 37074 stop_codon_8 stop_codon 37076 37074 intron_16 intron 1 37462 37155 intron_17 intron 1 38785 37583 intron_18 intron 1 38948 38872 intron_19 intron 1 39109 39022 intron_20 intron 1 40028 39635 intron_21 intron 1 42107 40359 intron_22 intron 0.26 45235 42897 CDS_23 CDS 1 37154 37074 CDS_24 CDS 1 37582 37463 CDS_25 CDS 1 38871 38786 CDS_26 CDS 1 39021 38949 CDS_27 CDS 1 39634 39110 CDS_28 CDS 1 40358 40029 CDS_29 CDS 0.46 42896 42108 CDS_30 CDS 0.43 45850 45236 start_codon_8 start_codon 45850 45848 gene_9 gene 0.77 53626 51659 transcript_9 transcript 0.77 53626 51659 stop_codon_9 stop_codon 51661 51659 intron_23 intron 0.98 51852 51770 intron_24 intron 0.97 52199 52112 intron_25 intron 0.97 52433 52361 intron_26 intron 1 52697 52610 intron_27 intron 1 52895 52804 intron_28 intron 0.84 53390 53040 intron_29 intron 0.83 53596 53496 CDS_31 CDS 1 51769 51659 CDS_32 CDS 0.95 52111 51853 CDS_33 CDS 0.95 52360 52200 CDS_34 CDS 0.99 52609 52434 CDS_35 CDS 1 52803 52698 CDS_36 CDS 1 53039 52896 CDS_37 CDS 0.83 53495 53391 CDS_38 CDS 0.98 53626 53597 start_codon_9 start_codon 53626 53624 gene_10 gene 0.96 56567 56100 transcript_10 transcript 0.96 56567 56100 stop_codon_10 stop_codon 56102 56100 intron_30 intron 1 56335 56144 CDS_39 CDS 1 56143 56100 CDS_40 CDS 0.96 56567 56336 start_codon_10 start_codon 56567 56565 gene_11 gene 0.09 75274 56904 transcript_11 transcript 0.09 75274 56904 stop_codon_11 stop_codon 56906 56904 intron_31 intron 1 57057 56921 intron_32 intron 0.79 58368 57148 intron_33 intron 0.34 59124 58433 intron_34 intron 0.28 59864 59175 intron_35 intron 1 60056 59959 intron_36 intron 1 60561 60316 intron_37 intron 1 60808 60723 intron_38 intron 1 61073 60985 intron_39 intron 1 61259 61180 intron_40 intron 0.95 61486 61404 intron_41 intron 0.97 61758 61643 intron_42 intron 0.97 61954 61864 intron_43 intron 0.97 69297 62024 intron_44 intron 1 69540 69336 intron_45 intron 1 70264 70126 intron_46 intron 1 71630 70355 intron_47 intron 0.7 73325 71695 intron_48 intron 0.98 73830 73585 intron_49 intron 1 74077 73992 intron_50 intron 0.53 74342 74254 intron_51 intron 1 74530 74449 intron_52 intron 0.96 74757 74675 intron_53 intron 0.98 75029 74914 intron_54 intron 0.98 75226 75135 CDS_41 CDS 1 56920 56904 CDS_42 CDS 1 57147 57058 CDS_43 CDS 0.73 58432 58369 CDS_44 CDS 0.31 59174 59125 CDS_45 CDS 0.6 59958 59865 CDS_46 CDS 1 60315 60057 CDS_47 CDS 1 60722 60562 CDS_48 CDS 1 60984 60809 CDS_49 CDS 1 61179 61074 CDS_50 CDS 0.98 61403 61260 CDS_51 CDS 0.95 61642 61487 CDS_52 CDS 0.97 61863 61759 CDS_53 CDS 0.97 62023 61955 CDS_54 CDS 1 69335 69298 CDS_55 CDS 1 70125 69541 CDS_56 CDS 1 70354 70265 CDS_57 CDS 1 71694 71631 CDS_58 CDS 0.98 73584 73326 CDS_59 CDS 0.98 73991 73831 CDS_60 CDS 0.53 74253 74078 CDS_61 CDS 0.56 74448 74343 CDS_62 CDS 1 74674 74531 CDS_63 CDS 0.96 74913 74758 CDS_64 CDS 0.98 75134 75030 CDS_65 CDS 1 75274 75227 start_codon_11 start_codon 75274 75272 gene_12 gene 1 98630 96195 transcript_12 transcript 1 98630 96195 stop_codon_12 stop_codon 96197 96195 CDS_66 CDS 1 98630 96195 start_codon_12 start_codon 98630 98628 gene_13 gene 0.65 101939 99611 transcript_13 transcript 0.65 101939 99611 stop_codon_13 stop_codon 99613 99611 intron_55 intron 1 99982 99755 intron_56 intron 1 100420 100046 intron_57 intron 1 100955 100586 intron_58 intron 1 101643 101020 CDS_67 CDS 1 99754 99611 CDS_68 CDS 1 100045 99983 CDS_69 CDS 1 100585 100421 CDS_70 CDS 1 101019 100956 CDS_71 CDS 0.65 101939 101644 start_codon_13 start_codon 101939 101937 gene_14 gene 1 108561 106136 transcript_14 transcript 1 108561 106136 stop_codon_14 stop_codon 106138 106136 intron_59 intron 1 108322 106812 CDS_72 CDS 1 106811 106136 CDS_73 CDS 1 108561 108323 start_codon_14 start_codon 108561 108559 gene_15 gene 1 114188 113689 transcript_15 transcript 1 114188 113689 stop_codon_15 stop_codon 113691 113689 intron_60 intron 1 113856 113750 CDS_74 CDS 1 113749 113689 CDS_75 CDS 1 114188 113857 start_codon_15 start_codon 114188 114186 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.961 6614 7183 match_2 match_part 1.000 19609 19665 match_part 1.000 19763 19892 match_part 0.978 20046 20974 match_3 match_part 0.995 35137 35343 match_part 1.000 35492 35553 match_part 1.000 35687 35727 match_part 0.984 35867 36245 match_4 match_part 0.983 83239 83359 match_part 1.000 84980 86422 match_5 match_part 0.992 92056 92173 match_part 1.000 92332 92418 match_part 0.990 92493 92588 match_6 match_part 0.983 109961 110736 match_7 match_part 0.945 113495 113622 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 1.000 39188 39110 match_part 1.000 39021 38949 match_part 1.000 38871 38786 match_part 1.000 37582 37463 match_part 1.000 37154 36790 match_9 match_part 1.000 42350 42108 match_part 1.000 40358 40029 match_part 0.965 39634 39549 match_10 match_part 0.995 58555 58369 match_part 1.000 57147 57058 match_part 0.998 56920 56336 match_part 1.000 56143 56092 match_11 match_part 1.000 61304 61260 match_part 1.000 61179 61074 match_part 1.000 60984 60809 match_part 1.000 60722 60562 match_part 1.000 60315 60057 match_part 0.980 59958 59616 match_12 match_part 0.997 94192 93458 match_13 match_part 0.989 97781 96428 match_14 match_part 0.998 102176 101644 match_part 1.000 101019 100956 match_part 1.000 100585 100421 match_part 1.000 100045 99983 match_part 0.977 99754 99401 match_15 match_part 1.000 108646 108323 match_part 1.000 106811 105937 match_16 match_part 0.993 113997 113857 match_part 0.992 113749 113381 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 6614 7183 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 19609 19665 exon 19763 19892 exon 20046 20974 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 35137 35343 exon 35492 35553 exon 35687 35727 exon 35867 36245 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 39188 39110 exon 39021 38949 exon 38871 38786 exon 37582 37463 exon 37154 36790 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 42350 42108 exon 40358 40029 exon 39634 39549 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 58555 58369 exon 57147 57058 exon 56920 56336 exon 56143 56092 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 61304 61260 exon 61179 61074 exon 60984 60809 exon 60722 60562 exon 60315 60057 exon 59958 59616 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 83239 83359 exon 84980 86422 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 92056 92173 exon 92332 92418 exon 92493 92588 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 94192 93458 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 97781 96428 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 102176 101644 exon 101019 100956 exon 100585 100421 exon 100045 99983 exon 99754 99401 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 108646 108323 exon 106811 105937 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 109961 110736 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 113997 113857 exon 113749 113381 gene_16 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 113495 113622 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 19609 19665 match_part 1.000 19763 19892 match_part 1.000 20046 20348 match_2 match_part 0.899 83104 83172 match_part 0.870 83291 83359 match_part 0.974 84980 85524 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.947 96812 96035 match_4 match_part 0.994 96938 96428 match_5 match_part 0.990 100525 100421 match_part 0.968 100045 99983 match_part 0.900 99754 99046 match_6 match_part 0.937 108608 108323 match_part 0.955 106811 105923 match_7 match_part 0.997 108646 108323 match_part 0.994 106811 106634 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 19609 19665 exon 19763 19892 exon 20046 20348 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 83104 83172 exon 83291 83359 exon 84980 85524 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 96938 96035 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 100525 100421 exon 100045 99983 exon 99754 99046 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0059M17.3 type gene exon 108646 108323 exon 106811 105923 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.85 1744 2671 transcript_1 transcript 0.85 1744 2671 start_codon_1 start_codon 1744 1746 intron_1 intron 1 1839 1927 intron_2 intron 0.91 2031 2545 CDS_1 CDS 1 1744 1838 CDS_2 CDS 0.91 1928 2030 CDS_3 CDS 0.85 2546 2671 stop_codon_1 stop_codon 2669 2671 gene_2 gene 0.43 3022 5990 transcript_2 transcript 0.43 3022 5990 start_codon_2 start_codon 3022 3024 intron_3 intron 0.65 3337 3517 intron_4 intron 0.81 3578 5603 CDS_4 CDS 0.69 3022 3336 CDS_5 CDS 0.65 3518 3577 CDS_6 CDS 0.95 5604 5990 stop_codon_2 stop_codon 5988 5990 gene_3 gene 1 19533 20871 transcript_3 transcript 1 19533 20871 start_codon_3 start_codon 19533 19535 intron_5 intron 1 19666 19762 intron_6 intron 1 19893 20045 CDS_7 CDS 1 19533 19665 CDS_8 CDS 1 19763 19892 CDS_9 CDS 1 20046 20871 stop_codon_3 stop_codon 20869 20871 gene_4 gene 0.99 35122 36087 transcript_4 transcript 0.99 35122 36087 start_codon_4 start_codon 35122 35124 intron_7 intron 1 35344 35491 intron_8 intron 1 35554 35686 intron_9 intron 1 35728 35866 CDS_10 CDS 0.99 35122 35343 CDS_11 CDS 1 35492 35553 CDS_12 CDS 1 35687 35727 CDS_13 CDS 1 35867 36087 stop_codon_4 stop_codon 36085 36087 gene_5 gene 0.51 80153 84987 transcript_5 transcript 0.51 80153 84987 start_codon_5 start_codon 80153 80155 intron_10 intron 0.51 80195 83196 intron_11 intron 1 83360 84979 CDS_14 CDS 0.51 80153 80194 CDS_15 CDS 1 83197 83359 CDS_16 CDS 1 84980 84987 stop_codon_5 stop_codon 84985 84987 gene_6 gene 1 85077 86234 transcript_6 transcript 1 85077 86234 start_codon_6 start_codon 85077 85079 CDS_17 CDS 1 85077 86234 stop_codon_6 stop_codon 86232 86234 gene_7 gene 0.82 92006 93656 transcript_7 transcript 0.82 92006 93656 start_codon_7 start_codon 92006 92008 intron_12 intron 1 92174 92331 intron_13 intron 1 92419 92492 intron_14 intron 0.93 92589 92685 intron_15 intron 0.86 92888 92990 intron_16 intron 0.94 93122 93446 CDS_18 CDS 1 92006 92173 CDS_19 CDS 1 92332 92418 CDS_20 CDS 0.96 92493 92588 CDS_21 CDS 0.86 92686 92887 CDS_22 CDS 0.97 92991 93121 CDS_23 CDS 0.96 93447 93656 stop_codon_7 stop_codon 93654 93656 gene_8 gene 0.78 108608 113410 transcript_8 transcript 0.78 108608 113410 start_codon_8 start_codon 108608 108610 intron_17 intron 0.93 108657 109936 intron_18 intron 0.85 110780 113375 CDS_24 CDS 1 108608 108656 CDS_25 CDS 0.93 109937 110779 CDS_26 CDS 0.95 113376 113410 stop_codon_8 stop_codon 113408 113410 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.21 45850 37074 transcript_9 transcript 0.21 45850 37074 stop_codon_9 stop_codon 37076 37074 intron_19 intron 1 37462 37155 intron_20 intron 1 38785 37583 intron_21 intron 1 38948 38872 intron_22 intron 1 39109 39022 intron_23 intron 1 40028 39635 intron_24 intron 1 42107 40359 intron_25 intron 0.21 45235 42897 CDS_27 CDS 1 37154 37074 CDS_28 CDS 1 37582 37463 CDS_29 CDS 1 38871 38786 CDS_30 CDS 1 39021 38949 CDS_31 CDS 1 39634 39110 CDS_32 CDS 1 40358 40029 CDS_33 CDS 0.38 42896 42108 CDS_34 CDS 0.41 45850 45236 start_codon_9 start_codon 45850 45848 gene_10 gene 0.44 56846 51659 transcript_10 transcript 0.44 56846 51659 stop_codon_10 stop_codon 51661 51659 intron_26 intron 0.99 51852 51770 intron_27 intron 0.98 52199 52112 intron_28 intron 0.97 52433 52361 intron_29 intron 1 52697 52610 intron_30 intron 1 52895 52804 intron_31 intron 0.47 56105 53040 intron_32 intron 1 56335 56144 CDS_35 CDS 0.99 51769 51659 CDS_36 CDS 0.98 52111 51853 CDS_37 CDS 0.96 52360 52200 CDS_38 CDS 0.99 52609 52434 CDS_39 CDS 1 52803 52698 CDS_40 CDS 1 53039 52896 CDS_41 CDS 1 56143 56106 CDS_42 CDS 1 56846 56336 start_codon_10 start_codon 56846 56844 gene_11 gene 0.12 75274 56904 transcript_11 transcript 0.12 75274 56904 stop_codon_11 stop_codon 56906 56904 intron_33 intron 1 57057 56921 intron_34 intron 1 58368 57148 intron_35 intron 0.35 59124 58433 intron_36 intron 0.37 59864 59175 intron_37 intron 1 60056 59959 intron_38 intron 1 60561 60316 intron_39 intron 1 60808 60723 intron_40 intron 1 61073 60985 intron_41 intron 1 61259 61180 intron_42 intron 0.92 61486 61404 intron_43 intron 1 61758 61643 intron_44 intron 1 61954 61864 intron_45 intron 1 69297 62024 intron_46 intron 1 69540 69336 intron_47 intron 1 70264 70126 intron_48 intron 1 71630 70355 intron_49 intron 0.43 73194 71695 intron_50 intron 1 73325 73228 intron_51 intron 1 73830 73585 intron_52 intron 1 74077 73992 intron_53 intron 1 74342 74254 intron_54 intron 1 74530 74449 intron_55 intron 0.94 74757 74675 intron_56 intron 0.99 75029 74914 intron_57 intron 0.99 75226 75135 CDS_43 CDS 1 56920 56904 CDS_44 CDS 1 57147 57058 CDS_45 CDS 0.9 58432 58369 CDS_46 CDS 0.34 59174 59125 CDS_47 CDS 0.48 59958 59865 CDS_48 CDS 1 60315 60057 CDS_49 CDS 1 60722 60562 CDS_50 CDS 1 60984 60809 CDS_51 CDS 1 61179 61074 CDS_52 CDS 0.98 61403 61260 CDS_53 CDS 0.92 61642 61487 CDS_54 CDS 1 61863 61759 CDS_55 CDS 1 62023 61955 CDS_56 CDS 1 69335 69298 CDS_57 CDS 1 70125 69541 CDS_58 CDS 1 70354 70265 CDS_59 CDS 0.88 71694 71631 CDS_60 CDS 0.43 73227 73195 CDS_61 CDS 1 73584 73326 CDS_62 CDS 1 73991 73831 CDS_63 CDS 1 74253 74078 CDS_64 CDS 1 74448 74343 CDS_65 CDS 1 74674 74531 CDS_66 CDS 0.94 74913 74758 CDS_67 CDS 0.99 75134 75030 CDS_68 CDS 1 75274 75227 start_codon_11 start_codon 75274 75272 gene_12 gene 1 98630 96195 transcript_12 transcript 1 98630 96195 stop_codon_12 stop_codon 96197 96195 CDS_69 CDS 1 98630 96195 start_codon_12 start_codon 98630 98628 gene_13 gene 0.64 101939 99611 transcript_13 transcript 0.64 101939 99611 stop_codon_13 stop_codon 99613 99611 intron_58 intron 1 99982 99755 intron_59 intron 1 100420 100046 intron_60 intron 0.94 100955 100586 intron_61 intron 0.98 101643 101020 CDS_70 CDS 1 99754 99611 CDS_71 CDS 1 100045 99983 CDS_72 CDS 0.94 100585 100421 CDS_73 CDS 1 101019 100956 CDS_74 CDS 0.7 101939 101644 start_codon_13 start_codon 101939 101937 gene_14 gene 1 108561 106136 transcript_14 transcript 1 108561 106136 stop_codon_14 stop_codon 106138 106136 intron_62 intron 1 108322 106812 CDS_75 CDS 1 106811 106136 CDS_76 CDS 1 108561 108323 start_codon_14 start_codon 108561 108559 gene_15 gene 0.5 115008 113689 transcript_15 transcript 0.5 115008 113689 stop_codon_15 stop_codon 113691 113689 intron_63 intron 1 113856 113750 intron_64 intron 0.5 114784 114256 intron_65 intron 1 114976 114902 CDS_77 CDS 1 113749 113689 CDS_78 CDS 0.59 114255 113857 CDS_79 CDS 0.51 114901 114785 CDS_80 CDS 1 115008 114977 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 283 110095 110772 match_2 match 283 110095 110772 match_3 match 121 19762 20160 match_4 match 70.1 19533 19667 match_5 match 122 19762 20226 match_6 match 71.6 19533 19667 match_7 match 147 19765 20427 match_8 match 90.5 19533 19664 match_9 match 115 19759 20160 match_10 match 73.9 19533 19667 match_11 match 124 19756 20697 match_12 match 62.8 19533 19667 match_13 match 123 19762 20685 match_14 match 67.8 19533 19667 match_15 match 119 19762 20226 match_16 match 72.8 19533 19667 match_17 match 122 19762 20160 match_18 match 68.6 19533 19667 match_19 match 103 19762 20130 match_20 match 79.7 19533 19667 match_21 match 139 19762 20568 match_22 match 80.5 19542 19667 match_23 match 148 19762 20517 match_24 match 88.6 19533 19667 match_25 match 118 19762 20166 match_26 match 65.1 19545 19667 match_27 match 104 19762 20130 match_28 match 80.5 19533 19667 match_29 match 115 19762 20226 match_30 match 68.9 19533 19667 match_31 match 126 19756 20613 match_32 match 80.9 19533 19667 match_33 match 226 19762 20439 match_34 match 94.4 19533 19667 match_35 match 285 85005 86141 match_36 match 118 19762 20241 match_37 match 72.4 19533 19667 match_38 match 136 19756 20361 match_39 match 75.9 19533 19667 match_40 match 227 19762 20850 match_41 match 98.2 19533 19667 match_42 match 125 19756 20166 match_43 match 69.7 19533 19667 match_44 match 206 110119 110715 match_45 match 191 19762 20451 match_46 match 92.8 19533 19667 match_47 match 128 19762 20166 match_48 match 69.3 19533 19667 match_49 match 123 19762 20166 match_50 match 66.6 19533 19667 match_51 match 117 19762 20166 match_52 match 67.8 19533 19667 match_53 match 121 19762 20166 match_54 match 61.6 19533 19667 match_55 match 134 19756 20208 match_56 match 77.0 19533 19667 match_57 match 136 19762 20355 match_58 match 86.3 19533 19667 match_59 match 136 19762 20355 match_60 match 86.3 19533 19667 match_61 match 115 19762 20166 match_62 match 69.3 19533 19667 match_63 match 149 19762 20439 match_64 match 89.0 19533 19667 match_65 match 149 19762 20439 match_66 match 89.0 19533 19667 match_67 match 117 19756 20166 match_68 match 64.7 19533 19667 match_69 match 162 19762 20685 match_70 match 71.6 19533 19667 match_71 match 214 110116 110688 match_72 match 122 19762 20427 match_73 match 73.6 19533 19667 match_74 match 118 19762 20316 match_75 match 73.2 19533 19667 match_76 match 120 19762 20166 match_77 match 67.0 19533 19667 match_78 match 140 19756 20634 match_79 match 72.0 19533 19667 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_80 match 140 98309 97377 match_81 match 221 97718 96588 match_82 match 156 98450 97389 match_83 match 221 98507 97092 match_84 match 331 98234 96579 match_85 match 375 98219 96198 match_86 match 256 97730 96456 match_87 match 174 98024 97128 match_88 match 177 98501 96996 match_89 match 106 98414 97581 match_90 match 360 98165 96576 match_91 match 106 98405 97638 match_92 match 187 98501 97074 match_93 match 299 98063 96444 match_94 match 186 98483 97530 match_95 match 495 98159 96198 match_96 match 158 98321 97209 match_97 match 236 97667 96582 match_98 match 174 97439 96582 match_99 match 113 98111 97443 match_100 match 113 98405 97734 match_101 match 418 98123 96198 match_102 match 140 98345 97557 match_103 match 229 97727 96582 match_104 match 1055 98555 96198 match_105 match 161 42845 42105 match_106 match 136 98426 97296 match_107 match 240 97796 96495 match_108 match 179 98480 96882 match_109 match 193 98525 97074 match_110 match 229 98216 96837 match_111 match 184 98015 96951 match_112 match 529 98402 96204 match_113 match 142 98450 97335 match_114 match 185 98528 97128 match_115 match 205 98207 96459 match_116 match 271 98477 96720 match_117 match 169 98483 97452 match_118 match 490 98450 96198 match_119 match 159 97913 96771 match_120 match 377 98501 96198 match_121 match 493 98186 96198 match_122 match 285 98291 96522 match_123 match 285 98291 96522 match_124 match 114 98534 97506 match_125 match 183 98426 97071 match_126 match 451 98114 96198 match_127 match 187 98498 96996 match_128 match 272 98204 96663 match_129 match 159 98168 97071 match_130 match 152 98450 97557 match_131 match 280 97868 96588 match_132 match 179 97316 96198 match_133 match 107 98411 97680 match_134 match 123 97736 96948 match_135 match 216 98324 97020 match_136 match 306 98027 96498 match_137 match 167 98501 97548 match_138 match 404 97781 96198 match_139 match 287 98411 96516 match_140 match 158 98540 97323 match_141 match 281 97658 96495 match_142 match 160 98501 97443 match_143 match 258 97772 96369 match_144 match 224 98216 96555 match_145 match 129 98507 97431 match_146 match 163 98465 97554 match_147 match 328 97850 96420 match_148 match 114 98432 97281 match_149 match 301 98318 96516 match_150 match 178 98429 97074 match_151 match 153 97808 96783 match_152 match 193 98501 97227 match_153 match 374 98108 96429 match_154 match 107 98393 97587 match_155 match 400 98123 96198 match_156 match 173 98501 97362 match_157 match 399 97910 96198 match_158 match 300 106813 106151 match_159 match 164 108561 108316 match_160 match 275 98408 96579 match_161 match 126 97853 96780 match_162 match 179 98450 97245 match_163 match 252 98126 96588 match_164 match 114 98519 97416 match_165 match 175 98465 97374 match_166 match 474 98123 96198 match_167 match 384 98450 96495 match_168 match 303 98501 96756 match_169 match 361 98216 96198 match_170 match 122 97736 96849 match_171 match 234 98318 96843 match_172 match 330 98501 96843 match_173 match 209 98516 96924 match_174 match 352 98303 96420 match_175 match 118 98321 97368 match_176 match 224 97748 96528 match_177 match 160 98120 96666 match_178 match 231 98492 96819 match_179 match 235 98453 97035 match_180 match 344 98501 96582 match_181 match 144 98498 97311 match_182 match 395 98237 96198 match_183 match 128 97955 96822 match_184 match 108 98405 97512 match_185 match 318 98117 96579 match_186 match 150 98324 97371 match_187 match 246 97709 96588 match_188 match 166 98192 97074 match_189 match 158 98477 97530 match_190 match 434 97868 96198 match_191 match 177 98501 96981 match_192 match 362 98234 96585 match_193 match 165 98063 96822 match_194 match 201 98504 97395 match_195 match 438 97769 96198 match_196 match 438 98513 96579 match_197 match 183 98501 97395 match_198 match 198 98216 97092 match_199 match 400 97973 96198 match_200 match 194 98042 96843 match_201 match 330 98207 96612 match_202 match 240 98489 96822 match_203 match 409 98216 96480 match_204 match 217 97319 96198 match_205 match 324 98462 96546 match_206 match 169 98165 97005 match_207 match 297 97898 96531 match_208 match 301 98033 96495 match_209 match 198 98501 96843 match_210 match 494 98117 96198 match_211 match 221 98531 97008 match_212 match 374 98165 96495 match_213 match 212 97664 96198 match_214 match 137 97772 96972 match_215 match 201 98066 96843 match_216 match 498 98525 96198 match_217 match 155 98447 97338 match_218 match 228 98501 97074 match_219 match 493 98165 96198 match_220 match 177 97925 96813 match_221 match 214 98510 97242 match_222 match 243 98213 96948 match_223 match 385 98405 96519 match_224 match 114 98453 97524 match_225 match 181 98165 97074 match_226 match 211 98480 97542 match_227 match 417 97871 96198 match_228 match 238 98501 97149 match_229 match 351 98219 96543 match_230 match 288 98108 96480 match_231 match 174 98519 97539 match_232 match 276 97940 96501 match_233 match 313 98120 96516 match_234 match 196 98528 97071 match_235 match 341 98162 96465 match_236 match 138 97994 96906 match_237 match 134 98447 97725 match_238 match 150 98222 97368 match_239 match 245 97607 96480 match_240 match 258 98504 96765 match_241 match 219 98231 96813 match_242 match 337 98513 96711 match_243 match 209 98273 96975 match_244 match 431 98477 96495 match_245 match 109 98465 97407 match_246 match 138 98429 97395 match_247 match 152 98102 97008 match_248 match 409 97880 96198 match_249 match 171 98165 96948 match_250 match 162 98489 97530 match_251 match 285 97859 96495 match_252 match 162 98465 97371 match_253 match 188 98423 96897 match_254 match 322 98147 96468 match_255 match 175 98510 96972 match_256 match 289 98210 96543 match_257 match 211 98498 97257 match_258 match 290 98294 96588 match_259 match 166 98450 97431 match_260 match 159 97736 96813 match_261 match 416 98321 96495 match_262 match 125 97841 96813 match_263 match 475 98486 96198 match_264 match 159 97889 96378 match_265 match 219 98453 96843 match_266 match 207 98195 96765 match_267 match 392 98507 96417 match_268 match 162 97892 96726 match_269 match 226 98210 96774 match_270 match 291 98498 96714 match_271 match 488 98462 96198 match_272 match 159 98501 97437 match_273 match 200 98516 97140 match_274 match 314 98039 96480 match_275 match 239 98519 97005 match_276 match 322 98219 96579 match_277 match 182 98405 97071 match_278 match 154 98495 97527 match_279 match 368 98126 96459 match_280 match 160 98474 97323 match_281 match 444 98165 96198 match_282 match 204 98168 96813 match_283 match 117 97568 96615 match_284 match 127 97994 96951 match_285 match 239 98426 96783 match_286 match 209 98501 97071 match_287 match 433 98447 96480 match_288 match 48.1 52363 52199 match_289 match 58.9 53269 53114 match_290 match 51.2 60707 60561 match_291 match 51.6 73976 73830 match_292 match 49.3 75137 75006 match_293 match 64.3 74910 74755 match_294 match 50.8 61866 61735 match_295 match 67.8 61639 61484 match_296 match 79.7 61021 60815 match_297 match 50.4 53498 53391 match_298 match 76.3 52613 52440 match_299 match 79.0 74257 74084 match_300 match 106 60299 60069 match_301 match 106 73568 73338 match_302 match 73.6 74674 74531 match_303 match 114 52110 51865 match_304 match 31.2 52755 52696 match_305 match 30.0 74400 74341 match_306 match 67.8 53039 52896 match_307 match 75.5 61403 61260 match_308 match 51.2 51766 51674 match_309 match 57.8 61185 61072 match_310 match 182 98465 97335 match_311 match 211 98321 96984 match_312 match 465 98018 96198 match_313 match 166 98546 97395 match_314 match 251 98507 97074 match_315 match 544 98165 96201 match_316 match 182 98516 97389 match_317 match 454 98060 96198 match_318 match 236 98216 96774 match_319 match 137 97583 96684 match_320 match 352 98453 96495 match_321 match 160 98501 97272 match_322 match 364 98000 96198 match_323 match 153 98486 97443 match_324 match 157 97913 96822 match_325 match 185 98411 97251 match_326 match 374 98204 96453 match_327 match 144 98492 97395 match_328 match 231 98465 97059 match_329 match 490 98219 96198 match_330 match 195 98501 96981 match_331 match 400 98288 96447 match_332 match 119 97604 96948 match_333 match 395 98501 96576 match_334 match 244 98156 96660 match_335 match 129 98507 97371 match_336 match 196 97610 96582 match_337 match 186 98498 96924 match_338 match 322 98204 96582 match_339 match 134 98411 97263 match_340 match 229 97808 96588 match_341 match 131 97772 96435 match_342 match 214 98366 96780 match_343 match 369 98492 96465 match_344 match 523 98498 96201 match_345 match 227 98525 97074 match_346 match 521 98207 96198 match_347 match 177 98666 97314 match_348 match 211 98216 97074 match_349 match 480 97904 96198 match_350 match 246 98477 97074 match_351 match 342 98162 96480 match_352 match 111 98549 97734 match_353 match 169 98054 96948 match_354 match 367 98321 96444 match_355 match 145 97751 96975 match_356 match 247 98231 96744 match_357 match 275 98408 96726 match_358 match 157 98213 97278 match_359 match 206 97898 96801 match_360 match 210 98429 97128 match_361 match 157 98432 97395 match_362 match 476 98054 96198 match_363 match 135 97946 97008 match_364 match 160 98243 97323 match_365 match 256 97637 96495 match_366 match 179 98489 97323 match_367 match 256 97856 96495 match_368 match 177 98498 96975 match_369 match 338 98204 96489 match_370 match 181 98255 97071 match_371 match 210 98501 97428 match_372 match 474 98015 96198 match_373 match 163 98480 97242 match_374 match 356 97748 96198 match_375 match 199 98507 96813 match_376 match 379 98381 96501 match_377 match 189 98501 96813 match_378 match 484 98180 96210 match_379 match 197 98300 96825 match_380 match 171 97970 96606 match_381 match 112 98465 97860 match_382 match 504 98450 96198 match_383 match 154 98405 97074 match_384 match 172 98510 97395 match_385 match 447 98207 96198 match_386 match 182 98309 96822 match_387 match 129 98015 96999 match_388 match 148 98489 97374 match_389 match 114 98501 97722 match_390 match 296 98411 96576 match_391 match 192 98501 97134 match_392 match 248 98405 96660 match_393 match 173 98117 96981 match_394 match 340 98405 96528 match_395 match 145 98501 97431 match_396 match 214 97709 96492 match_397 match 109 98558 97734 match_398 match 189 98015 96981 match_399 match 436 98501 96483 match_400 match 151 98207 97140 match_401 match 188 98501 97443 match_402 match 387 97910 96198 match_403 match 128 97667 96657 match_404 match 244 98288 96726 match_405 match 554 98465 96198 match_406 match 183 98405 96720 match_407 match 186 98207 96978 match_408 match 275 98447 96774 match_409 match 162 97862 96726 match_410 match 192 98501 96927 match_411 match 400 98375 96288 match_412 match 160 98366 97389 match_413 match 362 97499 96198 match_414 match 263 98360 96720 match_415 match 427 98501 96354 match_416 match 109 98135 97395 match_417 match 356 97787 96198 match_418 match 179 98477 97071 match_419 match 464 98402 96198 match_420 match 132 97709 96813 match_421 match 242 98309 96750 match_422 match 410 98501 96534 match_423 match 52.8 53519 53391 match_424 match 140 52230 51853 match_425 match 61.6 61227 61078 match_426 match 73.6 52613 52443 match_427 match 70.1 74674 74531 match_428 match 77.8 60719 60561 match_429 match 71.2 60988 60830 match_430 match 78.2 73988 73830 match_431 match 71.2 74257 74099 match_432 match 72.0 61403 61260 match_433 match 79.3 52357 52199 match_434 match 79.7 74913 74755 match_435 match 129 60299 60057 match_436 match 129 73568 73326 match_437 match 83.2 61642 61484 match_438 match 84.0 53272 53114 match_439 match 60.1 51769 51674 match_440 match 32.3 73227 73132 match_441 match 33.9 59958 59863 match_442 match 34.3 74400 74347 match_443 match 37.0 52755 52702 match_444 match 90.5 61792 61484 match_445 match 89.4 75063 74755 match_446 match 56.2 53507 53391 match_447 match 140 52170 51853 match_448 match 57.4 61215 61078 match_449 match 79.3 52369 52199 match_450 match 74.7 74674 74531 match_451 match 80.1 60716 60561 match_452 match 80.5 73985 73830 match_453 match 82.4 52613 52443 match_454 match 76.6 61403 61260 match_455 match 129 60299 60057 match_456 match 129 73568 73326 match_457 match 80.1 60988 60830 match_458 match 80.1 74257 74099 match_459 match 28.5 74400 74347 match_460 match 86.3 53272 53114 match_461 match 31.2 52755 52702 match_462 match 60.1 51769 51674 match_463 match 32.3 73227 73132 match_464 match 33.9 59958 59863 match_465 match 82.0 61792 61484 match_466 match 87.0 75063 74755 match_467 match 135 52230 51853 match_468 match 55.1 53507 53391 match_469 match 52.0 61215 61078 match_470 match 72.0 52357 52199 match_471 match 67.0 74674 74531 match_472 match 68.9 61403 61260 match_473 match 122 60299 60057 match_474 match 122 73568 73326 match_475 match 77.8 60719 60561 match_476 match 78.2 73988 73830 match_477 match 83.2 52613 52443 match_478 match 84.3 53272 53114 match_479 match 52.8 51769 51674 match_480 match 83.6 60988 60830 match_481 match 83.6 74257 74099 match_482 match 32.0 74400 74347 match_483 match 34.7 52755 52702 match_484 match 83.6 61792 61484 match_485 match 82.4 75063 74755 match_486 match 73.2 53072 52863 match_487 match 52.8 61215 61078 match_488 match 140 52188 51856 match_489 match 58.2 53507 53391 match_490 match 70.1 74674 74531 match_491 match 127 60299 60060 match_492 match 127 73568 73329 match_493 match 72.0 61403 61260 match_494 match 79.7 60716 60561 match_495 match 80.1 53272 53114 match_496 match 82.0 73985 73830 match_497 match 87.4 52613 52440 match_498 match 51.2 51769 51674 match_499 match 24.6 73227 73132 match_500 match 29.3 74400 74347 match_501 match 26.2 59958 59863 match_502 match 85.1 60988 60830 match_503 match 85.1 74257 74099 match_504 match 32.0 52755 52702 match_505 match 184 98204 96780 match_506 match 321 98483 96600 match_507 match 244 98501 96840 match_508 match 513 98501 96198 match_509 match 159 98537 97431 match_510 match 186 98228 97035 match_511 match 388 97898 96198 match_512 match 149 98501 97371 match_513 match 174 98165 96843 match_514 match 264 97853 96582 match_515 match 444 98165 96198 match_516 match 186 98405 97071 match_517 match 434 98207 96198 match_518 match 162 98447 97395 match_519 match 174 98213 97011 match_520 match 357 97856 96198 match_521 match 125 98216 97584 match_522 match 283 97868 96459 match_523 match 132 98480 97431 match_524 match 414 97796 96198 match_525 match 233 98165 96813 match_526 match 217 98501 97266 match_527 match 258 98498 96978 match_528 match 202 98036 96843 match_529 match 561 98501 96198 match_530 match 277 98165 96600 match_531 match 127 97853 96843 match_532 match 180 98447 96948 match_533 match 190 98165 96945 match_534 match 326 98501 96573 match_535 match 195 98387 96828 match_536 match 166 98120 96948 match_537 match 311 98447 96564 match_538 match 161 97799 96774 match_539 match 189 98183 97011 match_540 match 197 98366 97314 match_541 match 429 97907 96198 match_542 match 154 97880 97011 match_543 match 177 98183 97314 match_544 match 413 97571 96198 match_545 match 239 98507 96606 match_546 match 446 98411 96462 match_547 match 118 42590 42105 match_548 match 52.0 45114 44968 match_549 match 149 45850 45209 match_550 match 105 40358 40026 match_551 match 139 98297 97074 match_552 match 259 98171 96615 match_553 match 129 97670 96759 match_554 match 177 98507 97323 match_555 match 197 98216 97071 match_556 match 278 97943 96606 match_557 match 122 98501 97587 match_558 match 577 98483 96198 match_559 match 311 98207 96537 match_560 match 205 98204 96822 match_561 match 365 98405 96501 match_562 match 197 97277 96198 match_563 match 107 98465 97581 match_564 match 194 98204 96774 match_565 match 476 98372 96198 match_566 match 552 98501 96198 match_567 match 220 98114 96684 match_568 match 216 98486 97284 match_569 match 483 98411 96198 match_570 match 201 98231 96966 match_571 match 122 98477 97581 match_572 match 397 97928 96198 match_573 match 178 98507 97395 match_574 match 392 97784 96198 match_575 match 208 98525 97128 match_576 match 166 98477 97362 match_577 match 306 98213 96579 match_578 match 229 98216 96813 match_579 match 421 98465 96480 match_580 match 341 98531 96582 match_581 match 116 98411 97560 match_582 match 178 98300 96951 match_583 match 387 98405 96198 match_584 match 169 98501 97395 match_585 match 452 98012 96198 match_586 match 119 98207 97149 match_587 match 400 97907 96198 match_588 match 264 98321 96501 match_589 match 214 98216 96606 match_590 match 162 97922 96813 match_591 match 361 98507 96480 match_592 match 175 98486 97251 match_593 match 259 97859 96480 match_594 match 207 98450 96783 match_595 match 201 98156 96777 match_596 match 146 97907 97035 match_597 match 492 98471 96198 match_598 match 196 98243 96816 match_599 match 129 97991 96975 match_600 match 459 98450 96198 match_601 match 192 98543 97014 match_602 match 433 98291 96198 match_603 match 322 98165 96579 match_604 match 149 98207 96891 match_605 match 374 97901 96198 match_606 match 553 98510 96198 match_607 match 326 98204 96588 match_608 match 395 98507 96495 match_609 match 310 98231 96582 match_610 match 253 98249 96765 match_611 match 416 98453 96558 match_612 match 466 98207 96198 match_613 match 139 98165 97092 match_614 match 178 98531 97395 match_615 match 394 97757 96198 match_616 match 165 98219 97008 match_617 match 442 97910 96198 match_618 match 115 98123 97389 match_619 match 217 97514 96504 match_620 match 117 98165 97071 match_621 match 148 98534 97326 match_622 match 224 97496 96579 match_623 match 144 98213 97074 match_624 match 168 98498 97431 match_625 match 404 98018 96198 match_626 match 118 97814 96948 match_627 match 195 98411 96849 match_628 match 418 98108 96198 match_629 match 142 98465 97266 match_630 match 139 98018 96783 match_631 match 239 98240 96555 match_632 match 170 98162 96924 match_633 match 175 98516 97395 match_634 match 401 97757 96198 match_635 match 110 97754 96720 match_636 match 381 97913 96198 match_637 match 119 97796 97026 match_638 match 115 98102 97395 match_639 match 356 97529 96198 match_640 match 155 98552 97395 match_641 match 179 98207 97074 match_642 match 414 97910 96198 match_643 match 206 98501 96681 match_644 match 150 97907 96873 match_645 match 383 98450 96210 match_646 match 258 98237 96747 match_647 match 340 98453 96495 match_648 match 152 98165 96927 match_649 match 176 98486 97395 match_650 match 278 97874 96495 match_651 match 312 97913 96495 match_652 match 306 98225 96579 match_653 match 134 98213 97071 match_654 match 159 98501 97374 match_655 match 243 97514 96582 match_656 match 193 98516 96984 match_657 match 461 98240 96198 match_658 match 114 97826 96699 match_659 match 170 98318 97239 match_660 match 150 98501 97554 match_661 match 254 98096 96585 match_662 match 171 98516 97395 match_663 match 421 97907 96198