C09HBa0226D21.1 CTTCATTTCCAGCTCCACAAACACAATCAATGATAATAGGTAAGGAGGTTTACTAAAGTT GTCATTTTCATCATTAAGTTCACCCTCAGCGACATAATCTAATACGGCCACACAATATTG TCCCACAGTGTTAGTCATGAACTGAATTCGAATCTCCAAACATTCCTGCTTCTCATAGTC GACATAACCATTTATCTCTGTGGCATATATGTATTTCAAAAATCTCATTTTCTTTTGAAC AATTTTCAGTTCCTTTATAGATCGATGTATTGCAAGTTTTCTTTTGGAATGGCAGGACCT ACCCTTTTGCAAGAACATCATCAGTACATCATTTAGAAATTTTTCCAGACAATCCATATA TTTTGACAGATCAAAATCATTCAACTCATAATTGCGACTTAAACTGGCCGTATTACCTTG AAAGAATTCCAACAAATGTGATTCTAGCCTTTCTAGATTAAGGTTAGTTTTACATTTATG TGGAATCCTACCCAACACCCGGTGAAGTATTTCCCCAGTCAATTTGGCCATCTTTGTGAG TTTGACTAAGGAATCAGGCAAAAGAACATCATGATACTTTGTAAAGGTTCTAAAAACTCT TAGCACCATTTCAAGTTCCTCAATTCGCAATATGTCGAACCAATCCAGATCACCTCCACT CTTGATCCTTCTCAGGTGCTCTAACATTTCCTCAATTTCATTTTCAGCCATTTTCTCCCT GCAAGTTCACCAACTTTTCCAATTAGGTTCTTGAAGCCCATCTTAATGCTTTTGAAAAGT TGTACATATTATTAACCTTTGCTCAAATATATAAAAACATCCCTAAACTTGTTAACCCTT CATAATGTATAGTATGATAGATACAACATATGGCTAACATTGTTTGATGTTGTTTAATAA TATTTTTATTGTTTAGTTTGACTGTATTGTAATTTATAAATTTATAAAATATCCTTAATT ATTTAGGATATGAGGTTTTGATTAGAATTAAAGGGTAAAATAGTAATATGAAATATTATC TAAGGATATGATTGGGAAAAAAAATTAAGAAACAATAAACACACCAAATGGTTGTTCCAT AAAATGGGGGGCTTCATTTTTAGTAATAATTAAAACAAACATTGTAGGTATGGTAAAGAT ACAATACAATGGAAAACAATGATTCAAACAAAGTGTTAAACAAACATCATTGGCTGATGC GGAACCAAATTTTGTGAGGGGTATTGATAGATAATTGTTGTTTCAGAACTCATTAGTCCA ATTTATAGAGAAAATGTTCGAGATTAATTATGTTTTACTTCAAGTCATATGAAAGACATT AGAAAACAAATGAGACTAACACAGTTTTTCTTCATTCTTCAATCAAAATCATTACAATAC TAACACAATCAAAGACATTACAATAGTTGATCAAAATCAACCAACAATGTTTAAAAGGAA CAAATTATGGGTGATTCAATAATTGAATAGGATAAAAGGAGTAGTTGAGCTACTTGAGGA AAAAAAAAACAAAGTTTAGAAATCTATTTATGAGTTCGTCTTTTACTATTTTACATCTTA TTTACCCTTTTGTAATGTCATGTAACTAACAATTATTATCTCATAAAATTCTCTTTTTCA CGAGATAGTAACTAGATCATTTGCAAAATCAACTCTCTAATTATGTATCTATGGGAAAAA GATGACTTACAGTTAGTTAACGAATATCTTCAATTCTGAATCAATCGTTAAAAGGAGAAG AAGAGATGAAATATTAAAACTTCAAAGCAAGTTTTATCATCCTAGAGAAAAAACAAACAT TATGAGGTAAAAAAGAGAGTAATAATTCTCAGATTTGGATTCCAACAAAGATATATTTCT GAGTTTGTGAAATTAGAAAAAAATTCATTGAAATAAAATGAGTGAAAGTTTGAAGGTTTG AAGGAAGAAGGAGGAGTATTATTTTCTTTCTCACTAGTAATTCTTATACCTAACAAGAGA TGAATATTATGTGGTAGCTGTAAAGTGGCTTAATAATAAACCTATATTATTTGTCTTTTT CCTGAGGGTTTGTTTGGTTGGTACAAGTTCTCTCGAGAGTTATTATAAGTTACTCCGCTA CGTATATGAGATCATAATTAATTATCTATTTTATTACTATAATATAAATAATGAGACACA TAATTTAAGAATTACTTAATATATCTTCTATCAAATACAAGATAAAATAATTCTATATTT TATACTTCACACCAGATGACTCTTTAGGAAAATCCCCCAAAATTTTATCTATTTGTTAGT TTCATACTTAAGCTTTGCACTTCTATGATATTTTCTTAGCATATAATAAGGGGTTTTATG GTTGGGCATTGGGTCGGACATGAAATCATATCATCATCATCATATATTATCATAATAATA TTATTATAAGTGAAAAACTCTGAATTGAAAAGTTGAATTACTATTTTAACTTTGTATTAA ATTAATATTTAATTAATTAGTTAATATTTAATTAGTTAATTGAAATATTAAATTATCTCA TTTTAATAAAATAATTAATAACTTTTGTACTTCCTTAGATTAATTCCTAATTAATTATCT AATTTAATAATATTTATCATCAATATTTATATTTAATTTAATCACCATCATATCATATAA TCAACATATATAATAATAATAATAATAATAATAATAAAAATATTAATAAAAGTGGAAGAA ATTTTAGGCAAAAATTAGATTATATTTTTGTCCCTACTCGGATATAAATACTATTAATCG TCTAATATATTTCTTAAGATTATTTTTTTACGGCAGCTTATGATTTTAAGTTTTTCTTTT TCATTTTGAAATTAAGATTGTCGAAGTATGTGATCTTCTCATTTATAAAACCTTAAGCTA TTAAAAAGAGCATATTTTTATTATTTAACTATATTTTTAACATGCATTTCTTGACCAAAT GGTGTTAGAACTATTAGACTAAGAATAATCGTCTAGTCAAATGTCATAAACCAAACAAGG ATATATTAGTAGTATATATGTATATATCTATACACACTCGCTCTATGGTAGAGAAAAGAA GTAGAGAGCAGAGTACATGAGAAAATAATAATCCTAATATCCACAAACTTTTTGACCCCC CAAGTCTTATTACCTATGTTTGAAAAATTATCATATAAGACCATTTTTATAACTTAATAA TCATGGAATTAAGTAAGCGTTACGAAAATTTAGTAACTCCGCCGAAATTTCAAATCATGT TTTAAAAAATAAAAAAAAAATTGAAATTAATCTCATCTATTCGGAACTGTATCGTCATAT TACATATTCAAATGAAGAAGTTTTAGTAACTCAATTTTCTTCGTTTTTTTTTGGTGAGGA TCTGATTTCATTTTGAAAGAAATTTCAGCTAAATTATCCCACCTTGTTAAGTCAATGAAG TTTCACAATTTGCAAAGGATTTATCTTGTTAATTATCAGGAAATTCAAAAGCACAAGTAC AAAAGTTTGAAAAATTCACGATTTGCTTATGTCATGCAATATTTTGAACTTCTAACATTA TACTAGCAAAGTAACTTTTAACGTTATCGAGAAATTTAATTTAAATACAAAAAGGAAAAT TACTTTTTGCCTTTAAGTAGAGTTTATTTTATTTACTTGTCATATTATTATTATGTCGAC TTCATATAGAGTACATTTTATTTAATTCTCATACAAATTAGTGTGTCACCAAGACAAATC AAGGAAAACCTCAATTAGAGGTACCTTACAGGAAAAAAGCAAAGCGCGTGCTATAATGAT ACATATATGCAACACCACCATACACAAGTTATACAGTATTTGATTACATAAACATAGAAG AGGGGAATTATTCATTCACCAACACTCGAAACATATACATATACAAGTCCTGTCACAAAA GTAAAATTTTATTTTGAACAAAATAAACGCAAAACGAAATGAACCTAAGCTTAAACAAAA ACTCTAGGGACAGATTCGATAGGTTTACAATCAACTTCTCTAAGGACAGTGCGAATGCCT TTGCCTCCAGCATTAGCAAGTGGGTGAACCCCATGGGACGGACCTTCCATATATGCCCTT TTCTCCCTTTCTTCATCAAAGGACACACCAAAACGCTTCTCCACATCTACATCCAATTTT ATTTTTTAAAAGACGTAAAAATATAACAAATAAAATTGAACATGTGGATGTCGCTACATA ACACACACAATTTTTATGTAGGCATGTAGGACAATTTGTTTTGTTCAATATATACTTGTA CACATCTAAAGCCAAGTCACATCAAGTTAAAGGGTTTTTTTATTAATGATTTGTGTACCT TGAACAAGGTTCTGATCGAGTTGACCATCTCTAGTAAGCGCCATCATAACTTGAGGAATT CCCAAAGGAAGTGTATCACCTCTATCAACCTGCCAGAAATGTATCACTTTGCCATAAGTT TTCACCGTTTTTTCATGATCTTGTCGTTGAATCGGGCCTGGAACACCGGGCATGAACAAG ACACCACTTTTCACCTCGTACAAGTGGGAATGCCAGAATTTCTTCTCGTCGTCTGGCAAT GTCAAGAACAGCTCCTCCGATACGATGTACTCGAGCCCGATTAGACGAGCATCGGCATCA GGCCTGTCGTAAATGAGACACTGCCTGAACTCTTCATTTTGGTGTCCACAGAAGTGGTGC GCCTCCACTTGCCGTGTCATGTCGTGTCCGTAGAAATGGAACCTGAAATCGAAAGTGCAT AGTTTCACGCTAGAGTCGTGGATTTGAGCCAGCTATCCAACTTAGAAAACTGTAAATAAC ATGAAGATTTTCCTAAAAATAGTATGAAAATTCTTACAAAATTTATTTTCACGCAAATTT TCATACTAATTTCTAAAAAAATCCTTATATAATTCTCACTTTTCTTCTGATGGTGCAGAA GTTAAATGTTCTTATTTTTTACCCCAAACTCCTATTGTCCAGCTTTGTTCACGAGTAACT TATAACACATATCAATCTACTCTCGTCTCAAAATAAATATATCCACCTATAACCCTAATA TATTAAAAATTTTAAATTCGCCACTAGCGTTATCAGTGCTATAAATTTAGTTATAATAAA AAAACGAAGGATAGAATAATAGAAACTTAACGCGCAAAGATGTTGATGAATTTTGTTGAT AGGACCAAATCCTTGAATAGTAGCTGTTGCAGTCTCAAGAATTGATGTTCCTGTCTGCGT AGGTTCACCTGGAACATCTGGATGAGTCGATATATTTATGCCTTCCATCTTTTTTTTTCT CTAAAATTTCAAAGAAAAAATCAGAATTTTGTTGTGTTGATCTGTTTACTTATTTTGGCC TTGAAAGAAGAGGCAGCTAGCTTATAGATAGGAATATGACTAGCATGCAGACTAACACGT GGCATGACACGTGGCAATACAACTGGTTACGTGGCAGTACAGATGTCTTATGTTTGGGTA ATTTGAAAACTGACTCTTTCTGCTTATCCTTATGACTTGTTCTCTTAACTTTGTCTAGAA TTACAAGTGTGACAAATATTGTTTCTTATAGGCTGTGACGTGTGATAATTTAGTTACTCA CTTTGAGTATAACTAATATTTTATTTATGATCTTATAATAATTATACTAAATGTTATATT TACGTTCTTCATCGATTAAAAAGTGTGAAGAAGCTCTGTCGAAGAGCTTCAAGAAGAATG AAGAGGAAGAAGATTAAAGGGACGAGAGAATGATGAAGAATTGTATTTCTGTGTGTGTAC ATACAAGGATATCTATATATACAATTACATTTTTGAGTATACTATTTAGTCTAACTATTT TATTTAACTAATTAGTATATAGTTAACTAACTAACTAATTTCCTAACAAACTTAACAAAC TAGAATATTGAAAGAATATTACAAGATTAGTATATAAGTTCTCTTAACACTCCCCCTCAA GCTAAGAATTGGAAAATACATTTTTCATTCCTAGCTTGACAATTAGTTCTTCGTGTTGAG GTTTGCACAGCCCTTTAGTAAGTATGTCAGCTTGTTGTTCTCTTGTTCCCAAGTGTTGTG TCTGAATAAGTCCTTCAAGTATCTTTTCTCTTACAAAATGACAATCTATGTCAAAATGTT TGGTTCTTTCATGGAATATTGGATGTGCTGCTATTTGGATAGCAGCTTTGTTATCACAAA ATACTTTCACTGGCAACTTTATGTTCATTCCTAACTCTTTGAACAAGCCTTTTAACCAGA CTATCTCAGCAACTGTAGTGGCCATACTCCTGAATTCAGCTTCTGCAGAGCTCCTTGATA CTGTGCTTTGTTTCTTTGACTTCCAAGACACCAGTGCTCCTCCTAGTTTAATCATATAAC CAGTAACTGACCTTCTTGTTTCTACACAAGCTCCCCGGTCAGAGTCACAATAAGCTACCA TTTCATTGTTTTTGTTACTTGGCATAAACAATCCAAGGCCTGCAGTACCTTTTATATACC TCACTACTCTGAGTGCAGCTTCCATATGAGATGATTTAGGAGAGTGCATATATTGGCTAA GAACCTGTACAACAAAAGCTATATCAGGTCTAGTCATGGTTAAGTATAGTAACTTTCCTA TTAGCCTCTGATATTTTCCAAACTCATCAAGAATTAAGTCTTCTGCATTAGTATTTTTCT CAATAACTTCATCAAACACAGTAGAAGTTAGCTTGTGATTAAACTCCAAGGGTGTAGAAG AAGGCTTACAACCTGCTAATCCCAACTCAGACACAAGTCCTAAAGCATACTTCCTTTGAT TCATCAGTATACCTTCTTTAGATCTGGAGAATTCAATTCCAAGAAAATATTTAAGCTCAC CAAGATCTTTCATTCTGAACCTTTGTTGTAGTTCCTTCCTTATTTGTTGTATATGATGCA AACTGCTCCCAGTAACCAGGAGATCATCAACATAAACCAAGATGACTAGAAGATCTTTAC CTATGTTCTTAGTAAAAAGTGAGTAATCATAATGAGATTGTAAAAATCCTATATCAACTA AAGCCTCTGTTAGTTTTAAGTTCCATTGCCTTGGTGCTTGCTTCAGTCCATACAAGGACT TATGAAGCTTGCAAACCATATTTTTCTCCCCCTGGTTTGCAAAACCTTAAGGGATATGCA TATAAACTTCTTCAGGAAGATCACCTTGAAGAAATGCATTGTGAACATCCATTTGAAATA TAAACCAGCCACATGAAGCAGCTAAAGCCACTACTGACCTTACTGTAACCATTTTAGCTA CTGGTGAGAATGTCTCAGTATAGTCTAAGCCTTCCTTTTGATTGTATCCTTTTGCTACTA ACCTGGCTTTATATCTCTTAACTTCTCCAGATGCTTTATACTTAACTTTAAACACCCACT TACAGCCAATAGGAACCTTTGTTGAAGGTAAAAGAACAATAGACCAAGTATTATTGTCTT CTAGAGCATTAATCTCATCTCTCATGGCATTCACCCAATGAGTATCTTGACAAGCCTCTT TATATGTATGAGGTTCAGGAATAAGAGAATATGCAGCAAGAGATGCTCTATATGTAGGGG CTAGTTTAGAATATGTAATATACTGTGACATATGATATAAACATGCACTTTGTGCACTTT GAGTCACATATGAGTCCATCCAAATAGGTGGTTTAGATTGTCTAGAGGATCTTCTTAGAG GAACTAATGGTGCTGTAATGTTAGAGGAAGTCTGAGGTTGTGTAGAAGTTGTAGGATTTA AACCTGGAATGAAGGTTTTATCAGATTCTGATTCAAATGACTCAGTACATGAGCTATCTT GAAGATCTAGAACAGGAAACAGATGATCTGGAAATGATTGAAGACTCTTGAAAGGGAATA TATCTTCTTTAAACACGGTGTCTCTGCTTATAAAAAAAGATTTGCAAGCCAAGTTATATA AAATATAACCTTTCTTGTTCATAGAATACCCCATATGCACAGCTGGAACAGCTCTAGGTG CAAACTTGTCTAAAACTTTAGGATCTGTAGCATAGCATAAACTTCCAAACACTCTAAGAT GCTGAAGACTAGGAGCTTGTCCAAACAACTTTTCAAAAGCACTCTGTCCTTGTAACAACA CAGTAGGTAATCTGTTCAGTATATATATTGCAGTAGTAACACAAAATCCCCAAAACTGTA GAGGTACACCAGCCTGAAACCTTAGTGCTCTTGCCATGTTAAGAATAGACCTATGCTTTC TCTCAACTACTCCATTCTGTTGAGGAGTATACACACATGAACTTTGATGTATAATGCCAT TAGCTTTGAATAGATCATCCATTTGACCATTAACAAACTCTGTTCCATTGTCTGTTCTTA TACACTTAATGCCTACTCCAAACTGATTTCTTACCAAGTTTACAAACTCTGTTAACACTA CCACAGTATCTGACTTAGTGTGTAATAAGAAAATCCAAGTATATCTGGACATATCATCTA CAAGAGTTAAAAAATACCTTTTGCCATCATGATTAGGTACTCAATAGGGTCCCCATACAT CACCATGTATAATATCAAAAACTGAACTTGAATGAGAAAGACTAGTAGGAAAAGGCAGTC TTGATTGCTTGGCAATTGGACATATAGAACAATGATGATCATGCATAGACACAATGTTTA ATTCCTTTATTCTACTTAACACTTTGAGAGGAGCATGTCCAAGTCTTTTATGCCATAAGC TACTTACAGAATCAACAGAAGAATTAAAGCTAACAGGTCTAATCCTTTTACATACAACTT CCTTTGCATATTCTTCAGAAGAACCTTGATCATTTGAAGGCTTTGTTGTGGCAGCAGTAT TGAGGATATACAATCCTTGATTCTCTTTACCAATCCCCAGGACCCTCCCATTGAAGAGAT CCTGAAAAATACAAAAATCAGGAAAAAACACTATTGCACACTTCAACTGTTTTGTTAGTT GTGACACTGCTAGAAGATTATACTTGAATTCTGGAACAAACAACACATCCTTTACTACTT TGTCTTTAAGAATCAAAGATTCACCAATATGACTAATAGACACCTGATCACCAATAGGTA AATTAACTCTCATACCTCCCTGAACATCAAGATTTGCAGACTGACTCATTAAACCAAAGT TGTGAACCATATGATTGGAAGCACCAGTATCTATAATCCAATTAATATGTGACATGTCAG ACATTAGAGCTGTAACATTACCTGATGTTCCAGATACAGCTGCAGTAGCTACATTGGCCA TTGTATCCACTTCCTTATTCTTCCCTTTTCTCAGCATCTGTAATATCTCATAGTATTGTT CTTGAGTAAACATTGACACACCCTGGCCTAAAGTAGTGTCATTAGATGACTCATTTGTTC TAGTATTTGATCTTGAAGTTGAGTCTACCATTCCAGATTCATTTTTAGCAGAAGCAGCAT TATTTGCATAAGAAGATACTCCTCCTTTCTTCTTTGGATAACCATGAAGATTATAACAAG TTTCTTTTGTATGTCCTTTATAATGACAGAATTCACAATAGAGTTGAGACTTTCCTGTAG TGTAACCAGTTCTTCCATCTCCATACCCCTTATTTCTATATCCATTATTCTGAAAATTAG AAATTCCCCTTCCAGTTCCCGAGGAAGTTGTATTATTGTTGTGGTATCCACCATGTCCAG ACTGAGAAGAACTAAAAGACATTCTATTACTCATCAATGCTGTTTCAGATACAGCTTCTG CAGATGAAAATGTATTTCCTGCACCATGTATTCTTTGACTCTCAACATTAACAATCATAG CATATGCTTGATTTACACTTGGGACTGGAATCTGCATCAAAATTTGGCTTCTTGCATGAG CATAAGACTCATTAAGCCCCATCAGAAATTGCCATAATTTTTGAAATTGTAAGTGTTCAA TGTATTGTTTAGACTCAGGACAGGCACATGAAGGACAAGGAATCAAAGTTTCAGCCTCAT CCCATAACTCTCTCAATCTTGAAAAATAGATTGACACAAAAGAAGTTTCTTGTGACATAG TAATTAGTTCTTTGTGAAGGTAAAAGGCCCTAGATGCATTTACTTTATCAAATCTTTCAC GTAGATCTTCCCACACTGAATGAGCATCAGATCCATAGATCACTGTACTAATCAAACTTT TAGACACAGTATTCATAATCCATCCAAGAACAATTGCATTGCATCTATCCCATACATCAT GTAAACATTCAGAATACGTCTCCTTTCTACAAGTTCCAAGTAGAAATCCTAACTTGTTCT TTCCTAGTAACACAAGTTTTAAAGATTTGCTCCACAAAGAATAGTTTTCAGAACCCAACA ATTGAATTGAAATCAGAACAGAACCTTGAGTATCTGAAGGGTGTATAAAGAGGGGATGAT TGTGATCTATTTTGGCAGTATTTGCGACTGGAAATTGTTGTGGAACTTCACTTGAAGCTC CGTCTCCAGTTGAAGGCATGATTTGATCAATTTCAACAGCTAACAGTCTTTGAATTAGAC AGACTCTCGACTTTCAACTCAAGATTCTTAGAACTCTTGTCTTCAGATTATGAAGAAACT AACTCAGAGATTCAACTCTTCCGTAGCTCTGATACCATGTGAAGAAGCTCTGTCGAAGAG CTTCAAGAAGAAGAAGAGGAAGAAGATTAAAGGGACGAGAGAATGATGAAGAATTGTATT TCTGTGTGTGTACATACAAGGATACATACCTATATATACAATTACATTTTTGAGTAATAC TACTTAGTCTAACTACTTTATTTAACTAATTAGTATATAGTTAACTAACTAATTAACTAA CTTCCTAACAAACTAGAATATTGAAAGAATATTACAAGATTAGTATATAAGTTCTCTTAA CAAAAAGTTATATCCAATCACTTTAGTAGCAAAATTGCATACCTTATAAAATTCAGATTT GATCAAAGTTTAGTAATTTTCTCAAAGTTCTAGTTATGAATTTATATTTTGATATATATC GTGTTGTTTTGCTATGCTACAACTTGTCATGTCAATTTTTCATCTTCATGAAATGGTAAG GCTTGCTGTTGCCAAAATCTTTTTGGGCCAAGCCCATCAACTTTCCAATATCCAATTCTG ACTGAACAAGCCCAATATGAGATGACATGATTGTAACAAACCCTAATATTCACATCCTAA CTATCGATGTGGGAACTCAACATCAGGGTATCAATTGACACTTCCAACCGCCACTGTCAC AATAATCCTAATAAATCTGAGTACATCATAGATGTTTATCAAGTCAAACATCAACAGTTA TGAAACACCATTATAGTGACAAATTCCAAATTTCTATCGATCTGGGAACTCAACATAATC AAGGGAGACGTCGTTTAATTTTGTAAACGATAGTATTAGATATGAAAAAGTGAATTTTTA GTTATGTATTAGGATGCCAAAAACCTATCTATGACATCACATTTAACTGTTCCTTTTAAT TTTGGCACCAACTTTTCTTACACTAATTAAGTAATATAAGTATGAAACAACTTTGGCAGC TTTACGATCCTTGACGCATTTCCAACTGAAAAGAAGAAACCAAATCAAGGGTGTGTTTGG CTTGGAGAAAACAAAAACAATTCCATGTTTGGTTTAATTTTTTTTCTAAAAAATACTTTC TCTAAAAAAAAATATTAGTCCAATGCACAGAGAAAAAAACAAACAAGATTAAATGAATGA CATACAATATTTTTTTTTAACCAAATACACCCTAAGAAGTAGCTAAAACTAACAACGTGA CTCCAAAGCAAAGCTTGCATGAAAAATCTGAAGCCTTGCATTTCACGTGCCTCTTACAAA CGACTCTTATTATTAAATTGAAAATTTTCGATTATCAAATACACAACAACTAAACAAAAA AAAAAATCATCAATGAACACTCAAGAAATTCAACAATCAAATTCTACACAAATCCAAAGT GTTGAAATATCAATTCAAAATCTCATAAAAAATTGGGAGAAAAAGCAAAGATGGAATTTC TTTATCATGAATAATCCTTCACAACAACCAACAAAACAACAATGGAGAACAAATTTAACA AAGTTTTTAGAATCCACACCTCTTAGAATTTTCACCATTGTGTTACTCATAATTGATCTT GTATTCACAAGTCTTGAGCTCTCTTCATCTTTGATATCCTGCCCCCAAAACCGGAACGCG ATAAATCAAGAAACGAAAGAGGTTTGGTATCATTGGGCAGGTAATATTAGATAGTCTGTA ATATTATATATGAAGTAGCATTTTCTTGTATCAAAATGAAAAAATGAGTTTAAAAGCCTT TATATTATAATATTATTAGTTACATCGAACAAATTTTATAGCTAATTCACGTTTTTTACC ATAGAGGTATATGTAGCTTTATTGTTTCCTATAACTTTAAATTAATTGTTCTATTTAAAA CATAGTCACAACTTACAATTGTATTTAAATTTTAGTTACTTTTTTTCTTCTTGATTTTCC TTGTTGTTAGCCCTTATACAACATTTCTACGAAAGATATTATATTTCACGTTTCAAAGCT TTAATTCAATTCTATTTTTCTATTTTCCTAACAGGTATAGGGATCTTGGGATTGTTATTT TTGAAGAATGTAGGCCTTATTGTAGGTCTAGGGTGCGCGTTTTTTCGAAGACCAGGGTAC TTGTTAGATGGCATAGTGGTTATGGTGGCATTATTTTTGGAAGCATATTTGGAAAAAAAT GGAGGAGGATTACTTGTTGTTGTTAGCTTATGGAGAGTTGTTAGAGTTGTTGAAAGTGCT TTTGAGTTAAGTGATGAAGCAATGGAAGCACAAATTGAAGAAATTGTTTGCCAATTTGAA GAATTGAAAGAAGAAAATAAAAGATTGATGGATAGTGTTGTTGAGAAAGATAAACAAATT CAAATACTTCAACAAGAATTGGATCAATACAAAAAATCAACTTACTAGAATTTTATCTTG TTTTTAGGTACTACTTTTATACATATATATATTTATATAATCGATAGAAACTTTAAATTA TCTGAATAAGTAAAAAATCATATCAAAGATTTCCCAAAAAGCAGATTGAACATGAAAAAT TAGCTCATATTAAATATTAGTTCAACGTCAATTGATACTTCTTGATCTTATGCATATTAT TCCTTTAATTAAGGATTCTTGTAATAAAATATATGAATATCGAACATGAATAAATTATGT CAGCTTGGTACCCAAGTGACATAAATTGTCAAAACTCTCCAGTTTATTGCCCACTGAATG AATAAAGAGCTGGTCCATATATATTAAGAACCTGTTTGGCCTTTGATTCCATTCCCTTTG TTTGATTTTTTCCCTGCAAAAGCTTTTAGCTTTTCGTAGACTTTTAGTGACCAATGAAAC TTTACTTATTGACCAATTAAAACTATATGATAAATTAATAACAAGCTTTTGAAATGTAAT TCTTATTTTTTGAGTTTATATGAAAAAGATATGATTTAAAGTATGTCAATCTTTTGAATT TTATATCTGAACTAATTATGTATGTTAGTTTTCTATTTGAACTATTATCACTTGAATCTC TTTTCTATTGAAGTATCATCATCTTTCTGAAGCAAATGATAGTTATGGCTTGTTTTAATG AATAATTGATGATAGTTTAATTCGAACACATGATAGTTCAATTATAAAATTTGAAAAAAA TCAAAATACTAATAGATGTGTTTTGTCCCTTTGCTCTTCTTTTTTATGTGAAACTCAATT GATCTTTACTTACTTTTAGGGATCGAGCTAGAAGTTTAATTACGGATTCAAAAGAACCCA ATCTATTTTGTATAATAGATATATTTGTGTGAAGAAATTCATTAAATATATATTCATATT ATTATTATAACTTGACGAAGTCGTATTTCTTTAATTCAAAACCCATAAATTAAAAGTTCT GCTCGCTTCTAACATCACATATTAATCAAAAGCAATCGCATTAATTAATTATGTGGGTAT AGTATCCATCGTTTTAACCTAATATATAATCTTAAATATGAACTTTTTATATATAAAAGA TTGATTTCTTTTGTAATTATGTAGGAAAAAGGGAGGAAGTTATAAGCAACTTGTAAATTA ATATAATTGAACCCTAGTTTGCCTATCCTCCATCTATTCATTCGAGGTGGGAATAAAAAA ATAAAAAAATTAACACCTTCTTTTATTAAAAATATTATAACCTTCCAATTATAGTCGTCA TATTCTCAAAGGGAAAAGGGTGCAACTTGTGCAATTTTAAGTACACTTAATTAGGTCATA TACATGCATCTAGTTGTTGAATCGATGTGAGAGTTGAAATAAATTATTATTAAGAGAAAA TAGTGGGGAAAGGGTTGAAATTTGTGTAATTTAGAACCAATATTTGTACAATAAAGTTAT TCAATTGATGTAAGAGTTAGAAAATTGTGATAACAGACAGACACTCCAAAAAAAAAAATA TATATGTAAGGGTACAACTTGGTTGATTTGATTTTTAAAATTTTAAATCGTTTAGTCATT GAACTGAGGTTCATATAAAAGAATGGTTTATACTTACATATAGCGGTCTAGGTCATTAAT TGTCAATTTTAATATAGAATATGCTATTTTTTTTAAAAAATGAACAAGAAGATTTAAATG AAAGATATTCTTTTTTACCAATAATATAGGTAGAATTAGTAAGTTTCTAAGATAAGCAAT TAATTTTTTTTTTCTTCTTTTCTAATCTCTGTGGGTATATTTATGAGAATAAGGGTATGT TTGGCCTGTTTAGGTTTGGTAATTGAGTATTTAAGGTTCAAAACTTCAAATAAAGTTAGC ATATGATCACTTTCTCGAGTATACTTTTTTCTAAACTATAAACTATAGTGTTCAAGTTTA TGTATAAAAAAAAATGTTAGTGTTCAAATAAGGTAGGCATAAGACTTTTTGAGATAGACC AATAAATAATTTATCAGAAAAAAATAATTTTCACACTAGGAAATGTCAATACGTATAATA ATAATAAAAATACTTGACATGATCCATACAAATATAATATAATACACAGGACATAATATG TTAAATTAAATTTAAAAAAAAAAGACATACTATGTTCTAGGAAAAGTGCATATGAACATG AAAAAGAAAGAATTATTCAATATGAAAAAGAAAAAAGATAATTAATCTTCTAATTATTTA TCAAGGAAATAACAAATTGTCATATATAATTATTATTGGCAGAATCCTAAAATTTACAAA TATTGATGATTCTTTTAATTATGAAAAATAGTTTAGGGACTTTATATTACTTATATTAAA TGGAATATTTCTTAAATTACAAAGGTTATACTTTCTCTACTCCATTTTATTTGTATATAA ATATTAATGAAAGGATTATTTGACTAAATTAGCTTTATTTACTCCTTTTAATTTAATATA TAGACTTGCCTCTTTGTAAAGTAGCAATATGCATGCAGACTTATTAACCTACTTGCAGTA CAGTACTCTCTTTGTATTAATTTATGAGATATTTTTCAAACTTTAAATGCTAAACAATTT TCTTAATCACTATCTTTTTATATGTTTTATAAGTATTTAAATCACTAATGAAAAATAATT ACTATAATACTATTTTCTATAATGATCCTTGAGGAATACAAACAAACTTCTCGTGACTTG AGTATATATACGTGCAATTGCTAGTACAGTGTACTACATATAGTGTTGCTTCACATGCAT TGCTTTGGCACACCACATTGAGCAGCAAGTTGAACAATATGGATTGAGGCCGGGTCAGGC CTGCACCTTTTCGGATCGACCCGGTGAGGACCCGCCAAACGAAACCAATGTAGAAGAGGA AGGGGCCGGTTAATTAGGCAAAGTATGTGTCTGTGGAGAATAGATTGTATGAACAGACCT TCGTTATTATAGAATGATTATTATGATTAAAGCAGAATGACAAGAAAATATGACAACTGA ATAATAAAAAATCGATAGTATAAACACATAAAAGAATAAGAAACTACATGATTATTAATA CTATTACTGAAAACGAGAATTGGGAACGAGAAGACTGACCCCACCTCTCCCGTACATATA GTTAGGGGTGTACATGGGCCGGTTTGGTTTTTCATTAATAATAATCTAAACCAATTCTAT TAAATCTAAAAATCAAATCAAACCACATAAAGTCAAGTTTTTTCAGTTTTGACTTTAGTC GGTTCTTTTGATTTTTTGATTTTTTACAATTATACGGTGTTTGAAAAAGTGATCCAATAT ATTCTCAGTTATCTGTGTGATAAGCTAAACTTAAAAGATGTCATCGAAAAGATGTAAAAT TTACACGAGTACAAAATATTTTTGTTTTTGAAATATCAAGGTTTGATATGTAAAATTAAT AAAGATCAAAGGCGACAATCAAAGTGAATACAAAACGAAATATTTACAAAGTAAATTGTT AACTTCGAATTTGAAAATCTATAACAATATTATTTTAACTTCTGATCTTACTACAAAATA AAATATTTACAAAGTTTTACAAGCTCAAATTTAAATAAGTATATATAAACATTGAAAACT ATAAACTAACTAAAAATATATTAGCAAAGTAGATTATAAATAATATTTTTTATTTATAAA TAAAACAAAATTGTATATTTATATTATGTCGGTTTGGTTTGGGTTCGATTTGACTTTTTT TCTTCGAATAGCAAACCAAATCAAGAGTGGTCGATTTTTTTTTCACGCCAAACCAAACCA CAAATCGTTTTTTTCGAATTGATTTGGTTCGTCGTTTGATTTGACTTGTATACCCCTATA TATAGTACAGTAATACCTGGATATCTACCCACTTTCTACTTTAATCCTCGATCTCCAAAT TTTCGTATCTTGATACTAGCTATGATCACTCCCTTTATTTCATTTTCAACCTACTTTTAC ATCCACTAACTCCTTCTATACATAATCAACTTCTCATACCACCTACCCGACATATTTGCA CACTCCATCTTCACATGTTCGAATCATATCAACCTCATCATTTTTCTCATTTTGTTTATT GTTGCAAAAGCCACCCACATATTTTCCCCGTATAACTTTATTTTCATATGCCTCATAGTA TGCCCACACATCTGCTTAACTTTATAACTGATCATATTCCTCATAGTATGCCCACACGAC TGCTCTTCTAAACGTGGGTATATTCTTGACTAGCTAGCCCCTCTTTTCAATAAAACAATA TCGATCTAATCACTATTATTTCACTTGCCTTTAAAACTCTACTACATATTCTTATCACAC AAACATACCACATCGTAATTTATATCCTTGTTCTCTTGAATTATGAATTCAAAATATTTA AAATTTTCTCTCTTTAAAATAATTCATGCGTCATTTTTCATGAATTACGTTATTAAACTT ACACTTTAGATAAAATTAATAACTCACAATATAAATAATGACATAACTCACAATATAAAT AATAACGATAATGTGTCACGTAAATTGAAAGAAATTAATTTATACTTTAGTAGGATAGGA TGTAGTACACATTGTATATTAATTTTCTATTAAAGAAAAAATGTAAAGACAAAATCACAA AAACAGCAGAACCCCATTGGCTGATCCACTCTCTTTCTCACAAGACTTTTCATAAAACAA GTGTAGCACTTTTTCATTTTTTTAATTCCCAACTTGCTCTCTTCCCTCACCCCACCCACC CACCTCTCTCTCTATTAACTTCTCAACCTCCAAATCTTAACAATCCAATTCGAACAAATT ATCAAATGTATCCATCATCAACATCTTCTTCATCACAAGGTTCAATGAGCCACACCAGCA CCACCGCTGGCGGCGCCGGCGGTGGTCTCACTCGCTACGGTTCAGCTCCGGGATCATTTT TAACTACAGCAGTTGAAGCCGTCGTTAACGGTAATCACGAGTTCGCTTCTCACGGATCTC ATCACTCACACCTTGGTCCTTCACGGTTTTTTCAGTCCAATCTAGCATCTACTTCGTTAA ATTCCGAATCTACAAGTAAAGCGAAGGAACAATCGAATTTACAGAGGTCAATTGGTTTCA ATGACTTAACAATCGGCGGCGGAAGCGGCGCTGGAGGAGGAGTTTTGCCGACGACTTCAA CGACGCCGTTGGTTCGACATAGTAGCTCACCGGCGAGGTTCCTTAATCAACTTGCTACTG CTGCAGGTGATACTGGTAAGTTTTCAACTTCCCTTTTTTTCCTAATTGATATGTCAAATG ACGAATTTAACCTTCCTGTATATGATTCCTTTCTGTTTGCTTTTTTTTTTTTCCTGCTAA AGTCATCAGCATTTGGTAACTTTTTTAACCAATCAGAGTAGACTTTGCTAATTGACTAAT CACAACTAACTTTGCATAAATTAACAAACTTTGAAATGCATTTTACATTTTAAAGTATTC CCTGGTTACATTTTGTCCACATGACAAAGTTAATTTCGACACAAAATTTAAGAAAGAAAT AATATTTTTATAGTTAAACATGTTAGAATAATTTTATAGCTATTTAAATCGTAAAAATAA TTTCTTACAAAAATGTTAAATTGAATTACGAACAATAAGCTCTTGTGATCTGTTTTTTTT CCAAACCCCAGACACAGCAGAAGCTTAATTAATGCGTTGAGTTACCTTTTAAAGAAAGTG TAATTAGCTACCGATGAAATGAGAAAGTAGGTTTCTTGCAGATAGAACCAATTAATGGAG GATTAACTTATATTAATCATCTCATTGGACTTCATTAACTTCTAAATGAATTGTCATGAG ATTACAGTACAAAAGTAAGATTTACTTATGTCACAATTAGACGTTATAAACTGACTAGTT GAGCACTTAAACATAAATAATTACTCAAAAAAGGACACATATAGAGTAAGTGGGGAAATA TGCTAAGAGTAATTGAGTTTGTCTTATCTAATTACATATAACAAGTTGCTAAAAAAAATT TACCAAAAGATTAAAAGAGTTATGTACATGTTTAAGGATATACTTAGTACTCGAAGAATC TTTAATACCTCCTTACAACTTGCAAACTCATTTTTTCTTTCCCTCCATATGATTAGTACT TTTAACTTCTAATCTTAAAAAAGAAGTACTACTTCATTTGTCCCACTTCATGCAGTTACT AAAATGGTGAGCTAAAAGGAATTCTATAAAAATTTTGAACTATGAATTATTAAATTTATA TTACATTTTAAGCAATTTTAAATATGTAATTTCTTTTTAAAAAGATATATGTCCATCAAT TATTGAATCATCTCACATAAAATGGAACACAGAAAATATATCATATCAACAAAAGTTTAG CTAATTCTACTTTTCCTATGGTGAGTGTATTTTTGTGTCTGCTCTTTTTATCTGTCTAAG ATAATAACAATAACATACTTAATATAATCTTATAACAGAAGTCTCGAAAGTACAGAATGT ACATATATTTTATGTCTATTTTGTAGAAATCAAATCACTAAAAACAGTTTCATCTTTTAT CTATCTACCTTCTACCATTTCCAAATTTATACTTTCCAATCTTGACAAGTATGTTAGATA GACTTCTGTAGTTCATGTTTGTAATTGAATACATCGTGTAATTCAAGGTTTATACTCCCT CTAGTCCCAATTATCAATCGTTTGACAAGTTGAAATTATTTATAAATATTAGTATCCATT TTAGAAATACAAGAAATGATTTGTTAATCCTTTCGTTTCAATTTATGTGTCATAATTTGA TTTTGTACAAACTTTAGAAAAAAAAGTACATACGTCTACAAGTTTTGGTCTGTAACATCC CAAAACATATATGTAACTTTTATAAGATGTGTATACATTAAAAACTTCAGATTAAAAATG TGTCATTATTTTGAAGCATATAAAAAAAATTTGATACATTTAGCTAAAATTATATATTTA TTTCGAGAAATTCATTTAACATAAATAAATTCTTGTTTTACAACCAACTTAATGATTTAG AATTCAAAAGTTATATACTCTAAATCTTAATTCCGCTTATTGTTAATTAATATAAAAAGT AGAGGGGAACAATCTTGGGTTAGCTTAAAATAAATGGAATTAGTTTCCTAAATTAGAAGG TATATAACGTAAGCAGCCGCAAATTATTATTTGCTCTCTTTTAAAAATAACTTATCCATC AATAGGGCAAATTAGGTGATTAGTGGAGCTAATTGGTAGGTCTAAATCCTGTCTCAACTC TTAGTGACATGTAAAGGTGGGTTCCACATTTGGTGAAGGTGAATGCATGTGTGTCTGCTA AGTTTCCAATCGCCCACAACATTTGGCCAATGAAACCACTGGTATTAATTAATTACTCAT TAGATGGTGGATCCTTCTTTAAGATAGAATCTCATTAGCACTAATTAATATTTTTTTTAA AAAAAAAATGTTTCTGGAGATAGGATTTGGGGTGGGGGTTGAACGGAGTTAGATGCAACT TGTGCAATTTGACACTGCTGAGCTTATAAACAATAATATACCGTAATGGTGAGAAAATTT AAAGAAGTTATAAGTTAATATATTAAACAAATTTGTTACTTTTAGTTTTTTATAACTATT ATATTTAAACCAACTTGCATGTATCTAATTAATTACGTATATGTAGTTAATTATATAAAA GTCAAATTTTATTTCTTTTTAGTCTAAGAGGTAAGGGATTTGATCTTAATGGTAAAAGTA TAACGTGTGATATTCAAAATGGAGAAGATCAGAAAGATGAATTCATTATCCATTGAACTG TGAATCATGCATCACTGATCCTTGTTGTTTTTCGATTTTAATAAAAAAATATTTGACCTT TGTATTAATATAATTAATGGTGCCTAGATCCTTAGAAGCAGGGAAGGGAGAAAGAATGAT ACTACTTTTGTAAATTAATTTGATATGAGGTGGGGAGACTGAAAGGCTATGCTTTTATTG TCAACTATCAGAAACTCTACAACTCATTTTGATCATCTAAGTTGGTTAGACTTTTTTAAT TTGTTATTACGATTCATTTAAAATGCACTATTTTAAAAGACCTGACATGCAATTTTCTAT ATTTTTGAAATGTCCGATCGGTATAGAAATAAATTCTCCTTTCAACTAAAAGGGTGGTTT AATCTATGATTTTTTGCCAATAAGATATATTGATTTGGAATAGGACATACAATGTGGATG CTTTGACCTCGAAAAAAGGCAATTTATTCTCTATTAATTTTTTAAAATAATTATAATCTA CTCTACGTTAGGTTTAGGTCTACTATTAGACCTTTAATCGTTGTATTAGTTTCTTAAGTT AATGTGTGTATGAACTAAGTCATGATCATTATGTCACACAAACTTGAATGGGTCAATAAA GTTGTGTTGCGGTTCCTTTATTCATTTTTTCTACTTATGGTAATTGATATATGAGAGGTT GGAGTGTGCTTCTTTGAGCACTGAGTCTATTCCATTAGTTATGTTGTAGTTTTCTTTTCT TCAACCCAAATAAAACAATAAATAAATTAATTAATTAAACGAGCACAACTTGGGACTTAT TATTCATTTTATTTCATTTTATATGGTATCATTTTTATTAAAAAATTTATTCCATGAATA ATTACGATAACATATATGTATAATATCACAAATAGAATATAGGGAGGACAATATGTACTT CTTTACTAGGTGATGAAACTTTAGGCTAAGAAAAAATTATTTGAAGTAAGATTGTCAAAA AATATTTGAAACAGAATATTGTATAATTATGTAGTAATGTAATAGAAAGAATTGAAAAAC TTTCAGGGGCCAAAAAGTATTTTGTGGTCTCTGTAAATTATACGAGTAGAGATATAAGTT TTGGAATTATTAATTGATTTTATAGAACAAGTTGTCACTTGGGCCCAATGAGCAATATAG ATATTAGAGTATTATTTTGTTGTTTCCTTAATCATAATCTTAGTAAGAAGCTCCTTATTG GAGGAAGTGAGCATTTCTTTTGTGGGGTCCAAACTTTCAAATATAGCAAGTTGACATTAT ATAAAATATAAAATTCTAGTAAAAGTAGCAACTAGCCAATAAAATAATGAATAAAGGAAA GGGAAGGAGTTTTGTCCCTTTATTTAATTGATGGTGATTGTGCCTACGATTCTTTGAATC CATTTTTTACTTATTTTGAGGTCAAGATGCATTCACCAAACAGCTCCTAAAATTCCATGA CTGGTCAGTTATCACGTGCATGGGTATTTACTTGACCCGTTTATTCCCACTTGCTCTATC CATTATTATTATTATTATTATCTTAGCCGCCACCTAAAACCAGCCCAATGTTTTTGAGTG CTTTACTAGTTCTAAGATATTTTCTGAAAGTTTTACAGTCGACTGTTAGCAGATGATCCT GTTTTTATTTGTTGGTGTAATTTATGATTCTTCATATAAGAAATGCTTTGATTATGATCT TAAATTTTGTAGACAATAAACAAACTTCAATGTTTTGTTAGTTTCAAAGGCTTATATTTT CACAACTTGTGAAAATAGTGATTAAATTTAAATGATGACTTATTTTAAAAAATTTTTAAA TCAAGGACTTTCTCATTTACTATTCATATTTTGTTTTGTCTAGTGGTTAACGAAGGAGGT TTAAGCATTATAAGGTCCTAGGTTCAGTTCCTAACAAAGAGAAAACACTAGGTGATATTT TCCCTCATATATCCCATGAAATGGAGCTTTAGTAGATCAGTTAGTTTTGAGTTGAGGGTC TATCGAAAACAATCTCTCTACCCCACAAGGTAGGATAAGGTGTGTGTATCTTATTTTCGT TGGTTTTATCTTTAGTTTGAGTAGTAATATTCATACCTTGTCAAACAAAGACTTCAAATT AGATATCAAATGGAAGTCTAACAATTTGATGTGGAAAAGAGGATCTCTTTTATGTTATGT CTGTAATATACTTTAATTTTGTCAAAGAAGACCTTAATATATAGAGCCAAAAGAGACCAA ATACTTTTCCATGGAGACTACAAGGGTCACACCAGAACTATCAGCTTTTGAGATGACATT TTTGAATCAAACTCACGAAAAGATTCATATCTAATATGTTGTAAAGGTTTTAATTTGGTA AAAAGAACTCGTTACCATAACTTGTAGTATAATTCAAGTTTGACTTGACGTTAGGATTTT CAGTTTCAATGGGGAGAGGAAGCTATAACCCAAAAGGCGGTGGAGATAGTGGCCGGGGAA TAACAAGGCTGAACTCTCAGCTCAGCTTCACAACGCAAGAAGCTCTTTCTCAAATAGCAG AGGAAAATGAGGATATTGAAGGGACCAGTATAGCCAATGGCCACAGAAAGTCAACACATT CTTATGCCAGTGCAAGTAGTTTCGCGATGGGTTCTTGGGAAGATAACAACTCTATAATGT TCTCTGTCACACCTAGCAAACGATCCAAGCAGATTAGCAATGACATTGTCAATGGGCTCG ATGACGGGGAAACTCAGGTAATATAACTGTAACTTTGTGAAAGTATGTTTCTCTGATAAA ATTGTATTTTTAGTTGAGTGTTTAAGGGTCATGTTTTCTTTATCCTGAATTCTAGAGTTG TGCATGTGATATGCCTAACGTTAACAATATTTATGTGAAAAGTGAGATGTAATTTTAATG ATGTTAGCCTTCTAGATGAAAAAATGTCATGTGCTTTGATTTGGTGATCTTACAACTGAT TCAAAATCTGTTTTTTCTCCTTCAACACGCTATTTGAAATCTTTCAAAAAGTTGATGATT TGGTTTTTGCTTGCATTCTTTTGTCTCTAATTCCCTACCTTTCTTCTTTCTTCCAGCTAA TATGAACTTGAAGGTCACTATCAGAAAACACATAAACCTTCACCGTTTGACATCTGTGTT TTCAACATGTAAACGGCGATAGATATACTTCCTTTACATTTTTCCCCTTAACAACCTTAC AACTACATTCTGTGTATGTGTTTCTTTTCTTTCTGCAGAAGTATGTAAAATAAAATAGAC AAAATAATCCATGTTGGCATACTCAATCATGTTTCTCGTGTGTAACTCACACAAAAATTG ATGAAAACTGCATTTTTATTACTTGTGGGAGGATGAACTGATGTTTTTCGATTTTTGAAC CATTTTCAGTTTCAGTTTGGCTTGTCTCAGACAGCTCTAGAAATAGCATCTATGGATAGA TTGCTGCACATCCCCGAGGATTCTGTTCCTTGCAAAATTCGTGCCAAGCGTGGTTGTGCT ACTCATCCTCGCAGCATTGCAGAAAGGGTGATCTTCATATTTCTTAAGCCATTCCTTTAC TTGGCCCTTATAATGAACAAAAAAATAAAAATCCAATTGAACTTTATCAATTTATTTTTC CCCTGCTTCATTTCATTTGATATGGCTTCGATTGAGAATGAATTTCAAGATACTATCTGA AGCTGATGAAACTCTTCCAGCCACTGATTTTAAATGCCAACTTTGCTATTATGTAACAAT AGATTTAATTGTCAACATGTAGTAGTTGTGGCATTTGAAATACTTTTCCTCAAAATTTGG ATCATCATAGCTATGTTTTGCTTTTACTAATACACAATAATGAACGTTGTATTCTTTTCT CATCTTATGCAGGAGAGAAGAACCAGAATTAGTGGGAAACTAAAGAAGTTACAAGATCTT GTTCCAAACATGGACAAGGTATAGTTTGCTTCCACTCCACAATATTTTCTCAATTGGAGC TTATTGGAACATGTTTTAGCTGTAAATTTTGTCGCAGCAAACGAGCTACACTCCAATATT AACAACATTTTCTTGTTTGTTTTCGCAGCAAACGAGCTATGCTGACATGCTGGATCTAGC AGTGCAGCATATTCGAACCCTTCAAGATCAGGTTCAGGTGAGTGATCAAAATGATCAACC TTACTGCTTTGCAGCTTTACCTAAATTACTTATACTCTATGTTCCTTACACTCTTCAAAG AAACAGCCAGTGTGTTGGATTAGATCCTCCAAAAGCTATTAGTACAACAATTTTGGCCCG AGCAACATATCTTGTATTCTCACATGAGTTTACACCAAACCGAACAATTTAACCTTAATG TATTTGGGATAGATGATGTCTAATATGTTTTGCAAATAAAAAATGATAAATTTTCTAGCC CCACCTTTATAGCTGTGTGATTGAAATAGTCGAAATATAATTTTCACGTTTTCTTATTCT TATGCAGAATCTGAATACAGAACTTGAAAACTGCAAATGTGGATGTAGGAAATCAAGTCA ATAACAAAATGGGAGGAAGCACTTTAGCTGAAGATTGACTTAAAAGGATTTTTGTCACCA TTATTTTGCTTCTTAGAAACTCAAATTTGTACATATGGAAGTAAATTTCATACTAGTTTT TTAAAGCTAAAAAGTGAACTCTCTTTGTTTTTTTTTCTTTTCCCTTTTCCAGTTAGAAGA CTACGTATATGATTGTTTTGGATTATTTCTAGTTTTCTTTTTTCATCTAACATTTACATT TTTAATTTATTTTTGAGTTTATTTTGCTTGAAGATCATAAAAGCTAATTGATGATGTTGT ACAACTACTTTCTCTATTTCATTTTTATGTTCTTCTTGGGAAACAACCATTTACAATTTG AAATCCAACTCTACTCTACAAGGATTTCATGTGTTTTATTTATCGAACTGTTCATTTTCT GTGAAACAAGTCATTTAATTAATATAACGTTTGTATTGAGCCATAAAATCTATTTTTCCC TTCTTACTTGTGTATATCATGAATAAATGTGATTTATCAATGCGGCACTTTAGGATATTT TAATATTTTGCTCATGAATGATGATTTGCTCATTCAGTAATATTGCATAAGAATTGAGTA ACTTTTGATATCAATGTGATCTATATTTTGCATATACAATCAAAATTTCAACTTCATATC AATAAGAATTTATATCGCATTATCCAAATGGGGCCCTACATTTGTAATTTTTATATCGCA CTTGTCCTGTTAATCAAGTGTGAAAGATGAGCAAAATGAATCAGGCTGAATAAAAGTTCA TTGTTCGAGGGATTTTGTGAGTGTATTTTCCTTGAGAAAAAGACAAATAATATGGTTGTA TTATTGAGCCACTTTACAGATACCACCAAAGGCAACTTGCTACTGCAATTCATCTCTTGT AAGAATTATTAGAGAGAGAGAGAGAGAGGGAGCTCTTCCTTCTTCCTTCAAACATTCAAA CCTTCATCCATTTCATTTCATTAAACCTTTTCTCTAACTTCTCCTAATACGTGAACTCGG AAAATATATCTTTGTTGAAATCCGAATCTGAGAACTATGACTCTCATTTTTACCCCATAA TGTTTGTTTCTTCTCTTGATGAAGTCAGCTTTCAATTTTATTTATGATTGATGAATCAGA AAATTGAAGATAATAAACAGGCATAAGAGAAGACAAAAGTTAACTAACTGTAAGTCATCT TCTTCATGAATTACTTTTTCCTATTGATACAAAATTAATAGTGTTATTATATTAGGAAGC CAGTTTCTTTGTTGACGAAAACTGAAATCAAGAAAAAAAGTCTGAGATCATATAAAAAAG GTTTAACTATGCAAAATTTGTTAGATGAAATGGTGCATAAGATGTATAATCTTTCAAAAG ACTAGATGAATAAAAATGTCGCTCTTAAAGAAACTAATTCCAAGAGTTGGTACACTTGCA GGAAGTCTTGTACGGAAGATGGCTCAAAATGAAATTGAAGATATGTTAGATCACCTGAGA AGGATCAAGAGTGGAGGTAATCTGGATAGGGTCAAGATCAATCGAATTGAGAAACTTGAA ATGGTGTTCAAGTATCATCATGTTCTTTTGCCTGATTCCATCGTCAAACTCAAAAAGAAG GACAAATGGATTGCGAAAATGGTTCAGTGGGTATTGGATGGAATTCCGGATGAATGTAAA ACTAACCTTAATTTAAGAAGGTTAGAATTACATTTGTTGGAATTCTTTGAAGGTAAAATC AGTTTAAGTTACAACCATGAGTTGAATGATTCTGATCTGTCGAAATATATGGATTGTGTT GGAAAGAATCTAAATGATGTACTGATGATTTTACTGCAAAGGGCTAGGTATGACCCTCCA GGAGAAAACCTCGAAATCCACAGATTTATAAAGCAATTAAAAATTGTTCAAAAGAAAATG AGATTTTTGAGATACTTATATGTTATAGAGATAAATGGTTACGTCAACCAAGAGAAGTTG GAATGTTTGGACACTCGAATGCATTTTATGGCTTACAATGTGGGACAACTTTGTCTTGCT ATTTTAGGTTACGATATTTCTAATTTTGTAGATGATGATGATGATGATGATGATGATGAT GATGATGATGATGATGATGATGATGATGAGGATGAGGATGGGGATGGGGATGGGGATGGG GATGATATCTTGAATAAACCTCCTTATTTATTATTCTTGATTATCTTAGTAGAGCTGGAA ATGAAGAAAATTTTTCTCGGTGAACTAAAGGCTTCCAAGTTTACTCAATCAAGAACTTTC AAGGACAAGAAATTACCAAAAGGATTTTCTCATCATCTCCATAGTCTGTTGATGTATCTT AGAAACAAAAAGCTTGAGAAATTTCCTAATAATAACTCTCCTCAAAATATTGATATAGCA ATAGAGTTCTTGTTGGTTTTCCTTGATGCTGATGTCGGAAATCATGTAATTAATGGTAAC TGGTTGAATGAAGTTATGGAAAAGGTTGGAGCTATAGCGGGTGATGTTCTATATGTAATT CAAAAGCTTCTTCCTAGCTCTATAAAAAAAGATGACAATAGCAAAATAAGTCTTTGCTCA ATACAGATATGGGAGAAAACTAAAGATCTGAAGGCACAAGTGGAGACGCACTATAAATCC TTAAAATTCACTCCATCGCAATTCCCCACTGTTGGTGGATGGAGCTTTCTGGATTCTCTT ATGCGGAAACTGAAAGAGATGTCGAAATCTAAATCTTGTTTAGATTTCCTGATGAAACCT CTTTTGGGGAATTTGGAGAAAGAGCTATCAGCTCTTACATCCATTTTAGAGAAGGATCTG TCATCTTTATCATCCATTTTAAGCGATGTCGCCAAGGTGCACCATGAACATGAAATTCTT CAAGATCTTCACAGGCGTACTATCAATTGGGCATATGAAGCGGAAGTTGCGATTGACTCT ATTCTTGCTCAGTATAATGTCTTTTGGCATATTTTTTGCTCACTTCCTACAATCTTAAAA GAAATCAAGCAAATTAATGTGCAGGTGACTCAGATGTGGTCAGCGGACATTGCTCTTAAG CCTTGCTATATGGTAGCACCATTTGAATACTTCCCAACTCGACATATCAATCCAGTGACT GATGAGGATATAGTGGGTTTTGGGAATGACATAGAAAAAATGTTTCAGTATCTGATTAGA GGTACAAATGATCTAGACGTTGTCCCAATTGTAGGCATGGGTGGACAAGGGAAAACGACA GTTGCTAGAAAGGTGTACAATAGTGACAACATTGTTTCTCATTTTGATGTTCGAGCATGG TGCATCGTTTCCCAAACATATAACCGGAGAAAGCTATTACAAGACATTTTGAGTCAAGTT ACCGGTTCCAAGGACAAGGGGTATGAGGATGATATCCTTGCTGATGAGTTGAGGAAAAGC TTAATGGGCAAGAGATATCTCATTGTCTTGGATGATATGTGGGATTGTATGGCATGGGAT GACTTAAGGCTTTCCTTTCCAGATTCCGGAAATAGAAGCAGAATAGTAGTAACAACTCGA CTTGAGAAAGTGGGCGAACAAGTCAAGTGCCATACTGATCCTTATTCTCTTCCGTTCCTC ACAAAAGAAGAGAGTTGTGAATTGTTGCAGAAAAAAGTGTTTCAAAAGGAAGATTTCCCG CCTGAACTACAAGATGTGAGTCGAGCAGTTGCAGAAAAATGCAAAGGACTGCCCCTAGTG GTTGTCTTGGTAGCTGGAATAATCAAAAAAAGGAAAATGGAAGAATCTTGGTGGAATGAG GTGAAAGATTCTTTATTTGACCACCTTAATCGTGAGTCGGAAGAATATAGTCTTTCAACT ATGCAGTTGAGTTACTATAACTTAACCGACTGTTTAAAGCCTTGTCTTCTTTATATGGGG ATGTTTCAGGAGGATGCAATAATTCGAGTATCTGAATTGATAAGTCTATGGATTGCGGAA GGATTTGTGCAGAGCATTGAATCTGGGAGATTGTTGATGGAAGAGGCAGCTGAAGGTTAC TTGATGGATCTCATTCAGAGTAACGTGGTAATGGTTTCAAATAGAAGGTATAATGGTAAG GTCAAATACTGTCAGGTTCATGACGTAGTGCTTCACTTTTGCTTGGAGAAGAGTCTAGAA GAAAAGTTTATGTTGGCAGTGAAGGGGCATGATAGCCAGTTTCAACCTTTTGAATGGAAG GAAAACCGAGTGAGCTTCAGTTTCAGTAAAGAGCTTTCCAAGTTTGCATCTCTAGGATCC AAAACACGGAAGTCTTTCCACCAACACTTGAGGTCACTGATAACGATAAATAACCTAGAG TTAATTGATGGGATTCCCTTCTGTCAGATTCTTAAATTGCGACTTCTTAAGGTCTTGATT TTGACTTCCCATGAAGTGGATTATTTGTCGTCAGCTACATTCAAACCTCTAAATCACCTG AAATACCTCGCAGTTTGTGCAAATAAGTTTTACTTTCATCCAGAATCACATCTGCCCAAT CTTGAAACTTTAATCGTAAATAATTGGGAAAATGAAGTAGAGTTACCAGCGTCTTTTTGG GAGATGGAAAAATTAAGGCATGTTAAGATTTGGGATGCTAAATTTGATTTGGAAGAGGAT AATCAGGGATCCTCCGAATTGGAAAATTTGAGGATATTACAGTATGTAAAATTTCCAATT GATGGAAGGGATAGGGTGGATATGTTATCAAGGAGGTGTCCAAATCTTCAAAAACTGCAC ATCAACTTGGAATATCGGGGCAGTAATAATTCGGCAGATTTATTTTGTCTCACATTAGAG AATCTTACTCAGCTTCAAAATCTTCGCCTAACTGTTGAGAGGTCCAACATTGTATCTGGG TTACAATTGCCTTCAAATTTAAACAAGTTGGTACTAAGTGGGGCTCATATCGAAAACCTG AGTTCCTTCATTGCAGGACTACCAAGCCTGGAGTATCTCCAATTTTGTGACCCCTATGAA TCTGTTCAAATCAGAGATTGGTGCCTTGGAGGTATCACGTTCCCTAAACTTAAGTTGTTG AAACTGGTGAACTTACCGATCTCAAGGTGGGATGCCTCAGAGGAATCGTTTCCCCAGCTC GAAACACTTGTTATAAAAAGGTGTAACCACCTCAAGGAGATCCCCCTTAGCTTTGCTGAT ATTCCAACACTGAAGCAGATTAAGTTGATTAGGTGCGAGAACGAATCTCTCAAGGATTCA GCTGTGGAGATTAAGAAAGACGTTGAAGAGAATGAAGGAAACGACCGTATTGACCTCATT ATCAAAGTAAGTAGAAACAAACTCCTAAATATGTTCTGTTTTTTTGAGTATCTAACTAAC TTGACACCACTATGTATAATACAGGGATGGTAGGGAATATAATTCGAGATGAAACATGTA CGTGCCTGTAATCACAACAATGCTATATATTCCTTCTTCTAATTTGACGCTTGCTTTTGC TTAATTGCTCCATGTTGATTTCAAAATTGCAGCAAAATCACAGACAGAGTGGCCGGGGAA TAACAAGGCAAGAAGCTCTCTCTCAAGTTCACAAATTTTCGCAGCATTAAAAACTCAAAG GTTTTGATAGTGTCTTAGATATAAGCTCATTGACATGATACTTTTGCTGTGCACTCAAAA TTTTGAAGTTTGTTATTGTTGAATTATTGTAATTTGTGGCACCTATTGAAAAATTTTAAT CACAAACATTTCTTTTTTAATAAAAGTAACATGAATGATGGTTTGCTCATTCATCAAAGT GTATGTACGGCATGATTTCATATCGCCTATCCAAATGAATTTGTAAACTTTTATTTGTAA AATCAATTTTCCCTTCTTCCCCATGTATGGCATGAACTCTCTACTGGTATAAGTAACAAA ATATAAAACCATATGTATTTACATGAATATATTTAGAATTCGATACTCTAGGGTGTGAAA GCAGAATTTGATTTATTTGACAAAGGTCTAAATATTTTTTTATGCAAAATTTGAGTTTTC TTTTCACGTTCCTCTCCTGTTTGGGCTATATCCAGTGGCGGAGCTACGATTTTTAACAAG GAGTTCAAAATCTGAAGAAGTAAAGACACGAACTAATCGAACATAAAATAAAATTTTAGC CATGTATACTATTTTCTGTTGAAGGAGATTTGAATGAACCCTTGAATGTATGCTGGTTCT GCCCTAGCTATACCGATGTGTCAATTCCACTAAAATGTTTATCAATTTAAATGCTTGTCA ATCCCTTTTTCTGATCTGCCCTCTATGATTATTGTCACACATTTGATATTATGACTTTCT TTTTGTTTTTTTTTAAAAAAGACTACATCCGCATGGGTCTTTTTTAAATAACTAGTCTTT GCGCACGTGCAATGCACGTGTATCCTATTAATTAATATTTTTTTTTTAAAATGACACAAG TATAAAATATATAAATAAGGCATAAAGAAGATTTTTTATAAAAATAATCATAAACTTGAA ACAATGAAGGGTGACATGTATACTTCAAATTTTCTGAATTAATTGAAACGTCAAGTAATA TTACCCTATTATCAAATATAGATATGAGAACCATATATTTATTCACCGGTCATTTGTATT ACATACACTTGTATTATATATATGCATGACTTTTCAATTTAATTGGTACCATAAAAGTGA GGTTCAATCATATTATTTTAATTGTTACCATAAAAGTGGCATTACTACGATGACTTTTTG AAAGTTAATGTCTCTATGATCCTATACTATGTGTTGACAGTAATAACTACATTTCTTAAA GGATGAAAAAGTTCGTCAAAGAACCAACAAAAATTGAAATCCCAAGATAAAAAATAGAAA ACTATCACATAACGTATAAAATTGAGCAATACCTCGAGAATACATTTCAAAATTACTAAA AATAGTCAAAAAATAAATATAAAGAAACATTCAATGATACAACATATTAACAAGACCACA CACAAAAAAAATAATAACTGTGTAAACCTCTTCTAGACTAGATTGAAACCATAATGAGGC TAAGCATATCAAATACCATAAAACCAAAAAAAAAAAAAGTTGATATTCAAAGAATACATC AAAATCTAATATTAAGAAAGAAGAATCAAAAGCAAATAACACTAAAAAGATCACACAAAA TTAACAAATTGTATTACAGATTCTTAGCACAATTTGATGGAAACAAGATCAAAAACTTAA ACAAAACATATTAAAATACAATAAACAAAATCAAGATTAAATAAATAAAATAATAAAAAA GAAAAAACATAAAAATTCAATACGAATGAAATTACCTTTAGTATCTATACTACTTCTTGT ATATCTTTTCTCTATTAACAACAAAAGATGATAAAGAAATAATCACTAACACAGTCTCAA GCCAAAATTAAATTGATTTTGATAAAGAAGAATTGATATACACATTTATTAAGAAAAATA TAACTTTTGGTCTTTCATCTTCTTGTAACTATTTCCCAAAAGAATTTAAATCATTGTATC TAGAGGCATGAATTTAAATAAAAAATATTATCTAATATTAAATTAATTATATATTAATAT TTATTTAGATTAGAAATAAAATAAAAATAAAATAATAATTCAACTTTTAAGTTGAGAGCT TCATGCTTATAATAATATATGATATATCATGGAATAATTAGACATTATTCTTAAAGACGA GGGATAAAGTTGACGTTTTTACTAAAGCAATCAATAGGAATGAAGCACTATCATTATTTT ATTATTAATTAATAAAGAACCAATTATTGTTTACCTACCATTAATTAATAGATTAATAAC GCACTAATTCAGAACTCATACAGTACACATTCCAGTATGTTTGAGCCATTGCCATCTTTA TGTACCAGATAACACCTCGTACCACATAGGATTTGGATCTACGATCAATCAGTTAACAAT AGACCATTATATCACTGAGTTATTGAGGAATAACAAAAGATTTGATAAGTTAAAGATTGT GGTAAGTTTCATTCATTCATTATTTATTTTCATACTTGATGGATCTATATATATACTTTC TCTTCCCAATTTAAGTGTCTTAGTTTGATTAGATATGAAGTATAAGAAATAAAGACTTGA TTCTTGTAATATTAAATTAAAGCCTTTAATATGATCATAAGTCACCTAGTTTTTTTTTTC ATTTCATTCATAAGGTCATTCAAGTTTAAAATTAATACATCCGGCTACTTTTTATGACAT AATATCTGTAAGTCATCTTCTTCTTGAATAATCTTTTCCCCTTTGATTTTTCAAATGGTT CACTCAACTAACAGCTCAAAAAATCATTTTTCTTTATTGAAGAAAATTGGAATCGATAGT TTTCTTAGATAATAACTATTAGTTGAGTGATCATATGAAAAGCGTAAAATATGCTTTGTT TGCAAGATGAAATGGTACAAAAGATGTATAATCTTTCACAAGTATTAACATAGCTTCAAA CACTAGATATATTGAAAGACAATGAATAAAAATGTCGCTCTCAATGAACCTAGCTAATTC CAAGAGTTGGTGAACTTGCAGGATTTTTTCTAAAGAAGATGGCTCAAAATGAAATTGAGG AAATGTTAGATCGCTTGCGAAGGATCGAGAGTAGAGGTAATCTGAGTAGCGTCGAGATTG GGAAAGTTGAGAAATTTGAAAGAATGCTAAGATTTCTTAGAACCATTACAAGTTATCATC GTTTTATTTTCCCTGATACATTAGTCAAACTCACAAAGAAGGCCAAATCGATTGTGAAAA CACTTCAAGGAATATTTGATGGGATTCCAGATGAATGTAAAACTAACCTTAATCTGGAAA GGCTCGTATCACATTTGTTCGAATTCTTTCAAGGTAATACGACCAGTTTAAGTTGCAATT CTGAGTCGAATGATTTTGATCTCTCAGAATGTATGGATTGGCTCGTAAAGAATATAAATG ATGTACTGATTCTCGTGGGACAGCCTATGGATGACTCATCTTGTCGGTCTAGGTTAGAGT TTCTATTTATAAAGCAACTAAAAATTATTCACAAGAAAATGAGATTTTTGAGATACTTAT ATGCCACAGAAATAAATGGTTACATTGACTATGAGAAGTTGGAAGGTCTGGAGACCCGAA TTCAGGTCTTGGCTGATAATGTAGGACAATTATGTACTGTATTTATTGTACTCGAGGATG AGGATGAGGATGAGGATGACAATGAAATAGTTGATATAGTTGAGAATAAACCTCCTTATC TATTAGGGTTGATTGTGTTAGTGGAGCAGGAAATGAAGAAGATTTTTCTTAGTGAATTAA AGGCTTCAAAGTTCACCCAATCAAAAACATTCAAGGACAAGAAATTACCAAAAGGATTTT CACATCATCTCAACAGTCTGTTGGTGTATCTCAGAAACACAAAGCTCAAGAACTTTCCTG ATAATGTGTCTGCTCAAAATATTGGTCTGTCAATAGAGCTTCTGTTGTTTTTTCTTGATG CTGATCTTTCAAATCATGTTATTAGTCGAAACTGGTTGAATGAGATCTTGGAAAACGTGG CAACCATAGCGGGTGATGTTCTATACGTAATTCAAAAGCTTCTTCCTAGATCAATAAGCA AAGACGATGACACTAGCAAGATAAACATTTACTCGATGCAGGTATTGGAGAAAACTAAAG ATCTGAAGGCACAAGTAGAGACGTACTACAAATCCTTAATATTTACTCCATCTCAGTTCC CTACCTCTGGTGGTTTGACCTTTATGGATTCTCTTTTAAGGAAATTAAATGAGATGTCAA GATCTAAATATGGTTTAGATTTGCTGATGAAACCTATTTACTGTAATTTGGAGAAAGAGC AATCAACTCTTATATCCAATTTAGAGAAGGAGTTGTCATCTTTATCATCCATTTTCAGAG ATGTCACAAAGGTGCACCATGAACATAAAGATCTTCAAAGACGTACCATCAATTTGGCAT ATGAAGCTGGGGTTTCCATTGACTCTATTTGTGCTAAATATAATGTTTTTTGGCATTGTT TTTGCTCACTTCCAACAATCGTAGAAGAGATCAAGCAAATTAATGCAGAGGTAACCGAGA TGTGGTCAGCGGACATTCCTCTTAATCCTCACTATGTGGCTGCACCATTTAAACACCTGC CAACTCGTCATAGCAATCCCATTACTGATGAGGAGATAGTGGGTTTTGGGATTGACAAAG AAAAAATAATTCAGTGTCTGATTAGAGGTACAAATGATCTAGACGTTGTCCCAATTGTAG GCATGGGGGGACAAGGGAAAACCACAATTGCTAGAAAGGTGTACAATAGTGACAACATTG TTTCTCATTTTGATGTTCGAGCATGGTGCATCGTTTCCCAAACATATAACCGGAGAAAGC TATTACAAGAGATTTTGAGTCAAGTTACCGGTTCCAAGGACAAGGGATATGAGGATGATA TCCTTGCTGATGAGTTGAGGAAAAGCTTAATGGGAAAGAGATATCTCATTGTCTTGGATG ATATGTGGGATTGTATGGCATGGGATGACTTAAGGCTTTCCTTTCCAGATTTTGGAAATA GAAGCAGAATAGTAGTAACAACTCGACTTGAGAAAGTGGGCGAACAAGTCAAGTTCCATA CTGATCCTTATTCTCTTCCATTCCTCACAAAAGAAGAGAGTTGCAAATTGTTGCAGAAAA AAGTTTTTCAAAAGGAAGATTGTCCGCCTGAACTACAAGATGTAAGTCAAGTAGTTGCAG AAAAATGCAAGGGACTGCCTCTAGTGATTGTCTTGGTAGCTGGAATAATCAAAACAAGGA AACTGGAAGAATCTTGGTGGAATGAGGTGAAAGATTCTTTATTTGACTATCTTGATTGTC ATTCAGAGCAATATAGTCGGGCTACTATGCAGTTGAGTTTTGATAACTTAGCTGATTGTT TAAAACCTTGTCTTCTTTATATGGGGATGTTTCCGGAGGATGCAAGCATTAACGTGTCTG CATTGTTAAGTTTATGGTTAGCGGAAGACTTCGTTCAGAACATTAAATCTGCTGAAGATT ACTTGATGAATCTCATTAGCAGTAACGTGGTAATGGTTTCAAAGAAAGAATATAATGGCA AGATCAAATACTGTGAGGTTCATGATGTAGTGCTTCACTTTTGCTTGGAGAAGAGTAGAG AAGAAAATTTTATGTTGGTTGCGAAGGGAAATCATAGTCAATTTCAATCTTTTGTTTGGA AGCAAAGTCGAGTGAGCTTCAATTTGATTGAAGAGAATTCCAAGTTTGCATCCAAAACAA GGAAGTGTTCCCATCAACCGTTGAGGTCACTGATAACGAACGGAGCATCTTTTTATATAA TGTCCTTAAGTTCTTGGATTCATAATTTGCGACTTCTTAAGGTCTTGGTTTTGAGTTCCT ATGAAGTTGACTATGTGAATTCAGCTACACTGAAACCACTTAATTACCTGAAGTACCTCG GAGTAAGGGCAACTACGTTCTATTTTGATCGAGAATCACATCTGCCCCATCTTGAAACTT TAATTGTGAAGAATGATAGATCAGTTATGTTACGAGGGTGTTTTTGGGAAATGGAACAAT TAAGGCATGTTGAGATCAATGATGCTGAATTTGATAAGCAGGGGCTCTTTGAAGGATCCT CTAAATTGGAAAATTTGAGGATATTAAAGAACATTGTTGGATTTCCAATTGATAGGGCGG ATGTGTTATCAAGGAGGTGTCCTAATCTTCAACAACTTCAAATCGAATTTGGATCTTTTG CAGAACCTCTTTGGCTCACATTGGAGAATCTTACCCAGCTTCAAATACTTGACCTTTCCT TTAGGTTGTTCCACATGCTATCTGGGTTACAATTGCCTTCAAATTTAAAGATGTTGGTAC TAAGAGACGCTGATCTAGAAAACCTAACTTCCTTCTTTGCTGGACTACCAAGCCTGGAGT ATCTTCAATTAACAAATATGTATTTTCCTCAATCAGAATGGTGCCTTGGAGATATCACGT TTCATAAACTCAAGTTGTTGAAACTGGTGCAGTTAGATATCTCAAGGTGGGATGTCTCGG AGGAATCCTTTCCCCTGCTTGAAACAATCGTTATAAGATGGTGCCATAACCTCGAGGAAA TCCCCATTAGCTTTGCAGATGTTCCAACACTGAAACAGATTAAGTTGGTTCACTGCAAGA ACAAATCTCTGGAGGATTCAGCTGTGAGGATTAAGAAAGATGTTGAAGAGAATGAAGGAA ACGACCGTATTGACCTCATTATCAAAGTAAGTAGAAATAAACTCCGATGTTTTGTTTTTG AGTATTTACCTGCATCTAACTTGACACCAATAATACAGAAATAGTAGGGTCGTCCGGAAG CTGTGAGTCAATTATGTGCCTGTAATTACAACAATGGTAAATATGGTTTCTGTTTTATTT TTTTCGTGTTCCTTTCTCTAATCTAATGTTTGGTTTCACTTAATTTCTCCACGTTTATCT CAAATTAAATTTGATAATTGCAGCAAAAGTACAGCCAATTGTTGCAGCCACGCTCATGCT CAAGTATATTGTGCGCCTAGAGCCGACATCCCTGTCCTTTTTCTGTATGTTGTAGATGAT CTTTCACTGTGATTTCTTGTTGCCTTTTATAAACATCATGCCTTTGTTATGCAGCTTTAT TAATTTACAACCTGTCAAAACATTGCTTCTTTGTTTTTTGTAATATAATAGTTGTTTCCC TTCCATCTTACACCTGCAAAATTCAATAAAGTATACAATTGAAAGCTGGCTGAATACAAC TCCCTAATATCAATCAATAGAATACTGAATGAAAGTTGTTTTGATACAAAAGCTATCTAT ATTGTTCCGACTCTTAAAAAATGTCACCAAGTAGTACTTTTGGATAACAACTTAGATAGT TATTTGTACTTCCTCTCTTATTCCTTTGGTAGCCTACATCAAATCAGGTTGGTTAACATG AACATTTACATATCTATAAAACTCAGGCAGAAAAAAGTAAAGCATAGATTTACGAGGATA CAGATTCGAGTCTCTGGAAGATTTATCACTTTGAGATGATCCAAGTTTTACGTAAATCAA GTATAGAGAGAGAACCGGATAAATGCTCTACTTTATAGAGTGTTTAGCGGCCATGGTGTT GGATGAAAAAGTACAACTTGAATATGCAATTCTAAACCATACGAAAACATTGAAAAATCG AGACTTGAAGTGATTTAGGAGTCTTGTGTGGAAGGGCTCTATCGCACAAAGGATCAAAGG TACACAGGAGATAACAAAAAATTTCATCGCAAAAACAAGTAAAACTTAGATATAAAGGTA TGCACTAGCAAAATGAGTTCAGAATACGAGAAAACTACATTGCCTGGTTCAGCCTTTACT TCGAATTAGACTTGGGCCTTAACGGAGGCTTCTTCCAAAGCAAGACGAGAAAGTATCCAT TATTCATCTATCCAGGAGGACAATGGTGGAGTCTCCGAATTTATCCAAGTTGCCCACATG AATGCGTGCCTTTCGCCTTTAACCATATCTTCAGCAGCACAGGACTCTAACTGCATCATT TCATCAATTGTCAGCTTTACAGATATGGCTTCGATATTTTCGTTGAGATTGTCAATCTTG GTGGTACCGGGTATGGGGCATATGTCATCTCCTTTGTGAAGAATCCAAGCCAATGCAAGT TGTGATGTGGTGCATCCCTTTCTTGATGCTATTTCCTTGACTTGCTCGTATATTTGCTTG TTGTGCTCAAAATTTTCAGGCTTGAACCTTGGTATATTCTGGAAAAAAAAGCAAATGACA TCAGCCATCCCGATTATATGTATTGTTTTATACGTTAATTATAACGTGCTGTATCAGAAG AGATTTCGAGCGATAAGGATGAGTTGGCAAACTGGATTGAGAACCATGAGGTTCAAGTTC AAATAAAAAAGACCAGGTGATTTCTTTCTATCTGTCTATGCCTTGATGGATAGAGTTACC CAATATCAATGAACCGAAACAGTTTTTTCTTTGATGACAACTTTGTTTAAACAACTCTAT TTTTGTATCGTTCTAATTATAAATATTGTGATTTCTAGTTAAGTTTCTATAATTCAGATA TACCAAAAATTTGGATGCATTGACCATGACACTGTGACCCGCCATTCTTTGTGGGATAGA AGTACATATTTTGTACACTCTAAGCATGTTAATATATAAAGAGTGTTTTTTTATGTCCGA ATTTGCACTAGAAGTTAAGACTCGTTGATCTTGTATTCAGATCGCCTTATTCATAAGTAG CATGTGTTTCGTAGCCTTAATTCATCAATACTAACGAAATCTCATCAAGATCAGTACTGG TAGATTGGTCGAGCTCAGTTAATCAGCAAGCCGTTGGTTCTGAGTAGGAAAGTCACAACG TTGATGCTAATATTGAGCTCTCCAAAGGAGAGGCTTTGAGAGTTTCACAAAAAGCCAATG ACACATGTTGCAGAATTTTGGTTTAAAAGGAAAATGATGGGTATGATATGCAGCTAATGG AGGTAAGTGGCTAAGTGCAAATGAAAATCATGCAAGATCGAAGACAGTGCAATTAACTAG ACCAACCTTGCGGAAGTCTCCCTCGGCCAAGCTCTCAATCAACTCTGGACCTGCTGAGAA GAATCCTCGTCCGAGAGGACTATACGGAACAATTCCAATTCCTAATTCTCTGGAAAAGGC ATTTACTCAGAAGAACCTTCAAACTATCTGAAAGAGTGAACTCTAAGAGACACATTACCT GCAAGTTGGAACTATTTCTTCCTCAAGATCTCTGGTCCACAATGACCACTCCATCTGAAC AGCTGTTATTGGATGCACCGCGTGTGCCCTTCTGATTGTTGCTGCGCAAGCCTCAGATAA ACCTATATATTTGATTTTACCCTCTTCAACAAATTTCTTCAGTTCTCCCATCTACACACT ATGCCACACAATGTCACAAAAACAAAATAATAACAATAAGCACAATAAACAAATTGCCAA TTTGAGATACTCCATTGTCGAAATGTTTATTCTTCTATTTGACTGGAGTATCATCTTTAT TGATACTCTTCCATGCACCTATCATTTTCTCTCCCCATGCTTTGCATTACTTGTTTATAA TAGAAGATTAATTTTGTCTCGGTGATGCTTTCAAAAACAATAGTAGTAGCTAACAATGAT GTAACCTTTGTTTGTGATTTCATCATAAAGCAATTCGTTGGTGACAGAGCATAGAGTGGG TAAGTGTGACATAGACAGAAATTCTTTCATAGTTAGAGAAACTACGAAATTACAGTAAGC ATAGATGAGTGTTCCTTTTACTGAGTAAACTTTATCAACACAAGAATTTCAAAGCATTGG CCTATCCTCCGAGAATTCGAGAGGAACACATTACATTTCTCACATAGCATAAGATTCAAT TCAACCTTTTCGTACACCACTTTTTCTCTACCATCAGTAGAACATTGTTCCGTCTCTGAA TTTATCTCATGGATTGACAAACAACACATCAGCTATGTTAATCAGATTCTCCCAAAGAAC AGTCTTTGGAGGAAGGATCCTACACGCACCCATCTCCATCAACACTTTTGAAGAGTCCGA AAAATATAGTGCATCAGAAGATCTTCATGAATATGTCGGTTTGGCAATATAAAAGCGGAT TCAAGTAAATAGCTCGGGACCATTTTCCACACAGTTGATTCAATCAATTCTTTTTTTTTA AAGACTAGAAGATTTTTGCGATTTCTAGCCAAGCTATATCCATGTGAAATCTGCTTTTAT CCAAGTGATTAACTGGTTACTGTTACCTCTTTACACAAACCACACAATCCAACAATTCGC TAGAAATCAACAACATACCTAGTATAGTCCCACAAAGTGGTGTTTGAATGAGGATAGAGT ATACACAAACCTTACCCCTACCTCGTAGATAGGAAGGTTGTTATCGATAGACCCTCAGCT CGAGGAAAAATAGCTCATAGTAGTCTAGAAAAAGAAGTAATGTGAATACAAGAAAAAACA GATACTAGTGTAAACAACAGATAGCGACCGAACAGTACTACAAGAAGTTTGCTAGAAATC CTCAAATATAATAAAGGGAAAAAAAAGAGTAAGATGTCAAACCGTGATTTCAATAGGCAC TCGAATATCAATCCGATGAACATAATAAAGATCGATGCAGTCGATATCTAGTCGCTTCAA GCTAGCTTCACAACAAGCTCTTACATACTCTGGTTCACCACAAATGTCCATTTTCCCTTC TTTCAAACTTATGCCAAATTTGGAAGCTATTTGTACTTTTTCTCTCATTCCTTTAATTGC CTAAACAAAATAAAATTTAGAATGCACATGTTTAACTACCTCAATTAGTGTATAAATTGG GAAAACAGCAAGGTACAACACATTAAAGCAGGAGGTACAACACATTAAAGCAGTAATTGT TACATTTTATTTTACCTTGCCGATGAGAAGTTCATTGATGTGAGGTCCATACTGATCGGA CGTATCGAGGAAGGTGACGCCGCGATCAATGGAGTGTTGAATGAGCTTGATCATTTCGGG CTCGGGCTTGGGCGGGCCATGATTGGGAGACATGCCTCTACAGCCCAGCCCGATTCTAGA AACTTCTAGGCCTTGCGAGCCTAATTTGATCCTCGGAATTTTACTCGCCGGCGTTTCCAT TTCCTCCGTCGAATCTCTTGAACAGTGAGCTCACAGAATATGTTGACCAAAGTTTGGACT ACGAATTTGGTTAGAGTTAGTTGGAAAAAAAAAAAAGAATATTTTGGAATTAAAATTGTA AAAAGGAGCCTTCCATTGTGAGAGTAAGTTTCTCTTTTTTTTTGGTTGACATAAACTTTA TAAAATCACTATACATATTATACATGTATATTTTTAAATACTTAATTTGTACAAGCATTA TAAGCGTATATTTAAATTTGAAGTTAAATATAAATATTCAGTATTGTTTAATCCATTTGA AACAATAGTAATAATAATATATCAAGTATAATGACAAACTCAAGTAAGGTTTGAGAGGAG GATGAATTATACTTGAATTTTATCGATGGACTCAAATCAAGAAAATTGTTTGAAAGAAGT ATGAAAATTATTTTTGAAGTGAACGCATTGAATAAATATTGAAAGTGTACAAATATTAAA AATGACCATAAATCATAATACTACATATCTCCTCAAATACCATATATCTTCTCTTGTTTT GCTTCTTCATATACTATAAGAAAATTAAATATTTGTGATTACATCCTTAATTAGAAGTCC AAGTGAGTTATAAGATGATCCACCTTCCTCCATAGCTACTCTACTCTTCTCCTTCATTTT TTTCCTCACTTCATTTTCTTCACTTTTTACCATCAACTTTAATAAACCACTTTCAATTTC TTGAGCACTTACTGTATCAACTTGATTATTTTTCCCTTCAAAATCAACAGCATAGTCCAA TCTTATCTCTTCACCAAGTCCTAATTCTTTCACTAATAAAAATGCATTCATTTGTTGTTC AGCATAGAGTGGCCAAGTTGCAATTGGTACACCAAAATGTACACTTTCTAGTATTGAATT CCATCCACAATGGGACACAAATCCTCCTATTGATGGATGAGATAAAATTGTTACTTGTGG TGCCCATCCTATTATTTTTCCTCTTTCTTTTGTTCTCTCCAAGAATCCTTTTGGCAAAAC TTCTTCATAGTCGCTGTAACTTGTTGGTATATCTACTTTTCCCTTTGGTGGAGATTTTCT TAAAGACCACAAGAACCTATTTAAAAATAACAATAAAACAAAATTAGGAATAGGTTTTCG AGGTATAAAAATCTATGTTGCTCAGATTTTTTTAAAATGACGATATGTACGTATTGGATT TTCCAAAAATAAAGTAGTTTTAGAGAATCCAACACATACGCGCACGACATAATATTAATT TGGAGAGTGTAGGTGAAAAAAACTTTCCTTTGAGATATATAAACAAGCCACTATACATAT GAAAAAAAAGAAAAACTTATACCCTTAATCCCAATCAACAAAGTTAGTTGGTGTGAGATA TGAATCCTTATTATCGTAAAGGCATAATACATAAATATGCCCTTTAACTTGATTTCAAAT TACATTTATGTTCTTCAACTTTAGATGTGCACAAATAAACACTTAAACTTGTATAAAGTT GAACAAATAGACACGTATGTCCTACATGTCGTCCTACATGTCATTTTTTGTCCTACGTGG TATCCTACTTGTATTGTGCCATTTAGGACTCATGTGTTTATTTATTTAAAAGTTGGATAG TTAAAGTGTTTGTTTGTGCATTATGAAAGTTGAAAGTCAAAGTTAAAATTTGGAGCCAAG TTTAGGATCCAATATATGTATTATATGTTGTAAATTATGAGAGTTCGTTCTCTAAGGCTA GAACATAACATCTCTAGTTAATTATAAATAAACCTTTATCATATGTAGTACATCCATATA TTATATGTATGCACACTATGTTACTTTCTCCGTTTAAATTTGTTTGCCTTATTTATTCTT TTATTCTGTAAGGGATAATGCACAAGTACTCCCTCAAACTATGTTCGAAATCTCAGAGGC ACACTTATACTATACTAAGGTACTATTTCCCCCTGAACTTATTTTATTAATAATTTTCTA TCCCTTTTCGACTTTCATGGCACTATCTTCTGGGCCAAAGGCTGATTGACTTTTTTTTTT CAAGTTGAAACCACGTAGGCTGAAAATGGATAGAAAATTACTTATAAAATAAGTTCAGGG GTAATAAGACTTTAATATAGTATAAGTGTGTCTCTGAGATTTCGGGAAAGAAGTCTTTCC TTTCCACTGGTTCTTGAAAGCTATCAATCCCCGCTTCTCCCTCTCGCATCGGTTCTGCAT CAGATGATGAGCCCATGCGAAAACGGGTTGAGGGGTGCTTGTGCATTTTCCCTTCTTTTT TTTAACAACTCTTTAACTTCAAATTTTCACGTGACATGTTTAAAACTGTAAAATTAAAAG ATATTTTGTTATATTCTACCTATTTATCGTTTAAGAAATACCACAAAATTGAAAAGTCTT TTCTATTTTTAATAAAAAAAACTCTGTGCTACATGTAAACCAGACAAGCAACTTGATGAA ACTGGAGAGTAAAAAAAAAAATTACAACTAATAATACCTGTGACCGGAATGCTCCAGTGC AGTTGCTATTTCTTTGACCTGTTCTGCTTCAAAACTTCCCATACTACCAAAACACAAAAA CACTACAGAGGAATCCTGTTGATCATCTAACCACTTAATAGTACTTTCAATCTCCAATGA ATTATTTATAAAATGACCACTTTTTTCAAAACTAACCACTGGACCAACTGGATAAATTTT TGGAACCATCTTAGAATCCAAAAGAGCCTGAAGAGAAAACGATTCAAGCTCGAAAAAAGT ATTAACAATAATCCCCTTAGTCTCTTTAAATCGACGAATTCCATCAAAAAACAATGTTGA AGCAAGTCTTGAATCTAACAAATGCTTAGGCAAAACTTTAGTAGGACAAAGATTTTTAAA ACATGGGATTGATAATGCCTCGTTAGAGTTCATGTATCTGGACGTATCTGAATGTTGTTC ATTTCTTAAAGTCTCAAAATGAAGACATAAGCCAAGAAAAGAAGCGTTTGACGCGAAGTA AATGTAACTAGGGACATTGAATTCGTTAGCTATATCAATCATCGATGTACAAAACATGTC AAGAACAAAACCATAACATGGACTTGTTTTACAAATGTTGTGAACATATTCACGTACGCG TGGTTTGTGACCATCGATGAAATCATAGAGGAATGTTTCATGGTTATTGAGGAATTGAGA TGATGTTTTTTCGTCTAGGGTGATATCGATGAATTTTAAACGAGGTTGAGAAGTGAGTGA TTGAATGAAATTTTTCACACCATAGTCTAAAGGAAGTTCCATGATGAGAAAAGAGATGGA AAAATTTTCATCTTTATTTAGAATTTGTTTTGCAAATTCAATAGCTGATACAATGTGCCC TAATCCTGCTAAAGGAATGAAAATTAATTCTTTCATGTTGACAGAGTTTTTTTTTTTGGT TAATTTATTTGTGGGTAAAGTATTTAGAGTTTATATAGATATATCATGATAGAAGAAGTG ATCTTTTTTTTTACTAATTTGAAGTTTCAAACTTCATATTTAGGTAAGAAAAGTCTTTGG ATAGTAACATTAGTATGATATGAATGTGAGAGGAAACTCATTATGAACCATAAAATGGTT ATAAAGTAAAGGAATTCAATTTACAAATGATAATAAGAAATGGAGATAAAAGGATTTTTA CGTTACTTACTTCGATGTCACGTTGTGTTTGATCAGATATGAAATTTTAAGGGGAGAGGT TTAGAGTTCAAGCTTTGAAAATAAAAATATTTAGTTGATAAAGAACGTTTTACTTTTGAG TAAAGTAAATTTACTTTGGCACAAATTTATTGATTAGGATGTGTACTAAATGACAATGTG TTCTTTAAACCTGGAAAGACAAGTATTAAGGTTATCTTTGACAAAGAAAACATGTAGACC TTTGTAATAATTAAATGTTATTATAGAGATTAGAGAATAATTATTATAGAGAGATCTGAC TATAATAGGTGAAAATAGTTTCTGGCTTGATTTTATGTTGAAAACGTTAAGTAATCAATA ATGTGTTAAAAAAATAGTCTGTTGTCTTTGTAGCTATAATTAATTGACAAGTTCAAATAT TTTTCTTTTTACTTTTCTTACAAAGGACTTGTCCAAATTCTAGATGAATGTACTTTTTGA AGTTTCCTTTTGTCAAAATTTCCTACAAATTAAATTTCTATTGATAAGAAATATATATGA ACTTAGCGTAAATTAGCGTAACTTTTACCCTAAAATTACGTTTTTCAAATGTTAATTAGA TGAATTCTCCTTCACATAATTAAATGACAAGAGTTTTTGTGTCATAAAACTACACTTTTA AGAGTGACAATTGCTACCTTATAGTCAATAACTTAGCGTATCAAAAAAATTCCGAATCAA TTACAATTAGTCATGAGTCAATCGAGAAAATAACAATTCCATGAAATTTTATAAAATACT ATTTAGCCATAGAAAAATTGACTAGATTTACACCTATTAATATTGGATGCCCCAATTATA TAAATTATAATTAGAATAGGAAAAATTACGCTAACAAAATAAATTTATATTAGTTAATTA CTCATCATAGCTATACTTTGCTGTAATTATCACTCACGACTAACATTATACAGTAATTAT GTGGGTTTGACTTCAAACTTGTATAACTAGTCCTGTTTGTATATGTATAATTCGCCAGAA TATACAAATATACACATATGTATAATATACAATTATTTACCCTATATACATATACAGTTC ACATCTCTCACTCTTTGCCCTCTCTCGCTCTCCTCTCTCTCCCAATCTCGCTTGCCCTAT ATACAAATATATATGTATAATATACAATTATATACAATTCACCTCTCTGCCCTCTCTCGC TTGCCTCTCTCCTCCCTCTCCCAATCTCTCTTGTCATATATACAAGTACATATTGTAATA TACAATTATCTAACCAATATATATACAATCCACTTTTCTCCCACTCTTTTCCCCCTTTCT CTCCCGGTCTTGCTCACTCCTCTCCTTCATATAACATGTAGCTTCAAATTGTTATTATCA AACTATAGTTATAGAGAGTAATTAATTATTTTTAAGTGATTATATGTGAAAGTTTCCTGT TAGAATACCATGTACAATTTAATTTTGTTTATATGATGTTTAACAATTTATAAAATGTTT TTATTCTTAAATGAAATAAAAAAATTTGTCTTTTATTATTAAGCCGAGTTTTGTCATTTT AGTGTTTTAGTTTATGTAGTGCTAATAATCAACTTATTACTTATGTGGAAATAATAATAA TAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATATCGAGATTATAAT ATCATATCTCTTTGATATACCCCTACCAAATGACTCCTAAATTTTTCAATAAATGCTTAT GAACTTTTGCATTTACATTAACTTACCACTTTTTATTTATTTCCATCAAAATAAAAAATT TACAGATAAGAAAGGGATGATAAATAATGGTCAGAGATTATAATTATTTATTAAATAGTA AACATAATTGTTAATGACAAATTTATCTCAACATCATAACCAATTGTATGAATGGAGAAT CCAATTTAATTAAACTTTAGTCCATAATTAATTAATTCATTAATAAAGTCATTAGTCAAT GTTCTTCTCTCATTGACTGTATCTGTTAAGTAATAAATGCTCAATGAATTTTTCTTATTT AAATACTCTTATTGTATGTGTGATATCTTCAATTAGGGAGGCTTTTGGCAGATTGAGGAG GTGATCTTCAAGTTTTTCTCATTGTAAGTATGTTAATTTTAGATGAGTTTTTTTTCCGTT TAATCATTTCATATGTATTTGTAATTTACTGACACATTTTTAGAGCGCTCGAATTAAATT TTCTTGTTTAGGATATAATTTGAAAGCTAAATTTCATCTTTCTTAATTCTTACCACACTC TATGAAATGTCGAGATCTTATGATTAACCTCTAGATCTATCTCGTGATAATAGGTATATT CTTTAAAATTTTAATTTGTTTAATAAAGGTGGAAGAGTTTGTTATTCGTAGAGACTATTC ACTTTTCTCTTTTATAGAGATTGCCTTTCTTTTCTTGCCTAAATCTTAGATCTAGCTCAT GTTTCTCGTCTCATTTAGTAGCGATACCAAATAATCTGACTATTTTACATAATGCTCATC AGTAAATACTAGTCACATTTTAATTTGCATGCTCCTTTTTTTCTCTCTTTGTTGTTTTAT CATATCGCACAACTAGTTATATGTATATATATATAAATAAAATCAAATGTAGTATATAAA TATTCTCAAGTTAGAAATGTCATCACGAAACTTGCAAGCACCTACCTTCATAAATCACAA GGGGTAGATATAGAGAAAATCACAACAAATTTCATGTTGCTGAGCTGGCTCTTACTTAAA GCATTTTTTTTAATAAAAAAAAGTACTATTATACCCCTTTTTTTTTATTTAATAAAAGTC AGATATCTCCAAAACTTAGAATAGTAACCAACATGTTATCATAGAAAATATTCTTAGAAT ATAATCTTCATTAATTCATAGTTGAACTAGACAAAGATGATATGCTTATTTTTTTTTAAA AAATAAATAGATGGAGTGATCCATATCTCAATTAAAGATAATATTTAAATTAAGTAATTA ATTAATTGGAGTGAAACCAGAAAGCAGGTGAGATTTGGAAAGAATAATAAATAAAATAAA ATAAAACAAATGAAATGAATAATCAAATCAAAGTTGGAGATTGCTGACTCACCAACAAAC AGTCAACACTTCACCAGCCACTTTCTGGGTCCCACGTCACTACTATTTGCAACGTAAATT CTTGAAAATTCTATAAATTATCTGTCGAGATATCGAAATGAATTTAAAATTTTAATTACG TTAAAATATTAGCTTAGGGTTCAACGATCTTTAAAATTATGGATTTAATAATGAGTATAT GTTTTGGAGTTTATATATTGTTAAAGCTATATCAATTTAAATTTGATTAAATTGTATTGT TAAAACTATATTAACCATTGATCATCTAATATTCGAAATTTATTGATTATTTTAATTTAA ATTTTAAATCTGAAAATCCGTTTAGCTTGTGTAAAATTATCTTTTTATTAATATTAATTA TTATCCTACTACATGTATGCATGCTTATGCTTGAAGCTGTAAATTAGTTTACCAACTCCA AGTTCATGAATATTTTTATTTTAATTATTGTATCTTATAGTAGGTGTGGAATGTTTTTTT GTTTAATTTGATGTTAACTAGTAGTTAATTAATATGACATCTTAATGGATTACTTCATTT AACATATTCAAACTACATTACACCTTTTATTTTTTTTAATTATACATATGTGATTTTTTG TAATATGTTTACTTGATTCTAAAAATTTAATTTTTGAATAAAAAACAAAGAAGTTGATCC CAAAAGTGATTTTTCTTTCTGCATTTGGCAAGAGTCAACTATTTCATGCTCTTAATCATG TTGCATTATTCTTAATATTTTGAAATTTCTAAAAAGAAACAACTTTTCAATTTAGAGCAA CCTTCATGTTGGGTAATAATTGTTGATAACTCATAAATATCACTATTTCAATCATGAAAT ATCTTGATATATCAAGAATATCTTTTTCAAATTAAATTTTTCGGCAAAAATTTAAATTAA TATTTTAAAAATTTTAAATAAATATTCAGTTTTAAGATGATGTTTCTCCTTTCAAGCGCA ATATAATATTATCACATTTGTTTCATCTCTCAATACTCACCGTTCTGTGGACGAAACGCT GACATAATATAATAATATAAGTTATTATATTATATTACATAAGAACTCACATATAGATTT TCTATTAAGGGAATTAAAACAAGAACCAAAAAGTGCAAATATCAACTCTTATACCAACAT GTATTTTACATTAACTAACTAGATTTAAAACAAATATCGGACACATATTAAAAAATTAAT TTGAAAAAATGATTTTTCAATTTCAGTTTTCATTTTAAAAGTGAAATTCCATTTTTACCC TTTTTCACCTACTATTTAATTTTCATTTTCTTTTAGAATTTTCTAGTTATGGTGTTTTCC TTCTTCCTTCCTTCTTTTTAGTATAACAAGATTAATGGAGTCAACAATTTACAGACGAAA CATCTGGTCAAAAGTCAAACCTTTTCTCTTTCACTTTCCTTCTCCCGTCATCTACTTCTG ACCAAAACCCCTCTACCTATCCCCAAACCTTATACCCCTCATTTTCTCAAATGGGTATTT CTTAAAATTTCCATTTTTTGTACTTTTTTTCAGCTCAAAAAACCAACCAGAAAGGCTCAA GCTACGACGTTTTTGAGCTGATGGATGAAGAATTCGAGAGGAAGAGGATTGAAGTTAAGG CTATGGAAGCTTTGGGCTGTGGGTTTGATTTTGCTAGCGATTTCAGGTTGAAGTTCGTAA AAAGATGTCCAAACGGGGGTAGATTGGTAATTTTGGATGAGAGTAATAGACGGAACGTCG TCATCCCCGGCGGCGTTACAATTCCCGATGTATCTGAAAATATCCGATGTGATAAAGGGG ACCACATTCGTTTCAAGTCTGATGTTCTCGAATTTAATCAGGTTTCCATTTTTAATCTCC CTTTTAATGATTCTTTGCTTGGTTTAATTTTTTTTATTGTTTGATTATATGCATAATTTT AGATTCATGAAGTTGGTATGTGAATGAATTTTGTAGTTTTAACTGAATTTTTAGTTAAAG ATCAAATTTTTAGATGATGTTCTAAAGTTTAGTGTTTGTATTTGATAAAGTTCAAATTTT TAGACAAGTTCTATGAATTTTGTTCTAGTTAATTAAGATGAAATTAACCACTCATAAAGT TGACTTAGAGAGCGTGTAAAAGACGAGAAGTGGCATTAGGTGTTCTTTTAAATCTGTTTT CAAGTCTTGGTGGTAAGAGTTACGTGGCATAGGAGGAAGGTACTATAAGGATTTAGTTGA GGTATGCTGAAGCTGGCTTAGGACAACTCGATTGTCAAAAACAAATAGTAGTAGAAGTTG TTCTAATGACCATTGTGAATTGATTGTTATAAAAAGCATAGTATAATCAATTCCAACTTG TTTGGGATTGAGGTGCCGGTATTGTTGTAACTACATAACTCTTTTTGGGTGTAATTTCTA TTTGATGGCCAATACAAATTAGGGAAGTTGTTACATCTTACTGATTAGTTTTGTCAAGGT TTTAGAATGATTACTCCTCTCATTCTATTTTATATGATGAACTTTCTCGGTTGGTCTATT TTTTTTTTGAAAAAGATATCTTTTTATATATTATTGACAAAGTGATCTTTAGAGTTGTAT TTTTGTCGAGCGTGTTATTGGCTGTCTCATTAGCTCCAAATTTTCCCTAAATTCATTGCA GATGTCAGAATTGCTAAATCAAAAATCATCAATACATGGAAAGGTTCCATCAGGCTATCT AAATGCCATTTTTGATTTAAGTGGAGCCTGGTTGAATGATTCAGCAGATGCTAAGTACCT CGCGTTTGATGGTTATTTTGTCTCGTTATACTATTTGCACCTGACAGCATCCCCATTAGT ACTCCATGACCAAGTGAAGAAAGCTGTTCCACCGCATTGGGATCCAGCATCCTTATCCAG GTAGCTTCTCCATTCCACTCTGTACTCTCTTTGCTTAATCGGATGACTAGCTGTTTGTTA GTTCTAACTGGCTAAGCACAATTTCTTAAAATATCATCGCAATGCCTTTGAGGAGACTGT TAACTGATGCATTTGTGGATCCCTTTTAGTTTTTGGATTAAGTACTGGTGCGTTCAAGGA TAGCCAACCCCAACTTTCTTGAAGCATAAGTGTAATTGTTGTTGTACTGATTAATTTAAG GATCTTCAGTTCGTCATTCAAAATCTGCAAAACTCCATGATTAACTTGTCTCAGAGTAGG TAACTACAACATACCTAGTGTAATCCCACAACATCAGGGTCCATTGGAAACAACCTCTCT ACCTCTACGAGGTAGGGGTAAAGTCCGCGCACACTCTCTACCCTCCCCAGGCCCCACCCT ACTTGTGGGATTACACGGGGTATGTTGTTGTTGGTGAATGAGTTTATGCGACTGTATGGT AGTGTTTGGAGATGCATTTGTGTTTTCGTATGGTTGTCTTATTTCTTATGACTTCTAATC TGACAATCCTAAGCAGATTTATTCAGGCTTATGGGACACACATAATTGTGGGTATGGGTG TTGGAGGCCAGGACCTACTTTGTGTTAAGCAGAAACCATCTTCAACAGTTCCTCCTGCTG AGCTAAAAGCACACTTGGATGACCTCGGAGATTGTCTCTTTTCTGATGAAGCAAGCCCTC TGCCTGAGTGGAAGGCAAAAGAGGGTAAAAAGAAGGTATTTTACACTCTCTAAGCAATGA AGATGCCTCAGTCCCAAACAAGCTGGGGGTGTCTATAATATATGAACCCTTGCTATTCCA TTTTACATTCAGTTAAATAGGCACTTGATTTATGTTTGGGTATGTTCTGATATTTATGCA CATAACTGGGGTCAATCATATCTGAATGGATTCTTATTTTAAATCTATAGGTCCCCGAGG TATTCAATCGCATGTTGCAGTCGCATACCATGCAATTTACTAGCATAACAGAGACATCAA GCAAGGATGTAAGTCACTCTCTGATTTTTTGTGTTCTGAAATGGAAGAAGTGGTAGACAT GGTTAGTTATTAACGAATAATGTGGAGCAGGGTCTCACTATAATTTGGTCAAAAAGAGGT GGTGATGTGTTTGCACAAAGCCACTCGAAGTGGCTTCAGACTGTGGCTGCTTACCCTGAT GGCATACTCTTCAAACTTGTACCGATTACTTCGCTCTTAACAGGAATACCAGGAAGCGGT TATCTCAGCCATGCAATAAATTTATATCTACGCTGTAAGTATTTCATAGTCTTTTATAGA TGAGAAACATATTTTCCATCCATTAATTGTGTATAATCAGATAAAAAGGTGCATTGCTGC CTCTCTTTTATATAAAAAAATAAGTATTGTGTTTGTGTGAATTCCTCCTCATCAATTCCT TGATGAGATCTTTTGTGTGAATACAAAGTTACCTATTTAAAAAAATAATAATAATAAGTT GCGTGTTTCCGATACTGTTGCAGATATTATTTTAATTAGGTTTTAGGGATTTCTATAGTG TTCCAAAATGTAAAACCGACGAAATTAGATTAACCTACAACAATATCAAATTTGGTCATG CAAGTCCAAATTAGAGATTTTAAAGATTTCAAGAATTTGTTTTGGCTAATTTTTGTTAAT GAATGTTAATGTAGCCGAATACATTTTTTGCTATCATATCTCTATGAGGGTCTAGTGTTT ATCACCTTTTTTTACATCTTGACCATTTATTTGTAAACTAGTAGTTCTACTCACTGTGGC TTTATCTACCCTGCAGTATTTTACTGTGACTAAAACAAGGCTATCTTCTGATATGGTTCA ATTGAAATTTACAAAGTGCATATATTCTGAGGCTGTTTCTTTTTCTTGTCTTGTGATCAT TTTTCTTTGACATTCTCTTGAACTCCTCCGCATATTTACTTACCTTGACAAGAAATAATT ATCCGTACAGAAGAATGTGAGGAACTTGTTTTCTTAATAAGTTCTAGTATTTAGCATATT TCATAAAATCGGCGTATTTTTCTTATCTATCAGCTTTTTCTTCTTCATTTTTCTGTTCAA GAAAGACGATGGTAGTTTTATCCGCGATTTGTTTCATTCTCAGATAAGCCTGCTCTAGAG GATTTACAGTGTTTCCTCGAGTTTCAAGTTCCTAGCCAGTGGGCGCCATTGTTCTGCGAG CTGCCTCTTAGCCATCAAAGAAAAGTGGCATCTTGCCCTGCATTGCAGTTCTGTTTATTC GGCCCAAAGCTTTGTGTGAGACCTACCCAGGTACTTCTTTGGTGTTTCTTTCTTAGCAAA AGGACCGCTGCTTTATTACAAAAATAATAAAAGTTGAAACTATATGTGCTTCATTCCAAT GAGGTATTGGTCTTGCCATGGCTTCTAATGCACTAGTATTGATGTTCATGATGACACCTA ATCGATATGTTCTTCTTATATGTAGGTTACAAGTGGTCAAAAACCCGTCATTGGTTTGCG CTTGTATTTAGAAGGGAAGAAATGCAACCACTTAGCCATACATGTACAACATCTTTCTAG TTTACCAAACATTATGGCATCTAAGTCTGTTAATAACCTAACCTTATGCAAGCCATGTCA ATGGCGAGGCTCCGATGATTATGAATCTAGCGACCAATTCTTAGATCCTGTCAGATGGCC GAGATATTCCAACGTGTGCTCATCTGTAGTTAAGCATGATCCAAGCTGGATGCAGGGCGA AACGAGTGGCGTCTTTGTGGTAACTGGTGCACACCTTGTCAGCAAAGGGAAGTGGCCTAA GACAGTGCTTCACCTGCGTCTACTTTTCACCTATCTTCCTAACTGCACAATACGAAAGAC AGAGTGGGCAGCTACACCAGAGGGTACTCATAGGTCAAGTTTCTTAACAAATCTCAGCAC AACTTTTACTTTCACTCAGCGGACAAAGACAGATGCTGCACCAAAGCAGCTTCCTGCTGC TCTTAACTCGGGCGTATATCCAGACGGACCTCCAGTACCAGTTCGATCAACAAAGCTGCT CAAGTATGTAGATACGGCTGAGATTGCACGAGGGCCATACGACACTCCTGGACATTGGTT GGTAACTGCTGCTAAGCTTGTTACAGAAGGTGGGAAGATAGGTTTGCATGTGAAGTTTGC TCTATTAGATTTCTTACACGAATCATAATTTCTTGTGTGTACATATTCTGAGGTAGCCTT GTCCTTTTCTTTATATCATTTTTATTCAGTTACATTTAGTCTTATCAGCTTCCAATATCT TGATGATATATCATATTGTTTAATTTATCCAAGAAATGGCCAACAGGGGAGGAAAATGTT ATAGTATTGTACAGAAGAATTTAGTGGAAGAATCGATTTATTTTTTGTTCTTTCCACCTT TTCAATTGTTTATTTCAGTTTAGTTCTATGATTTCTGAGTATCCTTTCCTATTTGATCCC TTTGTATTACATATTAGAAGTTTGCGATTGGTTCTATTCATCGAAAAGAATCCATCAATG CATTCCTTTCATATCACCTGGTAAGAAAGATCTCGTTTATTTACAAATTTCTAGATTATG TATGACTTTATTGTTACAATGGAAAAGTTCAGTGATCACACGTGAAATTAACTCATATTT TGTATATAATGTAGTAATAAACTCGATCAACTTACATACGTCCTCTCTTATAGGATACAA AGAATGAATAATAAACCAAATAATACATATAATCAAAGACAGGAAATGTCAAATCTACAT AAATAAGAGTCATAATAAAGCCAACAGCTACAACAGCTATAATAAGCCACCAAACATCTT TGTTCAAGAATATATTCTCAAGGTTGAGTGCTTGAAGGCAGGCTACTATTGTAAATGCTG TGGCATAAAAGATTGAAATAATAGCAATTATAATCTTTATAGGCAATGAAATGTAGAAAT CACTGCTATAAAATTTGCAAAGAAGAAATGATAAGAGTGTACCCATAGTGAATACTGAAC TAAAAAGTGCTGCACCTAAGTAAAACATCAACATCCATAGTTCTTGTTGAACTTTGTCTA GGAGAATAGGTAGGCCAGTTTTCTCTTCAAAACCTCCGGGGACTGTGAAAATCGCGGCAA AGTTGATGGTACAAAGGAGTGTAGAAAGTACTAGTGTAGAATTTGATAGGTTTCTAACTG CTGTCTCTGCTTCTTTTCGTACGTGTAAGTGGTTTTTCTCGAACATCTCTTCTGCTTTAA AGCCTTTTAAGTTTTTAACATCCCAAAGGCGCGGATGCATGTTGTATTTTATATACTGTA AGAACAAATGTAAGTAAGGAATTAGCAAGACATGATTGATTGTGTATTTTTGTTGGGAGT TGCATCAAGTGAAAATGTAAGTATTTAAAGTCAATTTAGGACTTTTGGCCAAGTTAGACC TAGCCCATTTTGATGGTTTGTTGATGAAACTATTTAGTTTGTTGATGGTTGTATGATGCT AGCTGGTGGTGGATACTAGAGGTAAAGGTAGTTGATGGTGGTAACTCATGAAGACAGAGA AATGGTCGATAGTAGAGATGATTGTTCGTAGTATAGGTGATAGTTGTCAACAATAGTCGT TCTGTTGTTTAGCTTGTTGGTAGTTTAGGTGATCAACACTGGTGGTTGTGTGGTGGTGGC TGGTGGTGAATATGGTTGGTACTTGGTTGCAGTAGCCTGGTGATGTAGGTAGTCATCGAT GGTGCTAGTTAATGTGGTGGCTATATAGTGGAGGTGAATCGCGATGATAGTGGATATACT AAACTACTAATTGTAAACTGTCACTTCACAACGAAACCTCTCTTAATAAGATTTCGCTCA AGATCTTAATGAATCAGACCTATTCAAAACATATACTAACCGATACTCAAAAAAAAAAAA AAAAGTTGAAGAAACTTACCTTGAACCAAAGTACTCCCCACATCATCATTAACACAGACA TCACACACCATACACTTTCAATATGTTCTGTAGTTGATGTAAAAAATGGTGTCCCAACAT GTGCTGCATAATGCAAAATTGTATTCCCATTTTCATCAATATCAGCCAACATCCTGTTTT GACTAGCCACTTTTTTGAGCAAATAATCAAACAAAAATCTGTTTTTATGTTCTGCTGCTA TATGCAATATATTCTTCTTTTTTTCATCCAATGTCTCCACAAGTTCAGGGTATTTTTGCA AAATTTCCACCACTAACTCATCAATTTTATGTTTTGATGCTTGTATTAGTGGATTTGGCA CAATGTGATCAGTAATACTATAGCTCCAATCATACTTTTCTAGCAACACTTTTGCTAATA TTAGTGCAAGAATATGCTTTTGCTTTGCTTCATCAATAGCTTGTAACCAGGAATTACCTA GAGAAACAAACATACAATCTAGAAATTCATTTCAACCAATTGAACGTGCAACTTGTAAAG TAATGGTGAGTGGTACCTAATAGAGACTTGGTAAACGGCAACCTCTCAACGCAGACAACC TTAGTCCCAGCTTGTGTCTGGTTATCACTAAGTTTTGATTCTTTATATCGCGGTGAAATA CCTGCTAACACATAAGAGAGTAAAATTCTGTTACGTAAGTGTGACAGACATGTTTCCGCG ACTTTAATTAGTAGAGCTTACAAGAATAGATGATGGTTTCAATCATTTGAACAGGAACAG AAGGTGTTTTGCCTATTTCTGCAAATAAGTAGTTGGATCCACTCCTGAATGACAATCTTT TTGTAGACAACATATCCAAAGCAGTCATACGATCATTATCGCGATCATTAACAAGTTCAG GATACATATTCACTATATAAATTGCTAGTTCTGCATGACATTAAACAAAAAAAAAATTAC TGTATTGCCAAAAACCAAATAAAGAGATAACGCTTGCCCGTTTAATTGACCATACATGGT GTGAATCTGAATTAGTCAGGGCCCTAATGCGAGTACCGTAAGTCCAATGTAAACCTTACC ATAACAGTCATGGAATACTGTTGCATGAAGGACAGTTTTCCCATCATTCCTCTTCATTGT GAGCTTATTGAAATCACAATTGGCCAAAATAGTAAATACATCTTTCTCCCCACTTGCAGC TGCAACATAAAGTGGGGTCTCTCCCAAATTGTTTTGCACATAAACTAAGTCCTTCTCAAT TCTCAAAATCCTCTCCACCATATCTTTTTTACCTGTCGTTGAAAACATAATTAAGTAAAT ACACGTGTCTTCTCAAGCGTGCTTGGCTGATAAAAAAAGAATCAAGTTAGCATGTGTAAC TAAGTAAATAAAAGTGTTCTCTCTGACAGTTTAAACTTTTAAATGAGACAGTCACACATT TCAACATTACCAAATCTACGTCACACATTTCAACATTACCAAATCTAGCAGCTTCGTGCA ACGGTGTATCTCCACTATTGTTCCTAGTTTCGAGATCTTGAACACTCAAATTAGGTTCAA GAATTTCGAAACCAGCCACATTGCCATTAACAGCAAGGAAGTGAAGGATGGTGTCACCCC GATTATCAATCGGGGAGACACCTTCTTCTTTCCAAAAATCGCGTAAAACCTGGAGAGATT GCAGTACTCCTGATGATGATGATGATGCAGCTTTGTAAGCTGCTGATCTACATCTTGCTT TAGTACTGAAGTTGTTCTGCATTTTGCTTTCCCTTATTTTTGTGTTCTTTTGAGTATATT TTGTGATGAATGAGATTTTATTCAGCAAATTAAAAGTTGTTAAGGCTTGGTTACTAATTG GAATAACAAAAAGAAAAAAGCTAATGTACAAATCACTTGTCTTTGATTGCTTTTTCTGAT TTAAATTATATTCCTTTGTGGAAATTTTACAAAAAACAGTACTACTACTTAATAACAACT TTATTCATTATGTTCCAGTATATTTGTCCATGATGATTCTTATTATTGCTTCATATCCAA GGAATGAAAAATTCTACTCCGTATAATTTCACTTTTCTTGCAAAACATATTTTGATAAAA AATGATAGACTTATTGTTGTTCGAATAACTTCATCTTCATAAGGACATGACCCTAGATAG GAAGGTATGGAGGTCGATAATTAATGTAGAACGTTTGGAAATAGCTACTCGAGTGTGGTC TCCATATCCTCTTTTCCTTATTAATTACTCCCTTTGTTTCGTAAAGGATGACCTAGTTTG ACTTCGAACGGAGTTTAAAAAAGGAAAAAGACTTTTTAATCTCGTGGTTCTAAATTAAAT TTAATGTTATGTCGAATGTATAAATATGCCCTTTAATCTTGTGCTCGTAAACATGCCATG TAAAAAGTTAAAGTGTTGCCAAAAAAGGAAAGGGATCATCCTTTTTGAAACACACACAAA AAAAATAGGAACATTCTTTTTTAAACGAAGGAAGTAGAACATAGTTGATAGTAGTATTAT GTTTTTTACTCTTCAATATGTTTTACGTGCTTTATTTTGCCTAGTATCTTTATATTTCTG TGTCATTTTTTTCTTCTTATAATCACTCATCGATAAACTTCTCTTTTCAGCCAAAGATCT ATCGGAAATTGCTTCTCAACTCCACAAGGATTTATATACATTTTATACTCCACAGACCTC ACTTATTGAATTACATTGAATATGTTATATCTATTGTTGACACCCGATTTCGAACCTCCA TAATATAGATTAATCATCGAACTTCTTCAATTTTAAACGATTTAAAATAAATATTTTTAT AAAGTTTCAAAAATAGTTTACAAGTTATTTTAAATAGTTTTGTTACTTTTTATAATTTTT AAATTAATATATATGTATTAGATAATTATGTCTATTTTTACAAATATTCAAAAATCGTCT CAAAAGATTTTAATTTTACTTAAATAGTTGGTTATTACTTATATTTTTAAGTAATTAATT TATAATTAAGTTAATTTTGTTAAAATTAAAAAGTTCATTAATTAATTATATTATATTACT ATGTAGGCTAATTGTCTAAAATTAACTCAATCATGAGGCCATCCATTCATTTATATTTGG GCCAATTTCCTTCATTCCAACGGCAGCCCATTAACAATAGAAACGAGAAGCCCAGTCCAT AAACCCATTACAATGTTTCTTCTTCACCTAGCGATCCATTACTAAAAATTTTGTGAATCA ATTATAGCATCAACTAATTTTACTCTATTATCAAATATAGATACCGTAAACCACCATATA GTTATTCATTTGTTACTCGTATTGCATAATAGCATGATTCTGATTTTCTTATTTTTAAAA GACTATCATTTCAAATATATCATAATAATTACTATAATATTTGAAATCCAAACTTTGCTT GGCGTTATTGATAATGGTGCCAATTAAATCAGTGGTTTTCAGCTTAAATATTTGCACACT TGAAATTTCTGACACTGAGACCATCTACTGTTTAATATCTACCGAAAAATTTGTAAAAAC AGCATATATAAAATCAAAAGTCCTCGAGAGGTATGATAATTAATGCTCAATTTGAGGAAG CAAATAATGAGATTGGAAGATTTAACATTAAATAAATAAATTGCAGAACAATAACTTCGA GAATATATTATTAAATAACCACAAAACTCAAGATGAACTAATAACGTATGAACAATTTGA CCACACTAATTTAACAAATACGCGAAAACTTTTGCTCACAATTTACGACTAAGCAAATCA AATATCATACGACCGACAAAAAAAATGAAACTCAACACTAAATAACCGCACAAAATTGAA AAGCACTGGCAAATTCTGTCACAGTTTGTTAAAAGCAAGATAACATATTAAAATACAACA AAAAAATTACAGAACAATAGAAAAATTTCAAGATTTAAACAAACGAAGTAATTAAAAAGA AAAGGCAAAAAGCTTCTATATGAAAGAAAGGAGTCTTAGCAACTTCCTTTCTTTTCTCTA TTAAAAGCAAATGGGGATAAGAAATGCTAGTTGACGGTAAAATTGATATACATTTATTAC GGTAAAATGCAACTTTTGGTCCTTCCCATTTTTGAAAAAATATCTTAATTATACTCTTAA TATTAAGTGGCAACACATAGAATCGTCATTTCTTATTTAAAACAACTAGATGAAATATAA TGTTCACTTGCAAAAAAAAAATTCCAGGCACCTGCCACTAAATAAAACGATCTCTATACT AAAAAAAAAGAAAAAAGAAAAAAGACCATGTCAGCAACAATTCAACTTCCTTATTCTCAT TTATTCAAATAATAAAAAACTTGCAACATATGGCTACATCAAAACCTTTTATTGTGTTAA TAAATCTAACACATATGAAGGTGTTCAAATATAAAATGAAATGACTAATAACAACCCACC ATATAGGTTCACTACTTGCAAAAAAAAAATAAATAATTCAGGCACATGCCACTAAATAAT ACCAGATTCAATAATGCACAAACAGACACTTTAAATATTCAATTTTTTAAATAATGACAA AATACATGTAGAAGAAAAAAAAATGTGTGACGACAACAATTCATTGACAATTTAAATAGT AAAAAAAAACTTACACCTTTTCACAAGGGTTAAATACATATAATCAAAAATTGAATATTT AATGCTAAGTTTATATAACAAATATTAATAAATCCAACAACCATATAAAGATGAAACTAG AGCAATTATGTTCATTTTAACTTAAACAGCATTCACAATATAAACTTAAAGGGCTTTGAG AGTTTTTGTTAGAGGAAAAATTTATGGGTCACAAGCTTGAACCTCCCATTATTCCGAGTA AATTGGTTGAGGTTGTACTCTCATCTCCTTTGTGGACAGGTCGATTGCTCGAACCATGTT AAATCTTTGAGTCTTTTGATATATTTCCCGTTGTCTTTTTACTCGTGGTCTTTTGAGGTT TTGCTTTGTTAGCTTTCGCATTTACACCTGCTTGTTTTCGGTCCTAACAAGTGGTAACAG AGCTAGATTCAATGACGGAGTTGGGTTTAGTGGTTCGATAATCGATTATTGAATCAGGTT AGAAAGAGGTGTTCATCTTGGCGGGTGCAATTCTAGCCACAACCTTTTTTGATAGTAATG AAGATTTTGTTGAAGAATTGTTTCAGAGAGGTTCTCTGTGTTGAGACATAAATTTTGCAA AGGAGATTATGGAGAGAAGAAGCAAGTTGTTAAAGATTAAGTGAAGAAGGTAGACAATTA GAAATTCAGGTCAAGGAAAAGATTTGTTGGAAATCCAGGTCCTGATTTCTTACCATTAAT AGGTTTTGGATTGACTAATCCTTCTTCTGGTAGGAAAAGGTTTAGAACTTTATAAATAAA GGTATGTTCCTTCTAACTTAATCAGCATTCACAATGTAATCTTAAAGGCTTTGAAAGTTT TGGTTAGAGGGAGAATTTATGAGTCACATGCTTGATAAGTTATTACTTGTGGGAACCTCC ATGTATTCCGAGTCAATTGATTGAGGTTGTTTCTCTCTATATTTTGTACTCTCATATTTA TAGTGGATTGCTCATCTCCTTTGTGGACTTAGATCGATTGACCGAACTACGTTAAATCTT TGTGTCTTTTGATATACTTCTCATTGTCTTCTTACTCGTGGTCTTTTGAGGTTTTGCTTT GCTAGCTTTCGCATTTACACCTGCTTGATTCCGGTCCTAACAAGTGGTATCAAAAGTCAG ATTCAATGACGGAGTCAGATTCAGTGGTTCGATAATCAATTATTGAACCAGATTAAAAAG AAGTATTCATCTTGGCTGGTGCAGTTCTAGCCGCAACCTTATTACTTCCTTGAAAGTGAA GCTTGGGTCGATTATTTCCCCGGCTTGGTGAGTCCTCAACTTTGAGGACAAGTGCATTTG TTTCTAGTTTATAGTTTCTTCTATACTCTAAACTATGTTGTATTTCCTATTTTTGGAGAC TTTTTGATGTAAAGGGCTTGATCCCTACTTGTACTTCTTGTTGAAATGGTGATAAGACAA AGTCTAGTTCTTATTTTTTCTTATATGAAGAAGTTGACTTCTATTGTGAAAGTTATCAAA CTTTTTTCGTCATTTTCTTTGTCCTTATGAGATGAAGCTTCAAGGGCTTGTAGATGCCAT ATTACTTTCTAGGGAATAACCACGGGTCGTGACAATCATTTTTTCCAAAAATTTACATAG ACGTTTGTTAAGACTTTAACATAGAGTCAGTTGGTCACCATTGCTAAAACGATCATTTCG CAAGGTCAAACGAGTCTAGAGCAGGTCCCCCTAGTTAATTCTAACGTCATTTTTACCAAA TTTTTTATGGGCTAGTTGATCTTGATGGCCAAAACGATTCATTTTCAAGGTCAAACAAGT CTTAAAGTATTTTATCGATTTTCGTGTGCTATATAGTCCACCATCTTTTTTGGTGATCCC AAATTCGATGTCATATTTGCCAAAAAAATTCATCGACGTCCGTTAAGACCTTAGTTGTGG AGCCAATTGGCCTTGATGGCTAAAACGACCCATTTCAAGGTCTAACAAGCTCAAAGCAAG TAAAACCTCTATTCTGGTAATTTTTGTGTTTTATATAGTCCACCATCTTTTTTAGTGATT TAGAATATTGACGTCATTTTTGCCAATATTTTTCATGGACGTCCGTTAAAACTTTAGTTG TGGATCCAGTTGACCCTGATGGCCAAAACAATCCATTTTCAAAGTCAAACGAGCTCAGAG TAGGTAAACTCCCATTTTACCTATTTTCGTGTGTTATAGTTCACCATTTTTTTGTGATCC AAATTCCACGTCATATTTTATGAAATTTTTCATGGACGTCCATTAAAACTTTAGTTATGG AGCCCGTTGACCCCGACGGTCAAAACGATCCATTTTCATGGTAAAACGAGTCATACATCA AGTATACCCCCATTTTGTCGATTTTCATGTGCTATAGTCCATGAATTTGGTGATCCAGAA TTTCGACGTCATTTTTTTCAAAATTTTACATGGACGTCCGTTAAGACCTTAATCATGGAG TCAGTTGGTCCCCAAGACCAAAAGGACTTATTCACAAGGTTAAACAAGTCACGGAGCAGG TAAACCCCCAAATTTCGAAGTCTTTTTTTTTCAAAAATTTACATGGACCTCCATTAAGAC CTCAGACATGGAGCCAGTTGGTCACCACGACCAAAACGACTCATTTTCAAGGTCAAACGA GCCCAGAGCAGATAAACCCCTTATTTTATCGATTTTCATGTGCATAGTCCATGAATTTTG GTGATTTGAAATTTCGACGTCATTTTTGTCAAAAATTACATAGATATCCTTCGAAACAAC CAATTTTCAAGATCAAATAAACCCTAGAGCAAGTAAACCTCGAATTTTACTAATTTTCAT GTGTTATAACACATAAAATCTATCGTCTTTTATTTTAAAATAAAACAACTATAATGATGA CAAATTATCCATTAGTTCACTTATTTTAATGTAATATAGTTGCACCACTTACAAATTTCA GGGACATGCCACTGAATAAAACAATCACTCAATACTAAAAAAAAAAAGAAAGTGTTACAG CAACAATTCAAACTTCTCATTTCTCATTAATTCAAATAAGAAAAAACTTACAACATAGTT ACATGGCTAAATCAAAACCTTTAACTTACATAACTCCCTCTCTTATTGGATATAAATGAA TAAGAAAAAAAATAATAAACATAATCAAAAATTGGAAATGCTAAATCTATATAAATAAGG GTCATAATAAATCCAACAACTACCAGAACTATAATTAGCCACCATACATCTTTGTTCAAA AAAATATTTTCAAGATTTAGAGTTTGCACACATGCCAAAACTGAAAATGTTGTGGCATAA AATACTGAAACCATAGCAATTATGACCCTTATAGGCAAAGAAATATAAAAATCATCACTA TGAAATTTGCAAAGAATAAATGATAACAACGTACCAATTGTGACTAGTGAACTTATAAGT GCTGCACCTAAGTAAAATATCAACATCCATATTTCATCTTTCAATTTTTGGAGGAAGATT GGCAGGCCAGTTGTCTGATCAAATCCTCCAGGGACTGTAAAAATAGCAGCGAAATTGACT GTGCAGAGGAGAGTAGCAAGTACTAGAGCTGAATTCGCTAGGTTTCTAATCGCGTCCTCT GCTTCTTTTCGTATTTGTTGATGGTTTTTTTCGAATAGCTCTTCTGCTGTTACACCCTTG GAGTTTTTTATGTCCCACAGGCGCGGATGTACGTGGTGTTTTACGTGCTGCAAAGATAAA AACTGTCATCTTCTCAATACATATTGTATCGAATCATCTGATTTAGCTCATCATTAAATT AGAAATCACATTATTTCAGAGCTTGTGTAGTTGATTTTGAAGGTAATTGGAGTAGTACTA GACATTGTATGTGGTAGGCGCTGTCACTCCCTTAGCAATCAAACTTATGCCTAGTAGGGC ATAAGTTCTTTAAGGATGCAGGACATACTCAAATTAGTTATAGTTTTACGTTGACTGTCA GCCTAAAAATGAAACCAACAATATGAGCAAACTCACACGGCGTTAGCACAACATAAATAC ACACAAAAAGAGAAAAGAAAAGAGAAAAAGTACCTTAAACCAAAGGATCCCCCACATCAT CATGAACACAGACAAAACACACCACACTTCATCAAAATGCTCTGAACTTGATGTTCTAAA TGGTGATCCAACATTTGCTGCATAATGCAATATTGTATTCCCTTCTTCATCAACATCAGC CAACATCCTTTCTATATGACCCACTTTTTTCACCAAATAATCAAACAAAAATCTGTTCTT ATGTTCCACTGCTATATGCAATATATTCCTCTTTTGTTCATCCAATGTCTCAACAACTTC AGGGTAAATTTCCAAAATTTCAACAACTAACTCATTGATTTTGAGATTTGATGCTTGTAT TAGTGGATTTGGCACAATGTAGTCAGTATTATAGCTCCAATCATAATTTTCCAGCAACAT TTTTGCTAATATTAGAGCAAGAATATGGTTTTGCTTTGCTTCATCAATGACTTGTAACCA GACATTACCTAAAATACAAAAAAGATATATACAAGTGAGAAAGTAGGGCATTAAGAGTTT GACTAATATCTACCGACAGTCTAAAGAATTTACACTATCAAGTCACCTTTACATGTTGTA GCAGGTGGCGTGTCTTATATTTTTCAAAACTACAAATTCGTTTTATATAATGGAGAATTA GACATATAATTTTTACACTATCAGGTTATCTATACATGTCATAATAGGCATATAATTTTT ACACTATCAGGTTATCTATACATGTCATAATAGGCACATAATATATACTATTTTAGCAAA TATAAAAGTGGTATATTCAATTCTTAATATGAATCATATAATGGATGATTAAATGAAGGG GCATATATATACCTAACAGAAAATTGGTGAATAAAGACCTTTCTCTGCTGAAAATTTTGG TGCTAGCTTGTGTATACAAAGGAGGAATACCTGCTCCATCAAATAGCAAATTAAATGTAG GTAATAACCGTAGTCAAAATTAGAGAAAGTAAATTTGGACTATTTTTTCCTCAAGTATTT TGACAGGTGGAAATACGATGCGATTAACTAATAATAAGAATATGAAGGACCTCAAGACAA GTAGAGCAATATTAAATGTGAGCTTACATGAATAGATTATGGTTTCAATCATCTGAAAAG GAACAGAAGGTGTTTTCCCTATTTCTTCAAATAAATATTCAGATCCACTCTTGAATGATA ATTGCTTTGTAGCCAACACATTCAAAGCACTCATTTTCTCATTATCACTTTGGCTAACAA GTTCAGGATATTGATTCACTATATATATTGCTAGATCTGCTTCACATGAAACAAAATAAT TATAATTAGGAGTCGATCAATGAATAAAGTTACTAGGTACCTGTACAGGTGTAACATAGC AACAGAAGATCACAAATTTCAAATTTAATTCAATCCGCTCATTCGCAATAATAATATAAA ACTTACCATAACAATCATGGGCTACTGTTGCATGAAGTACAGTTTTACCATCATTCCTCT TCATAGTTACCTCACTAAAATCATAATTTGCTAGAAGAGTAAATACATCTTTCTCTCCAC TTGCCGCGGCTACGTAAAGTGGTGTCTCACCTGCAAAAGCCGAGCCAGAATTTCAACTTT ATGTGTTGAATTTTTAGAATGAGTATACATTTACTATTTGAACAAAAGTTACTGAGTTTG TCTGGAAGAACCTGGCCCGTATCTGGGCTTCTAACTCCGCCCCTAACTTACCTAAGTTGT TACGCACAAAAATTAAGTCCTTCTCCTTCTTCAAAATCATCTCCACCACATCTTTTTTAC CAAATTTTGCAGCTTCATGCAATGGTGTATCTCCATTACTATTCGTAGTTTCCAAATCTT CAATGCTCAAATCAGGATCAAGAATTTCGAAACCCGCCAAGTTACCATGGATTGCTAGAA AGTGAAGAATGGTATCACCCCGATTATCCATCGGGGCAACACCTTCTTCTCTCCAAAATT CACGTATAATTTCAAGAGAACTCCTTCGAGATGCCGCTACGTAAGCTTCTGATCTTCGAC TTGCTTTGTCACTCAAATCCTTCTGCATTTTAATTCAATCTTTTCTTGGGATTCCAAGTT TTTTTTTTATCATATATATATGTAGCGACCAACACGGCAAGTATATGCACTAAACTCTCA TCATGTGTGGGGTCTTAGAAAGGACTAAACGACACGAATTATACACATTCCTATAAGAGG TTGTTTTCAGACTTTGAACCGAGACCTCATTTTATAGATGTAATTTGGAATATTTACTAG TGGGTAAGTTGCTCAAGTTTAGTTCTTTGGAATAACAAAAAAAAAAAAAAAAAAGCTACT TACCCTACCCTACTTACTTCTTGAAATGCTTTGCTTTCTTGATTAAAGCAAATTAATTTG AGGAAAAATCTAAAAAGAAACATTGGCTTTTCAGCTTTTTCAAGTTAAATCAACTATTTA TATAGCAAAGAGGTAAGGGGTATCTTCTTACTTTTGCAGATAACAATAATTTCATTTTAA TTGCTAAAAATAGTTAGGTACTATTCTCTGATATAGAAAGATGACCAATTGAAGTCATAA AGTGAATACAGTTTCAGAGGAAAAATTCAAAGCAGTGAATTAATATGTGATTGAACTTTA TTAATGTCTATAATAATATGAAAGTATGATCTCAGCCAGTACAGCAGATTGTGCAATCTA GGTGAGACAGAAATGCAATAGACTCTTTAAGGTAAGGCTCGTACAGTAGACTCTCGTGGT CCGACTCTTCTCCAGAGCTTGCACATAACGGTAACTTAATGCATCAAGCTGCTCCTTTAC TCGTATAGGACTAGTATAAGCTTATTTAATCAACTGTGTACACCTCAGAGAGATGCTGAA TTTTACAAACGCTATTGTGAACAAGTACAGTGCAAACTCGATATCTCACTGGGGTTGAGG TCGCGATTGCACGATGAAAATCTCATTACCAACCAAACATCCTTCGACATCTTGAGGAGA ACCAAACTTGCGTTCTAGGTAGAAACCAACAGCGCCAAGCCTCTGACCGAGCTGACGTCT GAAAATGGGGTCGATTGTTAAAGGTTTCTTGCTATAATCGACAGTCAAGTGAATAACTTC TCCGTCAGCAGGGGAATTGCCACCTACAACCATCTCCTCGCTAAAGTTGGCGAATGCTAG TGTGCGAACTGTGTCATCAAATTTACCACTAGATAGACGCCACGGTGTACCCCTTGTTCC TGAAGCGAGTGTTTCACCGAGTCCAGGTGCAATTTCAGCCTCAATGAAGTTATGATTGTT GTCCGTGGGGCTCAGTGTGTGGAGGACAAAAGACAAATCTGGTGAAAGCATTTCTTGCAC TAGCACGGCCATCGTAGCATCTTTCTGGGACACACCAGCAGCTCTGCGGCTCAGTACTGC TCTTCTAGTATACAACGAGGCCCAAACACGGGCTACAGCATGTCCAAACCTTACCGGATC TGAAGGGCTAACATTAGGAATTGAATCATAAAGTCCGGCTGCTGACATCCCCGCCAAGTC CTCGACATTAGCACTTGAACGCACTATTAAACGTGCATTACCGGGAAATATTTCTCCCAA GCTTTCGATGACATCTTGTCCAGGCAATAACGAAGATATTAACTTCTGGAGATCCTCACA GTGTTTATCAAGTTCACCGCCATCAATTTCAGCTGTTTCTATCTGCTCAACAAGCAATGT GAAGGTCTCCATTAACTTGTTCGTTTCCAATGCCGTTTCCATGGAACCAAATGGAATAAC TGCTCCAGCAGGAACTTTAAATGATGCTGGTGCACCTTGGTCACTATAAACTGCAATCAG ATAAATCATCAGACCCAAAAAAAAAGGGCAAAGACATATATTGCACCAATGGCATCCATC GTTTGTGCTATGATAAGCTAAACGCAAAAATAAAGTACCAATCGATGTTGACCAACACCG AAATTTAACTATGACAAACATAGGAAATGCAAAGGACCAAATTTTCAACTGGAAAAAGGA AAAAAAAAAAATAGAATGGGAGCAAAAACATTTACATGGAACTTTCATTTTTAAATAAAG GGTTCGTTAAGCAGAATTGACATTTTAGCTACAGCAACTAAGAATAAAATAGTAACAAGT ACGGATGATATGAAGAGAGGGTTGTCCTGCAAAGAACCAAGACTACCTTTAGTAGAAGAA GTGGCCAGTGAAGCTAATTGAGCACAAGAAGCAGCTTTTGCACCAGAGGTTTGTATATCT GCATCAACAAGAGGAATAACACCTCTAGCAGGTCCAACCTGCAAGTAGAAATTTGGCAGC TCGATAAGCAAATGATAGAAAAAAATAGAAAATAAAGAATAAAGAGAAAGCAAAGTGAGA AAAGAGGGGTGGAACTGAATTAAAGCAGAACATATTTGGAGAAAAAGGTTATTTGCAAGG AAACAGTTATTTACCTCTTTAACTTGAGATGATTTGACGGCAATTGAGGAAGCACCGCTG TCTGATGAGGTTGCACCTGTAGAAGACGCATTACTTGAAAGAAGTTTATCTGTAGAAACA CCACCCGTCTTCTCTGATGAAGAAGCAGTTAACTTTACACCAGTTGATGATGCTTCTAAC CTGAAAGAAAAGGGAAAACCCAAAGAAAATTAAGGACAAAATAAAGAAACTACTAATGCA TTATAATCATCAGTGAGTTAAAAGGTTTGAAGAATATAACCTCACATATTTTCCTAGTAG CTGTCTTACATCAGAAACTTTGTCATCGTCATCGCAGGTCACAAAAACAACCTTTTCCTG CAATCAAAAGTATGTCACACTTCTGTAACTAACACTCATATAAAAGAAAGCCTATAATTA ACTTTGGACAACAACAACATACCCAGTAAGATCCCACAAGTGGGGTCTAGGGAGGGTAGA GTGTGCACAGACCTTACCCTACCTCGTGGAGGTAGAAAGGTTGTTTCCTAAGGACCCTCA GCTAGAGAATAGCAAATCTAAGTACGAAAAGTAAGAACGACAGTGAAGAAGACATAGCAA CTAATATAAAAAAAAAAATAGTGCAATAACTGAAACATGATAAACAATGGATGATGATAC ATCATATCAAAAGCAAGACACTACAAGAATACGGCTAATACTAGCCAAGCAGAAATCCGA CAAAAAGTAAGAAAAACACTCCACTGCCTATCAACCTTCTCTCCAAATCCGTGATAGATA ACAAAATCAAGACACTATAATTAACTTTAGGACATGGAGACAAGATTTGGAACTCGCCTG CCGGGCCCTAACACCTAGATGAGATAAATGTGGTAGCTCCTGTAGAAGTACAACTCCAGA TATGTTACTCCCTGCGGCAGTCACCTGCAAGATGGTCAACAGGCCATTCAGTATCCTTTT CCGTGCAATACATAAGTTTCTAATGCCTTAGGATCCTGCAGAAGCAACACAGAGATGAGA AGCGCTAGAAACCTCTTCATCTCCATCAGCTTTGTTCACTACAAGAATAACAGGTCCTGT TGCAGATGATGGTAGAGTGCCGGGGATAATTCTATCCACCTGAAATGTGAGTAATCAGAC AACATATCAGCACTATATAAAACTAGTTCTACCTTGGATAAAATTTCAAACAGAGAAGAT GCAATTCACAGCATGAAGTTAAGGTCAAAACATAGACCAAGTACTGAACTGGATAGAAGA AGTTACACTGCAAGCATTCAGATAAACCCAAGTGCTTTGTAGCTTGATCAAAATGAATTC TTCTAGACTCTTTTGCGACAAAAAATCTTACTTCTAACAAATAAACCAAATCTTTCTATA CCCCGATGTTCGGGCCAGCTTGCGCATGCATTTCGAGCAAATTAACCAATTTTGTAGAGC AAATACCAGCTAGAGCTCTAAATATATAAATAAATTGCTGGAATAAGAGATTGACAATAT AATATTCACCTGTATTAGCTCTCCAAAAGCATCTCCTGGAACGAGAACGTCCCATCCCGA TGACCCAATTGTCCTTCTAACAGCCTTCAAAAGTAGAGTAGCAAACTTCGAAACCTGAAA AACCACACTACAAATTGCATGTATTTTACAAAGTTAGGCACTTTGTTAACTTACAGTAAC ATCCTCTGTCAGACAGAGAAATCAGAAGGATAAGATTGGAGCAACAATATTCAGAACAAT AAAATATTTGTGCAATCATACCCTGCTCGAATTTCAGCTTCAGTAAATGTTCTGACAGTA TTTTCAGGAATTCCCAAAGATTTTCCTAAAATCTGCAAGACCATATACTCAGTTAAAATC CCAAGTTATATATTTCTTACCTAACAAGCATGTCAATGACACTGAATGAAATAAGGGCTG ATATAGGAAAATCAATTTCCCTCCAACTGACTTAGCTAATCATATCACAATGTGGTCCAA ATGTAGTTCCAATTTGGATAGCTTACAGGCATGCCACATATAATGGAGTTTTTAAAAATA ATAATTCCAAACTAGTGAACAATAACTCAAGAACTGAAAATAATAGCCAAACCGGTACCA TGAGAAAAATTGAAAGCTTAGAAGCCACTACTGTCTTCTGAAGTACTCCTACGTTTCAAT TTGTTTGGTTTTGTCTTGACACAAAGTTAAAGAAAGTAAACAAGACTTTTGAATCTTGTC ATCTTAAGCTAAAGCTATCAAAATGCCCAGTTTTGTGGTCTTAAACATGTCATGTGAAAA GTTAGAATTAAAGAATTGTCAAAAAGGAAAGAAACATTCTTATTTAAACAGACTAAAAAG GAAAGTAAGACAAGAAAATTAAAACAGAAGGAATAATTCATTTCCAAAAAGTTGTTATAC CTGTACTTTTTCAGGGAATATTTGGATAAGTGTCTCGGAATACTCCTCAGTTAACCTTCG ACTTCTATCAAGAGTCGCTTTTAGTCTTAATGCCCATATAGTCTTACCATCTTCGCTGCC TTCAGTAAGGATAAGCCCAAAAATTTTCAGGATTGCTGATGCATTCTTGATTGCACGCAT GATAAATCATTGATGACAATAAGATACCTTCAATTTCTGAAATACCCCTTTCTTTCCATG ACAGAAGTTCATTTCCAACAGCTTTGCACTCCTCGGGCTTCCAACCAGATAGGCCTAGCT GTTGGATTCCTACTGTAAGTGCTCCAATTGGATCATTCCAAGAGCTAACGTTTTTCACAG TTACATTCTCTGCAAGCCAATCAGCTCCTCCTAGAGCTTCAACTGCATTCACAAACCTAT ATTTCGATTGAAAATTTCTTAGCTCGGGAGAAAAGAAGATTGTAATAATAATAAATGGGA AGTGTTCCTCGAAAAAATAAAAAAATAAATGGAAAGTATATTAACATATGCAACTGATGC TCAAATGTAGAATAGATCCATCAAAACAATAAAATACTCTTATGTTTGATTGATCAACCT ATCCTCAATTTTACTTTTTAAAAATCTTTTACTGTCAGGAAAAGGGAAAATATAATTTGA AGTGGACCAATGTATTTCCCCTGCAATGCACCCATATGTTTTTTCCATACATATAGGGTA TTCAGAGTATACCTGCTCAAAAGAACAAATGCATAGTCTTCAAGCCCAATTTCGCAGAGA CGCCACTGCACAATGAAAAGTTGGAAGTATTGGATGATTCAAGTAACAGGAATCAATGAC AACTTTAGTGTTGGTACATTTAAACAATTCATACCTTCTGACGCATAGCTATTGAAGCAT CTGGAGCATCATTTCGGAGGCCACTTTCAAGACCCTTGGAAATTACTTCACGAAGAGCAT TCAGAGAGTTGATAGTCCTGACTAGAAATCCAGTTCTTTCAGTCTCTGAAACATTATGTT TTTCATCCAATCTAACCAATTCCTGGGAGAGACGCCAAAGCCAGAATCAACGTCAGTTTT AATAATAGGAGTTATCCAACTAAGAGATCCTTGATTACAGGAAAATACCAAGAGGCCAAA ATACGTATATGCTATCTCTTGAGGAGACATAGGGTCTATAGAAAGCAAAAGATGCATTTC ATCGCAAGTGAACCAGATAACATTTTTACCCCTCCGTAAGAAAAATATTTTTTTGTTTCC TTTTTTCAGTCACTTAGTAAGAAAATGGTATCAATCATAGCCTGAGACTGCCGAGTAATC CTGAAGGTAAGACACCAAACTGCCGAGAATCACTATTCATACATTTCTTGCTTTAATATT TTGATATAATCTAAGCATCGAACCCAAAACCTTAAGGTTATCGATGGCGTCACCCATGAC ACTGAAAACTCTTTTAGAAATTCTTGCACAATCGTGAGGGACACTCTATTCTCCCACACC TTCTTGTATGCCGCATGAGTAAACAGATTCTAGGTTTACATGTGGGTGAAAGATTTTCCT TTTTTACTTGTTTTTCTTTTATACCTTTTTCCTTTTGTTTAGAAGATAGTGGGTTTGAAG TAGAGAGACAGAGAATAGGCTGAAGAGGATAATTGGAGCAGAGAGATAGTTGAAGAGTGG GTACGGATCAGAGTCAGTGACCCATATGAATTGAGAAAGATGAAAGAAGCCCCGAGTAGC TCGTAAACCTTCACTATATTACATCTAAGTCAAATTTATGTACATAAATACCTAACTAAC AGTTTAACCTACATTCATAATATCAAAGAACACACAGCTATTGCTAAAAATCTCATCGCA TTAGTAAAAACTTTGGAGCTTCTCTTAGGTAGAGCTATCACCAAAACAAATACACTGACC TTTTTGGACTCCAAGAATGATGAAAGCATTGTCAAGCTACTTCCGTCGAGTGATTCTCTT ATAGATTCCAGCTGTTCATCAAGACTGAATAGACAGAACAGAAAGAAGTTATTTCAAGCA AATTTCATTTTCCAGTGTGTAAGCATTTTTGTAGGAACATATTGCACCTAATTAATTCCG TGTAAATCATACGGACGTTCATGATTGGGAATTACGTACTGGAGAAACATATCCCTTGAA GGGTGACCCATTACTAAGGACGAGAAAATTCTATAACATGCACCCAAATCATTTTTCTTC ACTGTCAAAGAGCACATTTAATCAGACTAAAAGTTACTTAACAATATCCTTAAACGACTC TATAACAATGCAATCAATCTACTTTTTTCTCCTTGGGAGAGAACCACATTTGCACGTATG ATAGCAAACAGTGAAGTTCATACATCACGAGCCAACTGATCTCTCAGACATGTCATGTCT AGATACCTCTCAATTAATAAAGTGAGGGTACTGCAAAGTAGCAAAATTTAATATAGGAAA GAAAAAACATTGTTGTAGAGAAAAACAATTCAGGAAGAAATTGAGGAACAACATACTGGT GAGACACTATTATCTAGCAAGTGAAGAAGCGTATTTTATAAAGTAATGGATCTGGACCAA TGCATGCTACGGAGAAGCTTGATTAGTCGATCTACTAAACTTATCTCCTTTTTATCCCAT AATAGGACTGACTTTTTGTGAAATCAAATATTTTGAAACAAGTAAGAGATGAAGGTCATA CCTCCCAGCATTGAAGAAATCTTTTAGTTCATTGTGGAAAATCTTGAATTGCTCTACAAA TGCCTCACTGTATTGTCCAGGTTGTTTGGTAATTCTTTCGAGCATTGCTTCTGTGGATAC TAGATCTTCAGGGCCAGCATTTCTATGGAGCTTGTTTTGTATAGTATGTTTGATTTCTTG CTGAAGTAAGGTTATTTTAATAGTAAGAAGGACAAATATATTACGTAAAAAACATGAAAA TATTGAGAATGCAAGGAAAAATTAAAAATAAGTATTTTGGTAGTATACAACCTTAAGATC ATGCGGAATATCATTCCTATGAGCGATGTCCCTGATTCTCGTTAAAGGAACGGATGCAGT GAATTCTGCTTTAAAAGAAGGCAAGCACGGTTGCATCTTGCGGATCACAAGTATTTCCTG CATATAATGAAAAGAAAACTTTTCTAAGCCACTCAAAACTGGGTAAGGAAAAGCTCGAGA ACAAGATAACGGTTGACTCATATCCACAAAGTTCAGAGTGATGATTTTTCTAACTCCCTT TCCTTCCTGTATCATGTTCCCAAGTTACCTTTTTGTTTGCATTTCAACTCAAAAGCTTTA AATCTCATAATCATATTACAGACAGCAGATGTATGGTCTAATAATATTTGAAGCAAGAGC TTATATTGACCAATTGTTACTTTGCCGACGGAACTTTCTAACTATATTAATGAGATTTAA GAAAGAAAAGCAGTCAGAAGTTCAGACCCTTCTTCATTAGAAAAGCATATTTGATTTTAC CATCAAGAAGAAAAAAAACTGAACCACAGAATTAGCTCAATTGTAGAAGCAATAACATTT TCTCTTCAGAGCAGTGCTCTAAATAAAAATTCAAGGAATAAAACATAGATCAACTGAATT CTTCCTAACAAAATACTAAAGAGATCAATATCTACTGTTGCGTCTAAACTGAAGTTACAT TTGTGTGATTTCCAGTCACATTTTTTATAACCGAGAAATTCCTGAGGGACAAAAGGCACA GTTCGAAACTCGGCAGATAATGGGCTTCCCCTCTACCTTGTTGAGATTTCCAGTTACCTA TGACTTATTGTTACCATATAGTACCACCACTTAACAAATCGAATAAGAATTTGCAGAACG AATTGAACCAGTTCAACGGATCAACATTAATTTCTCAAGAGCAACCAACATGTTCCAGAA TCGAAAGACATAACAAAAATTAAAATAAGCGTAATGAGGTGCACTTAACGGTTGAACACC TGAAGTGTAGTGTCTTTCCTGCTCAAGACTTTTTCTACTTCACGAAATATAAGCCTGGAA ATCTCTGCATGTCTATTTGGTCGATGGTGACCCCCATCTTCAAGGCAAGGAATTTGCCCT GTATTTATCCACTGCACCCAAGAGTAATATTCAGTAGAGATAGAAATGAATCAAGCAAGT CATCTAAAAATATACGAGACCTTTAGATAGACAGCTGCATACGTGAGAGCCTCCAAGCGA TGTGAACTATCCATGTTTTCAACAACTAGTTCTCGAACAACCTCAAGCTAAAACCAGTAA AAAAAAAAGGAGACAGTTAATTATAAAGAGATGTAGACAATTCTGAAGTTAGAGCCTTTT CACGAAATGGAAAAGTAACAAACCACAAGAATTGCAATTAATAGAGAATAACATCACTTC TCATGCTTTAGTGCTGGTGTTACCTCTCTTCAACCAGCTATTTTTTAATCACACAATCTA CCGTTGTTCCAAAGTATATTTAGTTATCTCCAACTGAGAAGAACTAAAACTATCTTTAAA TATAATCAAATTAGTAAAGTTAAAAGAATGAGAAAAGGGGAATATTTCAAATAGACGCCA ATAGTTTTGCTATGACTTATGAGTTCACATACAGCCAACTCATTAGCATTATGCTAGGAA GTTTTAGCTTTTAAAAGCTCATGCTTCCTCTGTCTCTCTGTTTGAGCCGCTGCTATTCCA TACTGTATCTCTAATGAGAACCAGTAACAATAACCTAAATCTAACAGTAAATGATAGTTT TATCATCCTTATTGGTATCAATGAGAAACAACTTCGCCAAACCACACTAACAGGCACCAC TATGTAACTATCTCAAGATATATCATTGTACTGGCATTAAAAAAACATCTTAAATAAGGC AAAGGATAACAATAATCTAAATCTAATATGAAGTAACGGCTCTCCCATCCTTATTGATAT AGCTGAACAACAAATTCAAGCTTCATCTAAGCACAAGAAAATGCACTTTCACATAGCTAT CTCAAGATATGTTTTGGCCTGTTAATCTGATGGATGAAAAGCAACTTGTAGTATAGTAGA CCACCAAATGGAGAGCAATCAATTTCTCCATGGACTACTTAGCAACAAATAAAACTGAAA GAAGAGAATATTGTAGTTCATCAGTCAATTTGCATAAGAACCAAGTGCTCGCTCTACAAA AAATATCTCTCAATCTCCTGGAAACATCTCTCTCCAACTTTCCTCTGTGGCCACACTTGA TCTTACACAGAACGCAAGGAAAGTTATTCTCTTCCCTCTTTGCTCATTCCATCTCTTCCT TCATACCGTTTCTCCACTCATTAATCATCATGAGTGTTAGCAAATCTCTCTCTCTCTCTC TCTCTCTCTCTCTCTCTCTCTCTATATATATATATATATATATATATATATATCCCCATA GCTAAAAGGAGACACACTTGGAGGACTTCACACACAAGTGATGAGTGAGCTTAAAAGAAG ACACTCTTGCAATAGTGAGGATACCAACAATGCAGATTGATGAATTATAGAAAATAAATT GCAGAGATGCCCTGTGATGCTATCTTGCACAGAAGTAATTCTTTTATGGCACAGTCAATT TCCAGAATGCAAACATGCCATCAAGACGAGATCTAATCTATCTTCTCACCTTCCGCCACC AGTTTCGAGCATTCTTATCACCTTCAACAAGCTTTAGGGAAATTCCGGTGAGACCTGATG TGTCCCACTTCCTATTTTTATCAGAATCCAGCTGGTCGTTTGAACGTACAAAAGATGCAG CCCTCCCTTGCCATTGCTCCACAAATGGACTTGTTACTACGTCAGGAACAACTGCCTGGC TAGTAATTGTAGCTCCATTATCACTTGTCTCTTCTACTAACTTCTCTACCTCAAATGGAT CCAATGACAACAAATTCACAGGCTCATCTGTCACATTCCATTGACAGACCAGTTCAAAAC TTCCTCCTTCTGGTAGCTTCAAGATCCGATTACTGCCGTTTTCCCATAACATATTCTTGT CCTTACCAACAATTACAAACTTATACTCAAGAATCTCGCCAGATCGTACTTCCAGTTCAC CAATCCATCCATTTTCTGTCCAATCCATCATTATATTTTTCTTCCAGGACCCTAATTCTT TGGCCGATCCCAGAACTGCAATGTGCTCCCCATATTCAACTTGGTGATCAAGCCGAAAAC GTAGCTGAACCTTCTCACTAGATGATTTGTTCTTTCCTTTATTTTGGTTTTCCCTGCATC GAAGAAAATTTTAGTCAAGGAAAACCCACATATCTTAAATCTGTGAAATAAAAGCAATGA TTTTGCTGAACCACATAATACAATTGGTCTACAATAACATAATTTATTAATTTTTGTCAT GTATAATTGGGGTAAAATAGAATAAGTAATGGCTTGAAAGTTGAAACAAGAACTGAAAAC TACCAAGGTTGAGGCAGTAAAGCCAACACAGAAAACTTAACTCAGGAGACAGTGGAACTT CACGGTTGCACCATCTGCTTGAGAAATAGTACCAAGGTCGGGCAGTACCATAGCCCTAAT ATCACTGCATTTCCTATCTAATTCACAAAGGCAGTAAAACTCGTACTCTCTCCCAGATTA ACTGCACTAGGCCTTCTTTAAGATCAAAATTACAAAATTTTGAACATCAAATACACTGAG TCTTCTGCAACTAAAGCTTAACTATTCAACATCATATCAATTTTAATTTAATAGGTGCCT CCATTTTTCTCTGAACAATTAAGTATTCCAGGTGAAAACTTTTAGCTTTAAAACCAATCT TAAAGACACCTTAAATGGACAGAGGAAGTAGAAGAAAACAGCATTCTCATAGAATAAAAC ACACACAAAATATATATATATATATATATATATATATATATATATATACCAAATTATAAA CTTAGGTGAAAGTTTTGATCTTTAATACAAGTTAAGCTTAACTATTCAATATCATATTAA TTTCAATTTAATAGGTGACCACCATTCTTCTCCAAATTATAAGTATTCAAGGTGAAAACT TTGTACTTCATGACACCTGGACACAGAGAGCAGAAGAAAACACCATTCTCATAAAATAAG CTTAAGCACACTTATTATTTCCAAATTATAAAGAACTGAAAGTTTTGATCTTTAATTCAA ACTTAACACATTATAAGCTATCTCAGTAAAAACAAATTCAAAGAAACAAGAAAAAGGATA CCTGGTTTCAACAGAAGACACCCCACAGACAATTCCTTTAACCCTACGATCCATGAAAAA ACCCAAATTCGTTGCAGGCAAAAGGGTCAAATTTCTCACACTTGTATGACTTATCTGATG TACAACATTGAATTGCTTCAAAATCTTGATCTGGGGTTGTCTCTTTTTCACATTTAGAAC TGAATAATAGTGTGACAGATGCATAGAATCCATATTAAAGCACATTAACAGTGAAAACTA TATACTGATTCTTGAAATTGACAGCAAACTTTGATTTTTAAGACAGAAAAGATTGGCTTT TAGAGGTAGAGTGGAATCAAGGAGAAGTATATTTACAAATACAAATTCCTAGGAGCGATC TAACAAAATTATTTATGAAAAAAAATATAAACTTGGGATGGAACAATCATGGAATTGTAA AGAGTGTAGTAAAGAAGGACCCTCCATTTGTGGATAGGTGTCACATGTCAATTTTTAGAT CTTTTAATTCGAATGAGTACAAGTTAAAAAAAAACATATCTAAATTATTATTTTTTTGCG AATTTCATATTTTAAGTAGATATGATAATGATAAGTATAGATTTAAATAGAACTCAAAGC AACAAAAAATAATAGTTTGTGTATCTCAAATATATTAATATATATAGCTTACTTCTCTTT TTAGTCAAATAATTTAAAATTTGAGTAACATACTATGGGTTGATAAATTCATGATTAATA GGCTATAAGTTATATATTTACTTGAGTTAATATGCACTATTGTAGCTCAAGAGAAAAGAA GATAATTTTAGCATTGAGAATTATTGCATGTAATGTTTGGTCCATTTTAAATTCTTTCAA TTGGAAGCTCTTGGATGGCATTTTGCAAAATCCCATCCTTTGCAAGCAATTGTGTCTCCT TTTTTTAATGTATTCGCGATTCAAAAATCAAATTCAAAATTTAAATTTTAAAAATTTAAT TCTATTTTGTTAAAATGACTTAAACTTTAAATTCAGAGGTTTGAATGGTAACAATTGAAC TGAAGTTGCAACTTAAATATGAAATCTCCAGTTTTAGGCTAAATTTTAAATAATATAATT GTGACTATTATCTTAAATAGGGATCCGTATACACTTCTCCTGAATCCTAGGCTCTTAAGC CCAATCCAATATCCTTAACAGAGACTATTTAGTTGTGGACTTGGCCCATTTATCTGGTTA TTACATGTTCTATTTAAATTAATATTTGATATACATATTGAAATTTGACTAAATTCAAAA CCGTCAATTACATGATGAGTTTATCCCCTTCTCCTTTTACGGCCACCACTATTTTTTTAT TATACATGATATTCAATGTTTACGTCAAATCAACAAATATTCTAATATCAAATCAATAAT AATACCAATATATATTACATAGATATACTCAACTAAGGGTGGTTTATTAGATAAATAAAC AAAAAGATGAATCCAATACAAGTATTATAAAATATTAAACGAATCATTTTCCATGACTCA TATATATCGTGAATATCATTTTCATGGTTAATATAAATTATATTAAATTTTTGCACTTCA ACCATGTTGTTGACGTGAGAATAGAATCTCAATAATTTAATTTTCTATGTACAAACTAAA ACTTTATACATCGAGTTATCAATTATAAAAGTAAACAGACACATAAATAAATATATGATC TATCTAAATACTTTTTAAATTGATCAAACAGTTATTTCATATAAATAATATATTCTACAT ATCTAAACACTTTGATTGATAATATTTCATACACACACATATCACGTTATTCTTTAAATA ATATTGCTTAAGGTCTATAAATATTTAATTTTAATATAAATATCGAATACATATAAATAC TTATTGACTCGATAACATCAAAGAGAAAATGGGAATAACTATCAAAGGATGAGCTTTACC TAAAGGTGATACCAAATTTCTCCTCCATGTCTAAATCTTTTGGTACAATGTTTGCCTCAA GCTTCCAATTGAAGGATTTTAAGAGTGACCCTAATATTACTGGAACAATTCTCAATGCTA GTGGAAATTCAGGGCATATTCTTAGACCAGCACCAAATGGGACTATATTTAACTAAATAA AAGTTATATAATATTTTAGGGATATTTTTTTATTGAGTAAATCGAAAATCAAATTGATAA CTATCAAAAACTGATAAATCAAAAATCGATAAATAATATCTTATTGATTTGTTATTGGGT TAGCTTATTTAAAAATTGAAAATTGATAAATCAAAACGATAATACATAAATCGAACCGAA CCGATGCACCCCTAAAACTTCATAAATCATATGTTCTATTTTATTTATTTTTCGTTTTGA TGAACAATGGGATTGAAGTAACAATTAATATTGTTCTTGAAAAAGAAATCCTCAAATGGA TTTTATTATATCAAAGAATAAGTCCAATCAAAGATCTTAAATTTTAATTATCTTTTAAAT AAATTCATTTGTAATTAATTTGTTTAATCCTTTTTGATATACAATATTTTAGATTTATCA ATATTTCTAATAAAATTTTTCTCTTTTTTGAAAATTTTATATTTTCTAAAAGTAATTATT ACTTAAAAAAAAAAAAAAGAAGAGGTCCCCCAAGTTAGGTGGCCTAAGGCTAGTGCCATT TTTCTAGGCTAGTAGAGCCACCCCTGGACCTCGTTATATCAAAGAATAGAAGAAGACATA TGGAGTAATATTTTATTTTCAATAATTAATATGTAATTATAGATGTATCCTATTATTATT ATTATTATTGTTATTGTTGTTGTTGTTATTATTAAAATACAGACATATATAAGGGAAAAC TTAGCAAATATTAGAAAATGGTGAATGACGAAATTTAAAGATTATACCCTAAATAAGACC TTTTTGCTAATATTCAATTGGACATAATTAATGAAATATTTTTCTGCTTTTAAATTAGAC TATTTTATGTTTTTCTCTCCAAAGATAGGGCTAATTGATATCCATATATAGTTCTAAACA TTTATTAACATATATTTAGCCAAGATTAGTTAAAATCTAAAAAGTTTGGCATTATATAGA AAAAAATCTAATAAGTTTGGCATTATATATAGCAAAAATTCATTGTGTCCACAAACACAT CTTATATAGGCACATGCCCATTTATTTATTTAAAAACTAAAATGTACATGACATATGACT TGTATTATAACTGACAATGACAAAATGTGTGTATCAATTTTTGCTTGGATTTTTCTTTAT ATCATTATAGCAAAGATATGCAGAAGGGGAAGCAAAAAACTTCCATCATGGCCAATATTA TGGGAAATCTTCACTTTGTAGGTCAAATTGCTTTCAAAACAATAACTTGATTGTAAAATC ATGACCAATTCATATATGAAATAATATGTTAATTGAGAAATAATAATGGAAATATTAAAA AAGTGAAATAGAGAGGGTGAGTAGTAGTTCTCCAATTTTGAAGAACTACCATTCACCTCT CGATAAATTGAATATAGAGAAGGGTTGGAGAGGGCATACTCTATTTACTCTCCAAATATA GAAAATGAAGAGTAAAATAGAGGTGGTCGGAGATGGTTTAACAGATATTGAATTGTGGAT ATGGCCCACTTATATCTAATACGGAATATATTTTCAGCATACCATTGACATTACAATTCA TATTTTATATTTTCTCTTAAAATATCAAGTTAAATGACGAAGTTATAATCGACCATATCT TCATAGATCTTACCGCTAATAATAGAAAAAATAATTAAGAAAAACATATCGTATTATTAT GTGATATTTTAAATTTATTATGGATATTTTATCATATTATTATTTTTAGGTAGAGATTTT TTTTTAATATGCTACAAATATTTATGATGAGGAAACTATTAGTATTGCACAACATGAATC TCCTCTTTTGATCTTCATAATCTTTTATATTTATTCTCTTTTTGCCTAAAGCAAATAACA TTCATGAGAAACATATATAGGCAATATACATATATATGATTATTTAGATTAAAATACTTG CTTCAGCGTAAATATCAAATACATATAAATATTTATCGACTAGGCAATGCAACATCGATC AAAGAGGAGAGGGGATAGCTCGCAAAGGATGAGCTTTGGCTAAGGTAATACCAAACTTCT CCTCCATGTCTAATTCTTGTGGCTCAATACCTGCATCAAGTTTCCAATTGAATGAATTCA ACAGTGAGCCCAACATTACTGGAATCATCCTCAATGCTAGTGGCAACCCAGGGCATATTC TTCGTCCAGCACCAAATGGAATCAACTCAAAATCTTGTCCTCGCATGTCCAGATCCAAAT TCAAAAATCTCTCAGGTTTAAACTCTAAAGGATCCTTCCAAAAAGTAAAATCTCGACCAA TCGCCCACACATTAACTAGTACCTGGACTCAAATTACATGAGTTAGTTTATGTTTGGATT GGTTAAAAGAGCTCAATAAGATTCAGTACTAAACAACAGGTCAAACCTAATCCATCCAAC TCTAACCAAATTTTAATTTATTTTATTTTTTTAAAAAATAATTATAAATTTTCTTTTGGG TCCTCTTTAGTACACTATTCATATTATTTTCGTCAAATAACTTTATTTACCACACATACA TACCTGTGAGCCCTTTGGGATGATGTAGTCACACAATTCAACATCTTGGTCTACTTTGCG CGGAACTAAGAGCGGAACCGGTGGATGCAATCTTAATGTTTCTTTGATAATGCATTGCAA GTAAGGGAGTCGAAAAACATCAGCTTCTTCTATTAATTTTCCTTTCCCAATGATTTCAGC AAGTTCAACTTGAGCTTTTTTTATTATCTCAGGTTGTTTAAGCAATTCTGCCATTGCCCA TTCCAATGTGCTTGTGGTTGTATCAGTACCCGCACCAAATAGGTCCTATAACATTAATTT GTACATCAAAATAAATAACCATATATTGCAATAATAATAAAAAAAATTCATAAATTATAA TAATATAACATAAGCTCATGATAAATAATACGAACCATGAACATGGACTTGATGTGATTA TGATCAATCTCTTGAGGATTTTTTTCAGTAATATTGAGAAATATTTCAAGAACATCGCTC TTTTCCATGAATCCTGGTCTTTTCTTTTCCTCCAATCGTTCGTTGATCAAATCATCAAAA AGTTTAAACAACTTACCAAAATGAATGATAGCGCGACGTCTTATTCCTTGAAGATCAATT TTTTCAAGTATGGGGAAAAAATCTACTAAATTAGGCTTCCCTACCTCAGCCATGATACCC CATATAACTTCCTTCAACTCTACCTTTGAATCTGAAAAAGGATCAGCCAAATCCTTGGAG AAAAGTGTGTTTGACAACAAATTAAGACTAGTCTTGAAAACAACTTGACCTATATCCAAA GCTTCACCTTGTTGACTACATTTGTCACAATAATCAATCAATTGTTTCACCTTTTGAGAC CTTAGATGTTGATTTGCATCAAGCTTATTGGAAGATAAGAGGTTAGTGTTCAATATTCTT CGAAGCGTTCGCCATTGAGGACAAACAGGAAGCCATGCCACAGAAAATTTGTAATGGTTG TGCGCTTGAAGAGCATTAGGAGCAAATCTAGATGAAAAGGCTTGATCTTGAGTTTTAAGG ACTTGTTTTGCAATGGTTGATGAGGAAATGACTATTGTTGTTATTTGACCTAACTTTAAA CTCATAATTGGACCATAATTTTTTGCAAGATTGGCTAGTGATATATGAGGTTTTGCACCT AACAACTGAAGGTTTCCAATAATTGGCCATGGTGATGGACCTGGTGGAAGTTTTTTGCTT CCTTTGCTACATATTTTTGCTATGATATTAGCCAACACTAAAATTGACACAAACACAAGT GTATAGTAATCCATAGGCCTCTCTCTCTTGCTTCAACTTTGAAAGCTGACAAGATAAATG ATAATAATAATAAAGGATACAAGATACATATGTGTCACTAAATATCATAACATCAATCAT GTACTAGTTAATATAATAACCACCACTAGTGTTACTAATTAAATAACATTATTTTATATA TACATATATATTATATTCTATTCGTTAAAATAGACGTATCAAATAAATATTTTTTTAAAA TTATTTTAATTTTTCGCTACTAAAATTACTAACTATAGTGATTTTTTAATAGGAAAACTT GATAAATCATATGTTACTATTTTTATTTTATTTTTTCGTTTTAATGAACAGTGGGATTTG AAGGAATAATTACTATTGTTTTTGAAAAAGAAATTCTCAAATGGATTTTATTATATCAAA AATAGGTCCAATAAAAATTAAAAAAAAAAAAGTGGAATAGAAATGAAATAGAAGGGTAGG CCAGCCCTATACACAAAAGTCCATCACTCATCACTCTTTATCACAGACGGTACGACTAAT TGACCCAGTGGCGGCTAAAATATAAATTTAAAGGAAGGTTAATTATTTTTAAAATAGTTT TATTTATAATTATTAGTTTAATCCTTTTTGATATAGAATATATATTTCAGATTTATCAAA ATTTCTAATAAACTTTTTCTCTTTTATGAAATTTTATATTTTCTAAATAATATTCAATTT TTTTAAAAGAAATATTTATAATCTATTATTTATTTATATTTTTTAGAAAAATAAAAAACA AGAGGTCCCCCAAATTAGGTGGAGGCTACTGACATTTTTCTAGATAGTTTAATGGGATTG AGCTGTCATAATATATCAAGGAATAGAAGAAGACATATTATTATTATTATTATTATTATT ATTGTTATTATTATTATTATATGAGAAAATTAGCAAATATTAAAAAATGGTGAATGGCGA AATTTAAAGATTACCCAAAATAGACCTCTTTGCTAGCTAATATTCAGTTGGACATAAATA ATGAATTATTTTCTAGGTCTCTATTTAGTTCTTCATTTTAAAAGTGACACACATATTAAG CACTAATTAATATCATAGATTAGTTACAATTTTATTCTTAATTTAAAAAATTATGCAATT CCCCTAATATAATAAATATATTTTCTGGTTTCAAAAAACATGCATTACAACTAAGTAGTA CTAGAAATTTTCTAGAATTAAATAGGAACATATTAGAAAAGAAAATTATTTTCCTTTCTT GATTTATTGAAATGAACAAATAAATAGGAATCGATATAAAAAAATATGAACAAATAAATA GGGACAGAAGAAATATTTTTCTACTTTTAAAATAGACTGTTTTATGTTTTTCTCTTCAAA GAAAGGGCTATTGATATCCATATATATTTCTAAGAATTATTGGCATATATTTAGCCAAGA TTAGTTAAAATCTAAAAAGTTTGGAAATATATAGAAAAAAATCTAAAAAGTTTGGCATTA TATATATAGCAAAAATTTATTATATATAGCAAAAATTCATTGTGTCCACAAACACTATCT TATATAGGCACATGCCTATTTGTTTTATGTAAAAACTAAAATGTACATGACATATGACTT GTATTATAACTGAAAAAATGTGTGTATCAATTTTTTCTTTGATTTTTCTTTGTATTATTA TAGCAAAAATAAGCAGAAGAGCAAGCAAAAAACCTTTCACCATGGCCAATATTATGGGAA ATCTTCACTTTTGTAGGTCAAATTGCTTTCAAAACAATAACTTGATTGTAAAATCATGAC CACTTCATATATGTATATTTAGTATAAGGTGTATATATTATCTATATACTAGATAGGTTA AAGGGATTGAGGTGTAATTATTTATTTTAGTACCATATTAAACTAGTTTTTTTTTTTTTA ATTATTATGATTTTGACAAGAAGGCGTTCATGAATGATTTATATTTGGGAATTAGAACAA ATATACTCCCGCACTATTGTAAATGATATGCAAATATCCTTCGTCATACTTTTGGGATAT TAGTGCCCCTGTCGTCTAAAAACTAGAGCATATATACCCTTTATACTAACGGACATACAC GTGTCATAATTTTATCCATTGATCTGACATTTATCGACGGATAAGATTGTGCCGCGTGTC CCTATTTAGTCTTCCGTTAGAGTGAAGTGCATATATGTTCTAATTTTTGGATGGCAGAGA CATCAATGTCCCAAACGTATGGCGCAAGGTATCTGTGAACCATTTACTATAGTTCAGGGG TATATTTATCCTTTTTTCCTTTATATTTTCATAGATTAATTTGTCAATGATATTGGTATA ACAGTTTATAATTTTTTTAAAAAAAATTTAAGGTAGATATGAATTATATGATTTTTTTTG TGTGTGTTATTATCAACGTGAATTGCTATACTGTTGATATTATGACCCCCTTTTTTGAAT TCAAAGGTAGAGTTGATTGCGATTTTGACATCCCAACCCATCATTTTGACTTTATAAAAG GGAGTTGATTTTTACTAATCACATAAATTTGATAGAAGAAAATTATGAAAAATGTTCAAA ATTATGAAAAATGTTCAAAATTAAATATGAAATGTATTAAAGAAATCAATGTATCTGAAC TCGTAAAGTTAAATATTAAAAATAAATGTTGTGGGAAAGAAAGTCGATAATGTAAGATTA GTGATTTTTTAATTTGAGATGTGATCGTTTTTTCCCTTGTTTTTTTTGTTATGATACCTT TCTAAATTATAATTTTTTGAATGATTTCTCTACATTTAATTGAACTTGAGATATGAACAC TATTTTTTCTTTTTACTTTGTTCACTTCTTAAAATATAGTTTTAGAATGATATCTTAATA TTTATGCTTCATAAGATTCACATTTTTCATCTTTTTGAATAAATTTCTTAAAAATATTTT TAGTATGATATCTCAACATTCATGCTTCATAAAATTCACGTTTTTTATCTTTTAAAATAA AATAAGATTTAAAAGACAAAGAAGGAAATAAGAAAAAATAGAATAAAACGAAGAAGAAAA GGGTAAAATATATCAATATTTTGTGACAATTGTTACTTTATGTTGTCAATAAGGTATATA CTCTTTAATTCAAGTTACTTATTTTTCAAAATCAATATTTTTTAGTTCCAACTTCTTCTT TGTTAACTTCATTGCTATCTATTTTTTAATTTTTCCTCTATTAACCAACCTAAAGAATTG TCAATCAAGATCACTAAGAAATAGATAAAATTTTGAAATTAGAAGACAAAAGAAGGTAAG AAAGAAATATATTTGAAATTAAAGAGAACAAAGGATAGAATTAACTACCCAAAAAAGATT GAATAGATACAAATTTCCAATTTTTCTAGTTTTACTTGGCTTATATACAAATATATTAAA GAGTATATTTCAGTATACAATAAATTCCTAAGAATGACAAGTTATACTGATTAAGAGAAT TAAGAATATGAGTTTGAATTTATTTGTAACGTAATTGAAATAATGAAAAGACAATCAAAA TTAAAGTTATTAAGATAATTATTTTTACAATAAGTTTCAATAAAAAGCAAAAACAAAAAC GAAATATGTCAAAATAAAGAGAGACAAACAGGATAAATTTTGTTGAAAAAAACTTGACAA GTGAAGATGGCCATGGTGGAAGTTTTTTGTCTTCTTTGCTACATATTTTTGCTAGAATAT AAAGAAAAAAATCAATGAAAAAATGGATCCAAACACCACAAGTGTATAGTAATCCATTAG ATGCTATATATTTGCAAATACAAAGTGTAGGGGAGGAAATATTGATAATTATTGTACTTT ATATAGTAATCTTTTCCCTTTGAAATTACTTAAACTTCAAAAAAATGAATAAATTTGAAG TTTGAAATATTTTTATATTTATTGCCTACATTTTTGTTTCTTAAGAAAATAATAAAACTT TAATTGGAAATTGGTGATCTCAAATTTTTGACCATCAAAGAGGAGATGGGATAGCCCGCA AAGGATGAGCTTTGACTAAAGCCAAACCAAATTTCTCCTCCATGTCTAGGTCTTCTGGTC TAATGCCTGCCTCGAGTTTCCAATTGAAGGAATTCAAGAGTGAGCCCAACATGACTGGAA TCATTCGCAATGCAAGTGGCAAGGCAGGGCACATTCTTCTACCCGCACCAAATGGGATCA GTTCAAAATCTTGTCCTCGCACGTCTAAATTTGAATGCCAAAACCTCTCAGGTTTAAACA CTAAGGGATCCTCCCAAAAAGTAGAATCTCTATTAATTTCCCACACATTGACTAGTACCT ATTAAAAAAGTGTCAAATAGGCATTCTTGTCTATGTTTTGGACAAGTCATATATTTAATG AAGTTATAACTACTATATGGAAATTACATAAATTGAGATAACTTATGTTCTACCATATAT ATACCTGTGAGCCCTTTGGAACGATGTAACCACACAATTCAACGTCTTGCTCCACTTTGT GTGGTAGTAAGAATGGAGCAGATGGATGTAATCTTAATGTTTCTTTAACTGTGCACTGCA AGTATGGAAGTCGAGAAATATCATCTTCTTCTATTGATTTTCCTTTTCCAATAATTTCTT CAAGTTCAATCTGAACTTTCTTCATAATCTCAGGATGTTTAAGTATTTCTGCCATTATCC ATTCCATTGTGCTTGTGGTTGTATCAGTACCCGCCAAAAATAGGTCCTATAAAATCAATT TGTACATCAAACTCTAGACTACCAATAATATAAAGAAATAAATTGTTCCCTCCGTTTTCT TTTTTTAGAGTCAAACGCTAAGAACTTTGCCTATTATTTTTACAATGTTCTTTTTTTCAT CATAGGTATACTACTTTTCGTATAGTTTTTGAATATCTAAATTTTTTATTTAAAATATCG AATTAATGTAATCTAATTTGACTTTTTAAAAATTGCAACATGACCACAGACGAGAAGCTT TTACGTATTACGGAAAAGCAACTCAACCAAATCGTTGAGGAATGAAATGCCCTAGCCGAA ATTTGGAAAAAAGCTACTTTCTTCTGTATGGTGTTGCCGGTGTCGCCCAAGACCAAAAAG ACAACATATATCTCATCCTTGAAATGAGATGAGCTTGATCTTAGCGAATACCTCAAAACG GTCCACTTCATCACAATAAGATTTGTAAATGCTAATTAAGGATGGAGTCCATAAATGAAG AGGGTTAATTGATGATATATATATATATATATATAGCTTATAACTCATTAATTAATGAGA AAAGAGCACAAACCAAAAATACGGATTTGATGTGATTATGATTGATTTCTTGAGGATTTT CTTCACAAATACTGAGAAACACTTCCAAAACATCACTTCTTTCACTATGAAACCTTCTCT TTTCCTCCAATCGTTCGTTGATCAAACCATCAAAAAGCTTAAACAATTTACCAATATGAA TGGTTGTACGACGCTTTATTCCTTGAAGATCAAACTTTTCAAGTATAGGGAAAAAATCCA CTAGGTTAGGATTCCCCATCTCATCAATGATATTCTTTATAACTTCCTTCAACTCCACCT TCGAATCTGAAAAAGGGTCAGCCAAATCCTTGGAGAAAAGGGTATTTGACAACAAATTAA GACTAGTCTTGAAAGCAACTTGACCTATATCCACAACTTTACCTTGTTCACTACATTTCT CACAATAATCAATCATTTCTTTCACTTTTTGAGACCTTAGATGTTGATTTGCATCAAGAC TTTTGGAAGAGAAGATATTTTTGTTCAATATTTTGCGCAGCGTTCGCCATTGAGGACAAA CATGAAGAAATGCCACAGAGAATTTGCTATAGTTATGTGCTTGAATGGCATTAGGAACAA ATCTATATGTTGAAAAAGCTTGATCTTGAATTTTGAGGACTTGTTTTGCAATGGTTGATG AAGAAATAACCACTGTTGTTATTTGTCCTAATTTTAAACTCATAATTGGACCATAAATTT TTGCAAGATTGGCTAGAGATACCTGGGATTTTGTACCTAACAAGTGAAGATTTCCAATAA TTGGCCATGGTGATGGACCTGGTGGAAGTTTTTTGTTTCCTTTGCTACATATTTTTGCTA GAATATAAAGAAAAATCAAAGAAAAAATTGATCCAAACACAAGTGTACAGTAATCCATTA TATGCTATTTGCAAATACAAAGTGTAGAGGAATCCAATAATATAGGTGTGTCATGTGTGG GTGTGTAATACATTTTAAAAAAAATAATAAGGCTTAACTCATCTGTGGCCCCTTAAAGTT GTCCACATAATTCACTTAGACACCTAAACTAGGACTTATACCTATTGAATACCTAAATTA TCAAGAAATGTGTCTATTAAACACAAAACGTTGATGTGGCAAAATAAGTGTATCTCACTA CTGCTGAGCGCGTGAATGCATTTTTTTATTTTTTTTAAAAAATATGTATAACCTACTTTG TTGACACTTGGCATGCATTGATTAAATATATAAAAAAAATTAATTTAAAATCTTGTAAAT CATTTAAAAAAGAAAAAAAAAACCCACACTCATCTTCCTTCAGGCTTCAACCCACCATTT TTTGCCTATTCAAAAAGAGTCGGAAGTTTTACGCTACCGGCGGCCATCCATCGGAAAATC TTTATATTCGAACTCAACAACTCTTTCACATGCTGTAATTTAAGAAGTCGATTTTTGCGT TTAATTTTTAAGAGAAGTTCGTTGGACTTGTTGGTGTTCAAGTGAAGATGTCCTATTAAA ACCCTAAAACCTACATCAATTGATCTATCAATTGGTACTCTCCTCATTATCTTGACATTC TTCTCATTAAACGGAAAAGAATGTTAATGTTGAAAATACATTGAGGGATGTTAAAGTTGG AATGACGATGGAGGAAAAGAAAGAATTGCCATGGATGGGTGGATTTTTTTTTAGAATTCT TTTTAATTTTTTAATTAGTTAAATAGATTAAAATAGTTGTCTTTTAAAGTTTTATTTTTT AAATAACTTTTTGGACTCAAATACCACGTGTCATCATTCAATTTGTCATTATGTCATGTC ATCGCCATGTGATAGCGAGCGTATTATACACATTTCAGTTTTTTTGTTGATTAACAAAAA AATGTCCAATAGGTATTAGTTTTAAGGGGCATAGGTGTTCAATAGGTACAAACTTTAGTT GAGGTGTCTAAGTGAATTATGTGGACAACTTTAAGGGGCTACATATGACTTAGGCCAAAA TTAATGTGTCATACATTTAAAAGTTTTTAGAAAATTGAGAATGGACAAAAGTGACTCACC ACCTTTATTGTTAACCATATTATCTTATATAAATGTGTGTGTCATACATTTAAAAGTTTT TAGAAAATTGAGAATGGACAAAAGTGACTCACCACTTTTATTGTTAACCATATCTTATAT AAATGTGTGTGTCGTATTTGATATTTATAAACTTCTTTATATATAAGAATCATCAAATGG TAGAAGAAGACAGGGAGTGATGTATAGCTACTATTATTAAATATTTTTTTTAGTGTACGG TAACGCGATAAGATTTATTTATATAAATATAAATTATAATATTAAAAAAAGATATTTTGT GTCTCACACATTTAATATAAGGTGTATCATAAAGTAGGCTTCGTTTTGTAATTTCACCTT GGAAATTGATGATCTCGAATATTTGACCTCAACTTGCTCCAAGGACAAAATTTTAAATTC AAAAGTCAGAACTCGTAAAACTTGAAATTTTGCCCGTGGGGCAAGTGGAGTCTAAAGTTC AACACCCGCCATCAACAAGATGAATCTCGTAAACCACCCGAGTAAATCATGTAGTCGGAG AAACATCAAAAAGGAGATGGGATAGATAGCAAAGGATGTGCTTTAGCTAAATCCAAACCA AATGTCTAAGTCTTGTGGTCCAATGTCTGCCTCAAGTTTCCAATTGAAGGAATTCAAGAG TGAGCCTAACATGACTGGAATCATTCGCAATGCGAGTGCCAAGCCAGGGCACATTCTTCA GCGCTCACCAAATGGAATCAGTTCAAAATCTTAACTTCGTACGTCCAAATTTAAATGTCA AAACCTTTCAGGTTTGAACACTAAAGGATCCTCCCAAAGAGTAGAATCTTCACCAATCTC CTAGACACTGACTAGTACCTATTAGTAAGGCATGGTTGTTTAAGTTTGAATAAGTCAACA AAAGGCTAATTAATAATAAATGAAAGAAATTACATAAAGTAGTTTTGCGTCTAAGTTTCT CATATTTCAATAGTTTATTTGTTTTACTAGTTTATTATTATTTTTTTGCTAGTTCCATTT TTCGATTACAATATTTGAATGTTTCTATTGTGAGATCGGAGTTGTTACAATACATACTCA TATATTGAGATTTCCAAATAGCCCCTTTTTCATCTTGATGATTGAAATATAGTCATTATC ATAAAGTATCAAATTCCGCATATGAAATTTCAATACATTATCATAAAGTATCAAATGCTC ATATATAGATGCTAGTTAATGTGTGGACAATTGGTCGAGACCCAGCTTCGTGGAAATATC CTTTGGTGAGAGGTTCTTGGATTTAATTAGAAGTGGATGTACGAGGGAAAGATTTTGAAT TAATTCCATTTGGTGCCGGTCTAAGAATATGTCCTCGATCACCACTGGCAGCATTGAGAA TGGTTCCAATAATGTTGGGTTCACTCTTCCATTGGAAACTTGGAGAAGGCATTATTAGTA CACCAAAAGAATAAGACATGGAGGAGAAATATCACTTTAGCCAAAGCCCGTCCTTGGCGA GCTATTCCCTCTCCTATTTGACGTAGAATTTTACTCCCTCCGTTTCAAAAAGAATGACTT CCTCTCTTTTTTAGCCTGTTTCAAAAAGAATAACCTCTTTCTATTTTGGGTAACAATTTA ATTTCAGCTTTTCACGTGGCATGTTTAAGGTCATAAGATCAGAGGGCAATTCTGTACATT TGACCTAACTTTGATTTAGGACCACATGATTCAAAAGTGTTCTTTATGCTCTTAAACTCC GTATCAAGTCAAACCAGGTCATTCTTTGTAAAACGGAGAGAGTATTTTTTTTCGTCCCTC GTACCTAAGACATATGATGTTTTGTTTCATACGACGTTAATTTACATGTGGCTCATTATT TGAGTTCTGTTTTATGTAGTGATTTGCTATTTACTACAAGGAATAAAGGGTATTTGGTTA GACAAGACTTATTATTATTCTTTTATAAGAATCCATATACATAGGTGTCTTCAAAATTTG AATAATGTTACATTATTTTGACATCTCATATATATTATTTGGTGTAAACTCAAGTATGAA TAAGTACTTATCAACCGACTGACAACATCAAATAGGAGATGGAATAACTCGTAAAGGATG AGCTTTGGGTGTGATAAAACCAAATTTCTCATCCATGTCTAAGTCTTTTGGATCAATGCC CGCCTTAAGTTTCCAATTGAATGAATTCAACATCGAGCCCAACATAACATGGACCATTCT CAATTCAAGTGGCAAGCCAGGGCATATTCTTCGACCAGCACCAAATGGAATCAATTCAAA ATATTTTCCTCGCACATCCAATTCTAAACTCTGGAATCTCTCAGGTTTAAATATCAAAGG TTCCTCCCAAAAAGTAGAATCTCGACAAATTGCCCACACGTTGACTAGTACCAATGAACC CTTTGGGATGATATAGTCAAACAATTTAACATCATGGTCTACTCTGCGCGGGATTAAGAA TGGAGCTGGTGGATGCATTCTTAGAGTTTCTTTGACGATAAATTGCAAGTAAGGGAGTCT GGAAATATCAGCTTCTTGTATTGATTTTCCTTTTCCAACGACTTGTGCAAGTTCAGCTTG AGCTTTTTTCATAATCTCTGGTTGTCCAAGTGTTTCTGACATTGCCCATTCTAATGTATT TGTAGTTGTATCAAAACCACCAATAAATAAGTCCTGTAACATTTTTGAATACAACTAGTT ACCAATACAAGAAAAAAGCTATATAATATTATATACTAGCTAGGTTTGGGAAAAATACTC CTTATAGGTTTGAAAAATCCATTATTTGTTATAAGTTTGAGAAAACAATTTTCTTGTAAG TTTGGACTAATATATAATAGTTGTACTTATATTATTATTCTTTTCATTTGTAGTGGAAAA CTTTCTCTGTTTTGCCTCGATCGAGGACATATGATTACTTGAGTCTTGTTAAAAAGTTAA AGAAGGGATAAAAGAGAGAACCAGGAGCATGGATTTTATATGATTCTGATCGATCTCTTC AGTATTTTCTGCGTTGAGAAGCACTTCTAGAACATCACTCTTTCCATAGCATCCCCTTCT CTTTTCCTCCAATCGCTCATTGATCAAACCATCAAAAAGTTCAAACAACTTACCAATATG AATGGTTGCACGACACCTTATTCCTTGAAAATCAATCTTTTCAAGTATGGGGAAAAAATC CACTAGGTTGATCTTCCCAACCTCATTCATGATGCGCCAGATAACCTCCTTCAACTCATC AACCTTTAAATTTTAAAAAAAACGTATGTCATAAACATTTTAGTATATCAAATGCATTGT TCAAACTCTACCTTTGAATCCGAAGAAGTGTTAGCCAAGTCCTTGGAGAAAAGTGTGTGT GACAACAAATTGAGAATAGTCTTGAAAGCAACTTGACTCACATCCAAAGCTTCACCTTGT TGACTACATTTTTCACAATAAGCAATCATTTCTTTCACCTTTTGAGACCTTAGATGTTGA TTTGCATCAAGACTATGAGGTGAGACCATTTTCGTATTCAATATTCTTCGAAGCATTCGC CATTGAGGACAAACAGGAAGCCATACCATTGAGAATTTGGAGTAGTTGTGTGCTTGAACA ACATTAGGAATAAATCTACTTGAAAAGGCTTCATCTTGATTTTTAAGGACTTGTTTTGCA ATGGTTGATGAAGAAATGACTACTGTGGTCATTTGTCCTATTTTTAAACTCATAATTGGA CCATAATTTTTTGCAAGATTGGCTAGTGATACATGAGGTTTTGCACCTAACAAATGAAAG TTGCCAATAATTGGCCATGGTGATGGACCTGGTGGAAGTTTTTTGCTTCTTATTTTTGCT ATAATATAAAGAAAAATCAAAGCAAAAATTGACACAAACACAAGTATATAATAATTCATC ACTCTTCCTTCCAACTTTGATACTATATATTCCCAAAGTTGATGTATAAAGAAGTTGCCT TTTAAGGGTATTACTTGTTGGAACATTTTAGTCTTATTATTAATTAATAGAAAATTCTCT GTTTGGTTATTTTATAGAAAACATTAAATGGCAACTTAATTTTGTATTGACTTTTCCTTT TTAGCATATCATGAATACAAATTTTGTATTGACTTTTAATTAAATTATTGGATACTTATT CACAAAAAGTAGTACAAAATAACTGATCGGAAAAACTACAGCAAGGCAATACATCTCATG TATTTAATCTTTAATTTCGAGATCAACATGGGTTGTGGTGCACTAGTGGAGTGTTTCACC CTTAACCAGAGGTCTCGTGTTTGAGACCTGGGTATGGAGAAAATCTTGTTGGGAGTGCCA CCACCGCATGAGCCCTGCAGTGCACGGTCTAAATTTGATCAGAGCTCCTATGTGGGTTCC GGACACAGGAGGAGAAACCAAAAAAAATCATAATTTTGAGTGAATTTCTTGGCCTATAGC GGGAAAATGGAAGGGTAGAGTAATTACTAAGGCCTAACTTTTGTTGAAATAAATTATGCA TATTGTTTTCATGCTCATATATATTACTCCTTCGATCTTAAGATAGTTGTCACATTTTAC TTTTCAGTAGCTAATTTAACTAAGTGAAACCTAAATTTGATTAAATCAATTCAATATTTA TAGATTAAAATTTAAATATTCAAAAGTTATACAAAAATTACTATAAAATCGTATAATTCT ACTCATATGAGTAGTATTTACTTTAAGAAATATAGGGTGTCCGGTTCGTGAACAAGTTAT ATTGGAATTATAATGTGAAAGATCAAATATTACTTTATGAGTAAATAATGAGGCGATTAA TTAACGAACATTTTGGTACGATTCACAAAAGACATACATTCGATAACACAAAATATAAAT AAACATAGATTTATCATCTATAAACCTTTAACTTTTAAGTTCATTATTTCAACACGGACC TATTAACTTGGAAGCTACGCGATATTTCATCGCGCAGCATGCCAAGTTGACATATGTGGA GTATCAGAGGTTTTATAAGTACTTGCACTAGAAGCATCTCTTTCACCTTTCACTGCATCA GCTGAAGCAATGGATTCAAGCTCCACCATGTCTTCAGTTGTTAACTTAATGTACAGAGCT TCGATGTTCTGTTCGAGGTTTTTGATCTTAGTGGTACCTAACAATGGACAATTTAGCATA TAGTCAATCAGTTCAACTGAATCCAGTATTTTCATCACAAATCAATCTAAAAAAGTTTGA ACTCGTCAAATTCAAATAACGAATCCATCTCTGGTACCTGGGATGGGGCACACGTCATTT CCTTGGTGATGTACCCAGGCTAAGGCTAATTGAGATGGCGTACATCCCTTCTTCGTTGCC ATTTGGCAAATTCTCTCGTATAAGATCTTGTTATGCTTGAGATTCTCAGCTTGAAACCTT GGTATATGCTGCAAAATCAATATATAGTATTTATACAAGAGTGTTTTTTTCTTATAACTA TATAAATTTTAGTTGAAATGATCGCGCAGTTCAACAAATACCGCAAACCTTCCGAAAGTC TTCATTTGACAGATCCTCGAGCAGCTTCGGACCTGATGACAAAAATCCTTTACCTAAGGG ACTATATGCTACAATTCCAATTCCAAGCTCCCTACAAAAATCAATTTTAGTCATGCCGAT TAATGTTGTATTAAGAACTTAAAAACTATGGTTTTAGACGTTAAAAGAGTATTAAATGGA TGAATGTTGTAAACCTGCAAGTAGGAATTATTTCTTCCTCTACATCTCTTGACCATAGAG ACCATTCTAACTGTACTGCTGTTATTGGATGAACTTCATGTGCTCGCCTAATCGTCGATG CTGAAGCCTCAGAGAGACCTATGTATTTTATTTTACCCTCTTCGACTAGCTTCTTAAGTT CTCCCATCTTGAAAACAAAAAGCAATTCATCAAAGGATAATACATCGCGAACAACAAGTT TGATCATTGCTTCTTATCAGGGGACTAAAAACAGGATTTTTAAACAGGGGACGAAACATT CTAAATTTCTAACAAGCTTGTTGTCGTAACTTATACTGATGATGTATATAACTTACCGTG ATTTCAATTGGCACACGTGTATCGATCCTATGTTGATAGTATAAATCGATGCAGTTAACA TCAAGTCTCTTTAAGCTAGCTTCACATGAAGCTCTAACATAGCAGGGATCTCCAATTATT TCTATTTTTCCATCTGCAGAAGCATTAATTCCAAACTTTGTTGCCAACTCAACTCGTTCT CTCGTCTCTCCCTTCAAAGCCTATCGCGATTATACAATCAACGTTAATCAACAAGTTTAT CAAATGTTATGACATATTTAGACTCATTCTTTTCGGAACTGACTAAATTCGTAACGTAAC GCACCTTTCCTATGAGGATTTCATTTGTGTAAGGCCCATATATATCTGAAGTATCAAGAA AAGTGATACCAGAATTAATGGAATGGTGAATAAGTTTGATCATTTCATCATCAGGTTTTG GGGGCCCATAAAATGCAGACATGCCCATACAGCCCAGCCCTTGAGCTGATACTTCAAGGC CCTGTGAGCCCATCTTCATTCTTGGCACTTCTTTAATTCCTTCTGCAGCCATTGATGAAT GAAAGAGAAAAAAAACAGAGAAACAGAGTTGTGTGTGTGAGTAGGATGTAGATGTTGAGG TATATATATGGAAATGGGGGCGCGGATTTAGAATTTAAATTCGATTTATTTGACTAGATA CGAAGTTTAATAAATTAAAAGATAGAAGGTTGAACTTATGGTAACATTACAGAGACATTT GTGCGTAGTTACAGTTTCACTTACGGGTTAGTAGCTTTGATCTAAGACTTAGTATTTATG TTTAAAAAAAATCATCTAATACGTATAAACAATATATTCAGAAATTAATATATCATCTTT TTCAGAATTCAAAATTTTGGCTTAATTTTTATTTGTCTTGATAAAATATTATGTTATTAT AAGTAAAAATGGAGAGTATAGAGCTAAATTGTTTTTTTTTTAATATAGAAAGATGTCATT CAATTCGAGAGAGACTGACTACATAGAAAAGTATCACACAAAATGGAGGGTCATCTTATA CGCATGACGCATATCACAGTTATTTATCACCACATTAAAAACAAGGTAAATTTACCCACC AAAGTGCAAATAAATATGAAGAAATTGTTAATAAGTTTCTCTTTTTCTTGCTGGAAATTG AATTTTGATCTTCAACGATTTTATCAACTTTATTGATCATTAAATCATAATCTTTTGCGT TTTCACCAATATTGATCATATAACTAAAATTAAAAAGTGATTTTTCCTCTCTACAAAAGT CAAATAAGTAAAGTTTGCTATTAGCCCGCCATTTACATAAAAGCTCGTCAACAAAATAAT ATATTCAATTATTGGGTGCTAGTTAATGTTAATTCTTTTGTTTAGTTAATTTATTAGGTG TTCGATTTAGAAAAAATAAATAAATTATTTTAGCTCCGTTCAATGTACACTGAGTAGTAA AATTATCGGAATATTTTAATTATTAAAGAGTATTTAATTTGACTAAATTATTCTTTATCT CTTTTAAAAACGAGTTCGGAGGAGAATTAACCATTCAATCTTTTGTGACCAAACAAAATT TGAAAAAGAAATACACACGGAGAGAAATAATCCATCAATCAAGAACATGAAACCGTTTTA TATAAAATAAGGTATGAACAGGTCGCAAACACCTTTGAGTTGTGATTTCAATTTATTATA TATAACAAAAGGTTACGTCACTAATGGTAGTGGGTGGTGATTGTTGATAAAGTGATGATG AATAGAGTGGTAGTTGGTAATTGTGGACATAATAAGACAATCGATACTAGATAAGTATTT ATTATAAAGTTTACGCGATTTCAAAGAGGAGATGGGATAGCTCGCAAAGGATGAGCTTTG GCTATGATGGCACCAAATTTCTCCTCCATGTTTAAGTCTTTTGGCTCAATGCATGCCTTA AGTTTCCAATTGAATGAAGTCAACATCGAGCCCAATATTAGTGGCATCCATCTCAATGCA TTTATATTAGTAAAGATCGAGGATGAAAATAAAGTCATAGTGCTCCTAAATTCGTTGTCA TCTTCCTACGATACTTTAGCAACAGTCATTTTACATGGTAAGGACTCTATTGAGTTGAAG AATGTCACATCAGCCCTTTTGCTTAATTAGAAGATGAGAAAAATGTCTGAAAATCTCGAA CAGACTCTCATCACGGAAAGTAGAGGCAGAAGATACCAAAGGAGATCAAGTAACTATGGT AGATTCAGAGCTCGTGGAACGTCCAAGGTCCGATCAAAATCAAAGGCCAGAAATTACTAC AATTGCGATCAACCAAGATACTTCAAAAGAGATTGTCCAAATCTAAAAAGGAGCAAAGGG GAAAGTAGCGGACAGAAGAATGATGACAACACAGCTGCCATGGATGGGACACACGTCGTT TCCTTGGTGATGTACCCACGCCAACGCCAGTTGAGAAGGGGTACATCCCTTATTTGCTGC CATTTCACAAATCCACTCGTACAAGATTTTGTTCTGCTCAAGATTCTCAGCCTGGAACCT TGGTAGGTGCTGCAAAAATTGACGATCTATTTGAGTCAAACATGTATTTTTTTTTCACAT AGTAGCACAAATGTATATCAGTAGCCACAAATACGATTCTCAATCAACAAGGTCAAAAGG CAATACGTATGCATTAACTAACTACCATGCTCCTTATATACATTTAACGACAGAAATATA CTCGCGATATATATACACAACAATTAAACATGATATTTGTATGTTTGAAACTCAAAACCA TACACAAAAACTAGAAAATCTAACATGTTTGATATTCAAAACAACAATGAATACAAAGTA TAGAGTTAAAAATCGAAGAGAGAATACCAACCGTGATTTCAACCTGTTTCTTAAGTTCTC CAATCTAGTAAACAGAGTTGAAACGTTGATCATTTTAAACCCTGCATTTTATAGAGTTAA AAATCGAAGAGAAAGAAGACCAACCGTGATTTCAATGGGCACACGCGTATCAATTCGGTG CTGAAATAGTCAAGGTGCACAGGAGCTGATCTACACACTATGATTATTGGAAAAAATACA TCTAGAGTACATTGATCAAACATCATTATAATATAAAATAAGTTATATTTTAATGAATAT TTATAGATAGATATATGATTTTCATAGAAAGTAATAAGTTCAGATAATGTTGCAATGCAT AATGGTCATTACTGTGGAGTTCATAATTACATACTTATATATATTGAATGAGTTTTCTAA TTTTTTTTAAAAAAAAATACTAAATTCGGAGAGAGTTAAAAAATTAGTTATGAATTCTTG ACACTAATCTTGAATAGATTATTGTACATTTTAAATTATCTTTTTATATATAAATATAAA GTCTGAATACTAATAACACGACATATAGAATTATACTTAACATTTATAACTTGATAGTAC AAAAGTTTAACACTTACAATATATATAGCTTTAAGCGTAGAGATAAATACTTTTTAGTTA AATATTAAAGGAGCGGTCGATCGGAGTAATATTTCATATTATGGAGTGTGACAAAGAATA TGTAAGCACATACGTCATTATTAATAATAAGAGGACCATGGGGGTTGTATGAGTATTTTA TTGCCATCATGATGACCTTTTTTTCTTCAAAAAATTGCATGATATTATATTATTTTAAGC TTGTTCGAGAAATTATTTATTTAACTTTATAGATGTCTTTTGTGATAATATGTAACGTAG GACTTGAGCAAATTTTGAAAGCTAAACATGCTAAAAAAAATGTCTATAGCTAAAAGAACG TATGTTTGCCTGAAACTATCATGATTCAAAAATACTTGTCCAATTAAGGAAAAAGATTGA ACCAGTACATATTATGTAAGGCAATGGGGTAGAAATTGTCAGTATTTTACTCCATAGGTA AAAGTCTACAAACATAAACATGAACTTTATTATTTGAACCATAATTAAATGGCACTATAG TTTGAATTTTGAAACAGAGAAATATACTCTCTCAGTGCATATTATGCACAACACAAGAAC AACAACTCAAGCAACTGCAACATCATGTAGCCTTCCATGCTGAAAGGGGCGGCGTTTCTG AATTTTTGAAAGTACTCATACCAGGTATATATCGATCACCCTGGACTGCGTTAGCTGAGG CAATGGATTCAAGTTCTGCCATGTCTTCTGATGTTAACTTTACAGACAGAGCTCCAATGT TCTGGTTGAAGTTTTCAATCTTAGTGGTGCCAGGGATGGGACACACGTCGTTTCCTTGGT GATGTACCCAAGCCAACGCTAGTTGAGAAGGAGTGCATCCCTTCTTAGCTGCCATTTGAC AAATTCGCTCATACAGCTTTTTGTTATGCTCAAGATTCTCCGCCTGGAACCTTGGCAGAT GCTGCAAAATTGAGGATCAATTTTAAGTCCAACCAATTGAAGACGTACTTTACTCTCCCA CAATATCGCGTAGCAAGTAGAGGAAAACAAATAGTAACACTAAACAGCACAAAGGAGAGC ATTGTATACCAATTAAACAAATGGCAATATATAAGGGACAATGTTAAGTTCATACTTCAT GACTTTTGATTGAAAGCTTTTGTCCCTAGTAATACCATCCAGATCAAATAGCTTATTATT CGAAACTCTTTCTTCTATAAAACAAGCAAATATACTCGCAACAGAAATACATCAATGCAA TTAAACATGATAGCAATATGTTTGAAATCCGGAACAACAAAGCAAACCTTTCGGTAGTCT TCATTTGACAAATCCTCAAGCAGCTTTGGACCGGAAGACAAAAAGCCCCGTCCTAGTGGA CTGTATGCCACAATCCCAATTCCGAGTTCTCTGAACGATTAACAGATAGGAGAACATCAG GATCTCACACTGCTGTATACCCCAAACACGAAAACTAACAGAAAGAAGAATAGACCTGCA AGTAGGGATTATTTCTTCCTCTACATCTCTCGACCATAGAGACCATTCTAATTGTACTGC TGTTATTGGATGAACAGCATGTGCTCTTCTAATTGTTGATGCTGAAGCCTCGGATAGACC TATATATTTTATTTTACCTTCTTCGACCAGCTTCTTAAGTTCTCCAACCTGGTAAAACAG GAATCTCAAGGGAATAAGAAATGTTGACAATAATCTGAAAAAGAGAGCAGTTAATCTATT TTTCCGTTCATCTTCATATTGTTTGATTCCAGTCTCTGGATGATCATTTCTTTTATTGTT GCTTTCTTTTTCAATAAAGCAGAAAGACAGGGAATTGTCTTGCTGATTTGGACTATAAGG GCAATGATTTTGGTCTAAGCAATATAAAGAGTGTGGCTAACAAGTGCTAGATCAATTCCG AAATATTGCATTGAGATAATAAGTAAAAACATATACTCGAATACTAGCCAGAAGCTTGCA TTACAGTCAAGAGCATTTGTAGATACAATATAACCACTATACAGTAATTATTTTATTAGA TTTTAGCAACACTATTTCCTCAGTAGTCATCCTCCGAGTAAGATCAAATATTACATCATT TTCCAAAATACATAATAAGTACCTTCAAAGAGTCATAAATGGAAAAAAAAGAACTAACCG TGACTTCAATGGGCACACGTGTATCAATTCGGTGCTGATAGTACAAGTCTATACAGTCAA CATCAAGTCGCTTTAAACTAGCCTCGCACGCTGACCTTACATAGGCTGGATTTCCATGCA CTTCTCTCTTTCCTTCTGCTTTCTTTTCATCTCCTAAAACAATACCAAACTTTGTTGCTA ATTCAACCCGTTCTCTCATCCCTCCCTTCAAAGCCTACATAGATACATAATAATCAGAAT TGCAAGCAACAATTATTGCAAAATGGTTAAAAATTCTCAGTTGCTTATGCGATGAATGAA TAAGCTTAAGAGTGTGGTTTATGGTTGATGAAGTCGATGCGAACTTTATAAAGTTCGATT CAAATCTCAGCGGAGACAAAAATTAAAAATAAAATACAAAATGATTTCATTTCATTTATC TCAGCCTAGGTCTGTAAAGTTACTCAATATTTGTGCTAATGGAAGGTAGCAACTACATGA TGAAATAATCAAGGTGCACATAAGTTAACTTGAACACTTCTATAAGAAAATACAAGTTCA CTACACTTTTGTTTCAGTGTACTTTATATTAAGAAAAAAACGACTTTGCAGGAAAAAAAC AAGGTAAGCTCAAATAGTAAAATTAGAAATCGCGCATGATGATACAGGTTTGAAGAATCA TGAAAATTCTTCTTCTTAAGGTGTAACTCGCGAGGCTTAAGCATCTGAAAGTCTGAAAGG TAGCACATTGTCAGGTGAAAACATGTAATAGTACCTCAAAGTTTCATAACAACCCCGCCG CCAACCCAAAAAAAGAAAAGTGCAAGACTTTAAACTCTGAGAACAATCATATTCTGCATA TGTAAACAAATAAAAAAGTGTTCCTTCTCAAACACCAGTAATTAGCACTACTACTTAGTA CTTACTCCCTCCGTCCTGTGATGTAACACTCCTTTTTTTAGTCCGTTCCAAAAATGATAC TCCATTTCAATTTGTCTGCCTGGTTTTCACTTACACAAAATTTAAGAGAATAATGAAAAA CTTTTGAATCTTATGATGTTAAACTAAAGATACGTAGAATGTATCAAAATGTTCTTCAAT TGCGTGATCTAAACATATAAGCAATTTTAAAAACGGATTAACAAGAAAAGTAAGACAAAC AAATTGAAACAGATAGTATAGCTTTATTTATTAGTAACAATTTAACTGTAAAGTTCTCAT CTTGGGACGACGAGTAGCAATCACATACTTTTACCAAAACCAATAAAGGTACAACAATCA TAGAATTACGTACAACCATCCTAATGCATAAACAAAAAAAAATTAAGCATTTGGGGTAAA AAAGGTTGAACATCATACTTTACCAATGAGGATTTCGTTGGTGTATGGCCCATATACATC GGAGCTATCAAGAAGAGTGACGCCGGAGTTAATGGCGTGGTGGATTAGTTCGATCATTTC GGGTTCGGGTTTGGGCGGCCCGTAAAAAGCGGACATACCCATACAACCAAGTCCTTGAAC AGATACTTGAAGCCCCTCTGAACCCAACTTCATTCTTCCCACTTTTGTTCCTTCCGTCGC CATTGTTGTCCTTTCAGCCTATTTCACTCTGCTAAATGTGAAGGACTGTGGTTTAGAATT ATGCGCGGCGGCTGGTAAGTAAATACTCAATTTATCATTGCACATCTAATTACCTTTAAT TCGTTTTCAAATTACAAAAATAATCATCTAAATATCCTTACAATTTATGTGTCATATTAC GGGTATCGAAATTGTCATTTGAAATGTTGATATGTACAAAGTTCGAGTGGTTACTTGCTA TTTGAGATTAAAAGTTTGAATTTATTTATATACCATATCATGTGAAAATATATATTTTTT TTAAAAAAAAAAAAAAGAACAAGTTGTTGGATAAGAGGGATTGATTGGACGGTAAGCGTG CAAACTTAAAAATTGCAAGTTCAAATTATGTTTGGAGACATAATTTATTATTTGAAACAA CAGCACGTAGCCTATATTTATGTAGCCTTCCATGCTGAAAGGGGTGGAGTTTCTGAATCT TTGTAGGTTGCCGCAGCCGAACCGTACCTATCACCCTGGACTGCATTAGCTGAAGCAATA GATTCAAGCTCTGTCATGTCTTCAGAAGTAAGCTTTATGGACAGAGCTCCAATGTTCTGG TTTAAGTTTTCAATCTTAGTGGTGCCAGGAATGGGACACACGTCGTTTCCTTGGTGATGT ACCCACGCCAACGCCAGTTGAGACGGGGTGCATCCCTTCTTAGCTGCAATTTGACAAATC CTCTCATACAGTTTTTTGTTGTGCTCAAGATTCTCGCCCTGGAACCTCGGTAGATACTGC AAAATTGAAGATCAAACCATGCCCCATATTACACTAACAACACAAATGCACTGAAATTAA ACATGATGCGAGTATGCTACAACTCCAAGACGAACAATAAACACAAGCTAACCTTTCGGA AATCTTCATTTGAGCAGTCCTCAAGCAGCTTTGGACCGGATGATAAAAAGCCACGCCCTA GTGGACTGTATGCTACAATCCCGATTCCAAGTTCTCTAAACAGTTCACACATAGGCGTAC ATCAGGAGCTCGAATTGCAATAGAGCCAAACACGAAAAATTAACAGAAAAAAGAAAGTAC CTGCAAGTAGGGACTATGTCTTCCTCTACATCTCTTGACCATAGAGACCATTCTAATTGA ACCGCTGTTATTGGATGAACTGCATGTGCTCTTCTAATTGTTGATGCTGAAGCCTCTGAT AGACCTATATATTTAATTTTACCCTCTTCAACCAGCTTCTTAAGTTCTCCAACCTAGTAA AACAAGACATTCAAAGGGGAAAAAAATGATGATCATTAACCATTTGAACAAAGATGGGAA AAAATTAAACAATATAAGCACTTCACTTAATTGGTGCGCGGCTGAAATGTATTGGTCTAT GCCAATACTCTCTAAAGGTTACCCATGCATTATATCAGAGGTAACGGCTTCTCATTTTAA ATTCTTTTAATGGTTCATCAAGCTTAGAGATGTAAACTAGAAGTCGGAAAAGTCTAAATT AGAGTGCAGTTGCATCTAATTTTGTCTTAACTTCATATTGCTTCTTCCCATCTCTGGAGG ATCAATTCTTCTCCTTTTTTTGTCTGTGTAGAAAGCCATTTGGATTATAATCGCGGCGAT TGTACCATAAACATATACAGAGACTGGCTTTCAACAACTAGATCGACCCCAAAATTATTG CGTATGTTGATCAGAACTGAAGCCATTTAGTGTTTGTAAAATATATATTGTATCCAAACA AGTCAATCATTTAAAATCATGGATAGGAATTGTATCCAAACAAGTCAATCATTTAACATC ATGGATAGGAAAATGTTCGTAACATTCATTTTATAGAGTTGTGATATAGAGAACCAACCG TTACTTCAATGGGCACGCGTGTATCAATCCGGTGCTGGTAGTACAAGTCTATGCAGTCAA CATCAAGTCGCTTTAAGCTAGCCTCGCATGCTGCCCTTACATAGGCTGGCTCTCCGCGCA CTTGCATTTTTCCTTCTGCAAAACTTACAGCAAATTTTGTTGCTAACTCAACTCGTTCCC TCATCCCGCCCATCAGAGCCTGCATAAATACAATGATCATTGATTATCATATAACCTTGA GGACCAACAGACTCTCAACCAACCCAAGAACCGACAGCCACGCTCTTAGCAACTGACCAT GACTCTCATCATTTGAAAAAAGAATTAAAAAATTACATAGAGACCCTCTTCTTTACCCTG TAAAAGGAGCCTCATCCCTACAAACAAGGACATCAATCATCAATTATTCACTGCAACTAC TACATAACACTCACTAAAGCTCTTTCTTTCATTACTTGTATTCTTGTTCTTAGACTTGGC TGACTTTGTATCGACAAGAGGTTTCTTTTCTTTTTCGACTGGACAGTGGTTCAACAATAA AACAATTCTGTCTCTGAGCTTTCCGTTTTCTGTCATTTCACTTCGATTCTCGCTACATTT GCCCTTATCCTGACCTCGATAGATTTTAGCATCTAAATAATCAGATTATTTAGCATATTA AGAATGAAATTGTTGGAACTAGCTATTACAAGTAAAGATAAACTCTGCATACTAGCACTG ACTTCATTGGAACCTTCAAATTTCAAGCACCCAGGGAAAACCATCCCGAACACCCAGGGA GGACCTAGTAAAGAACCTATGGACTCATCCGAACCCAATAGCTTTGGCTTAGACCATCTA TATGCGTTAAAAAGCTCAATAAATTAGTACAAGTAATAGATTTTTGAACCACTAAATTAG ACGGCAAATGATAAAATTTTGGTGCGAACCCATTAAGTTTCAAATTTTGAATTCGCCTTT CTCAACACCTAAGTTGCTCAGACTCTTCACTTTTGGTGCCGCATGGGTGAAAGTGAGGGA TCTGTGTCCGATTCGGTCAACCGATTTTGGGTATTTTGACCAAAATCGATGGGGAAAGTC TGGACAATTTTAATGATTTTTGTAATCAATACAAAAGCTAAGGTGAAATTGAAGGAAATG GAATACCTTTTATATAGAAATTTCGATATCCCTCCTTTTCCTTTGATCTCCTTCCTGGAT TCTCCTCAAGTTCTCCACATAATATCTCATAATTTAGGTTTTATAGCTCTATTTTTTAAA TATTCTAATTATTTTTAGGCGAGTCCCCGCACTCATATGGATCCATATTCCTGAATCTTA AAAATTAGATCGATCATGATGAATCCGACCTTTAGATCCACACACGTATCGGACACCCGC ACCTGAGTCCGAGCAACTTAGGTCAACACCTCCAAAAGATATACATGTTTTGAAGAACCA TGAACAACATTTCTTGCTAAGGTCCACCTCAAAGGAGCTAAAACGTGTAAAGAATAGCAC CAAATCCAACCCAATTCAACCTAAAACAAAAAGTAGAGTCTTTTCTTTTTTATTGATAAC CATGGTGTCTTAGCTGAACCTTAAACCTCATGTTCTCGACTCATTTAACAGATCCCTAGG CTACAAGGATGCGAAAAGTGCAAGCCTTTTAAGCTTTATGAACCAGCACATTTGCATATG TTACAACAATTCCAGCTCAAACACCAAGATTCCAAAATCAACAAGCATAGCGTACAATAA TCAATGCATAAAAGGCAGAGAAAATCCCAAAAATTAAGAAGTTAAGTACCTTGCCGAGGA GGATTTCATTAGTGTGGGGCCCATATACATCGGAAGTATCGAGAAATGTGACGCCGGAGT TAATGGCGTGGTGGATGAGTTGGACCATATCGGAATCGGGTTTGGGAGGCCCGTAAAAAG CGGACATACCCATACAACCAAGTCCTTGAGCAGATACTTCAAGACCCTCTGAACCCAATT TGATTCTTCCCACTTTTGTTCCCTCTGCCGCCATTGTTGTGATTCAGCTTAAGCTTACTA CTCTGCAAATATGCACATAATTGAGCAAGTGGATATTGTTTTGTATATATAGAGGTTGCT AATTAGATATGGTATTGACAAATGACAAACACCAAAGTTGTGGTTATGTGTTAATCTTTC ATTCGGAAAGTTCGAATCCCGAATATAAAATTGTTTTTATAAATTTGTGTAAATTTAAAT TATTGTGTAGGATTGAATTCTGGATATGAAATCGTTTATATAACTTTACGTGAATTTGAA TATTTATGTTCGTTCTAATCTTGTATATGAAATAACTTTTATGCAAATTTAAATTAGTAT GTATATTTGAACTTTGAATCTCGGCTATGGAATCATTTTTGTAACTTTGTGCAAATTTGA ATCAGTATGGATATGAAATCGCTTTTGTAAATTTTTTGCAAAGTACGTATATTTGAACTT TGAATATGAAATCACTTCGTAACTTTGTACAAATCTAAATTAGTTATGTTCGAATTTTGC ATGTGAAATTGTTTCTGTAACTTTATGCAAATCTGAATTTAGTAAAAGTTACATATAGAA AATCGAATAACTAACAGAAATATAACTAATTTATGCATAACTAAATAGAAAGCCAATAGA TATCAATATTTTACTCCATAGGAAAAAGTCCACAAACAGAGAATTGATTTTATTATTTGA ACCATCAGTAAGTGGCACAATAGTTTTGAAACAGGAAAAAAGAAACCTCATTACATACAG TGCACAACACAAGAACAACTCTATATTTATGTAGCCTTCCATGCTGAAATAGGAGGAGTT TCTGAATCTTTGTAGGTTGCTGCAGCCGAACCGTACCTATCACCCTGGACTGCATTAGCT GAAGCAATAGATTCAAGCTCTGCCATGTCTTCTGATGTTAGCTTTATGGACAGAGCTCCA ATGTTCTGATTGAAATTTTCAATCTTAGTGGTGCCCGGGATGGGACACACGTCGTTTCCT TGGTGATGTACCCACGCCAACGCCAGTTGAGACGGGGTGCATCCCTTCTTAGTTGCCAAT TCACAAATCCTCTCGTACAATTTTTTGTTATGCTCAAGATTCTCGCCCTGAAACCTCGGT AGATGCTGCAAAGTTGGAGATCTTTTCAAGTCAAATGCACTGCAATTAAACATAATGTGA ACATATTGGACCTCAAAACAAACAATAAATATAATCTGAACCTTTCGGAAATCTTCATTT GTCAAGTCCTCAACCAGCTTTGGACCGGATGACAAAAAGCCCCGGCCTAGTGGACTGTAT GCTACAATCCCAATTCCGAGTTCTCTGAACAGTTAACAGACGGGAAAAATCAGGATCTCA CATTGGTATAAACCTCAAACACAAAAAAAACTAACAGAAAGAAGAAAAAAAGTACCTGCA AGTAGGGATTATTTCTTCCTCTACATCTCTCGACCATAGTGACCATTCTAATTGTACTGC TGTTATTGGATGAACAGCGTGTGCTCTTCTAATTGTTGATGCTGAAGCCTCTGATAGACC TATATATTTTATTTTACCCTCTTCAACCAGCTTCTTAAGTTCTCCAACCTAGTAGATCAA GAATTGCACAGTAATAAAACATGCTGATAGTGTAATTTTTTATGCAGCATTGAGTGTTCG TAAAGATTTGACAAGAGTTATCAATGGAAACAGAGAAACCAACCGTTACTTCAATGGGCA CGCGTGTATCAATCCGGTGCTGGTAGTACAAGTCTATGCAATCAACATCAAGTCGCTTTA AGCTAGCCTCGCATGCTGCCCTTACATATTCTGGCTCTCCACGTACTTCTATCTTTCCAT CTGCAAAATGTATACCAAATTTTGTTGCTAACTCGACTCGTTCCCTCATTCCTCCCTTCA AAGCCTGTATTAGAATTTTAGCAGCTCAGTATTTACTTTCACCTTATTACTTCATGTTCG ATTCGGTACAACCATAACTTAAAAGAATTGACAAATTGATACCTTGCCAAGGAGGATTTC ATTAGTGTAAGGCCCATAACTATTTGAAGTATCGAAAAATGTTATGCCGGAGTTAATGGC ATGGTGTATTAGTTCAATCATATCGGGTTCGGGTTTGGGCGGACCGTAGAAATCGGACAT ACCCAGACAACCAAGTCCTTGAACAGATACTTCAAGTCCCTCTGAACCCAATTTGATTCT TTTCACATTCTTTCCCTCTTTCGTCATTGTTGTCGTTCAGTTAAAAAATTCGAAGAAGTG TTTCTATATATAAACACTAATATAACTTTGATTTATTATACGTAAGCACATGCGTTTTAT TAATTATATGTAAGCACGTGCGTCACTAATATGTTTCATTCTCTATTAATGCTAAGAAAA TTTATATTCTAGTTTATGACTTTTCATGTTTCCATTTAATATAATTATGAGTCATTTTAG GCATGTCAATAGGACGTGAGTGATGCCAAGTAACAAAGTGTGAAAGGCTGATCATAGATG GTACGCGGAGTTATAGGAAGTAAACTGAAAAGGTATTAAGATTACATGATTAGATAAGAC ATAACGTGACTTCATATCGATAATTAAAATACAAAGTGATACCTTACCAAGGAGGATTTC GTTAGTGTGTGGCCCATAACTGTTGGAAGTATCGAGAAATGTAACGCCAGAGTTAACGGC ATGGTGAATGAGTTGGATCATATCGGGTTCGGGTTTGGGCGACCCGTAATAAGCGGACAT ACCCATACAACCAAGTCCTTGAACAGATACTTCAAGTCCTTCTGAACCTAATTTGATTCT TCTCACATTTTTTCCCTCTTTCGTCATTATTGTGATTTATCTTAATTCGAAGAAGTGTTT CTATATATAAACACAAACGTAACTTTATTATATGTAAGCAAACACGTCACTAACGATGAT GTGTTTCATTTTCTCTATTGCTAAGAATTTTCTTAATTAAACTAGAAGACCTTGTGACTA TGAATTCAATAAACACTAGATAAATTATTGGATTAGTTACAATTTAAATTAATAATATAC TAGTCATTGACTTTTCATTTATCCATTCTATGAATTTATTAATTAGTGGGCATCGGAAGA GGAGGTACGCTAACATTCAAACAATGAGGTGTGAGAGGCAGGTTGTAGGTGGATACGTGG AGGGATAGAAGTAGGTTAATTAGAAAAAGTAATTAAACAATATATGGTTCATTTTTATAT TATCGAGTACCTAACTTTAGATAAAAGGAACGTAAATTATATATTAGAATTAAAAAAGAA TAATAGTAAGAACATAGTATTGTTTTACGTTGCGTAGATTGTTGTGTAGCACTATTCATA TTCATATCCTTGTACTTGTAGCCATATGTATCATATTATTTTGTTAGTGTTTTTTTCTTG TAAACTTTACTTTGCTTTGTTACCTATTGTTTTATTCTCTTCCTTGTTAATTTATTCTTG TACTTGAGTTTGATGTACTTAAACCGAGAATATTTTAGAAATAATTTTTATTTCGTGAAC AAGATAATGATAAAATATGTATCTATTACTTTACCTTCTTTAAACCCATAGTAAAATTTT ACTGAATATATTATTATTATTATAATTCAACCAACGGAAAAAACAAATACAAAAAACTCC CGTAAAATATAATCAAACAAAATAGTAATAACCGAAGATTTGATTTTCAACTTTATAATT CACAAACTCTAAAAAAATATCAAGTGAAATGTAATGTCTAAACATAACTTCTAATTTTCA AAAACTTTTTTGTTCTAAAGCTTCAACCAAATACCCCTCACACGTCATTCATAGACATCA CAAGGTACAACATATTTAGCATTATGTACAACTATCCTATTGCATAAAACTCAAAAAAAA ATTAATACCTTGCAAAGGAGGATCTCGTTAGTGTGGGGCCCATATACATCGGAAGTATCG AGAAGGGTGACGCCGGAGTTAACGGCGTGATGAATGAGTTGGATCATATCGGATTCGGGT TTGGGTGGCCCGTAAACTGCGGACATACCCATACAACCAAGTCCTTGAGCAGATACTTCA AGTCCCTCTGAGCCCAATTTGATTCTTCCCACATTTTTCAACATTGTTGTGATTCAGCTT A GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.907 17635 18043 match_2 match_part 0.928 17676 17910 match_part 0.948 18022 18195 match_part 0.974 23155 23381 match_3 match_part 0.934 17677 18195 match_part 0.975 23164 23362 match_4 match_part 0.925 17677 18195 match_5 match_part 0.934 17679 18195 match_part 0.989 23164 23251 match_6 match_part 0.929 17684 18179 match_7 match_part 1.000 17685 18092 match_8 match_part 0.923 17716 17910 match_part 0.937 18022 18195 match_part 0.967 23155 23274 match_9 match_part 0.943 17761 18195 match_part 0.879 23155 23451 match_10 match_part 1.000 17780 18195 match_part 1.000 23164 23299 match_11 match_part 0.944 17788 18195 match_part 0.971 23164 23477 match_12 match_part 0.878 17951 18195 match_part 0.965 23164 23477 match_part 0.976 24130 24213 match_13 match_part 1.000 18130 18195 match_part 1.000 23164 23477 match_part 0.977 23817 24119 match_14 match_part 1.000 23174 23477 match_part 1.000 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25299 match_15 match_part 1.000 23174 23477 match_part 0.980 24130 24178 match_16 match_part 1.000 23208 23477 match_part 0.986 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24841 match_17 match_part 1.000 23448 23477 match_part 0.986 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25563 match_part 0.650 26400 26419 match_18 match_part 0.978 24130 24267 match_part 0.985 24613 24678 match_part 0.971 24809 24877 match_part 0.953 25208 25588 match_19 match_part 1.000 24209 24267 match_part 0.985 24613 24678 match_part 0.971 24809 24877 match_part 0.942 25208 25484 match_20 match_part 0.833 24613 24678 match_part 0.971 24809 24877 match_part 0.961 25208 25564 match_21 match_part 1.000 24652 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25536 match_22 match_part 0.974 24839 24877 match_part 0.951 25208 25492 match_part 0.619 26400 26420 match_part 0.500 26516 26523 match_23 match_part 0.996 26171 26449 match_part 1.000 26702 26954 match_24 match_part 0.948 26190 26438 match_part 0.515 26516 26548 match_part 0.977 26702 27055 match_25 match_part 1.000 27455 28248 match_26 match_part 0.989 27456 27832 match_27 match_part 0.998 28361 28865 match_28 match_part 1.000 28863 29473 match_29 match_part 1.000 28863 29294 match_30 match_part 0.997 28863 29163 match_31 match_part 0.967 28904 29353 match_32 match_part 0.998 29807 30367 match_33 match_part 1.000 29977 30546 match_part 1.000 30625 30657 match_part 1.000 30753 30791 match_34 match_part 1.000 29977 30489 match_35 match_part 1.000 30054 30546 match_part 1.000 30625 30657 match_part 0.996 30753 31024 match_36 match_part 1.000 30083 30546 match_part 1.000 30625 30657 match_part 1.000 30753 30769 match_37 match_part 1.000 30212 30546 match_part 1.000 30625 30657 match_part 0.979 30753 30990 match_part 0.733 31134 31148 match_38 match_part 0.997 30229 30546 match_part 0.985 30625 31020 match_39 match_part 0.981 30393 30546 match_part 1.000 30625 30657 match_part 0.978 30753 31020 match_40 match_part 0.972 30663 31020 match_41 match_part 0.962 34793 34949 match_42 match_part 1.000 36228 36751 match_43 match_part 0.998 36631 37187 match_44 match_part 1.000 37049 37425 match_45 match_part 1.000 49854 50106 match_part 0.967 50254 50376 match_46 match_part 1.000 49855 50106 match_part 0.997 50254 50544 match_47 match_part 0.984 49855 50106 match_part 0.975 50254 50451 match_48 match_part 1.000 50043 50561 match_part 1.000 51362 51600 match_part 1.000 52157 52260 match_49 match_part 0.954 50103 50561 match_part 0.979 51362 51600 match_part 0.982 52157 52269 match_50 match_part 1.000 50454 50561 match_part 1.000 51362 51565 match_51 match_part 0.993 51457 51600 match_part 1.000 52157 52355 match_part 1.000 52551 52628 match_part 1.000 52711 52894 match_part 1.000 53744 53910 match_part 1.000 54086 54094 match_52 match_part 0.965 52157 52355 match_part 0.987 52551 52628 match_part 0.972 52711 52746 match_53 match_part 1.000 52865 52894 match_part 1.000 53744 53910 match_part 1.000 54086 54272 match_54 match_part 1.000 53744 53910 match_part 1.000 54086 54492 match_55 match_part 1.000 53763 54352 match_56 match_part 1.000 53817 53910 match_part 0.993 54086 54784 match_57 match_part 0.912 54799 55025 match_58 match_part 0.941 67938 68546 match_59 match_part 1.000 84587 85035 match_60 match_part 0.936 102348 102802 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_61 match_part 0.988 4558 4319 match_part 0.981 4126 3814 match_62 match_part 1.000 5322 5132 match_part 1.000 4722 4319 match_part 0.952 4126 3816 match_63 match_part 1.000 5335 5132 match_part 0.998 4722 4319 match_part 0.990 4126 3820 match_64 match_part 1.000 4700 4319 match_part 1.000 4126 3827 match_65 match_part 1.000 4511 4319 match_part 0.997 4126 3836 match_66 match_part 0.990 5322 5132 match_part 1.000 4722 4319 match_part 1.000 4126 3887 match_67 match_part 0.990 5336 5132 match_part 0.990 4722 4319 match_part 0.991 4126 3898 match_68 match_part 0.984 5321 5132 match_part 0.995 4722 4319 match_part 0.973 4126 4014 match_69 match_part 0.956 40155 40019 match_part 0.981 39949 39847 match_part 0.976 39038 38746 match_70 match_part 1.000 44452 44438 match_part 0.990 43036 42359 match_71 match_part 0.960 44611 44438 match_part 0.909 43036 42391 match_72 match_part 1.000 44605 44438 match_part 0.991 43036 42474 match_73 match_part 0.800 46829 46805 match_part 0.741 46736 46683 match_part 0.953 45329 44602 match_74 match_part 1.000 45343 44660 match_75 match_part 0.995 45343 44740 match_76 match_part 1.000 45343 44814 match_77 match_part 0.808 46830 46805 match_part 0.741 46736 46683 match_part 0.958 45333 45143 match_78 match_part 0.912 68265 67902 match_79 match_part 0.948 69128 68397 match_80 match_part 1.000 69447 69347 match_part 1.000 68990 68535 match_81 match_part 1.000 69442 69347 match_part 1.000 68990 68600 match_82 match_part 1.000 69442 69347 match_part 1.000 68990 68600 match_83 match_part 1.000 72356 72208 match_part 1.000 72119 72001 match_part 1.000 71432 71362 match_part 1.000 71227 71110 match_part 1.000 70719 70633 match_part 1.000 70524 70438 match_part 1.000 69957 69881 match_part 0.976 69780 69739 match_84 match_part 0.966 72903 72875 match_part 0.981 72785 72733 match_part 0.957 72416 72208 match_part 0.989 72119 72029 match_85 match_part 0.839 77660 77630 match_part 0.989 76247 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 0.994 74880 74702 match_part 1.000 74004 73920 match_part 0.992 73042 72915 match_86 match_part 1.000 76206 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 1.000 74880 74702 match_part 1.000 74004 73920 match_part 1.000 73042 72948 match_87 match_part 0.990 77830 77630 match_part 1.000 76247 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 1.000 74880 74702 match_part 1.000 74004 73920 match_part 1.000 73042 73008 match_88 match_part 0.971 77766 77630 match_part 0.989 76247 76161 match_part 0.981 76091 75984 match_89 match_part 1.000 84240 84216 match_part 0.996 84105 83824 match_part 0.981 83602 83182 match_90 match_part 0.976 84028 83824 match_part 0.981 83602 83182 match_91 match_part 0.980 83543 83190 match_92 match_part 0.989 83543 83190 match_93 match_part 0.922 84027 83824 match_part 0.921 83602 83222 match_94 match_part 1.000 84881 84227 match_95 match_part 1.000 84837 84261 match_96 match_part 0.938 84859 84326 match_97 match_part 1.000 84982 84377 match_98 match_part 0.940 84985 84382 match_99 match_part 0.998 85034 84414 match_100 match_part 0.959 84985 84444 match_101 match_part 1.000 84879 84444 match_102 match_part 1.000 85036 84463 match_103 match_part 0.954 85034 84468 match_104 match_part 1.000 85036 84507 match_105 match_part 0.983 85036 84514 match_106 match_part 0.996 85061 84515 match_107 match_part 0.903 84854 84526 match_108 match_part 0.995 85091 84539 match_109 match_part 1.000 85035 84587 match_110 match_part 0.940 85057 84592 match_111 match_part 0.944 85057 84629 match_112 match_part 0.997 85096 84699 match_113 match_part 0.982 89388 89106 match_114 match_part 0.988 104209 104039 match_part 1.000 103548 103376 match_part 1.000 103290 103188 match_part 1.000 102841 102497 match_115 match_part 0.960 105602 105379 match_part 0.969 104254 104095 match_116 match_part 0.960 105602 105379 match_part 0.956 104254 104142 match_117 match_part 0.964 105631 105379 match_part 0.990 104254 104156 match_118 match_part 1.000 106535 106493 match_part 0.989 106376 105921 match_119 match_part 0.980 107556 107459 match_part 0.988 106853 106681 match_part 0.990 106595 106493 match_part 0.935 106376 105932 match_120 match_part 1.000 107658 107459 match_part 1.000 106853 106681 match_part 1.000 106595 106493 match_part 0.979 106376 105940 match_121 match_part 0.936 110985 110876 match_part 0.883 110784 110682 match_part 0.902 110585 110177 match_part 0.919 106031 105958 match_122 match_part 0.879 110772 110682 match_part 0.902 110585 110177 match_part 0.939 106031 105966 match_123 match_part 1.000 109479 109250 match_part 1.000 107659 107459 match_part 1.000 106853 106681 match_part 1.000 106595 106493 match_part 1.000 106376 106325 match_124 match_part 0.948 109479 109250 match_part 0.980 107659 107459 match_part 0.965 106853 106681 match_part 0.932 106595 106523 match_125 match_part 0.871 109373 109250 match_part 0.975 107659 107459 match_part 0.965 106853 106681 match_part 0.961 106595 106545 match_126 match_part 0.956 109498 109250 match_part 0.990 107659 107459 match_part 0.982 106853 106686 match_127 match_part 1.000 109478 109250 match_part 1.000 107659 107459 match_part 1.000 106853 106721 match_128 match_part 0.924 109368 109250 match_part 0.972 107659 107517 match_129 match_part 0.996 111699 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110876 match_part 1.000 110784 110682 match_part 0.998 110585 110115 match_130 match_part 1.000 110770 110682 match_part 1.000 110585 110124 match_131 match_part 1.000 110925 110876 match_part 1.000 110784 110682 match_part 1.000 110585 110129 match_132 match_part 1.000 110900 110876 match_part 1.000 110784 110682 match_part 1.000 110585 110129 match_133 match_part 0.959 112282 112063 match_part 0.965 111364 111164 match_part 0.971 111048 110876 match_part 0.990 110784 110682 match_part 0.947 110585 110548 match_134 match_part 1.000 111681 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110876 match_part 1.000 110784 110729 match_135 match_part 1.000 111671 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110878 match_136 match_part 1.000 111682 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110969 match_137 match_part 1.000 111681 111463 match_part 1.000 111364 111038 match_138 match_part 0.960 111689 111463 match_part 0.975 111364 111164 match_part 1.000 111048 111044 match_139 match_part 1.000 111675 111463 match_part 1.000 111364 111173 match_140 match_part 1.000 111688 111463 match_part 1.000 111364 111187 match_141 match_part 1.000 111688 111463 match_part 0.994 111364 111202 match_142 match_part 1.000 111691 111265 match_143 match_part 0.960 111689 111463 match_part 0.932 111364 111306 match_144 match_part 0.981 111691 111476 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 5336 5132 exon 4722 4319 exon 4126 3814 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17635 18195 exon 23164 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25588 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17635 18195 exon 23164 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25563 exon 26400 26419 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17635 18195 exon 23164 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25492 exon 26400 26420 exon 26516 26523 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17635 18195 exon 23155 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25588 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17635 18195 exon 23164 23477 exon 23817 24119 gene_7 gene GT_PGL_2_AGS_6 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17676 17910 exon 18022 18195 exon 23155 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25588 gene_8 gene GT_PGL_2_AGS_7 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 26190 26438 exon 26516 26548 exon 26702 27055 gene_9 gene GT_PGL_2_AGS_8 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 26171 26449 exon 26702 26954 gene_10 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 27455 28248 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 28361 29473 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 30657 exon 30753 31024 gene_13 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 30657 exon 30753 30990 exon 31134 31148 gene_14 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 31020 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 34793 34949 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 36228 37425 gene_17 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 40155 40019 exon 39949 39847 exon 39038 38746 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 46829 46805 exon 46736 46683 exon 45329 44438 exon 43036 42359 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 45343 44660 gene_20 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 46830 46805 exon 46736 46683 exon 45333 45143 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 49854 50106 exon 50254 50561 exon 51362 51600 exon 52157 52355 exon 52551 52628 exon 52711 52894 exon 53744 53910 exon 54086 54784 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 50043 50561 exon 51362 51600 exon 52157 52355 exon 52551 52628 exon 52711 52894 exon 53744 53910 exon 54086 54784 gene_23 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 53763 54352 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 54799 55025 gene_25 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 68265 67902 gene_26 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 67938 68546 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 69447 69347 exon 68990 68535 gene_28 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 69128 68397 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 72903 72875 exon 72785 72733 exon 72416 72208 exon 72119 72001 exon 71432 71362 exon 71227 71110 exon 70719 70633 exon 70524 70438 exon 69957 69881 exon 69780 69739 gene_30 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 77830 77630 exon 76247 76161 exon 76091 75960 exon 75117 74992 exon 74880 74702 exon 74004 73920 exon 73042 72915 gene_31 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 85096 84216 exon 84105 83824 exon 83602 83182 gene_32 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 84587 85035 gene_33 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 89388 89106 gene_34 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 102348 102802 gene_35 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 105631 105379 exon 104254 104039 exon 103548 103376 exon 103290 103188 exon 102841 102497 gene_36 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111699 111463 exon 111364 111164 exon 111048 110876 exon 110784 110682 exon 110585 110115 gene_37 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111691 111463 exon 111364 111164 exon 111048 110876 exon 110784 110682 exon 110585 110177 exon 106031 105958 gene_38 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 109498 109250 exon 107659 107459 exon 106853 106681 exon 106595 106493 exon 106376 105921 gene_39 gene GT_PGL_22_AGS_4 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111691 111463 exon 111364 111038 gene_40 gene GT_PGL_22_AGS_5 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 112282 112063 exon 111364 111164 exon 111048 110876 exon 110784 110682 exon 110585 110124 gene_41 gene GT_PGL_22_AGS_6 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111691 111265 RepeatMasker tomato repeats master Copia00058 1 4805 1 Copia00058 1 4805 1 nucleotide_motif 43517 5793 10597 Copia00058 1 137 1 Copia00058 1 137 1 nucleotide_motif 872 10730 10862 Unknown00049 1718 1789 1 Unknown00049 1718 1789 1 nucleotide_motif 235 19383 19454 Unknown00043 1919 1992 1 Unknown00043 1919 1992 1 nucleotide_motif 331 22725 22794 Unknown00034 5145 5205 1 Unknown00034 5145 5205 1 nucleotide_motif 301 32843 32903 SOD_SINE 87 196 1 SOD_SINE 87 196 1 nucleotide_motif 314 51939 52054 TS2 265 331 1 TS2 265 331 1 nucleotide_motif 301 58649 58715 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1256 58766 59016 Unknown00043 1830 2043 1 Unknown00043 1830 2043 1 nucleotide_motif 377 59055 59256 Copia00149 8168 8275 1 Copia00149 8168 8275 1 nucleotide_motif 474 59253 59357 Unknown00019 14416 14633 1 Unknown00019 14416 14633 1 nucleotide_motif 452 59358 59465 Copia00110 2464 2515 1 Copia00110 2464 2515 1 nucleotide_motif 238 61022 61074 Copia00107 393 734 1 Copia00107 393 734 1 nucleotide_motif 1562 61268 61552 TOTO1_LP_I 3228 3529 1 TOTO1_LP_I 3228 3529 1 nucleotide_motif 1859 61531 61824 Copia00107 1 734 1 Copia00107 1 734 1 nucleotide_motif 4603 61561 62265 SONATA2 1 243 1 SONATA2 1 243 1 nucleotide_motif 887 71744 71975 Unknown00025 260 450 1 Unknown00025 260 450 1 nucleotide_motif 364 89876 90044 SONATA2 7 189 1 SONATA2 7 189 1 nucleotide_motif 500 105000 105175 RepeatMasker tomato repeats master Unknown00043 5408 5516 -1 Unknown00043 5408 5516 -1 nucleotide_motif 412 25866 25767 ATCOPIA24I 2735 2821 -1 ATCOPIA24I 2735 2821 -1 nucleotide_motif 391 27413 27327 Copia00172 5278 5313 -1 Copia00172 5278 5313 -1 nucleotide_motif 229 38132 38097 TS2 527 649 -1 TS2 527 649 -1 nucleotide_motif 545 41229 41108 Copia00110 2413 2720 -1 Copia00110 2413 2720 -1 nucleotide_motif 2052 43644 43337 Unknown00034 3738 4033 -1 Unknown00034 3738 4033 -1 nucleotide_motif 1818 44086 43791 SONATA2 1 191 -1 SONATA2 1 191 -1 nucleotide_motif 525 44411 44209 Copia00151 8218 8370 -1 Copia00151 8218 8370 -1 nucleotide_motif 488 47041 46891 Gypsy00071 4042 4113 -1 Gypsy00071 4042 4113 -1 nucleotide_motif 250 47281 47211 DEL_LH 5772 5822 -1 DEL_LH 5772 5822 -1 nucleotide_motif 236 58234 58184 Copia00190 114 411 -1 Copia00190 114 411 -1 nucleotide_motif 1853 61698 61400 Copia00190 145 463 -1 Copia00190 145 463 -1 nucleotide_motif 2134 62380 62059 TS2 473 653 -1 TS2 473 653 -1 nucleotide_motif 883 70213 70028 ATHILA7_I 6331 6416 -1 ATHILA7_I 6331 6416 -1 nucleotide_motif 291 78888 78801 Copia00105 8059 8112 -1 Copia00105 8059 8112 -1 nucleotide_motif 226 86006 85956 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1537 94184 93932 Copia00010 3234 3628 -1 Copia00010 3234 3628 -1 nucleotide_motif 2988 100843 100449 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2403 5907 7738 match_2 match 3503 5806 8184 match_3 match 2567 8918 10600 match_4 match 2028 84211 85254 match_5 match 2329 77675 78849 match_6 match 2258 78889 80099 match_7 match 2278 88733 89965 match_8 match 2028 84211 85254 match_9 match 2097 15084 16177 match_10 match 2175 24332 25455 match_11 match 2194 20409 21536 match_12 match 2222 26189 27330 match_13 match 2179 19244 20390 match_14 match 2258 78889 80099 match_15 match 2278 88733 89965 match_16 match 2886 77394 78849 match_17 match 2807 17664 19184 match_18 match 3200 56525 58210 match_19 match 3354 8909 10600 match_20 match 3830 67495 69489 match_21 match 4038 22282 24318 match_22 match 4040 69830 71900 match_23 match 3953 10810 12977 match_24 match 4472 65191 67476 match_25 match 4538 1 2364 match_26 match 4565 3261 5680 match_27 match 5059 43276 46019 match_28 match 5610 40255 43261 match_29 match 6191 5741 8884 match_30 match 6451 60804 64264 match_31 match 7234 73601 77324 match_32 match 8027 27427 31559 match_33 match 50251 56259 match_34 match 33060 40193 match_35 match 1031 28668 29842 match_36 match 1746 34484 36225 match_37 match 1088 35186 36226 match_38 match 1475 27811 29179 match_39 match 2266 92113 93342 match_40 match 2278 88733 89965 match_41 match 2658 104443 105894 match_42 match 4331 110872 113077 match_43 match 5216 101718 104417 match_44 match 9682 105917 110842 match_45 match 93408 101544 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 943.5 32 113077 clone_end_1 clone_end 1352 32 713 clone_2 clone 1069.5 32 113581 clone_end_2 clone_end 1352 32 713 clone_start_1 clone_start 726 508 885 clone_3 clone 1025 516 89195 clone_start_2 clone_start 1269 516 1183 clone_end_3 clone_end 448 565 790 clone_4 clone 1283.5 3674 35795 clone_start_3 clone_start 1344 3674 4372 clone_start_4 clone_start 1417 7086 7819 clone_5 clone 1247 9124 43256 clone_start_5 clone_start 1283 9124 9770 clone_start_6 clone_start 664 10150 10499 clone_start_7 clone_start 837 17664 18085 clone_start_8 clone_start 999 24745 25248 clone_start_9 clone_start 605 27014 27330 clone_end_4 clone_end 1189 27635 28259 clone_end_5 clone_end 985 28710 29231 clone_6 clone 876.5 32861 77117 clone_start_10 clone_start 262 32861 32992 clone_7 clone 1177.5 33060 77117 clone_start_11 clone_start 864 33060 33525 clone_8 clone 828 33064 65870 clone_start_12 clone_start 823 33064 33508 clone_end_6 clone_end 1128 34784 35360 clone_end_7 clone_end 1209 59582 60191 clone_end_8 clone_end 860 61921 62354 clone_start_13 clone_start 773 67999 68404 clone_end_9 clone_end 1433 68023 68745 clone_start_14 clone_start 1671 77670 78515 clone_start_15 clone_start 569 84266 84552 clone_start_16 clone_start 1419 97865 98580 clone_start_17 clone_start 876 101841 102343 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_18 clone_start 535 113077 112787 clone_start_19 clone_start 787 113581 113125 clone_end_10 clone_end 781 89195 88733 clone_end_11 clone_end 1223 35795 35179 clone_start_20 clone_start 1063 4226 3691 clone_start_21 clone_start 1346 4710 4011 clone_start_22 clone_start 494 6392 6144 clone_end_12 clone_end 1342 7058 6378 clone_end_13 clone_end 1211 43256 42604 clone_end_14 clone_end 444 12977 12754 clone_end_15 clone_end 597 13308 13000 clone_end_16 clone_end 658 20390 20059 clone_end_17 clone_end 333 20390 20223 clone_end_18 clone_end 781 20802 20409 clone_end_19 clone_end 837 20851 20409 clone_end_20 clone_end 757 26170 25789 clone_end_21 clone_end 507 26444 26189 clone_end_22 clone_end 1491 77117 76345 clone_end_23 clone_end 1491 77117 76345 clone_end_24 clone_end 833 65870 65451 clone_end_25 clone_end 1237 34814 34179 clone_end_26 clone_end 1469 35872 35124 clone_start_23 clone_start 1271 36470 35822 clone_start_24 clone_start 1384 54738 54029 clone_start_25 clone_start 1294 54738 54075 clone_end_27 clone_end 1215 54738 54111 clone_end_28 clone_end 1388 62651 61940 clone_end_29 clone_end 1134 66551 65980 clone_start_26 clone_start 547 68002 67700 clone_end_30 clone_end 1398 75273 74545 clone_end_31 clone_end 1245 76917 76269 clone_end_32 clone_end 1245 76917 76269 clone_start_27 clone_start 595 76943 76623 clone_start_28 clone_start 557 77324 77033 clone_start_29 clone_start 555 77673 77394 clone_start_30 clone_start 646 77901 77556 clone_start_31 clone_start 1552 78678 77888 clone_end_33 clone_end 1187 78849 78247 clone_end_34 clone_end 347 84127 83932 clone_end_35 clone_end 823 84646 84211 clone_end_36 clone_end 565 90314 90030 clone_end_37 clone_end 309 90498 90336 clone_start_32 clone_start 1193 95379 94774 clone_start_33 clone_start 1457 95811 95046 clone_end_38 clone_end 1001 113077 112552 clone_end_39 clone_end 829 113077 112639 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 17685 18092 match_2 match_part 1.000 17780 18195 match_part 1.000 23164 23299 match_3 match_part 1.000 18130 18195 match_part 1.000 23164 23477 match_part 0.977 23817 24119 match_4 match_part 1.000 23174 23477 match_part 1.000 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25299 match_5 match_part 1.000 23174 23477 match_part 0.980 24130 24178 match_6 match_part 1.000 23208 23477 match_part 0.986 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24841 match_7 match_part 1.000 23448 23477 match_part 0.986 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25563 match_part 0.650 26400 26419 match_8 match_part 1.000 24652 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25536 match_9 match_part 0.996 26171 26449 match_part 1.000 26702 26954 match_10 match_part 0.948 26190 26438 match_part 0.515 26516 26548 match_part 0.977 26702 27055 match_11 match_part 1.000 27455 28248 match_12 match_part 0.989 27456 27832 match_13 match_part 0.998 28361 28865 match_14 match_part 1.000 28863 29473 match_15 match_part 1.000 28863 29294 match_16 match_part 0.997 28863 29163 match_17 match_part 0.967 28904 29353 match_18 match_part 0.998 29807 30367 match_19 match_part 1.000 29977 30546 match_part 1.000 30625 30657 match_part 1.000 30753 30791 match_20 match_part 1.000 29977 30489 match_21 match_part 1.000 30054 30546 match_part 1.000 30625 30657 match_part 0.996 30753 31024 match_22 match_part 1.000 30083 30546 match_part 1.000 30625 30657 match_part 1.000 30753 30769 match_23 match_part 1.000 30212 30546 match_part 1.000 30625 30657 match_part 0.979 30753 30990 match_part 0.733 31134 31148 match_24 match_part 0.997 30229 30546 match_part 0.985 30625 31020 match_25 match_part 0.981 30393 30546 match_part 1.000 30625 30657 match_part 0.978 30753 31020 match_26 match_part 0.972 30663 31020 match_27 match_part 0.962 34793 34949 match_28 match_part 1.000 36228 36751 match_29 match_part 0.998 36631 37187 match_30 match_part 1.000 37049 37425 match_31 match_part 1.000 49854 50106 match_part 0.967 50254 50376 match_32 match_part 1.000 49855 50106 match_part 0.997 50254 50544 match_33 match_part 0.984 49855 50106 match_part 0.975 50254 50451 match_34 match_part 1.000 50043 50561 match_part 1.000 51362 51600 match_part 1.000 52157 52260 match_35 match_part 1.000 50454 50561 match_part 1.000 51362 51565 match_36 match_part 0.993 51457 51600 match_part 1.000 52157 52355 match_part 1.000 52551 52628 match_part 1.000 52711 52894 match_part 1.000 53744 53910 match_part 1.000 54086 54094 match_37 match_part 1.000 52865 52894 match_part 1.000 53744 53910 match_part 1.000 54086 54272 match_38 match_part 1.000 53744 53910 match_part 1.000 54086 54492 match_39 match_part 1.000 53763 54352 match_40 match_part 1.000 53817 53910 match_part 0.993 54086 54784 match_41 match_part 0.912 54799 55025 match_42 match_part 1.000 84587 85035 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_43 match_part 0.988 4558 4319 match_part 0.981 4126 3814 match_44 match_part 1.000 5322 5132 match_part 1.000 4722 4319 match_part 0.952 4126 3816 match_45 match_part 1.000 5335 5132 match_part 0.998 4722 4319 match_part 0.990 4126 3820 match_46 match_part 1.000 4700 4319 match_part 1.000 4126 3827 match_47 match_part 1.000 4511 4319 match_part 0.997 4126 3836 match_48 match_part 0.990 5322 5132 match_part 1.000 4722 4319 match_part 1.000 4126 3887 match_49 match_part 0.990 5336 5132 match_part 0.990 4722 4319 match_part 0.991 4126 3898 match_50 match_part 0.984 5321 5132 match_part 0.995 4722 4319 match_part 0.973 4126 4014 match_51 match_part 1.000 44452 44438 match_part 0.990 43036 42359 match_52 match_part 1.000 44605 44438 match_part 0.991 43036 42474 match_53 match_part 1.000 45343 44660 match_54 match_part 0.995 45343 44740 match_55 match_part 1.000 45343 44814 match_56 match_part 1.000 69447 69347 match_part 1.000 68990 68535 match_57 match_part 1.000 69442 69347 match_part 1.000 68990 68600 match_58 match_part 1.000 69442 69347 match_part 1.000 68990 68600 match_59 match_part 1.000 72356 72208 match_part 1.000 72119 72001 match_part 1.000 71432 71362 match_part 1.000 71227 71110 match_part 1.000 70719 70633 match_part 1.000 70524 70438 match_part 1.000 69957 69881 match_part 0.976 69780 69739 match_60 match_part 0.839 77660 77630 match_part 0.989 76247 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 0.994 74880 74702 match_part 1.000 74004 73920 match_part 0.992 73042 72915 match_61 match_part 1.000 76206 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 1.000 74880 74702 match_part 1.000 74004 73920 match_part 1.000 73042 72948 match_62 match_part 0.990 77830 77630 match_part 1.000 76247 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 1.000 74880 74702 match_part 1.000 74004 73920 match_part 1.000 73042 73008 match_63 match_part 0.971 77766 77630 match_part 0.989 76247 76161 match_part 0.981 76091 75984 match_64 match_part 1.000 84240 84216 match_part 0.996 84105 83824 match_part 0.981 83602 83182 match_65 match_part 0.976 84028 83824 match_part 0.981 83602 83182 match_66 match_part 0.980 83543 83190 match_67 match_part 0.989 83543 83190 match_68 match_part 1.000 84881 84227 match_69 match_part 1.000 84837 84261 match_70 match_part 1.000 84982 84377 match_71 match_part 0.998 85034 84414 match_72 match_part 1.000 84879 84444 match_73 match_part 1.000 85036 84463 match_74 match_part 0.954 85034 84468 match_75 match_part 1.000 85036 84507 match_76 match_part 0.983 85036 84514 match_77 match_part 0.996 85061 84515 match_78 match_part 0.995 85091 84539 match_79 match_part 1.000 85035 84587 match_80 match_part 0.997 85096 84699 match_81 match_part 0.982 89388 89106 match_82 match_part 0.988 104209 104039 match_part 1.000 103548 103376 match_part 1.000 103290 103188 match_part 1.000 102841 102497 match_83 match_part 0.964 105631 105379 match_part 0.990 104254 104156 match_84 match_part 1.000 106535 106493 match_part 0.989 106376 105921 match_85 match_part 0.980 107556 107459 match_part 0.988 106853 106681 match_part 0.990 106595 106493 match_part 0.935 106376 105932 match_86 match_part 1.000 107658 107459 match_part 1.000 106853 106681 match_part 1.000 106595 106493 match_part 0.979 106376 105940 match_87 match_part 1.000 109479 109250 match_part 1.000 107659 107459 match_part 1.000 106853 106681 match_part 1.000 106595 106493 match_part 1.000 106376 106325 match_88 match_part 0.956 109498 109250 match_part 0.990 107659 107459 match_part 0.982 106853 106686 match_89 match_part 1.000 109478 109250 match_part 1.000 107659 107459 match_part 1.000 106853 106721 match_90 match_part 0.996 111699 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110876 match_part 1.000 110784 110682 match_part 0.998 110585 110115 match_91 match_part 1.000 110770 110682 match_part 1.000 110585 110124 match_92 match_part 1.000 110925 110876 match_part 1.000 110784 110682 match_part 1.000 110585 110129 match_93 match_part 1.000 110900 110876 match_part 1.000 110784 110682 match_part 1.000 110585 110129 match_94 match_part 1.000 111681 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110876 match_part 1.000 110784 110729 match_95 match_part 1.000 111671 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110878 match_96 match_part 1.000 111682 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110969 match_97 match_part 1.000 111681 111463 match_part 1.000 111364 111038 match_98 match_part 1.000 111675 111463 match_part 1.000 111364 111173 match_99 match_part 1.000 111688 111463 match_part 1.000 111364 111187 match_100 match_part 1.000 111688 111463 match_part 0.994 111364 111202 match_101 match_part 1.000 111691 111265 match_102 match_part 0.981 111691 111476 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 5336 5132 exon 4722 4319 exon 4126 3814 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17685 18195 exon 23164 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25563 exon 26400 26419 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17685 18195 exon 23164 23477 exon 23817 24119 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 26190 26438 exon 26516 26548 exon 26702 27055 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 26171 26449 exon 26702 26954 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 27455 28248 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 28361 29473 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 30657 exon 30753 31024 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 30657 exon 30753 30990 exon 31134 31148 gene_10 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 31020 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 34793 34949 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 36228 37425 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 44605 44438 exon 43036 42359 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 45343 44660 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 49854 50106 exon 50254 50561 exon 51362 51600 exon 52157 52355 exon 52551 52628 exon 52711 52894 exon 53744 53910 exon 54086 54784 gene_16 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 50043 50561 exon 51362 51600 exon 52157 52355 exon 52551 52628 exon 52711 52894 exon 53744 53910 exon 54086 54784 gene_17 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 53763 54352 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 54799 55025 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 69447 69347 exon 68990 68535 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 72356 72208 exon 72119 72001 exon 71432 71362 exon 71227 71110 exon 70719 70633 exon 70524 70438 exon 69957 69881 exon 69780 69739 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 77830 77630 exon 76247 76161 exon 76091 75960 exon 75117 74992 exon 74880 74702 exon 74004 73920 exon 73042 72915 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 85096 84216 exon 84105 83824 exon 83602 83182 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 84587 85035 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 89388 89106 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 105631 105379 exon 104254 104039 exon 103548 103376 exon 103290 103188 exon 102841 102497 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 109498 109250 exon 107659 107459 exon 106853 106681 exon 106595 106493 exon 106376 105921 gene_27 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111699 111463 exon 111364 111164 exon 111048 110876 exon 110784 110682 exon 110585 110115 gene_28 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111691 111463 exon 111364 111038 gene_29 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111691 111265 AUGUSTUS_tom_cdna de novo gene_1 gene 1 17805 25264 transcript_1 transcript 17805 25264 start_codon_1 start_codon 17805 17807 CDS_1 CDS 17805 18195 CDS_2 CDS 23164 23477 CDS_3 CDS 24130 24267 CDS_4 CDS 24613 24678 CDS_5 CDS 24809 24877 CDS_6 CDS 25208 25264 stop_codon_1 stop_codon 25262 25264 gene_2 gene 2 26656 30847 transcript_2 transcript 26656 30633 start_codon_2 start_codon 26656 26658 CDS_7 CDS 26656 26960 CDS_8 CDS 27603 30546 CDS_9 CDS 30625 30633 stop_codon_2 stop_codon 30631 30633 transcript_3 transcript 26656 30847 start_codon_3 start_codon 26656 26658 CDS_10 CDS 26656 26960 CDS_11 CDS 27603 30550 CDS_12 CDS 30625 30657 CDS_13 CDS 30753 30847 stop_codon_3 stop_codon 30845 30847 gene_3 gene 1 33819 37604 transcript_4 transcript 33819 37604 start_codon_4 start_codon 33819 33821 CDS_14 CDS 33819 37604 stop_codon_4 stop_codon 37602 37604 gene_4 gene 2 50301 54808 transcript_5 transcript 50301 54808 start_codon_5 start_codon 50301 50303 CDS_15 CDS 50301 50561 CDS_16 CDS 51362 51600 CDS_17 CDS 52157 52355 CDS_18 CDS 52551 52628 CDS_19 CDS 52711 52894 CDS_20 CDS 53744 53910 CDS_21 CDS 54086 54808 stop_codon_5 stop_codon 54806 54808 transcript_6 transcript 50343 54808 start_codon_6 start_codon 50343 50345 CDS_22 CDS 50343 50561 CDS_23 CDS 51362 51600 CDS_24 CDS 52157 52355 CDS_25 CDS 52551 52628 CDS_26 CDS 52711 52894 CDS_27 CDS 53744 53910 CDS_28 CDS 54086 54808 stop_codon_6 stop_codon 54806 54808 AUGUSTUS_tom_cdna de novo gene_5 gene 1 5268 3951 transcript_7 transcript 5268 3951 stop_codon_7 stop_codon 3953 3951 CDS_29 CDS 4126 3951 CDS_30 CDS 4722 4319 CDS_31 CDS 5268 5132 start_codon_7 start_codon 5268 5266 gene_6 gene 1 40074 38700 transcript_8 transcript 40074 38700 stop_codon_8 stop_codon 38702 38700 CDS_32 CDS 39038 38700 CDS_33 CDS 39949 39847 CDS_34 CDS 40074 40019 start_codon_8 start_codon 40074 40072 gene_7 gene 1 41853 41377 transcript_9 transcript 41853 41377 stop_codon_9 stop_codon 41379 41377 CDS_35 CDS 41580 41377 CDS_36 CDS 41853 41716 start_codon_9 start_codon 41853 41851 gene_8 gene 1 45336 42505 transcript_10 transcript 45336 42505 stop_codon_10 stop_codon 42507 42505 CDS_37 CDS 43036 42505 CDS_38 CDS 45336 44438 start_codon_10 start_codon 45336 45334 gene_9 gene 1 79254 57248 transcript_11 transcript 79254 57248 stop_codon_11 stop_codon 57250 57248 CDS_39 CDS 57450 57248 CDS_40 CDS 57812 57600 CDS_41 CDS 66750 66607 CDS_42 CDS 67074 66892 CDS_43 CDS 68990 68130 CDS_44 CDS 69458 69347 CDS_45 CDS 69780 69615 CDS_46 CDS 72785 72733 CDS_47 CDS 73042 72875 CDS_48 CDS 74004 73920 CDS_49 CDS 74880 74702 CDS_50 CDS 75117 74992 CDS_51 CDS 76091 75960 CDS_52 CDS 76247 76161 CDS_53 CDS 78233 77630 CDS_54 CDS 79254 79202 start_codon_11 start_codon 79254 79252 gene_10 gene 1 85094 83279 transcript_12 transcript 85094 83279 stop_codon_12 stop_codon 83281 83279 CDS_55 CDS 83602 83279 CDS_56 CDS 84105 83824 CDS_57 CDS 85094 84216 start_codon_12 start_codon 85094 85092 gene_11 gene 1 105603 89075 transcript_13 transcript 105603 89075 stop_codon_13 stop_codon 89077 89075 CDS_58 CDS 89398 89075 CDS_59 CDS 89806 89525 CDS_60 CDS 90666 90383 CDS_61 CDS 95643 95514 CDS_62 CDS 98011 97909 CDS_63 CDS 101006 100853 CDS_64 CDS 102841 102562 CDS_65 CDS 103290 103188 CDS_66 CDS 103548 103376 CDS_67 CDS 104254 104039 CDS_68 CDS 105603 105379 start_codon_13 start_codon 105603 105601 gene_12 gene 1 109348 106038 transcript_14 transcript 109348 106038 stop_codon_14 stop_codon 106040 106038 CDS_69 CDS 106376 106038 CDS_70 CDS 106595 106493 CDS_71 CDS 106853 106681 CDS_72 CDS 107659 107459 CDS_73 CDS 109348 109250 start_codon_14 start_codon 109348 109346 gene_13 gene 1 111687 110247 transcript_15 transcript 111687 110247 stop_codon_15 stop_codon 110249 110247 CDS_74 CDS 110585 110247 CDS_75 CDS 110784 110682 CDS_76 CDS 111048 110876 CDS_77 CDS 111364 111164 CDS_78 CDS 111687 111463 start_codon_15 start_codon 111687 111685 AUGUSTUS_ab_initio de novo gene_1 gene 1 23169 38945 transcript_1 transcript 23169 38945 start_codon_1 start_codon 23169 23171 CDS_1 CDS 23169 23477 CDS_2 CDS 24613 24678 CDS_3 CDS 24809 24877 CDS_4 CDS 26671 26960 CDS_5 CDS 27603 30546 CDS_6 CDS 33816 37526 CDS_7 CDS 38835 38945 stop_codon_1 stop_codon 38943 38945 AUGUSTUS_ab_initio de novo gene_2 gene 1 4700 1 transcript_2 transcript 4700 1 CDS_8 CDS 197 1 CDS_9 CDS 4700 4319 start_codon_2 start_codon 4700 4698 gene_3 gene 1 41853 41377 transcript_3 transcript 41853 41377 stop_codon_2 stop_codon 41379 41377 CDS_10 CDS 41580 41377 CDS_11 CDS 41853 41716 start_codon_3 start_codon 41853 41851 gene_4 gene 1 105477 52225 transcript_4 transcript 105477 52225 stop_codon_3 stop_codon 52227 52225 CDS_12 CDS 52323 52225 CDS_13 CDS 52835 52795 CDS_14 CDS 57812 57600 CDS_15 CDS 66750 66607 CDS_16 CDS 67074 66892 CDS_17 CDS 68990 68130 CDS_18 CDS 69458 69347 CDS_19 CDS 69780 69615 CDS_20 CDS 72785 72733 CDS_21 CDS 73042 72875 CDS_22 CDS 76247 76161 CDS_23 CDS 78233 77630 CDS_24 CDS 81237 81120 CDS_25 CDS 97537 97427 CDS_26 CDS 97808 97658 CDS_27 CDS 98660 98457 CDS_28 CDS 98982 98765 CDS_29 CDS 102841 102562 CDS_30 CDS 103290 103188 CDS_31 CDS 104254 104136 CDS_32 CDS 105477 105379 start_codon_4 start_codon 105477 105475 gene_5 gene 1 109348 106038 transcript_5 transcript 109348 106038 stop_codon_4 stop_codon 106040 106038 CDS_33 CDS 106376 106038 CDS_34 CDS 107659 107459 CDS_35 CDS 109348 109250 start_codon_5 start_codon 109348 109346 gene_6 gene 1 111687 110247 transcript_6 transcript 111687 110247 stop_codon_5 stop_codon 110249 110247 CDS_36 CDS 110784 110247 CDS_37 CDS 111048 110915 CDS_38 CDS 111364 111164 CDS_39 CDS 111687 111463 start_codon_6 start_codon 111687 111685 AUGUSTUS_tom_ugs de novo gene_1 gene 1 17805 23825 transcript_1 transcript 17805 23825 start_codon_1 start_codon 17805 17807 CDS_1 CDS 17805 18195 CDS_2 CDS 23164 23477 CDS_3 CDS 23817 23825 stop_codon_1 stop_codon 23823 23825 gene_2 gene 1 33819 37604 transcript_2 transcript 33819 37604 start_codon_2 start_codon 33819 33821 CDS_4 CDS 33819 37604 stop_codon_2 stop_codon 37602 37604 gene_3 gene 1 50301 54808 transcript_3 transcript 50301 54808 start_codon_3 start_codon 50301 50303 CDS_5 CDS 50301 50508 CDS_6 CDS 53744 53910 CDS_7 CDS 54086 54808 stop_codon_3 stop_codon 54806 54808 AUGUSTUS_tom_ugs de novo gene_4 gene 1 5268 3951 transcript_4 transcript 5268 3951 stop_codon_4 stop_codon 3953 3951 CDS_8 CDS 4126 3951 CDS_9 CDS 4722 4319 CDS_10 CDS 5268 5132 start_codon_4 start_codon 5268 5266 gene_5 gene 1 40074 38700 transcript_5 transcript 40074 38700 stop_codon_5 stop_codon 38702 38700 CDS_11 CDS 39038 38700 CDS_12 CDS 39949 39847 CDS_13 CDS 40074 40019 start_codon_5 start_codon 40074 40072 gene_6 gene 1 41853 41377 transcript_6 transcript 41853 41377 stop_codon_6 stop_codon 41379 41377 CDS_14 CDS 41580 41377 CDS_15 CDS 41853 41716 start_codon_6 start_codon 41853 41851 gene_7 gene 1 84473 57248 transcript_7 transcript 84473 57248 stop_codon_7 stop_codon 57250 57248 CDS_16 CDS 57450 57248 CDS_17 CDS 57812 57600 CDS_18 CDS 66750 66607 CDS_19 CDS 67074 66892 CDS_20 CDS 68990 68130 CDS_21 CDS 69458 69347 CDS_22 CDS 69780 69615 CDS_23 CDS 72785 72733 CDS_24 CDS 73042 72875 CDS_25 CDS 74004 73920 CDS_26 CDS 74880 74702 CDS_27 CDS 75117 74992 CDS_28 CDS 76091 75960 CDS_29 CDS 76247 76161 CDS_30 CDS 78233 77630 CDS_31 CDS 81237 81120 CDS_32 CDS 83602 83332 CDS_33 CDS 84105 83824 CDS_34 CDS 84473 84216 start_codon_7 start_codon 84473 84471 gene_8 gene 1 105477 89075 transcript_8 transcript 105477 89075 stop_codon_8 stop_codon 89077 89075 CDS_35 CDS 89398 89075 CDS_36 CDS 89806 89525 CDS_37 CDS 90666 90383 CDS_38 CDS 97537 97427 CDS_39 CDS 97808 97658 CDS_40 CDS 98660 98457 CDS_41 CDS 98982 98765 CDS_42 CDS 102841 102562 CDS_43 CDS 103290 103188 CDS_44 CDS 104254 104136 CDS_45 CDS 105477 105379 start_codon_8 start_codon 105477 105475 gene_9 gene 1 109348 106038 transcript_9 transcript 109348 106038 stop_codon_9 stop_codon 106040 106038 CDS_46 CDS 106376 106038 CDS_47 CDS 106595 106493 CDS_48 CDS 106853 106681 CDS_49 CDS 107659 107459 CDS_50 CDS 109348 109250 start_codon_9 start_codon 109348 109346 gene_10 gene 1 111687 110247 transcript_10 transcript 111687 110247 stop_codon_10 stop_codon 110249 110247 CDS_51 CDS 110585 110247 CDS_52 CDS 110784 110682 CDS_53 CDS 111048 110876 CDS_54 CDS 111364 111164 CDS_55 CDS 111687 111463 start_codon_10 start_codon 111687 111685 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 17685 18195 match_part 1.000 23164 23477 match_part 1.000 24130 24267 match_part 1.000 24613 24678 match_part 1.000 24809 24877 match_part 1.000 25208 25563 match_part 0.650 26400 26419 match_2 match_part 1.000 18130 18195 match_part 1.000 23164 23477 match_part 0.977 23817 24119 match_3 match_part 0.996 26171 26449 match_part 1.000 26702 26954 match_4 match_part 0.948 26190 26438 match_part 0.515 26516 26548 match_part 0.977 26702 27055 match_5 match_part 1.000 27455 28248 match_6 match_part 0.998 28361 28865 match_7 match_part 1.000 28863 29473 match_8 match_part 1.000 29807 30546 match_part 1.000 30625 30657 match_part 0.996 30753 31024 match_9 match_part 0.997 30229 30546 match_part 0.985 30625 31020 match_10 match_part 0.962 34793 34949 match_11 match_part 1.000 36228 37425 match_12 match_part 1.000 49854 50106 match_part 1.000 50254 50561 match_part 1.000 51362 51600 match_part 1.000 52157 52355 match_part 1.000 52551 52628 match_part 1.000 52711 52894 match_part 1.000 53744 54352 match_13 match_part 1.000 53817 53910 match_part 0.993 54086 54784 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 1.000 5336 5132 match_part 1.000 4722 4319 match_part 1.000 4126 3825 match_15 match_part 1.000 44605 44438 match_part 0.990 43036 42359 match_16 match_part 1.000 45343 44660 match_17 match_part 0.912 55025 54799 match_18 match_part 1.000 69446 69347 match_part 1.000 68990 68535 match_19 match_part 1.000 72356 72208 match_part 1.000 72119 72001 match_part 1.000 71432 71362 match_part 1.000 71227 71110 match_part 1.000 70719 70633 match_part 1.000 70524 70438 match_part 1.000 69957 69881 match_part 0.976 69780 69739 match_20 match_part 1.000 77825 77630 match_part 1.000 76247 76161 match_part 1.000 76091 75960 match_part 1.000 75117 74992 match_part 1.000 74880 74702 match_part 1.000 74004 73920 match_part 0.992 73042 72915 match_21 match_part 1.000 84240 84216 match_part 0.996 84105 83824 match_part 0.993 83602 83190 match_22 match_part 1.000 85095 84227 match_23 match_part 0.982 89388 89106 match_24 match_part 1.000 109479 109250 match_part 1.000 107659 107459 match_part 0.994 106853 106681 match_part 0.951 106595 106493 match_part 0.959 106376 106032 match_part 0.824 102484 102451 match_25 match_part 0.964 105631 105379 match_part 0.990 104254 104156 match_26 match_part 1.000 111691 111463 match_part 1.000 111364 111164 match_part 1.000 111048 110876 match_part 1.000 110784 110682 match_part 0.998 110585 110115 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 5336 5132 exon 4722 4319 exon 4126 3825 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 17685 18195 exon 23164 23477 exon 24130 24267 exon 24613 24678 exon 24809 24877 exon 25208 25563 exon 26400 26419 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 26190 26438 exon 26516 26548 exon 26702 27055 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 26171 26449 exon 26702 26954 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 18130 18195 exon 23164 23477 exon 23817 24119 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 27455 28248 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 28361 29473 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 29807 30546 exon 30625 30657 exon 30753 31024 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 30229 30546 exon 30625 31020 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 34793 34949 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 36228 37425 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 44605 44438 exon 43036 42359 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 45343 44660 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 49854 50106 exon 50254 50561 exon 51362 51600 exon 52157 52355 exon 52551 52628 exon 52711 52894 exon 53744 54352 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 53817 53910 exon 54086 54784 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 55025 54799 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 69446 69347 exon 68990 68535 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 72356 72208 exon 72119 72001 exon 71432 71362 exon 71227 71110 exon 70719 70633 exon 70524 70438 exon 69957 69881 exon 69780 69739 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 77825 77630 exon 76247 76161 exon 76091 75960 exon 75117 74992 exon 74880 74702 exon 74004 73920 exon 73042 72915 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 85095 84216 exon 84105 83824 exon 83602 83190 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 89388 89106 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 109479 109250 exon 107659 107459 exon 106853 106681 exon 106595 106493 exon 106376 106032 exon 102484 102451 gene_23 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 105631 105379 exon 104254 104156 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111691 111463 exon 111364 111164 exon 111048 110876 exon 110784 110682 exon 110585 110115 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 111688 111463 match_part 0.994 111364 111202 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0226D21.1 type gene exon 111688 111463 exon 111364 111202 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 5404 25264 transcript_1 transcript 5404 25264 start_codon_1 start_codon 5404 5406 CDS_1 CDS 5404 5457 CDS_2 CDS 17625 18195 CDS_3 CDS 23164 23477 CDS_4 CDS 24130 24267 CDS_5 CDS 24613 24678 CDS_6 CDS 24809 24877 CDS_7 CDS 25208 25264 stop_codon_1 stop_codon 25262 25264 gene_2 gene 1 26656 30847 transcript_2 transcript 26656 30847 start_codon_2 start_codon 26656 26658 CDS_8 CDS 26656 26960 CDS_9 CDS 27603 30550 CDS_10 CDS 30625 30657 CDS_11 CDS 30753 30847 stop_codon_2 stop_codon 30845 30847 gene_3 gene 1 33819 37604 transcript_3 transcript 33819 37604 start_codon_3 start_codon 33819 33821 CDS_12 CDS 33819 37604 stop_codon_3 stop_codon 37602 37604 gene_4 gene 2 50301 54808 transcript_4 transcript 50301 54808 start_codon_4 start_codon 50301 50303 CDS_13 CDS 50301 50561 CDS_14 CDS 51362 51600 CDS_15 CDS 52157 52355 CDS_16 CDS 52551 52628 CDS_17 CDS 52711 52894 CDS_18 CDS 53744 53910 CDS_19 CDS 54086 54808 stop_codon_4 stop_codon 54806 54808 transcript_5 transcript 50343 54808 start_codon_5 start_codon 50343 50345 CDS_20 CDS 50343 50561 CDS_21 CDS 51362 51600 CDS_22 CDS 52157 52355 CDS_23 CDS 52551 52628 CDS_24 CDS 52711 52894 CDS_25 CDS 53744 53910 CDS_26 CDS 54086 54808 stop_codon_5 stop_codon 54806 54808 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 5268 3951 transcript_6 transcript 5268 3951 stop_codon_6 stop_codon 3953 3951 CDS_27 CDS 4126 3951 CDS_28 CDS 4722 4319 CDS_29 CDS 5268 5132 start_codon_6 start_codon 5268 5266 gene_6 gene 1 40074 38700 transcript_7 transcript 40074 38700 stop_codon_7 stop_codon 38702 38700 CDS_30 CDS 39038 38700 CDS_31 CDS 39949 39847 CDS_32 CDS 40074 40019 start_codon_7 start_codon 40074 40072 gene_7 gene 1 41853 41377 transcript_8 transcript 41853 41377 stop_codon_8 stop_codon 41379 41377 CDS_33 CDS 41580 41377 CDS_34 CDS 41853 41716 start_codon_8 start_codon 41853 41851 gene_8 gene 1 45336 42505 transcript_9 transcript 45336 42505 stop_codon_9 stop_codon 42507 42505 CDS_35 CDS 43036 42505 CDS_36 CDS 45336 44438 start_codon_9 start_codon 45336 45334 gene_9 gene 1 67111 57248 transcript_10 transcript 67111 57248 stop_codon_10 stop_codon 57250 57248 CDS_37 CDS 57450 57248 CDS_38 CDS 57812 57600 CDS_39 CDS 66750 66607 CDS_40 CDS 67111 66892 start_codon_10 start_codon 67111 67109 gene_10 gene 2 79254 68086 transcript_11 transcript 79254 68086 stop_codon_11 stop_codon 68088 68086 CDS_41 CDS 68990 68086 CDS_42 CDS 69458 69347 CDS_43 CDS 69780 69615 CDS_44 CDS 71432 71362 CDS_45 CDS 72119 72001 CDS_46 CDS 72416 72208 CDS_47 CDS 72785 72733 CDS_48 CDS 73042 72875 CDS_49 CDS 74004 73920 CDS_50 CDS 74880 74702 CDS_51 CDS 75117 74992 CDS_52 CDS 76091 75960 CDS_53 CDS 76247 76161 CDS_54 CDS 78233 77630 CDS_55 CDS 79254 79202 start_codon_11 start_codon 79254 79252 transcript_12 transcript 79254 68086 stop_codon_12 stop_codon 68088 68086 CDS_56 CDS 68990 68086 CDS_57 CDS 69458 69347 CDS_58 CDS 69780 69615 CDS_59 CDS 71432 71362 CDS_60 CDS 72119 72001 CDS_61 CDS 72416 72208 CDS_62 CDS 72785 72733 CDS_63 CDS 73042 72875 CDS_64 CDS 74004 73920 CDS_65 CDS 74880 74702 CDS_66 CDS 75117 74992 CDS_67 CDS 76091 75960 CDS_68 CDS 76247 76161 CDS_69 CDS 76848 76832 CDS_70 CDS 77401 77287 CDS_71 CDS 78233 77630 CDS_72 CDS 79254 79202 start_codon_12 start_codon 79254 79252 gene_11 gene 1 85094 83279 transcript_13 transcript 85094 83279 stop_codon_13 stop_codon 83281 83279 CDS_73 CDS 83602 83279 CDS_74 CDS 84105 83824 CDS_75 CDS 85094 84216 start_codon_13 start_codon 85094 85092 gene_12 gene 1 105603 94468 transcript_14 transcript 105603 94468 stop_codon_14 stop_codon 94470 94468 CDS_76 CDS 94800 94468 CDS_77 CDS 95643 95362 CDS_78 CDS 98011 97909 CDS_79 CDS 101006 100853 CDS_80 CDS 102841 102562 CDS_81 CDS 103290 103188 CDS_82 CDS 103548 103376 CDS_83 CDS 104254 104039 CDS_84 CDS 105603 105379 start_codon_14 start_codon 105603 105601 gene_13 gene 1 109393 106038 transcript_15 transcript 109393 106038 stop_codon_15 stop_codon 106040 106038 CDS_85 CDS 106376 106038 CDS_86 CDS 106595 106493 CDS_87 CDS 106853 106681 CDS_88 CDS 107659 107459 CDS_89 CDS 109393 109250 start_codon_15 start_codon 109393 109391 gene_14 gene 1 111687 110247 transcript_16 transcript 111687 110247 stop_codon_16 stop_codon 110249 110247 CDS_90 CDS 110585 110247 CDS_91 CDS 110784 110682 CDS_92 CDS 111048 110876 CDS_93 CDS 111364 111164 CDS_94 CDS 111687 111463 start_codon_16 start_codon 111687 111685 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 189 35424 37442 match_2 match 186 28378 29850 match_3 match 134 28390 30459 match_4 match 121 35505 36407 match_5 match 113 35502 37388 match_6 match 127 28390 30585 match_7 match 115 35505 37388 match_8 match 122 28390 29385 match_9 match 170 54086 54787 match_10 match 132 54086 54802 match_11 match 155 54086 54793 match_12 match 184 35406 37466 match_13 match 177 28375 29433 match_14 match 188 35424 37454 match_15 match 181 28378 29424 match_16 match 187 35427 37427 match_17 match 160 28381 29424 match_18 match 163 35427 37427 match_19 match 147 28381 29412 match_20 match 163 35424 37421 match_21 match 161 28378 29922 match_22 match 179 35493 37472 match_23 match 149 28381 29412 match_24 match 179 35493 37472 match_25 match 149 28381 29412 match_26 match 163 28381 30447 match_27 match 178 35427 37385 match_28 match 184 35427 37385 match_29 match 160 28381 29592 match_30 match 184 35427 37385 match_31 match 160 28381 29592 match_32 match 163 28381 30447 match_33 match 169 35427 37358 match_34 match 184 35427 37385 match_35 match 160 28381 29592 match_36 match 182 35376 37430 match_37 match 155 28408 30450 match_38 match 182 28378 30447 match_39 match 204 35424 37427 match_40 match 133 35229 37232 match_41 match 132 28354 29385 match_42 match 133 35229 37232 match_43 match 132 28354 29385 match_44 match 140 35505 37733 match_45 match 135 28354 29385 match_46 match 130 35505 37427 match_47 match 133 28393 29385 match_48 match 125 35505 37232 match_49 match 132 28354 29385 match_50 match 131 35505 37388 match_51 match 113 28390 29385 match_52 match 166 28378 30465 match_53 match 199 35424 37454 match_54 match 136 35505 36938 match_55 match 144 28459 29838 match_56 match 154 28309 29862 match_57 match 137 35385 36353 match_58 match 217 35406 37340 match_59 match 208 28381 29601 match_60 match 196 35427 37340 match_61 match 186 28381 29412 match_62 match 207 35406 37412 match_63 match 205 28360 29412 match_64 match 196 35304 37388 match_65 match 185 28258 29409 match_66 match 196 35304 37388 match_67 match 185 28258 29409 match_68 match 107 35514 37388 match_69 match 112 28468 29598 match_70 match 145 54086 54784 match_71 match 124 35430 37415 match_72 match 120 28384 29463 match_73 match 114 35430 37238 match_74 match 109 28468 29385 match_75 match 175 28378 30447 match_76 match 198 35424 37445 match_77 match 199 35424 37445 match_78 match 171 28378 30447 match_79 match 199 35424 37445 match_80 match 171 28378 30447 match_81 match 197 35424 37445 match_82 match 174 28378 30018 match_83 match 126 35493 37406 match_84 match 124 28447 29385 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_85 match 110 89815 89099 match_86 match 137 95082 94540 match_87 match 137 89821 89081 match_88 match 152 95082 94474 match_89 match 115 45339 44434 match_90 match 109 42987 42526 match_91 match 107 45339 44434 match_92 match 122 42987 42553 match_93 match 219 4721 4311 match_94 match 185 45330 44434 match_95 match 160 42972 42517 match_96 match 176 45342 44434 match_97 match 145 42993 42553 match_98 match 151 45330 44434 match_99 match 152 42987 42517 match_100 match 137 97805 97362 match_101 match 195 110810 110259 match_102 match 141 39041 38712 match_103 match 54.7 106615 106493 match_104 match 149 40191 39847 match_105 match 160 106373 106050 match_106 match 59.3 98025 97909 match_107 match 103 98989 98765 match_108 match 108 109468 109244 match_109 match 94.0 98660 98454 match_110 match 161 102838 102515 match_111 match 99.8 111666 111463 match_112 match 107 107662 107447 match_113 match 111 111376 111158 match_114 match 115 103548 103357 match_115 match 111 98287 98114 match_116 match 115 106853 106680 match_117 match 114 111048 110875 match_118 match 126 95082 94573 match_119 match 146 89821 89084 match_120 match 163 95082 94471 match_121 match 106 83605 83288 match_122 match 162 89821 89087 match_123 match 176 95082 94480 match_124 match 117 83605 83291 match_125 match 162 89821 89087 match_126 match 176 95082 94480 match_127 match 117 83605 83291 match_128 match 125 89806 89111 match_129 match 154 95082 94540 match_130 match 122 89806 89174 match_131 match 150 95082 94567 match_132 match 140 89821 89087 match_133 match 165 95082 94480 match_134 match 110 89815 89087 match_135 match 139 95082 94573 match_136 match 123 95064 94528 match_137 match 120 95064 94528 match_138 match 116 89821 89081 match_139 match 151 95082 94474 match_140 match 128 4721 4341 match_141 match 37.7 95631 95362 match_142 match 122 84974 84216 match_143 match 152 91243 90374 match_144 match 153 96284 95691 match_145 match 207 89815 89087 match_146 match 81.6 84114 83821 match_147 match 229 95082 94480 match_148 match 141 83605 83291 match_149 match 68.9 84686 84216 match_150 match 204 89815 89093 match_151 match 79.7 84114 83821 match_152 match 229 95082 94492 match_153 match 134 83602 83297 match_154 match 116 89821 89087 match_155 match 143 95082 94426 match_156 match 118 89821 89087 match_157 match 140 95073 94480 match_158 match 106 89806 89081 match_159 match 127 95076 94474 match_160 match 139 97805 97356 match_161 match 212 110810 110250 match_162 match 145 39047 38712 match_163 match 139 40191 39847 match_164 match 168 106373 106041 match_165 match 107 105594 105379 match_166 match 108 111678 111463 match_167 match 95.5 98660 98454 match_168 match 117 109468 109244 match_169 match 108 98968 98765 match_170 match 176 102838 102506 match_171 match 112 112278 112063 match_172 match 108 113552 113343 match_173 match 63.2 106615 106493 match_174 match 112 111376 111161 match_175 match 67.4 98025 97909 match_176 match 110 103542 103357 match_177 match 108 98287 98114 match_178 match 110 106847 106680 match_179 match 108 111042 110875 match_180 match 142 97805 97356 match_181 match 210 110810 110253 match_182 match 146 39047 38712 match_183 match 112 104254 104000 match_184 match 150 40191 39847 match_185 match 105 105594 105379 match_186 match 104 111678 111463 match_187 match 168 106373 106044 match_188 match 60.8 106615 106493 match_189 match 172 102838 102509 match_190 match 115 109468 109244 match_191 match 107 98968 98765 match_192 match 111 112278 112063 match_193 match 119 107674 107447 match_194 match 106 113552 113343 match_195 match 118 111376 111158 match_196 match 64.7 98016 97909 match_197 match 105 98660 98454 match_198 match 115 103548 103357 match_199 match 113 106853 106680 match_200 match 114 111048 110875 match_201 match 115 98287 98114 match_202 match 137 97805 97353 match_203 match 142 39047 38712 match_204 match 216 110810 110253 match_205 match 111 104254 104000 match_206 match 151 40191 39847 match_207 match 106 111678 111463 match_208 match 60.5 106615 106493 match_209 match 119 107674 107447 match_210 match 113 112278 112063 match_211 match 119 109468 109244 match_212 match 175 102838 102509 match_213 match 177 106373 106044 match_214 match 64.7 98025 97909 match_215 match 115 105594 105379 match_216 match 103 98660 98454 match_217 match 113 113552 113343 match_218 match 116 98968 98765 match_219 match 122 111376 111158 match_220 match 116 103548 103357 match_221 match 114 106853 106680 match_222 match 115 111048 110875 match_223 match 115 98287 98114 match_224 match 139 97805 97353 match_225 match 60.1 106615 106439 match_226 match 209 110810 110253 match_227 match 145 39041 38712 match_228 match 105 104254 104000 match_229 match 143 40191 39847 match_230 match 114 107674 107447 match_231 match 169 106391 106044 match_232 match 107 111678 111463 match_233 match 174 102856 102509 match_234 match 109 105594 105379 match_235 match 117 111376 111158 match_236 match 114 112278 112063 match_237 match 103 98660 98454 match_238 match 63.5 98025 97909 match_239 match 120 109468 109244 match_240 match 113 113552 113343 match_241 match 113 98968 98765 match_242 match 116 103548 103357 match_243 match 112 98287 98114 match_244 match 116 106853 106680 match_245 match 115 111048 110875 match_246 match 105 104254 104000 match_247 match 143 40191 39847 match_248 match 114 107674 107447 match_249 match 59.7 106615 106487 match_250 match 107 111678 111463 match_251 match 109 105594 105379 match_252 match 117 111376 111158 match_253 match 114 112278 112063 match_254 match 103 98660 98454 match_255 match 63.5 98025 97909 match_256 match 63.9 110810 110682 match_257 match 120 109468 109244 match_258 match 113 113552 113343 match_259 match 113 98968 98765 match_260 match 116 103548 103357 match_261 match 112 98287 98114 match_262 match 116 106853 106680 match_263 match 115 111048 110875 match_264 match 150 95082 94465 match_265 match 144 95082 94474 match_266 match 148 95058 94474 match_267 match 152 95061 94474 match_268 match 144 89803 89090 match_269 match 166 95070 94492 match_270 match 107 89815 89087 match_271 match 142 95082 94573 match_272 match 160 89806 89081 match_273 match 165 95082 94474 match_274 match 163 89806 89084 match_275 match 176 95082 94477 match_276 match 111 89806 89081 match_277 match 142 95073 94558 match_278 match 171 95082 94480 match_279 match 106 83596 83291 match_280 match 148 95061 94483 match_281 match 123 89821 89087 match_282 match 149 95073 94480 match_283 match 120 42972 42520 match_284 match 120 42966 42520 match_285 match 116 42957 42541 match_286 match 120 42987 42541 match_287 match 123 95079 94567 match_288 match 128 89803 89090 match_289 match 153 95070 94570 match_290 match 132 89803 89177 match_291 match 158 95070 94570 match_292 match 155 95082 94480 match_293 match 119 89821 89099 match_294 match 154 95073 94486 match_295 match 110 89821 89081 match_296 match 137 95073 94489 match_297 match 112 89821 89081 match_298 match 141 95073 94492 match_299 match 182 45330 44434 match_300 match 155 42966 42517 match_301 match 181 45330 44434 match_302 match 152 42957 42517 match_303 match 158 45330 44434 match_304 match 151 42987 42550 match_305 match 155 45330 44452 match_306 match 150 42987 42508 match_307 match 114 89815 89126 match_308 match 138 95082 94519 match_309 match 149 89821 89084 match_310 match 168 95082 94471 match_311 match 63.9 84974 84216 match_312 match 144 89821 89084 match_313 match 163 95082 94471 match_314 match 63.2 84120 83821 match_315 match 218 4721 4320 match_316 match 112 42966 42517 match_317 match 120 42966 42508 match_318 match 121 42969 42508 match_319 match 121 42969 42517 match_320 match 113 42948 42517 match_321 match 112 42948 42517 match_322 match 181 89815 89081 match_323 match 200 95082 94474 match_324 match 117 83602 83285 match_325 match 37.4 95646 95248 match_326 match 91.3 96299 95712 match_327 match 124 89821 89087 match_328 match 147 95079 94492 match_329 match 121 84974 84216 match_330 match 139 91168 90374 match_331 match 152 96230 95691 match_332 match 209 89815 89087 match_333 match 230 95082 94480 match_334 match 95.9 84114 83821 match_335 match 141 83605 83291 match_336 match 114 84974 84240 match_337 match 145 91243 90479 match_338 match 159 96218 95709 match_339 match 207 89815 89087 match_340 match 228 95082 94480 match_341 match 147 83605 83291 match_342 match 118 84974 84204 match_343 match 145 91243 90479 match_344 match 159 96218 95709 match_345 match 40.4 95631 95356 match_346 match 162 91225 90374 match_347 match 138 84974 84216 match_348 match 166 96287 95691 match_349 match 217 89815 89087 match_350 match 229 95082 94480 match_351 match 99.0 84114 83821 match_352 match 147 83605 83291 match_353 match 42.4 95637 95362 match_354 match 158 91186 90374 match_355 match 157 96323 95691 match_356 match 140 84974 84216 match_357 match 197 89821 89087 match_358 match 84.3 84120 83821 match_359 match 222 95082 94480 match_360 match 135 83605 83291 match_361 match 109 89815 89093 match_362 match 140 95082 94492 match_363 match 122 95052 94510 match_364 match 115 95058 94474 match_365 match 120 95061 94474 match_366 match 139 45327 44434 match_367 match 109 43017 42565 match_368 match 139 45327 44434 match_369 match 109 43017 42565 match_370 match 139 45327 44434 match_371 match 118 43017 42526 match_372 match 112 89806 89081 match_373 match 140 95073 94474 match_374 match 112 89806 89081 match_375 match 140 95073 94474 match_376 match 112 89806 89081 match_377 match 140 95073 94474 match_378 match 116 89806 89081 match_379 match 148 95073 94474 match_380 match 113 89821 89087 match_381 match 141 95079 94480 match_382 match 108 89821 89045 match_383 match 140 95073 94474 match_384 match 149 95073 94474 match_385 match 149 95073 94474 match_386 match 120 89806 89072 match_387 match 153 95073 94480 match_388 match 120 89806 89072 match_389 match 153 95073 94480 match_390 match 123 89821 89087 match_391 match 148 95073 94480 match_392 match 140 95073 94564 match_393 match 146 95073 94474 match_394 match 124 89806 89081 match_395 match 149 95073 94474 match_396 match 186 45330 44434 match_397 match 166 43020 42508 match_398 match 207 45330 44434 match_399 match 185 43020 42508 match_400 match 168 45186 44434 match_401 match 160 43020 42499 match_402 match 198 45330 44434 match_403 match 168 43020 42508 match_404 match 174 45342 44434 match_405 match 168 42993 42520 match_406 match 122 89803 89081 match_407 match 158 95070 94474 match_408 match 146 89821 89087 match_409 match 171 95079 94480 match_410 match 112 83605 83291 match_411 match 151 89821 89087 match_412 match 172 95082 94480 match_413 match 112 83605 83291 match_414 match 151 89821 89087 match_415 match 174 95079 94480 match_416 match 109 83605 83291 match_417 match 154 89821 89087 match_418 match 177 95079 94480 match_419 match 110 83605 83291 match_420 match 154 89821 89087 match_421 match 177 95079 94480 match_422 match 110 83605 83291 match_423 match 172 95082 94480 match_424 match 180 95082 94474 match_425 match 149 89821 89084 match_426 match 175 95082 94477 match_427 match 105 83605 83288 match_428 match 178 95082 94480 match_429 match 178 95082 94480 match_430 match 109 83602 83291 match_431 match 175 95076 94480 match_432 match 168 95082 94480 match_433 match 164 89821 89087 match_434 match 176 95082 94480 match_435 match 109 83596 83291 match_436 match 67.0 84974 84216 match_437 match 108 91228 90374 match_438 match 174 89821 89084 match_439 match 171 95082 94477 match_440 match 59.3 84120 83836 match_441 match 108 83596 83288 match_442 match 167 89821 89087 match_443 match 175 95082 94480 match_444 match 112 83596 83291 match_445 match 164 89821 89087 match_446 match 186 95082 94480 match_447 match 110 83605 83291 match_448 match 167 89821 89087 match_449 match 172 95082 94480 match_450 match 112 83605 83291 match_451 match 115 89806 89174 match_452 match 147 95082 94540 match_453 match 145 89830 89090 match_454 match 166 95070 94528 match_455 match 115 89821 89135 match_456 match 154 95082 94510 match_457 match 176 95082 94483 match_458 match 107 83602 83303 match_459 match 152 89821 89084 match_460 match 160 95082 94477 match_461 match 165 95073 94474 match_462 match 105 83605 83285 match_463 match 140 89830 89090 match_464 match 157 95082 94492 match_465 match 153 89830 89084 match_466 match 165 95073 94477 match_467 match 149 89830 89084 match_468 match 160 95082 94477 match_469 match 149 89830 89084 match_470 match 152 95073 94477 match_471 match 121 42963 42541 match_472 match 149 91240 90380 match_473 match 54.3 95616 95386 match_474 match 138 96296 95703 match_475 match 186 89818 89081 match_476 match 193 95073 94474 match_477 match 135 83605 83285 match_478 match 123 42948 42517 match_479 match 136 89821 89072 match_480 match 167 95082 94477 match_481 match 138 95064 94477 match_482 match 168 95082 94477 match_483 match 105 83602 83288 match_484 match 116 94929 94471 match_485 match 168 91258 90374 match_486 match 59.7 95637 95356 match_487 match 140 96287 95712 match_488 match 138 84953 84216 match_489 match 193 89821 89087 match_490 match 84.0 84120 83821 match_491 match 231 95082 94480 match_492 match 137 83605 83291 match_493 match 168 91258 90374 match_494 match 59.7 95637 95356 match_495 match 140 96287 95712 match_496 match 138 84953 84216 match_497 match 110 95082 94780 match_498 match 84.0 84120 83821 match_499 match 106 89815 89093 match_500 match 139 95082 94492 match_501 match 116 45318 44434 match_502 match 114 42981 42532 match_503 match 82.0 84974 84204 match_504 match 38.1 95637 95365 match_505 match 129 91264 90380 match_506 match 123 96293 95748 match_507 match 159 89821 89081 match_508 match 186 95082 94474 match_509 match 83.2 84120 83821 match_510 match 80.1 84974 84204 match_511 match 39.7 95637 95362 match_512 match 127 91252 90374 match_513 match 118 96293 95748 match_514 match 152 89821 89081 match_515 match 176 95082 94474 match_516 match 73.6 84120 83821 match_517 match 67.4 84851 84204 match_518 match 158 89821 89081 match_519 match 185 95082 94474 match_520 match 83.2 84120 83821 match_521 match 105 83605 83285 match_522 match 99.4 84974 84204 match_523 match 140 91246 90374 match_524 match 118 96284 95700 match_525 match 62.8 95637 95362 match_526 match 145 89821 89087 match_527 match 175 95082 94480 match_528 match 71.2 84120 83821 match_529 match 152 89821 89084 match_530 match 160 95082 94477 match_531 match 160 89821 89084 match_532 match 166 95082 94477 match_533 match 107 83605 83288 match_534 match 65.9 84971 84216 match_535 match 110 91216 90374 match_536 match 150 89821 89087 match_537 match 164 95082 94471 match_538 match 64.3 84120 83821 match_539 match 156 44997 44434 match_540 match 169 43020 42508 match_541 match 191 45330 44434 match_542 match 176 43020 42508 match_543 match 110 89821 89078 match_544 match 154 95082 94471 match_545 match 166 95082 94474 match_546 match 120 89806 89027 match_547 match 154 95073 94480 match_548 match 129 89821 89087 match_549 match 160 95082 94480 match_550 match 122 4763 4359 match_551 match 75.1 84947 84204 match_552 match 121 91213 90374 match_553 match 100 96290 95748 match_554 match 51.2 95640 95362 match_555 match 163 89821 89081 match_556 match 70.9 84120 83821 match_557 match 183 95082 94474 match_558 match 109 83605 83285 match_559 match 77.4 84947 84204 match_560 match 125 91213 90374 match_561 match 107 96290 95748 match_562 match 51.2 95640 95362 match_563 match 163 89821 89081 match_564 match 70.9 84120 83821 match_565 match 183 95082 94474 match_566 match 109 83605 83285 match_567 match 471 7690 6083 match_568 match 148 89821 89084 match_569 match 160 95082 94477 match_570 match 134 89803 89081 match_571 match 171 95070 94474 match_572 match 130 89803 89081 match_573 match 160 95070 94474 match_574 match 123 89803 89081 match_575 match 160 95070 94474 match_576 match 114 42972 42523 match_577 match 116 42981 42520 match_578 match 157 89821 89084 match_579 match 179 95082 94477 match_580 match 108 83605 83288 match_581 match 123 89803 89099 match_582 match 147 95070 94486 match_583 match 167 95070 94483 match_584 match 170 95070 94483 match_585 match 159 95082 94492 match_586 match 174 95070 94483 match_587 match 171 95070 94483 match_588 match 141 89803 89090 match_589 match 169 95082 94456 match_590 match 134 89830 89090 match_591 match 166 95082 94483 match_592 match 139 89830 89081 match_593 match 167 95082 94471 match_594 match 125 95079 94567 match_595 match 144 89821 89084 match_596 match 163 95082 94453 match_597 match 115 95058 94489 match_598 match 125 95061 94474 match_599 match 125 95073 94474 match_600 match 50.8 84974 84216 match_601 match 131 89821 89087 match_602 match 167 95079 94480 match_603 match 76.6 84120 83917 match_604 match 124 95073 94552 match_605 match 39.3 95646 95362 match_606 match 122 91252 90428 match_607 match 106 96281 95706 match_608 match 187 89821 89081 match_609 match 202 95082 94474 match_610 match 122 83602 83285 match_611 match 124 89815 89090 match_612 match 147 95082 94471 match_613 match 142 89803 89081 match_614 match 150 95070 94474 match_615 match 145 89803 89063 match_616 match 156 95070 94474 match_617 match 157 95082 94477 match_618 match 110 83605 83288 match_619 match 160 89821 89081 match_620 match 167 95082 94474 match_621 match 105 83605 83285 match_622 match 112 91204 90347 match_623 match 160 89821 89069 match_624 match 189 95082 94480 match_625 match 108 83596 83291 match_626 match 32.7 95631 95365 match_627 match 112 91204 90428 match_628 match 105 96293 95706 match_629 match 159 89821 89069 match_630 match 190 95082 94480 match_631 match 108 83596 83291 match_632 match 30.8 95631 95362 match_633 match 100 96293 95706 match_634 match 165 89821 89069 match_635 match 196 95082 94480 match_636 match 111 83596 83291 match_637 match 106 91240 90374 match_638 match 173 89821 89069 match_639 match 196 95082 94480 match_640 match 111 83602 83291 match_641 match 117 42963 42523 match_642 match 201 78232 77627 match_643 match 101 72418 72206 match_644 match 169 75120 74704 match_645 match 419 68991 68092 match_646 match 70.5 72135 71998 match_647 match 172 95082 94477 match_648 match 132 89803 89090 match_649 match 165 95070 94483 match_650 match 145 95082 94480 match_651 match 135 89821 89084 match_652 match 149 95073 94477 match_653 match 88.6 85106 84204 match_654 match 114 96287 95748 match_655 match 131 91210 90374 match_656 match 51.2 95637 95362 match_657 match 149 89821 89087 match_658 match 180 95082 94480 match_659 match 74.3 84120 83821 match_660 match 129 4772 4359 match_661 match 126 89821 89081 match_662 match 151 95073 94474 match_663 match 137 89830 89090 match_664 match 169 95082 94483 match_665 match 155 89821 89087 match_666 match 174 95082 94480 match_667 match 116 83596 83291 match_668 match 132 95058 94483 match_669 match 115 42963 42523 match_670 match 133 89803 89093 match_671 match 154 95109 94492 match_672 match 172 6913 6236 match_673 match 100 7570 7220 match_674 match 38.9 7206 7117