C06HBa0084A18.2 AAGCTTGCATAATGAAGGATAGCCAGAAGGCTCACTCCAAGTAAGCCTCAAAACTCAAAA AACCCTTGTGTTTAATGCTAAAGTAGGATAAGAGAACAAACCACTTACACATCAATCAAC AGGGGAAGGATAAAAAGGTTAAGAAAGAGCTCCTCCGGAGATTGTTCCATCGAATCTCAG CAATCAATGAGATTTAAAATTAATCAACCTAAGGTGCTGATGGAGCGGATGATTGGACAG AAGAAGAAACTGGTGTTTCTCTATGAAGCTCCTTAACTACAGCGGCCAAGGCCTCAGGAT TGAAACCCAGTTCAGAGAGTGCAATCAGAATGGATAAAGCGTGACGATCAAGCCCAGTAT CAAGAATGTTTGACATATGAAATACCAGATCCAGTGAATCCCGTGCATTACGTGCAGCTT CTGGATCCATTTGAGAAACTGTAAATCCACAATCATGAATAGGAAAAGGTGATAAGTACA GACTTTATGATTGAATCCATGCCTTGTACATGAGAACTCATTAAAGTGAACAGAACAAGA AACGAATACTAATTTTCTGAAACAGAAAAATTTACCAGTATAGTGAACTGGATCAGCTTG TTTTCCTACATCAACTTTCTACGATGAGAAGATCCTGGTTATAAAACCTTTGGAACGTGA GGAACGCACAACCCAAGAATCTAAGATATTAACAGAAGGAAGAAAGATTCAAATATAAAG ATTAATTTTCTAATAATAGCAATAGTATTGATAGACACAGAAATTAGTTTTCAGAAAGAG CATTAATTATCAAGTTCTATGACATAAAAACCTCAGTTCACCGTTTTATGTGATATTTCA GATGGTCAGGACATGAATTCTGCAGTTGCAATAACTTGAATGATTTTGGCAAGTTGAATG AATTTTACAATTGTCATATTTCATGCTGAAAATTCACAAAATAATAAAAAAAAAACACTA CGTATTTTATGGCATTATTTCGCTTACTGAAGATTTGAAAAATAGTCACATAACACTGAA TACACTATTTTACTATTCCGCCTTCTTTCCTATACTTCTCTTTTTAAAAAAAGGGACAGA AGCAAATGAAATACATAATGATGCATTTTTTAGAAAAATGACGGTGGCGCTTCAACCAAC TTGTGCGTCTGTAATAGTACTCGAGCACAATGAAGGCCAAATCTATTCATTAAGGTTAGG GCAAATGGGATCACCCTAAGTAGTGTAGCTTTGATTCGAAACCTCAGATCCCCAGGCTAC TACCACTCATTACTCCTACTCCTCAACCATTCAACCACACTCTTGAGGACACAAAAATGT ATGTTAACTTGTAAGAAACACAAAGACCAATACACATAATTCCATACTATATAGAGAGAG ATCGACGATAAAGTTCACCAAACAATTCAATTACAGAGAATTCAGGTGGTATTGAGGAGG ATTTCATTAACTAGAGAGTGAGATTCAGAATGCAAAATATCATCCTGTCATCTCCATTTA TATCCTTTACATCTACCCAAAATATGAAAAACCTCCATGTATTAGTACAATATCACAACA ATTAGTTACACGAGGCGCAAATAAAATGTAAAAGAAAGAACGCAATATTCCTAATTTATA CTTTATCGTTAAGATCATTGGAATAAATAGATAGAGAGAGCGCTCTTAGTAGCTCAATCG GTTGGTTATCTGAATTTTCACCGAGGTTTTGATTTCCATTGTAATCACTTCCCCATCATT GAACCAAAGTAAGAAAATAAAAACAGAGAAAAGAGATAGAAATCTTACAACTTGATCGCG CAGAACATAGAGAGTGAAAATTCGCCGGAGGGAGAGTGAACTGGAAGACTAGTCAGAACT TTGCCGAAGATAAAAAGCTGTGGGAAATTTGAAATTAGGGCCAAAATAAATTGGATTCGG GTAGATCTCCTACTAGCCCATAATGGAATGAATTTCGGCTCGTGTGTTTCGTGTAAAAAG CCCAATATAATCCTTTCGTCACCAAAAAAAGCCCAAAAGAGAAAATTCGCCGTTGCCGGG GATCGAACCCGGGTCACCCGCGTGACAGGCGGGAATACTTACCACTATACTACAACGACT TTGTTGATATAAATCAGCCATAAACATATAAAATATAAGTTTGTTATTTTGTCATCCGTT ATGAAAAAATCAAGCATATTAGTATTGTATAGTAGTTGTTATGTAAATTTTATCATGAAA ATCAAATAATGTACTACTTATGAAAAAAAATTACATGCTTCAAGGCAATATCACTGCAAT TTTTTAAGAATATTGATGGATGCGTGTGGAATCCTCTAAAATTGCTACAGAAGAATCAAT ATTAATAGACTATCATTTTTAAGAATCCAAACTTTTAGTTTCTTAGAAATCAAAGTACAT TGGATGCCAATACAAGTGAAGAGAGGCCACGACAAAGCCGAGGCATCGAGATTGATAACA AATTGTCAGCCACAATTCACAGTGTTAATATTAGCTAGACTAGATTAACAAGAAACCGCC CTAGCTGAAACACTCCTATCAAAGCATATTTTAAAATAATAATTTTGTTTCGTAAATTTT TATATTGAACAGTACTAGCACTAATTTGGATGACTTAGAAATAGGAGAATGACAATTAGT ATCAAGCGTAGCATAATTACAAAGACGGACTTTGTAAATCATCTCTCTCTCTATATATAT TATCAAAGAACATTCTCGTGAAAATCATTTTTTTGATCGTTATAATTTGAGAGTTGATTG CACATGATAAAATTATAATAACTTGAAAAGAGGACCATTATATACTATTCTCATTCAAAT GCACGTACACTAGTATATAATTTGAGTCGAAGACCGTAAACATAATCACAATTCACATCC AATACACTGTAGCTGGACTTCTTTTAATATGATCAAATTTATTTCGAAGATATATTAATA CAAGCTATCTTATACACCACTATTTTAAAAAAAAAATATTTTTGCATTATTTTTCTCGAT AGTAATTTCCACCAGTTAGACAAAAGGGACCTAATTAGCTGATGTAAGCTTTGATTAAAT TAAATCAAAGATAAGGAAGAAAATAAATAAAGCAGATATATTAGTGAGGCAACGTAAGTA CGTAACAATATTATCTCAAATTTTATAAATTAGTAGGGTCTGTATATAACTTTTCTCAAG GTGCTTTCACAAATTTAAGTACAACTGTAGATTACAAGAGAGACAAAGGACAATTATTCA TTTTGCATCCATCAACGATTCCATTCATATAATTGTGATACGAAATATACAACCCCACCA CAGACGGGTGTAACATATATAATTAAGATTAAAATATTAATTTTTAAACTTATAAATAAA TATTTAAAAACTTTTCATATATGTATACGAGCTACTAAATTCATATGAACTCATATATTT CCACAGCTTTACTAAAAACATAACATCAACTATAGAACTTTTTTTAAAAATTAAAAATAC ATTATTCAACTACCCAAAAGTGGAGTTTTTACAAATAAACAAAAATGAGAATTTAAAACA TGTGCACATATTAATTATCTGCATTGGCCGTATTGTACTTTGAGACAATGACCACAAGTT CATAGCCGTGAAATTTGTAACTTTGTCATTAAAGTTATAGGATAATTATTTCATCAAAGG TACCATTTTTTATTTTATTTGCATTTGCTGGGATATGACTTATGAGGCACTTAAAAATTA TTGGTTATCTCCCTTTATATTTTATAATAATTGTAGAAATTGAGAGGGATGAGAGAGATT TTGGAATTTTTATATTGGAGAAAGTTGAAGCATTGTTCCTCACCCGATGTAGGAGGAGTA CTATTTATACAAGTAGAGGAAAAACAGTAACAAACTTTCTAACTAACTATTAACTAAATC CTAACAATATTAATAACAAACTAACTACACTTAATTAGCTTAACTAACTATCTATCTTTA ATAGTCCCCCCTCAAGCTAGATGTATTGAAAACATTTAATACACCTAGCTTGGCCAATAA GAAGTCATGTTGAGATCTTCCTAAGGCCTTTGTTAACAAATCTGCTTGCTGCTCCTTAGT ATTGATATAGCTTGTTTTAATCAATCCTTCTTGTAACCTTTCACGGATAAAATGACAATC AATCTCGATATGCTTCGTACGCTCATGAAAAACTGGATTTGCTGCTATTTGCATAGCAGC TTTGTTGTCACAATGTATGATGGCTGGTTCATGCACATCCATTCCCAATTCCTTGAACAA GTTATTCACCCAAACAACTTCAGCTGTTAATGTTGCTAAGCTTCTATATTCTGCTTCTGC AGAACTTCTAGAAACTGTATTTTGTTTCTTAGACTTTCATGCTATTAAAGATTTCCCATA CTTCAAGAGGTAGCCAGTCACTGATCTTCTAGTGTTTGGACAGGCAGCCCAGTCTGCATC ACAAAAACCAGTGAGTTGTGCTTGTTTATCAGAACTCATGAGTATCCCCAGACCTGGTGC TGTTTTAACATATCTAACTACCTTCAATGCTGCATTCCAGTGAGAAAGTGTTGGCTTTTG CATAAATTGACTCAAACACTGAACTGAAAAGGCAATATCAGGCCTTGTGTTAGTAAGGTA TAGTAGTTTGCCAATCAACCTTTGATATTTGTTTATATCAGCAAATAGTTCATCATGGAC ATCTTGCATATAATCAGCACTTGTAAGCTTCATGTTTGTCTCCAAAGGTGTCAAAGATGG TCTAGCTCCTGATAATCCTGTTTCTGAAATTAACTCCAATGCATATTTCCTTTGATTCAT TACTATGCCTTGTTCTGATCTGCAGAATTCTATCCCCAAGAAGTACCTCAATTCTCCCAA ATCCTTTATTTTAAAATGAAGATGCAGAACCTGCTTTGTCTCCTGTATTGGTGCAAGATC ATTTTCAGTTATCAACAAATCATCCACATAAACTAACACAATAACTAGTGCTGACTTCTT CCTCTTTGTAAACAAGGAGTAATCCAAATGACTTTGTATGTATCCAGAATTCAACAATGC ATCAGTGAGCTTAACATTCCATTGCCTAGATGCTTGCTTGAGACCATATAATGACTTTTT TAGTTTACAAACTTTATGCTCCCCCTTGCTTATGAAACCTTTAGGAAGTTCCATATACAC TTCTTCATCCAAATCACCTTGTAAAAAGGCATTGAAAACATCCATCTGAAATATTTGCCA ATTTTCAGCAGCTGCAATTGCAATAATAGTTCTAACAGTAACCATTTTCACAACTGGTGA AAATGTTTCCTGATAATCAGCTCCCTCAGTTTGACTGTATCCTTTAGCTACAAGCCTAGC TTTGAACCTGTCAATCTCTCCAGTGGCTTTGTATTTTATTTTAAACACTCATTTACAGCC TATGGCATGTTTTCCTGAAGGTAAAGTCATAACCTTCCATGTACCATTATCTTCTAATGC AGCAATCTCTTGTTTCATGGCTTCTACCCATCTTTGATCCTGGATAGCTTCTTCATATGT TTTGGGTTCAACTTCTGCTGACATTGTACTCAAATATGTCTGATAAGATCCAGACAAATG ACTATATGACATATATTTGGCTAAAGAATGAGGATGGACTGAATTAGTCAGATGAGTAAC ATAGTCTTTCATCCATACAGGTGGGTGAGACATTCTTGAAGAAACTCTGGGTACAGGATC AAGCACAACTATATTGTCATCATCATGCTCCTCAGTAATATTTTCAGAAACATGTTCAGT AGGAACAAGTGTTTGTTCAGCATGTTCATCTGAAGTCTCAACATCTAAAGGAGTATGAAA TCCATCAATGTCATAGTCACAAAATGGCTGTTCAATGAACATTCTCACATTCTCATCCTT CAGCTGACTGAATGGAAATATGTGTTCTTTGAAGACTACATCTCTGTTCACAACAAACTT TCTTAAAGCCAGGTTGTATAGCATATATCTCTTCTGAGTTAAAGAGTACCCCATCATAAC ACATTGATCAACTCTGGAAGAAAACTTATCTTCCTTAACAGCTTTAGTTGCATAACATAA GCATCCAATTGTTCTTAGATGATCTAATTTTGGTTTAGTCTTGTGAAAAACTTTATATGG TGACCTTCCCTGTAATACACTTGTGGGCATTCTGTTGATCAAATATACAGCAGCTAACAC ACATTCACCCCAAAATTTAATAGGAATGGACCCTTGAAATCTAAGAGCCCTAGCCACTTC AAGAATATGTCTATGCTTCCTTTCCACCACTCCATTTTGTTGTGGAGTGTGTGAACAACT ACTTTCATGAACAATTCCTAAAGAAGTAAACAATGTTTTACATTCATTGTTAAAGAACTC TGTACCATTGTCTGATCTTACTCTTTTGATTTGCTTATCAAACTGAGTTTTAACTAACAC AAAAAAGGACTTCAAGATAGCAAACACATCACTTTTATGTCTTATTAAGAACAACCAAGT CACCCTTGAATTATCATCCACAGCAGTAAAAAAGAATCTAAAACCATTATGAGTAGTATG TCTATATGGTCCCCATACATCAAGATGAATGAGATCAAAAACATCCTTAGTTCTAGAGTT ACTCATAGGAAATGTAAGCCTGGTTTGTTTGGCTAATGGACATATAGGGCAATAATCACA TACCCCTGCAGGAACACTTTGATACAATTGCTTTAAGACCTTATATGAAGGATGTCCCAT TCTGTAATGCCATATCATAAACTGTGAATTTGTCTTGTTCATGGACCTTCTGTCATCAAC ATTTGCAGCAATTGTCTTTTCTTCTGACAAACCTCTAGGAAAGTAATACAACCCATCATT TTCTCTACCAATCCCCTTCACCTCTCCATTGAAGAGGTCCTGAAATATGCAGAATTCAGG AAAGAATTGAACAGAACACTTTAACTGTCTTGTTAATTGGGATACTGATAATAGATCATG TTTAAGTTCAGGGACAACTAGAACATTTTCAAGTTCCTCATTAGCTGATATCATGCATGC TCCTGATTGTGTCACTAATGTAGTTTGACCATTAGGCAGGTAAACCTTTCTTCCTGTATT CTTGTTGTTTCTGCTAATCTTATCTAAATTTTCAGATTTAGATGTCATGTGACATGTAGC TCCTGAATCCACTATCCAATGACCTTTCTTGCTAAACATATTATGTTCATTACTTGCATT CATAGCATCATCATAACTTCTTCTTCTATCACATTCTAGTAAAGAATCAAAAACACTGGA AATACCTGCCATGTTGACCTCAACCTGCCTTTCTTCATTCAACAGCTTCATTATCTTTCG ATATTGGTAAGGAGTGTATGTCGATTTCATTGCCAGTGCTTGTAAGTTTGTTCGAACAGA ATTGAGATCATGTGATCCTTGATCATTTTTATCTCCTTCATTAACTACTCCAAACACATC TTCCTCACAATTTTTATCAACTTGTACATTGTTTGCTATGCCTTTTCCTTTGTTTACATT CACTCCAGTATCTGATTTCCTTTTGAACTTCCAATCTTCAGGATATCCTACCAACTTATA ACAGATATTTTTAGTGTGTCCATGCAACTTGCAGTGTTCATAGAATAAGTTCCAATTTAC CTTCTTCTTACCATTGTAACCTTTATCTCCATCACCACGCCCTGTGTTTCTATAACCATA ACCACTTCTATTATATTCACTTTTGTCTCCATCTCCACGATCTGTGTTTCTATAGCCATA ACCACCTCTGTTTGCATATAATGTCGTGGCCTCAATTACATCTCCTCCATTTCTTAAGCC AGAAGTGATCCTTTGATTTTCATCTGAAACTATCATGGCATATGCTTTCCCAACAATTGG CAAAGGATTCATCATCAATATTTGACTTCGTACAAGGCCATAGATCTCACTTAAGCCCAT TAGAAATGCAAACAATCGCAAATAATGCATATGATCCACATATATTCTAGATCTATCACA ATTACATGAGGGAGGTGGAACAAGTGCATCAAATTCATCCCAAAGCAACCTCAACTTGGT AAAATAGGCTGAAACAGTTAGGTTACCTTGATGAATTGTACATATGTCCCTATGAAGTTG ATACACTCTAGAACCATCCACCTTATCAAATCGTTCCTTCAGATCCTCCCACATCATTGC AGCATCTGAAGCATATACGATTCCACTTAACAACTCTTTCGAAACTGTATTCATGATCCA TGCTAAGACAAATGCATTGCATTTTTCCCACTGTTCTTCCAACTCAGGCGTATAATCACT CTTTCTGCATGATCCAAGCACAAAACCAAGCTTGCTCTTAGCTCGGAGGTTTATAATCAT CGATCTACTCCACAAAGAGTAGTTTTCTGAACCAGTAAGTTGAACTGTAGTCAGTACAGA TCCAGGAGTGTCTGAAGGATGAAGATGAAGAGGATGATTCCTCTTTGATTCCACCATCTC AAGTGTTTCTGCTGCAGGAATTGATGCAGACGATTGAGCCACTGGCGTTGCACTTTCGAT CACCATTGCAAGCTACTGAAGCTCTGTTTCTGCTTGACTTCAAAATCAGGATTAAACTAT TAGATTGAATCAAAAAATCATTGATTCATAGCTCTGATACCATGTAGAAATTGAGAGGGA TGAGAGAGATTTTGGAATTTTTATATTGGAGAAAGTTGAAGCATTGTTCCTCACCCGATG TGGGAGGAGTACTATTTATACAAGTAGAGGAAAAACAGTAACAAACTTTCTAACTAACTA TTAACTAAATCCTAACAATATTAATAACAAACTAACTTCACTTAATTAGCTTAACTAACT ATCTATCTTCAATAATAATCAGAAACTAATTACTGAGTAATTCCATGAGTTCAAGGGGGG ATTTATTTATTTTTTTTCTCGCTACGAATTCAGAGTTTATATTAGAGTGTCGATTAAATT TAGATTGCGTGCTGTAAGATTCATTTGAAAGTGACCACTCCCAACATAATTTCTTTTCAT ACACAGAGATCGAGTTCGAAACATCTAGTTAAAGATGAAACAATCTCACCACCAACGTGA GAGTTGCTTAACATTTGTTGATTAAGGTCGAAACTAAAAGTTGTTAGAGTTAAATTTAAA GTGTTTTGATTCCTTTGTTTTTAAACATGAAATTCACATATTTTATTATTATAATTTTTG AATATCATTACACCTATATCGCTAGACTAGAAATACTTCTCAAGCAAATGTCTCCCTGTT TCATCAGCTTCACTTTTTACAAATATTAATAGTGACCAAACCTATACCGTTGCAGCATTT ATGAATAACAACAGAAACATTATTAGTGAACAAATAAAAGAATAAGTTTTGGCCTGTTGG AGCTATATCTTTTTGTTTGTATATATTCGAGTATTCAGAATCAACTAATTCTGATTCATA TAGTTTACAAATTATTTTAATTTTCATTCTTAATATTCGAACTTAAGATAGACTAAAAAG GTGGAACTAATTTTACGTTATCATTCAAACTTTTAAGTGTCTTTTCATATCACAATTTAG TGAACCATATCGTAGCTAGCTCAAAAGAAATTATTTTTATAAATGAAGAGGGAAACATTA TCTGTACTAAAGGGATTGGTGGATTTATGTCAGTTGTCATATTTTTGAGTAATGATATAA AGTTTTGCCAACCCCCCCAACAGTGCATTCCCATTTGCAATATAAGGACAAACTATGCAA TCGCACTCCCATCATTCCCTATTTATGTATAGTTTTGATATCAACTTACTTTTACAACTT GATATGTCCATTCTAAAGATATGTTCATAAAGTTCGATACTACGAACTCCTATAATATAC TTGTGGTTAACATAATTTGTTGAGGATTGATTTAGATTTAACATTGATTTTCTATAATAT ATAGGCGCACACTCATCTCAATTCTTAATGCTTGATTTTGGATATTGTTGGCCACATTAT GTTGTTCACCAAAATTTAGTTTGCAAGGTTGAGTGTATATACATGTAAAATTATTTCATA TTTGTAAATTTCTCGGTCTACTTATATGAAATAACATCATATATAGCTCAGTATGTTCCT GTATAATAGGTGTGAGAAGAGTATGTATAGAGATTTTGTTTTTATTTTGTATGGATAGAA AAATTATTTTCGATAGATAATTAAAGTGTTTTCAAAATAATTGTTTTTTTTATTGAAAAT ATAGTAAAAAGAAAAAGTAGATAAAAATTGATAATGATAATTAGAAGAGTAGAGCAGACA AGATGCTCTAAACTAGATGATGTTGGAAAGAGAAAACCGTTCAAGATGCTTTTAAGTGTA AACCAAAACCATGTTGGAATGAGAAAATAGTTCAAACTATCTACTATAATCTTTTATTTT TTTTTTAATTTTAAGTTATATTATGTCTAATCACATCTTTAGAATAATTATTACCTCATA TGTTAACTTTTTAAAATTAAGTCAGACTCTAAGATCTATTATTATAATATCAAACAATAA AACCACTAGATAATTTGTAACAACAAACTAAACATTTAACAATATAATCTTTTGGTTTGT TTACACAAAAAATAGTTATTTGGAAATCATGATTTATTAGACAATATCACAAATTTATCA TTACAAAAGAAAAGCTTACCTCGTGAATGAACATTCCTGTCTTAACTAACACGCCATTAT TATTCTTCCCCAACTGTTAGTTTTCCGTTGGCAATAAAATGATCGAAAGAATTTCACTCA CGCATTATAACATTCAACTACTAATTAGATGTGACCGTTTAACCACACCCAATCTAACCA TACAAAGAAAGTTTTTATATTCTCGTTAGACTCTACTTATAGATAAAATTGTTATTATAA TAATATATTTAAGAAGAGAAAGGACCAAGTAGGGTGCATTAAGTAACTTTGAAGTTCCAA GTACAATATTTAAAATTTTCATATAGTACTGTTTATTGTATCATACATATAGGGAGTATA TAACAACATAAAGAAGACCAAAAAAAAAAAAAAAGTACAGAGGGCTCATAAAATTCTACA GTATTTGTCTAGTAGATCACTTGTAACTTAGCGAGTCCCAAGACAAAGACTCACATGAAG AGCACCACCACAAGAGGGGTTGGACGTACATTGCCCTTTTTACCCCTCATATCCCTCCAA ATTTACATCACGGAACATGCATTCGGATTTTCATCGCTGAAAATCTGCGGAGGTGGAGGG TACGCAAACATTTCATGTGCAAGTCTCTGTGGATTATTGTACAGCTGATGATTCTGAGGA TGGTGATAGTAGTAAAACTCATTCTTCTTCACATCTACTATTGGATCGACGTCGTTTTGT ACAGCTTCTTCCTTAGCTGGTGCTGCTGCTACTACGGCTTCTTCCTTAGCTGGTGCAGCA GCTGCTGCTTCTTCCTTCTTCTCCTCTTTGTCGTCACCTTCAACTTTCTTCGCTTCTTTT TCATCGGTTTTCTTCTCTTCCTTTTGATCTTCCTTGGGCTTCGCCTCCTCCTCCGCTTTC TTTTCAGGTTCTACTTTCACAATAACTGCCCGTTTTCCAGTCCTTTTGCTAACATATTCC ACCAGTTTTGTTGCCTCAAACACACCTTTCACTGTCACCTGTGAGTTTTTCAAGTCCGGT TCTGCATTCTCCACACCTAAATTCAAGCACAGTTAACGTCAGACGAATTTTGAATCTTAA CTCCATAAGTCTAAACTTTAAGGTTTTTAGCATTGGATACCTCAAGAAGATGTCAATCAA TAAAAAGGAATATCAAAAATTTGATGGGAAGTTGAAGCAGCTACTTTCGAAGTAATAGAC ACAAAAACAACGAAATCCAAAAAAAAAAATCTATTTAGTAGTGGAAGACTCCATATGCAC AACTAATTTCCTTAAGTTACTTGCAACTTTTGATGAAACCTAACAGTCAATACTAGAAAT TGGTTTCAAAGATTCAAATCAATAGTTTATTAAGTGAATATATTTAGTACTGGAAGACAT GTGATTTGAATTAAACTAACACATTGAAGAATTTTAAGAGAATCGTATTAAGAATTGAAT ATTCTATTCCCTACTGACTAATATAAAAAATGTTAGATAGTGAAAGGTGATATATAAAAT ATAGAATCCTCAAGTATCCAATGCTAATTTAGAGATCCAAAAAGGAGAAAAAAAAACTTT CTTCAACAAATACAGCTGAAAAGTGTAACAAACACAAAACCAGAAAGCAAAATAGGGTGT AGTAAATTAATTAAGCAAAAAGAGATGAAAATAATTAAAATTAAAACCAAAATTTTAAAT AATCTTGCCTTTCATTTTCTGTATACGTCTTTTGATTTCTTGTGCACAAGCCTCACAATG CATGTGAACTTTCAGAACTACTGTAATGACCTGAGGCTGCACAAACAAACATAGAAAACC ATTTGCATATATGACTTTTACATTAAAAACAAATAAAGTGAGAGAAATAAATAAAATAAA TAAATATACCTCCTCTTTTTTCTCATCGGGTTTAACGGCTTCTTTTTCCTCCGGTTTCTT AGGTTCTTCAGCCGCCGGCTCCGGTGGTTTTGGGATTGGTGAGAGAAGCTCAACTTGACG ATGACTCTTTTTCTGTATTCTCTCCAATACCTTCAACGGATCTGCTTTTTCCCCTTTCAC CACAACCTTATGAGTTTTGCAGTCCGTCAACACATCTTCAACTCCTATAAACAAAATCAT TCAATTTATTTTTATATCAATCATCCAAATTTAAAAAAAAAAAATCCTTATTAGTACCTT GAAATCCTTTGAGCGATTTGCGGACTTTACGAGCACAACCTTCACAATGCATGAAAACTC TCAAAACAATTTCAGGTGGTGGTGGTGGTGGAGGTTCTGGTTTCGCCTCTTTCGATTCTT CCTCCGCCTTTTTTTCCTCTTTCTTCTCTTCACCGCCGCCGCCGTCACTTGGCTTTTCAT CTTTCGGTGCCTCCTCTTTCTTCACTTCTTCTACCTTCTTCTCTTCCTGAATAAAAAAAT TACTAATAAGCAACACAACCAAATCAATCAAAAATCTCAACAACCAAAAAGAAAAGAAAA AAGTAACGAGCAGAAAGCAAATCGACCTCTCCCATTGTTAAACAGAAATGGAAATGTATC TGTTACAGGTTTCGTTTTTCTCTCTCTTCTCTTTTTATGGAGAAAAGGAAAAGGGGGGAA GTGGTCTAGTGATGGAGCATCAGATCTAAGGGAGAAAGAGCACTCACTCACTCAGTTGCA CACAGTATGATAGCGGCGTAATAAGCGTGGCTGTTATATATAGGTGGCACGTGCGAGAGA AATACAGTCATCATGCTTCTGGCACTCGTAAAAAAGATTCTATTAAGGGGTGGGTAGTGG GATTATGGTCAAGTAGTTAGGAAAAGATTAGTGACTAGGCAAGTTATATATTTGGTAGAT GAACTATACATTAATCATGATATTGATGAAACAAATTTTATATGAAACTCTTTTTTTTTC TTGTATTGGTTTATGTATCTGTGTTGCACTATTAGTTGATAAACATAATAATTGATTGAT AATTTTAAAATTTAAATTATTATAAAATTTATTTGAAAAAATATTTTTACATTTTAATAT ATGGAAATAAATCAATATATCCGGCGTAGCTCATAAATAATTGTTCAATTTTAACAAGTT GTTTTCCAAGAACCAATGATATATAAAAGTAATTATCATATACATTTTTCCTTAAATTTT CACATCATTACGGCTTATAACGAAAGCAAAAAGTAAAATTAAATGATCATAACAATTGAT TCTTGAGCAGTACTTAATTTTTTGGAGTTACTTTGTCCATCTACTCTAGCCAGCTTAGAT CATGTTAAACTTGTGTTAATTCTAATTCCACTTCTAAATTTAAGCAAATAATTTCTTAAC TTAGAAGTGATGTTATTCACCATAAATATAATTTATAATGTTTTTCAAGTAATGCAAAAT ACAACATCATCAAAGCTTCAATCGAGAGCATTTCGATTAATGCCATTATAACTATATTTA AATAAGTAGACAACGAAAAACCTATTGATGATTCGTAATCTTAGATACAATTTAGGAGTG AAACTGGGTAAATAAATATTCAAAGTTACACTCACATTATTAGTAAATAATATCAAGATA ATTTCATATTTGAAATACTTTTTTTTGAGATGAGAATCATAGACTTTTTTATTATCCAAA AAAGGAAATTTATTTGCTTTCGCCTGACTTTCTGAAATGGTTGAGGAGAGGTTGAGAAAA AGACAATGAATGAAATGGTCCGAAAGTTACTATAGAAGACTGGATAAATCTTAGTAAAGC TAATCCATTAATTAGATAGATCACATGTGCGTCCGTTCTTAACAATAAGTATAAACTTGG CTCCAGGTAGCGAAGAGGAGTAGCAAAGGAAATTCATTAGGAGAAAGACCAGGATTGGTC CTTGGACCAATTCACTTTTCATACATGGAAAATATTTCACAAATAACGATAAGTACTGTA CGATATTTTATTACGGACTAAAATACTTCTTCAAGTTGTATTTATAAAGAAACGATATTT TCTTATCACTCGAATCGAAAGACTTCAAACAATTAGGGCTAGGGATGTGCATCAGTTAGT TTGCTTTAATTTTGAAGTTTATCGACTTAATTTATCAATAACTAGTTATTGATTTGATTA TCAATTTTATCATTAAGATTTGACATTAAAAATAACTCATTAGAAATCACTTAGAAACAA ATTGACAAATTAAATAATCCATGCACATGAGATGATAAATTGCATTTTGTGCAAAAGTAA ACACTAATATATTGTACAAAAATTGACAGTTTGAGGCACTCAGAAACAAAAGTATGAAAC TAAGTCATATGCAAGGACTTCATATAAGAAATAACTGAACGATTTAAATACTATAACTTA ATCATTTACTCTCAACTTATTAATTAACCCGTTAATAAAAATTCAAATGATTAAAAATTG AGGACATGATAAAAATAATTAAAATCATTACTAAAACTGTTAAACCAAAAATTACTATGA ATAAATCAACAACTTTTTTTCTTTTGAAATTATCAATTTCGATTTGATTATAAATCATAC GTACTTACAAGGGTATTTTGATTGCGTGCTATTTCATCTATTACTATTGAATTTTTATTT CACTTCTCGTCCCCATGACTATTGATTACACCGTACATTTTTACTAATCTTAAAGTTCAA ATAATTGTTTTAAATTACATATAAAACGTAGGTGCATAGTCATGAAATTTAATTGATATC AATGAAGTCAAAATTTCTGACTGTAGATAGTTTTGGATCCACGTCATACATACATCCTAA TGAGGTTATTAAGCTATCTTGATTTTTTTAAAATTTTATTTCACTCACAATTAATACTAA TTACATAAAAAAAAAATTCTCACAAATTATTAAATTCAAATTCTACACTTTTGAGTTCAC CAAATAATCATTTTTCTTATACATCTTTAAAGTTGATTTCTAAACACAAATTTTCAATTA AGTAGAAACTCTGATACCATTGTCCAACCCAAAATAAATGTTACAATAGTCCTCATTTCC CTACTGAATCTCAACAGTAAATAATACAAAAATGGTAAAAATTTGAGACATGGCATTATT TCGATTTACAGAATTCTGGTACACTTCTGAATCCCCTCATTAAATGACAGTAACAATATT TTTCAGTACCAAACAAAAATAATTAATGAGACATATTTTAACAAGACAACTAATAAATGC CCTAATAGTATCATAAATATTGGTATATATATATAGTTTTTTTTATCGCAATTTGACTTG ACACATTCGAATAATAACGACGATTTGAATTTATCACATAATTATTTTACTAAATAAATG TGATTTAATAATTAAGTTAAATTTAAATTGGTGACAGGGACTGTAGAAGCGATGTGGTAT TGAAACTTGTTGCCCTGAGGAAATGTCAGTTGTTGCTGGGGAGGAATCTTTATAATTGCA TAATATGTTAGTGCTGTTCCATAATTATTATAATACTAAATTTAATGCCTTACCCTCCCC ATTTAGAAAAATATAAATGCGAATAATCCATCAAATATTGTTTGCAAATTGATCTATCTT ATTTGGTTGTGGCATTAGGCATGTGATGACTGATCAGCTGATTTGATCTTTTTGACTTTT ACCAATTTAAATTGCCTCTAAATTATTCCTTCCCCACGTCTCAGTTTTCCATAATAATAA TGATAATTAAGAGTATAATTAATAAGAGTAACATTAAAATGATCATGATAAACAGGAAGT TATGAAGGTATTGTATTAAAATAGATCGATCTATATCATTTTATCCTCTTCTAAGTTCAC TTACGAAACGATCATGTATACATTGTTATTGTAATGATAACGGTAAATAAATAAAAATTA ACTTTGAGCCACAGAATCCCATGTGCCAATTTGGAAGGAATGTTGTAGGTAGGCTAATTA AAAAGAGGGGCTTTCCAACATTATATCATTGTATTAATTCTAAGAGATTCTGCATTCCCA ATTTCATAATTTAAAGAGGCTGAAGAAGAGTTTAATTAATTATCTATTTTTTCTCATTAG AGGGACCATTTTCTTGGCTAATGAATCGAATTGACTTTCCAACAAAGAAAATATGATAAT TAATTTGAAACGGAAAGAGTATTGATTAGAATAAATCACGTATATAAATTAAAATTTAAC TACAGATAGACAATGAAATAACGATAATAAGAAAATATGATAATTAATTTGAAACAGAAA AAGTATTGTTTAGAATAACTCACGTATATAAATTAAAATTTGATTATAAATAGACAACGA AATAACGATAAGAAGAAAATATTTAAATGATCGTGTTACTATTTAGATAAGAATGTACTA ATTGATAATTGGATAAAACTGATAATTGGTGACGTACTATTATAAATTAGTACCTAATTA GTAGTGTAAAAAAATTTATATTGATTGTGCGCAGGGGACATACCTAGAGAACAAAGTATA AAATCGATTGAAATTAATACTTTAGTCTAAATTCTATATTTGTCTTTAAAACTACGTCAT TTAAATTTTTATCAGTAATGAAAAAGGGGAATGCTTATTACTGTTAGTAGTGATAAGTTC TATTGAATGTTATATATGTCTTTGCTGCAATCATTTGTGAGCAAATTAGTTTCAATGGTT CACAAAAAAAGGTACTCTAGAAGGTAGACAATCAATTAAAACAGGATATTGTACAAATAT AATGGCTAAAATAACAGTATTTTAGTTGGTAAAATTAGTGCTTTTAAGTGAAAGTAATTA ACGGAGGAAACACATTAATTAGTTTATTGTCTTTTTTCTTTTGGATTGTCATAAGAGTTC GTACATATATTATTCTGCGATATTTTTTTTCTCTCACAGTAGAACTTCTTAGTTAATAAA AATATGATGTTGTGGTAAAGTAAATCTTGAGTAAAAATTATCATTAAATGATGCACCAAA TATTGGCATGCAAGAGGAGGATTTATATCTTAAAGAATAAAGTAGAGCATGTAGTCTATG GCGATCGATGATCAAAATTTTAAATTTATAAATTTTTATATTTATTTGTTTTTTTTTTTA CAAATAACATCGAACAAGTATATTTATTTTTTTATTATTGACTCGATACAAAAATTAAAA AGTCATAAATATATAAATAATTTTACTAAATCACTCTTTTTAAATATAAGCTATCTAATC GTTAAGGATAAAATAGACACAACATAATAAATTGTTTATTAATGCCAACCTCTGTTAGTT TTGTTTCGTGAGTTTCAAATACTAAATAATCAAATCTTAAAAATATATTAATGATTTGAC TCTTTTTGCTTATGGTTCAAAGCATGTAAACTTTTGGTAACAAATTGTCTGGTAGATGTT AAAGGCCATTTGCATTTAAATATCCTTAGATAAGAATGCCTAGCTATATTAAGATGGAAT AAGCAGTACCTTGTACGATGTTACTTTATCATGTGTAGCTTTCTTTCACTCCAATAATAA TCAATAATGCCCTAATTTATGAAAACGAAGCTTGCCAAGTTTCAAAATATTACAACTATG ATTAGTATAGCTCGTTTAATTAATCAAATTTTTAAATCGTCATTGAGTAATTTCTTTTAT AAGTCTATCGCATCAAAGATACATGTATTTTTAAGCTATCTTTATTTGTTATTGAAAATG TGAGGATATAAGTTTAAAGCTATCAAGTGTTAATTAATTACTTATATCCTCACAATTTCA ATAACAAATAAAGATAGCTTAAAAATACATGTATCTTTGATCTTTTTATCTTTGCCTCGC ATGGTGAATACAATATATATATATATATATACTAGTTATGTAGTGTCTTACGTATATAAT TCATGTGTTCAGGTGAACGACATAAATATGAAATAAGGTTAATTTAAAGAGTTAAGTTTA TATATATATATATATATATTATGCCTTCCTTATATGTTTTAAGAGTTTGACTCAATTTGG ATTGCCTATTTTCACTTTTCCTTTATATATTTATTTTGCTAATTTAGCCTTTAATTCGGA TAAGATTCATAACTCTAATGTTATTTTTTCTTAGTATATCTTTACAAAAAATCATCCAAA AACAATCTGTATTGAAGATTTAATTCATTACTCCAATTTGCAAGTGATGGAAATAGCAAC TCTACATGTAGAAGTACTTAGTGGAGAATATTACAATGGACTTAAAAAGACAAGGCCTAA CAAGTGTCATATAATTTGTCATAGAAAAGCAGAACATAACATCATGGTAAAATTGTAAAA ATGGTATCTAACATGGATTTGGGTCTTCCTAGGTCCTCATTAATCCACCAATGAATCATA TTCTTTTTGTTTAGCTTAGGAAATATGACATTATTAATTATTATCAATTTTCTTCAATTG AATAATGATTGTATATAAACAATTTAGAATATATTTTATTAAAAAAATTTGGCCACGTGT TAAAAATTATTTCGCAAAATCATTGTTAGAAAATAATAGCATGAATGAGCTTTTTCTTTA ATGGTAATGGTACAAATGAGTCAAACTTTTAACTGATTGCATAAATAAGTGAAAGTTCAA TGACATATATGAGCCTTTTTCTTATTACAAATTACTCCCTCTATCCCTATTTACTTGTCC ATATTTTCTTTTATATCTGTCACTATTTACTTGTTCATTCTAACAAATCAAGAAAGGACA ATAATGTTTTTTCTAATATACCCTTGTTTAATTCTAGAAAATTTCTAGTATTACTAAATT GTAATGCATGTTTTTTGAAACAAGAAAAGACATTTACTATACTTGGGGAGTTGCATAATC TTTTAAGTTGAGGATAAAATTGTAACTAACCTATGATAATGATTGGTATCTTAATATGTG TGTCACTTTTAAAGTGGATAACTAAATAGAAATAGAGTGAGTATGATTTATAAATTTTGT GTGTATCTTCTACAACTTGTTATATTATAAATCAAGAATATGCATGGGGCTATGGGTCCA CACGAATCTCAAATATTGAAAATATTATTGACCACTAATAATTGTTAAAAGGCAAATCCA TTATTTTATTTTTTATTTTATTTTAAAAAAGAATAGTGCGGTTGACAATTGCTTTTTCAT AAAAGCTTATTATGGTAGGATTTATGAGAAAAAAATGAATTGGTACTTAATTATAATTTC TTCAACAAGCAAAGGTCCATTCAAGGTTTTTGGACACTAAATTAATGATACATGACTCTT GGTCCATATTATATCCCTACTTTTTGACCTAATAAACTTTGAAATTGCAATTTCAGTTTT ATAATTTATTTCCAGTACCATGAATTTAATGGGCACCTTAGGTCGTTTAATTTGTTTGGT AAAGTACCTAATATCTCTTCTAATTTATTGAGTTGGAGAAATATCATGGCAACAATAATA CTACCTCCGTCCTTAATTACTTTTTCATTTTTTTTTTATAGTTATTCCTAGTTACTTGTC CATTTTGATAAATCAAGAAATGATAATTTTTCTTACCTATTATACCCACAATTAAATGAC TAATTACTTTGAAAAATATAAAACTTTCATCCACTTCATAATTAATAAGAATAAAATGAT AAACTCATTATGTCATTAATTATTTTCTTAATAGGTATGTCAATTCAAAAGTGGACAGAT AAAAAAGGACAGAGGGAATAATATTTAGCATATTCTTTTACATATTTAGCAACTGTACGT TGTTACTCATAAAATTTTGAATTTAAAATATTTAAAAAAGAAAAAATTGTTTTGACTCCT GAAGGCTGAAATGGTAATAGTTCCGCTCTTTTGGGGCCATTTTGATGCAACTTTCATGTT TGAGAATTTTGTGGTGCTGTATAGGCCCATATGTGCTCGAACAAACCCATTGGGCTATTG CTATACTTTACGAGTTTAGCCCATCATGTTATGAAACATAATGAGACAATATTGTTTAAT TATCTTTGGAAAAATTGTATATAGTGACAAACTAATAAATCAAATTAAGTATCACATTTT GATTTAATTGTGTGCTGCAGCAAACTGTTTGTCAGTATCTCTCTCCCTCAAGCTCTCGTT CGCCACTCTCCCTCTCTCGCTCTCGCTTTTATACAAACACAAATGTATAAATTGTGTTTG TATTAAGCGAGAAAATTTTATATTTGAATATATATATATATATATATATATATATATATA TATATATACAAATATAATTTTCGTTCCCCTCTCTCCCCTTTCCCAATTTTCTTTTGTCTT GCTCTCTTTCTCGTTTTATACATACACAAATTATACAATTGATTTGTATACAACTGCTTT CTTTTGTATATGTATAGCGAATTATACAATTTGTTTTTGTATAATATTAATATTTATTGT ATTAGTAGCGTCATAATAATTTCTCTATATATTCTATACACATTTATACATTTGATACAA TTTTATGCATTGTTTTTGTATAAGTTTTTGCATTAGTATAAGGATACTTTTGTATGATGT TCATTTAGACAAATACAATTGCACAAACTTATACACATATAAAATGAAATCTGTTTGTAT AAAGTATATATACAGAATCATACATCCAAACTAAGGACGAATCTTCACTGTATAAATATA CAAATTCGGTATATATATATATAAACTACAACAAATTCTATTTTTCATTTATATACATAT TCACAATATACACTTATATAAAAGATTATACAAATTAAAGCTTTATACAAATATACAATT GATAAAATTTTATATAAATATACATATTCATATAACCAAACCAAAGAGGCATCTACACCG TATAAATATATAAATTCAAACAATAGTCAACAATTTCTAAACCGAGATTCAACGGAGTTC TTAGTGATGAAGAAGACACAAAAGGAAAGAAACTCTACTAACACATAATGTGCGTGATTC CAACGATTTTTTTTCTTTTATTGCAATCGAAATTATTGTATTTTTTTATTTTTTATTTTT AAAATCAAATTGTATAGAAAAAAGAATAGGCAACCGAAATATACAGGAAAATAACTCCGT AGCAAACACAAATTTTGCTATGGAGTGCAATTATATAAAATATAGTCATGGAGTACAGAT ATGAATTTTATGTTTGCTATATGTGAAAGTTATCCATTATCTTTTAGAATAAATTTTTTT AGGATAGTTTCAAATATATAAGTAATTAGTTTATCATAAATATAATTATATTTTTACTTT GTATAAAAAATATCAAAAGTCATAGTAGAATAATATACATATTCAAAAGCCAAATATAAC TCACCTGTACATTACGATGCAGAAAAAAATCTAATTGAAAAACTAAATACATACCCTTAT ATACAAGGAAAAAAATCAAAGTGCAAAATCGAAACGAATACTAATATACAATTGTGTGTG TTGATTGCCTTTGGGAAAGAATAACAAAATCCTCACTTGGATTAATTGAACTACCAATTG CTTAACACTAACTAATTTTCTTAATGTCAGGGTAAAGTGTGATTACAGACAGTAAACATG GATCCAGATCTAGCATTTTGATTACAATAAATACTTTTTGAATTAGTATATATATATATA TAAAAGGACTTTTGTCAATTTAGAAAGATTTTTTTTTTCCAAGTGAAAGTTGAAAGATGA GATAAAGAAAGAGGGCAAATGATAAAAGAGAAGGGAGTACGTGTATCATTGAGAAACCAA AGAAATAAGCCTTGCTGGCTGTTGCCACACGAACCCAGCACCAAATATCTCTCCAGCCAA TGGCTATTAACTTCTCTGCTGCACTCAATATCCAAAATCACAACCCCCACTGCCACACTT GGTTATTTTCCACCAGTACTTTTCATCATTCTAAATTAAAAACACATTTTTCATTTCAGT TAGCAACTGAACACACTCACGCTTATCTTTCTTCATCAATCGTCATTGCTAAATTCAGGT AAATAAGCTGAACAGATCACCTGAGATCTTCATATATTACTCTTGTTTGATTTGATTGTT CTTACTTACTGTAAATCTGCAGTACATTCCCTCGTATTGATCGCCTTTTATGCTTTCTGG TTATGATTGCGTAACTGTGTTATATTCTGCATCTATTGCACAAACTTCATACATTACTAG GCTATTAGATATGTAAATACTGGCATGTTTCTCGAATTTATTCATGTTCGGTGAAATTTT CTGTTATGAAGATCCATTTTGTGAACTAGATGACTAGTACAACTCGGTTTCACTCCAACG GCTAATTATAGATTAAAGTAGCATAAATTTGCTGTTTTCATAGCTTATAGATAAGTTGAT TGGTCAAAAAACTCGTGGTAGCTTGTTTGTATGGATTTTTCGTTTACAATCCTTACTTTA GAAATTATAATTAATTATTTTTTGTGTTGTTTCTTATTGTGTACTTCCTGCCAGAAGCTT GAGAAGGGAGGTTAAATTCCAGAATCAATATAGCTCTTAGTCATCACTCATCAGCTGGTA TGGTTGTGATTCAGAAACCTTGTTAAACACGGTGTGTGGTTTTGGATTTTTCATAGTTGT AGCGCTTGTGATGGCCATTGCTGCAGTTATCGGACCCTATGCAGGAAATAGAATCTTAAG CTCGTCTTTCTATTATTCTGATCTGACTGAAAAGTTAGCTTGTAGTGGTGATCATGCTTT GATCTGCAATCCTACGAGAAATGTGATCAATGCTAAGAAGTCATCCAATTATAGCGCTGG TTATGTTTCCAATCGAAAAAAACAATCCGTTAAGGCTGTTAAAGAGCATGTCAACATTGC CTCTAATCATTCTGATGTGGAGCCAATGGTTGAAATGTTAAAAAAACTGCAGAATGAAAG CTGCAGCAAAGAAGATCCGGTGGAGGTTCTTCTTCTTCTGCAGAAATCTATGCTTGAAAA ACAGTGGAATCTTTCAGCTGAGAAAACATTGGAAGCTTTCCCACCAAATGAAAAGAACTG TAAAAAGAAGATGCAGATCACTTGTTCAGGAACTTCTGCTAGGCGGAGGAGAATGGATAC TCGTAAAAGAGTTCAAATTCCAAAAGCTTCAGCTGAAGCAAATAGTGCAAGCAAGCGACT GAGATCTGTTGTCGGTCCAGAGCTACAACAAAACCGTTTGAGAGGTTACATGAATGGTGT CGTAAACCAAGAACTTCTTACACATAAGGAAGTGGTGCAACTATCCAAGAAAATCAAATT TGGTCTTTATTTAGAAGAACAGAAGGCCAGGTACTAAACTCACAACTTCCTCCAACCGTG CCACCCTACTTTCTCAAACATCAGAACAGACTTTAGTAGCTGATCGTCTCTTCGGTGAAA ATTACTATAAAGAACTTAAGAAATATTGTAGAAAGAGTGAGATAAACTGCATGAATTATA TTTTTTACCCATGAGAAGCAGAGTCATGAGGTTAATCTTTCTCAAATACCCCATCCAAAC GTTCTGTTCCGATATTGTCCAACTGCTTTTGATGTTTTCCTAAATACATTGCTTTCATAA TATTGGAGGTCATGTTGCTGCCAATGTTTTAGTAGTGCTTGAAACTCATTATAAGAAAGA GTTAATAGCCTTTATGATTGCTGTGAGACTGAACCAGATTTAAGCCAGTCTTAATGTTGC TAATGGTAGCTAGCTTCCTTATCTAATAATAAATGAGGTATAATAAACAGGATGGAGACA GAATGCAGGAGAAGTGTTCAGATAATCTAGAGAGTTACTACTTCTTAGCATGTTTCTCTT TATAATTGTCAAAATGTAGTTGTGCCTTCTTGAAGGTTATGATTTCTATGTTAATGACAG CTTGACTTCTTTACGCTATCACATTGAAGGGATTTTTTTTTAAGTTGAATTGATAGTGAT ATTTTGGACTAGGTATTTTCTTTCAAAATGTGTTTTAGAGATTGTTTACTCAGCTTGATT AATCCATGGAAAATTTTAGTCTGAAGGAAAGATTGGGATGTGAACCTTCTGACGATCAAC TCGCGGTTTCCTTGAAGATGTCTCTTGCTGATTTACGATCTACATTAATGGAGTGTTCCT TGGCTAGAGAAAAACTTGCAATGAGCAATGTTCGTCTTGTCATGTCAATTGCGCAAAGAT ACGATAGCATGGGTACTGAAATGGCTGACCTCATTCAGGTAACTTTTACTGTGCAAACAA AGCTACAGATGCAGAACTTCTTGCATTTGTGCATTGGTTATTATACTGTAAGCTCAAACG TGGCAATTCTTGAGGAAAGTTCCCTCATATGCATGTAGGGGGGACTTATTGGACTACTTC GCGGGATAGAGAAATTTGATCACTCAAGAGGATTCAAAATCTCAACTTATGTTTATTGGT GGATTCGTCAGGTGAGATTACTATTTAGTTTTGTTTTTCCGTTTCTTGAAGACAACACTA GTTTGTGTTGTAAAATGACGAGGACCTTCATTACCTATTGGCTATTTCCCCATTTCTCAG GGCGTTTCCCGAGCATTAGTTGATAACTCAAGAACATTGAGATTGCCCATACATCTACAT GAAAGACTGAGTTTGATCCGTAATGCAAAAGTCAAGCTTAAAGATAGTGGAATAACTCCA TCAATCGAAGTAAGTTCTGTCAAAATGAATTGATCGATATCATACTCGGAATGTTTCTAA TAAATTTAATTGTGAAGTATTACACTGTTCTTTTTGCTAATTTGCTTTTGCTTTTTCCTG ATCCATCAGAAAATAGCTGAATGCCTTAACATGTCCCAGAAGAAAGTCAGAAATGCAACT GAGGTATGATCATCTTATAGCTTTAACATTTCCAGTTCATTTAGTACAAAATTGCTTCTA AAATATTTGTTTTTCTAGGCAAGCAGCAAGGTGTTTTCACTTGATAGGGAAGCATATCCC TCTTTAAATGGCCTTCCTGGAGCAACACTTCATAGCGTAAGTCCAAACCATAATCTTTGC AAAAATATATTCTAGATTTGCATTTGACAGCATTCTGGATTTACCAAGTAATCCAAGACT GCCACTTCACAATATGTACATATTGACTATCAATCCAAGATCTTGAGGTCTTAGGCCCTT CTTTGTATCAACCATATTTCATCACTTATGTTTCATGGCCTACTTTCTTCTTCAGTACAT TGCTGACAATCGCCTGGAGAACAACCCATGGCATGGAGTTGATGGATGGGCGCTCAAGGT AAGTTATTGAAGAGAAATCCTCACAATTTATTATGAACAGTATTTAATATGTGACTTGTG TTCATAAGTTGATGAATTTTAACAAAATCAAACTTTTGAGGTATCCTGATTTCTCCCTCC CTTGAATTACAGAGGAATTTAGTATTAACCCTGGTCCCTGGTAGATGCATGCTTGAAAGA TCCCTAGTGGCAGTTACTACTATTCTAGCACTAGCTCCATCAATGAGTCTTTCCTCCTTG ACTCAAAGTTAGGTTCGATCTTGATAAGTCAACTCATAATGATGTTAAGTTTCCCAATTA TAATTTTGTGCAGGAAATATGATCTTGGTATACATTCTTTATACCTTTCTATCACTATAT TTGATAGCTGTGCCTACCATAAAATCTTGTTCCCTTAAATTCCCTTCTTTTTGCGTTGCT GTGCTTTTTCTCTTCTATAACTAACCAAACTTGAGCCTCAATCTCAAACTAGTTGGGGTC AGCTTTATGATACGTCCGTAACCATATCACACCAGCAATCCAATATTTGAAAATTTAGGC TCTCTCGCACTAGAAGTTCTATAGATTCTATACTGTCATTCAAATCCCTAACAAGACTAG CAAACTAAGCCTGAATCACAATTGAATGTTAGTAATGATAACACCCCAAATTTGGGTCTG AGGATAAAATGGTACCTGTGAATGTGATATCAATGATGCTTCTCCCTACCTATGTTTCTC AGGAAGGGATGTTGTCTGGTGGTGCTTCCTTATAAGTTACATTTTGCTTTTCTTCTCATC TTATTTATCAAGACGTAAACTTGAAATATCTCAGAGACTGAAGAAATCATGACTGACTTC ATCTGTTTTGCAGGATGAAGTAAACAATCTCATTTCTTCAATTCTCAGGGAACGCGAGAG AGATATTATCCGACTGTACTATGGTCTGGACAATGAGTGCCTTACCTGGGAGGATATTAG TAGAAGGTAAGAATCCTAGTAAAATTGACTTTTAATGTAGTTAGCTAAAGATAAAGAAAC TATACATGTTTAAATTCACAACAATTTGAACTAGGTTTGAAAAATTTATTGCAAGAAGTT CCTTATTTTGTTGAACCGCTGCTCTAAATTTATTTATTTTTTTCTTTACAGGATAGGTTT ATCCAGAGAAAGAGTGAGGCAAGTTGGATTAGTTGCACTTGAGAAATTAAAACATGCTGC CAGAAAAAAGCAATTAGATGCAATGTTGGTTAAACATTGAGTATGATCGTTGAGACCAAA CTACAAATGAACTGTACATAGAATGTAAGGAAACCTGCATCTCCTATTTTATTTTCTTGA TGAGGAGAACAGATGAAGATCAAAGGGACATTCTTCACCATCTACTTCCCTGCTCCTGTC CCAAGCCTCCAAAAGAAGAGTCAGAAAGATGTGGTGAAGATTTTTGTGCATCATATATTT TAGGATGTATCTGTGTTTATTGAGATAGGAGGTAGGTAAATGCAAATACTGTATATATGT TCTCTGTGTTGACTTATTTCATACACTTGAATGTGATAATGTCCATTTTATATGATGTAT CTTGATGAAAAACACAGTTTCCAGAATGTTAATCTGACTTTGTACACAATTTTAGTGGTA GTAGAAGAAAATATTTAAAATAATGTTGTCAAATTTATTTCCCGTAGTAAAGAATGTAGC ACAACAAAGTTGAAATTTGAACTTTTTATAGATAAAAAAGCTGTATAGGAAGTGAAATCG GGTATAACAACAAGTCACAAGTTCAAATACAAATTATGTTTGAATATCTCCACGCAAGAC AAAAGGCTCAAGTATAGAGATTATAGCCAATCATCATTCTTACAAACAAGTTGTGAGTAA TACAGAAAAGTGATTAAACATCGACTGCCCGAGCAGCTATCTAGTTTGTAGCTCTAATAC AACAAGTTTCGGAGGGGCGAAAAAACACTAGGGTAAAATTCCTTTGAATGCAAGGCTGAA AGCTAACCTCGGCTATTTGTGTCTAGCTAAACAGATCAGTAGCTAATTATGACAACTCCT TCACTCGATGTCATCAATCCAGTCGCCATATATTTTACTAATCTTATCCGGGCCTTTCCA TTTTTGAAAGAACCTCTGGCCAGGTCTATCAGCTATGCCAGTTGGCCTTTGTACCTGAAC ACCCTGCCCCAGATGATAAACATCTGTGTGGAGTGCTGGAATGGTTGAGGGCACTGTACT TTCTGTTGCTCTTGATGGAACCCCGCCCTGCTTTAATTCTGGAGGAACAGAGACATAATC TTTGCCATCTGTTTCCGCAGGTCCTCCACCAAACTTGTTCAGTTCTGCCACAAAATAACA CAAGTTAGTAGTTTGCACAGGATCAAACGGAAGCATCCAGCAAAATTTTGTAGTCTGGTC AAATGAAACAGGACAGCAATAGCTAACACAGAAAATCTCGGAACCATTAACTGAAACAAG ACCAAACAATTGCACATTTAAGAGTCTTAGCATATAGGTCATACAATCATGCAGATTATC TTTACCCTTAACAATCATGCAGACACTCTTTTCCACAAAACCAGACAGCTCCAAGAGTAC CAACTTTTAGTCAACATTCAACTGCTTCCCTGACACTTAAGGTTATTTTAGTAGCAAAAC TATTGTCATGATTATGTCAGCATTTTCGTGAAATTTATGAAGTTGATACCTAAACTATTG CACATGAAAATATTGACATAAAACGTATACCACCAAGATTCAGTAAGTTTCTGTCTTCTT CTTCCTTCCAAAAATAATTACATAGTTTGAACCTTGCGGTCTTAAACTAAAGATGTGTAT AATGTACTAAAATGTTCTTAGAATCTTGTCATCTTAAACATGATATGTGAGATGTTAGAA ACTTAAAATTAAAGAGTTACCAGATATAGAAAGTATCATTCATTTTTAAAGAGATTAAAA AGGAAGGTAAGAGTGTAAGACGCATAAATTGCAACGATGGAAGGATGGGGCAATATTTTA TTGATATTTGTGGAAAAGAAGTATGCTGTATACAAAAAAGTAAAGAGACTTGAAAAAAGA TATGGATTATCTGTATACACGAGTACACCAAAAGTTAATCAAAATAAAGGGCATACCCTA ATAGTTACAAAGTCGTATTTATCCTTTGGCACGAGTATTTAAAGCCTAATCTATGTAAAG TCATACATATTTACCCAATATTATAACCACACATAAAAAATGTAATGAATTCGGTATCTG ATGTCATTCAACAGATAATCTCATATATAGAGGTATCAATAAAGAGAAGGACGATGACAA GAGTGAGTATAGTTATTAAGCAGATAGTTGAGAACAAGAAATATTAGGTTAATTGATATG GCAAACACAAGTAAGATAGATAACTAAGATCAACACTAAAATTATAGTGTCAATGACATT TCCCAGTGAACCAAGAATAGCATTCCCATCAATCATACCCATTACAAAACTAATCTTCCA TCTATCCAACAAAGGGGTTGTAGAAAAGCACATCCTGTAATTTCCATTCCCACCAAAATT TTCAACAACCTCATAGGTTGAGAGATTTACATAGGTTTGGCAAAGAATTTACAATAGATG TAAATTTTATCTTGTTGCGACCAGAGTTTAAAAGAGGTTTTGCTAGCATGGCTTCAACAG AAGAGGAGATAGAAGTGGTGCGGAAGTATTAATGAGCATAACAAAGAGAACTACAGTCAT CCTATACTGAAAGAAACTTAAGTCTCTTAACTGGTATTTTCAGCTTGTCTAATTTCAAGT TTACACTTTTATGATGATAAGGCAAGTCTCTGTCCACCATAAAAGATAAAAGGCACCTTA AAAGACTCATCAACATGCATTCACATGGCATTCAGTAAGCCAAAAGTGATCCACTGAAAA AAAAGGTAAGCTGCTGTCCACCATAAAAAATAAAGGGAACCTTAAATAACTTAATGCACT TATCCACTTGGATCTTCACCTAAACAAAATTAACCAAGCAGATCAACAATTGCAGCAAGC CAAATCAATTATAAATTATCAATCTTCAGAATTTTAATGTATACATTGATATCATATCTC CGTACACCAGAAATAAGCATAAAGTTATATCCATACCTGCCACACCATGAGCAAAATGAC ACTTGCTGCCAAACGGGCAATAGCCAGTAGTCTCCCACTTATTACAAATTCTTGTCTTCC AGTTTGAAGGTTTTTGGGTTGCTCCAGTAGCATTATTTCCAAATCCACCAACAGTAGGAG TCACACTTATTGCAACACTCTCTCTAGACCTTGATTGTTCATCATGAAGGAAAGTGCAAC TATCTCCATAAGGACATCCCTCTTCAGTGTAGAACTTCTTGCAGTGCCTCCCTTTAGCGG ACCTTTGAGACTCTCCACGTAAATCAGGAGAGCTCAATATTGGTATCTGGTGTTCTTCTC TCAGTTCCACCATTACTCCCCGCTCATTTTCATGTGCAGCTACTATCTCTTGCCAATTAG GTGGTGGTTTGCGAAGCTCCTCTATTCCATGAGCAAAGTTACAATTAGTAACATAGGGGC AGACACCGGCACGGAACTTACAACACAACTTCGTTTTAAAGAACATCTTTCCGATTGCTT TAGAGCTACTGGTGACTATAATGCGAGCATCTGAATCCTGCACATTCCTTGACTTCTTGT TGGGAGGCTCACTGCCTGACCGGTTTTGTGAATGCCTACCATCCTGACTGGAATTGGAAG GGGTTTCACAATAGGGACCACTGTTCCAGGCTTTATAATCATCCTCAGTAGCCCAAACTG CCTGGTCAGAAAAATTAGGACCCCAACTGTCATAACCACCAACCCCGGCTGTGGAATCGG GGATCACATTCCCTCCAGCAAAACCAGCTTCACCCGTAAAATCCATTTAAACAGCAGATC TGACTACCCCAAAATGTTCAATTCCCAAAACTGATAAAAATAGAGTAATATGCATACAAA AACATAAAGCTCAAACCATGAGCAAAAAGATTACACACTGACGGCTATACCTCAAAAGAA TGAGAAAGCAGGAACCTCAAACCAACACAAAAATCCACACACACTTATTGTCCAGAAAGG AAAAAGAAATTAGAAACCTCCCTCTTGAAAATAAGGAATTCGAAGCTAAAAATCCTACCT TTTTCACTTGATTGTTACAGAAAAAACAACTTTTTTCCTATAGTGGGTACAATTTAAACT TTCAACAATCATCCATTCCCTAATTCAAAAAGTATAGTACAACAAGTAACCACACAAGAT TGACCAACTCTTGCTCAAACACAATGCACTTCAGAAACCCTAGGTCTCATTAATTACAAA CAGAAGAAAAGAAAGTAAACCCAACAAACCCAGATGGAAAAACAACAACTACAGAAAAGG AAAGAGTACAGAAATTAGGGAATTCAAGATTAGTAAGTGAAGAAACAGTTGATTAAAGTT AACTCACATAAAGGAAACAAAATCTCAAGACCCAAAATTGGAGATAACAGAGATCAGATT ATGGTGTTACGATACTTGATTTACGAAAATGGAAGAAAACGGGAGGAGCGGAGTGGTGTG TCGTCAATTCATCGGACCTTATCTCCTTAAAAATAGCAAATGCCACTGTAAATCGGACAA CTTCCGGTCAGATGATAGATTGTCTTAAATAGGGAATTTATTTACTCTAATTTCCTTTAG GGCTCCTATTAATTGAAGGGAAAATTAAATAAAATAACAAATTAATAACCTAAATTAAAT TGAATAGCTAGGGTTTGATTTAATTGTGCTCCATATCAAACATTGACAAAAATTTGTCAG GCGTCTCTCTCCCAGAAGTCTCGCTCGCCACTCTCCCATTCTCGCCTCTCTCGCTTTATA CACAGAAGTGTATAATTTCTGTTTCTGTTTTGTATAAAGTGAGAGAAAATTGTATATACA CATGCAAAAATGTATATCTTCGTGTTATACACTTAATTATATAATTTACAAACATTTTAC TTCAAATATTGCAGAGAAAAAGGCCAAAGAATTATACAATTGTGAATTATACAATTGCAG TGAAATACAATTTTTTCTAGCTTTATACAACAAAAGTGTATATATTGTGTTTCTGTTTTT GTATAAAGCGAGAAAAACATATATCTTCTTGCTATACACTTATAATTATGCAATATACAT ACATTTTAATTCGATTCAACTGTATGCAAAGCTAATTATACAATTGCAGCGAAATAGGCT AGCGAATTATACAATTTAGGCCAGCGAATTATACACTTTTATATGTATAGCGAATTATAC AGTTTTTATGTTTTCTATGGAGCGCAATTATGCAAAGTTTGCTATATTATACAAATATGA TTTTTTTGTTTGCTATATGTGAAAGTTGCCCTTAATTGAATTCACACCAAATAAACCTCA AATTTTGATTTTTTTTTTTTGTAAAAAATAAGTAAAAATTATACCATAAGTATTATAGAT ATAATTATTTTCTATAATTGTTAGAAAACACTAACAAAACGCTCACCTGAGATAAGAAGA AGCTATAAAATTCACATATTAACAGAGCTAAGATTAAAAAAAAAAAGACGTAGAGAGTAG AGACATTTTGAAGAGGAAAATGTTTGAAGTTGAGTTGTTTTTTATCAAAGAGGATAAGCT TGACGGAGAAATGTAACTGTCGAAAAGAACAGAGAAACAACTGTAAAGTGAAAAAACTTT AAAATAAAATGACAGGAATAATCTCAAACTGAATCTGAATTCTAGAAAGCATACGCGTCG ACAAAGAGGTGTTAGTTCTTTCCTTTTATTAAATAGTACTAGTTAGGATTGTTCATAGTT TGGATAAAAACCAATCCAAACAAAAAAATCAAACCAAATCGATAAAATGAATCGATTTTA TTTGGGTTTGATTTGGTTTTAAATTTTTAAAAACCGATAATATCTATATTGATTTAATTA TGATTTTATTAAATAAAATTGAATAAATAATCGAACCAAATCAATGAATTATATACATAT ATTTTATTAATATAATATACATATTTAATATATTATTTTTATAAACAATTTTAAAGATGT TATATATATTTTCATTAAATTCTCTTTCTAATTTACTTATTGAAAGTAAAAATGCTGCAA AATAATTTACTATCTCATTAATTTCATGGATATGAGTGTTCATGACTATTCTTTATATGA CTGGAAATGTTACTGTCTCATCTTTCTAGGCCAATTCAGTGATAGAACATTTATTAATTT CAGTCATTCTAACTATCTTTCGTTCCAAATGAATTGTTGTTACTTTTTTCACATTTTGAA TAAATTGTTTATTTTATTATTATGTATAGTTATAACCAAACCAAATCAAAACCTATAACC ACCAAATTGATAAATGTATAGCATATTTGATTTTGATACTTTTAAAATCAATTAAGTTAG TTTGGTTTTGATCAATAATCGATTCAACCGATCCGTAAATATCTCTAATAATATTGACAC GCGCTCCATGTAAATAGTATATGTATTATGATTATATTAAAATTAAAGTATAACAAGTAA CATGAAATCTAAAGTGAAAAAATGCAAGTTGAGAATAATTGAAAGTAAAATATGAATTTA TTTACTCCATAAACTTTAGAAAGCTTTGAGGGGTTGACATAATTTGTTTTCCGCCTGAGG AAATTCTTAAGAGCTTCAAGTAATTGAATTCATACAAAATATCAAATTTGCACATCAAAA AATTGTATTTAGTAACTAAATAGGAACCTTGCTTCTCTCCATTTCCCTTCTATCAATTTT TTCCAAGTTACTACTTAGACGTATGACACTTGTATCATTTAAATATTAATGTTGTATATT TTATATAATCAAATACCTTAATCATGATTAAAAGGATATATATATATATATATTGCCATT TCAATCTATCTAATTATTATTACAAAAAAATCATCTCACAATTATCGTTTTACTATAGTT CAACTCATTTTCGTTATTTCCAATTTTTCTATTTACCAAAAAAAAATAAAATTCTTCGTA GACTAAATTCGTGTCAATTTAAAATAAATATTGAAATAAGTTATTTTACGGAGAAAAATA TTGTAAATCATAAAATAGATTTTTAAGTATTTAGATATTAAATAAAATGTATTAAAAATT ACTTTCCCATAAAGCATCAAAGAAAATTAAAGTTAGACAAACTTTTCCAAGAAATAGATA TAATTTTTTTTTTAAAAAAATGTATATATCTTCTATCGTCACTCTAGGTTGTTAAACTTA GAAGAACTCTTTTCATATCAAAAGTTTAATGCTATATAATTGAAGTAAATCCATTTCTTC TCAAAAAATTGGAAAATTAATATTTTCTTACTAAAGTTGGAAATCTTAAATATCTTTTTA ATCATGGTTAATTAGCATACTTTTTTTTTGATTAAGAAAGTTAATTAATCTAAACGTTAA ATATTTAAATAACTTAGGTATCATACATCTAAATAAGAACTTGAGGAAAATGGAGAAGAA AGAAATGAAAAGGAATCGAGTCCATTAAATGATATGGTTGTATAACAATAATATTATATC CGCTGCATTATTTGTTGGGTTCCACTTTTGCTTATTATTAATTTTAACATCTTTTATGTA AATACATAATTATTTTTATTTATAAATTTAACTTCAACATCAAAAATATATTAATCAACG ACTTTTAATAGACTAATCCGCAAGGACTCTTTATGTGCTTTGTTGTAGGGACAACAAGAA CAAGGTCCCATCGTATCAAACGACTTACATCAATTTATTAAACTTAAAGAATGTCAATAT TAGTTAACAAAAATATTGAAGAGGGTGTATGATTATTGATTACTTAATAAAGTTGGTTAA TTCTATATAAGAAGACTATCCTTTTCCTTTCTGTAAAAGAAAAGTAAGCATTATAGAAAT AGACCATTTGAAAACAACACCAAACCTGCCTGACCCATTCTTCATCTTTTATCACCTGCA AAAAGCAAAAAACAAGTAGATTGATAATAATACTCCCTTTGTTCTTTGGTTCCATTTCAT TTTTCGACACTCAAACAGTTTAAGTTTATTCATGAAATCTTCAAACTTTTTGGTAAAAGA GTATTAAAACCACAATAATTGACGATTCAAAAAACTTATTTGAATTTTAAAAGTTAAAAT GTGTCACGTAAACTGAAATAAAGGAAACGTGTTATTACTAATACTACCCCTGTAGCTAAA GCAAAAATACCTTTTTACTGAAAGCAGGGAAGGGTAGCCTTGTAAATTCCTTCTTCCAAT TCAAAAGCTGCAACTGATATAGAAAAAAAAAAGGGTAGTATAACTGCTCTACTATGGCTG ATCACCAACCCAAATGATCTTTTTTTTTCTCTGTAAAATTTTTCCCTTTATTCCATCAGT GCTAAAAGTAACATTCTTGATAAATCTTTTTGTTCATCTCTGTGTTGCATTTTTCTCCTT GTTATGAAGATAAATGTCAGCAAATCTTCGTTTGTGTTGATAAAGTAGTATTCTTGTTTC TCTTCAACAGCCAATATGTCTAGTAAAATCAAGTAAGTGCTTATGGATCTGAATTTATGA GTTGTCTTTACAATTTTAACATGTCTGTAAGTCTGTAACCGTTTTTTTTTGGCCCTCTTT CTTGGTCCCTCGTCTATGATTTTAAGCATCTTGTATTTGAATGTTGCCTTGTTATGGTAT CTGGCTTGATCTAAGGATCTAAAATTTCACTCATTTTGGCAAAGTTTACTGGTGCATCTA CTTCTTGATTGGTAATGTTGCCCAAAAGTGAAAAGAGCACGATAAATAAGGAGAAAAAGA TAGGTTGGATACTACATTTTGATAAAAAGTTTCCAACTTTGGCATGGATTGTTCTAATTT CCTTTGCAAATTACTAAATGGATGCTGTGGAGTTCGGGGGTGGGGAAAGAAAGGGGTTGA TGTTGTGATTTTGCTTTTTTTGAATTGCTTGGAGTATCAGGTTTATCTAATTGTGGTGTA TTTGAACTTGCACTAGATCAACTTCAAATGGAACTCCTAGTAATTCGACACCAGTAACTC CGCGGATCAGTAGAGTGAGCAGGGGAATAGATAAATCTGATGCTGATTCACCCTCTTCAT TGCAGAATTTGCATCGTTCAGTTGATAGGACTGTTAGATCTGTTAATACTTCTAAGCCTT CAGTGGAACGGCAGACCTCTAAGATCAGTGCTCTACCTAATGTGAGTTCATCCAAATCCA TTTTATGTTATGTGTGTAAGGTGATGTAATTTGAGTTGCATTGCCTTGATCATGCTTATG ACATTACGTCGAATAAAGGAAGTTCTTCATGAAAGTTTAATTTATAGTAGTGTCTGGATG AAACGTTTTTCTGTGTTTTATAACCTATGCATTCTTATTTACATTACTTGCGTGATTTTA AACTTATCAGAAAAAGCCAACGCGGATCCTGAAGCCATCAGAACTGCAAGCTGAATTAAA TGTTGCTCGAGAAGATCTTAAGAAGGCCAAGGAGATGTTGGTTTTGGCTGAAAAGGAAAA AGAGCAAGCTCTTGAAGAAGTGAAGGAAGCTCAGAAATTGTCTGAGGAAGCAAACAAGAA GCTGAGAGAAGCTTTGGTAGCTCGAAAGCAAGCTGAAGAGAACTCTGAAATTGAAATGTT TCGTGCTGTTGAGATGGAACAGGTGGGGATTGAAGCTGCTCAAAAGAAAGAAGAGGAATG GATGAATGAAGTTGAAGCTGTGAGGAATCAATATGCTGTGGATGTGGCTTCTCTGCTCTC TGCTACACAGGAACTTCAACGTGTAAAACGCGAATTAGCCATGGCTTGTGAGGTCAAAAA TAAGGCACTTAGCAATGCTGAGGATGCTGCAAAAATTGCTGAAACTCATGCAGAGAAGGT GGAAATTCTCTCAGCTGAGTTAGTGAGATTGAAATCTTTGCTTGATTCCAGGATCTCTTG GAATGAAACGGAGGTTAATGAGAAGAATAAGCTGGTGGAAGATCTGACACTTGAGATAGA AACACTGAAAGAAGAACTCGAGAAAGCAAAAAGTTATGAAGCTCAATTGGTGGAAAAAGA AGCTATTGTGAAACAACTTAATGCCAATTTGGAGGCTGCTAAGATGGCTGAATCTTCCGC TTGTTATGTATTGGAGGAATGGAAGAAGAAGGTCGAAGAACTAGATGCTCAGGCTGAGGA AGCACACCATTTAGAGAGATCTGCATCAACAACCCTTGAGTCGGTCATGAAACAACTGGA AGCAAGCAATGATTTGGTGCATGATGCAGAATCTGAGATTGCATATCTCAAGGAGAAGGT GCGGATACTGGAAATGTCAATGGCGAGGCAGAAAGGCGATCTTGAGGATTCAGAACATTA CACTCAAATGGCTAAGGAAGAGGCATCTGAGTTGAGAAAGAAGTTGGATTCTCTTGTGTG TGATCTTGAAACAGTGAAGGAGGAGAAAATTCAGGCTATGGAGAATGAAAGGCTAGCAGC AACCAGTGCTCAAACACTGCTAGAAGAAAAAAACAGACTGGTAAATGATTTGGAAAGCTC TAAGGAGGAGGAAGAAAAAAGTAAGAAGGCAATGGAAAGTTTGGCATCAGCTTTGCATGA GGTTTCTTCAGAAGCAAGAGAAGCCAAAGAGAGGTTATTGTCTAACCAAGATGATCAACA TGAACGTTATGAAACTCAACTTGAAGATTTGAAGTTGGAATTGAAAGCAAAAGAGGAGAA GTATGAAAGCATGCTTGACGAAGCAAAAGAGAAACTTGATGTTCTTACCAATTCCATCGA ACAATCGAAAGAAGGACTAGAGAAATGGAAGGCTGAGTGGGAGGAAAAGGAGCTTCATCT GATAAGTTGCATGAATAAAACTGAAGAAGAAAATTCATCAATGAGAAAAGAAATCAACCG GCTAGTAAACCTGCTAAAAGATGCCGAGGATCAAGCTTCTGCCAAAAAAGACGAAGAAGC TTATTTGAAGAATTCCCTAAGGAAATCTGAATCTGAGGTAACCTTTTTAAAAGAGGTCCT TGGTGAAGCAAAAGACGAGAGCATGAGATTGAAGGAACGCTTAGCGGACAAAGAAAATGA AGTGCAGAATATTGTTTGCGAAAATGAGGAGCTTCGAAGTAGAGAAGCTGCATCGTTGAA GAAAGTTGAGGACTTGTCAATGTTGCTTGAAGAATCATTAACCAAAAATGAACCTGAAGT AAATGTAGAGCTTTCTGATAGCCAAAAAAACTACAACATGCTCCCAAAAGTAGTGAAATT CTCTGATCAAATAGAGAAGCCTATGATGGAATTTTCAACTTATCAATCTGAACAACCAGT TGATAAAAAGCCTGATCAAGTCAAAATCACCTCACATGATGAATATGATCTTAAGGCCTC TAAAGTTATCGATAATTCAAACGAAAAACTAAATAAACTTGAGAGCAAAGCAAAGGAAGA TGATGTTTTGACAATAGATGAGCATAAAATGTGGGAAAGAGAGGCAGAACAAGAAGAGAA ATCAGAGTTGTCCGAGAATGGTGGCACATCTCCTACTAAGAAACAAAATCAGAAGAAGAA AAAACCATTGTTTCATAAATTTGGAAGTCTACTGAAGAAGAAAAACACCAGCAGCCAGAA GTAAATGATCAGTTATCAACTGTTTTCTTATTTTTGTTTATATCTTCAAATAGGGGCTTA ATTACATAAGGAAAAAAAAAGTTGTCCTATTTTTAGTTTTCTGTTATTATTTGGAGGGAT TTGGTTCTCAATTACAATTTGTCATGTTAGGAATATCCTTAATATTTTCTCACCATTTCT TTCAGCTTTGTTTGTCTATATATTTGGTTTCTCAATTGCACTTGCTTTCAACATTTATCA AAGTGAAACTGGTGAGGTTATTTCTTTTTCTTTTCCGCGTTATATTAAATGTTCATATTA ATTACATGATCTATTCTGAAATGATGCTCTCAATAAGATTTTATCATTTATTTCTTTCAT CCAATTTTATTCGTCATGTTGCGATTTTTAAAACTCAAATTTACTACTTTTCAAAAATAA ATTAGATTACATTAGTTTTGATATTTTAAATAAAAAAGTTAGATATTAAAAAAACTATAT GAAAAGTACTATAAATTGCAATTTTTACATGTCAATATAATGAAAAAGTATATCATAAAA TGTTAGTCAAAATTTTATAGTTGACTCTACGAAAAGAAACTAATGTAAGAATAATTATTA ATTATTTCTTACTTATGGCCTAAATTTACTTGTAATACAAGTCATAATATGTAATAATGA ATAGATCTTGTCCCTGCACTAATTACTTAATAGACATATCAGTGATATTAAGTCATAATC TCTATAAATTGATTTTTCCTATCACATATTTTCTAAAATAATTTTATCGCTAACGATTAA GACAAAGAGATAAAAATTAATTTATGACTGAATACTTTAACTCTTCTTAGTAATAATGTC TTCCTTTATATAATATTTAATCTTACAACTATGACAATTCCAATTTACAAGTAGACGAAA GTAATAGCATGGTGAAATTATATTATGAGTGAGTGTCCATTATTTTTCACTTTGTAATAT AAATTTTTACCACAAATTAAAAATAACGCAAATATATTAAAGAAAAAAGGCTTAAATATG TAATTAAATTTTTAGTAAAGACTTATTTATGTCATTCGGTAAAAGTTTGACCTATTTATG ACATTGTTATTAAAGAAAAGGTTTATCCATGCGATTTTTTTAACTCCAATTTTGTAAAAT TATTTTTACACATCAAACAAGATTTAATACTTTTGTATTGACATTTTTGAATCAAATGTA TATTTTTTACTTGTTTTTCTCTAAAAATAACAAGAAAACATGAAGAACATAAATAACTCC TAAATTTTCTAACATCTTCAATTTTTTACGAAATCATCTCAAATTTCAGCTACATCATTA ATTTTTTTTTTAAAAAAAATAAAATTCTAACATCATTTGCAAAAAATATATTCCAAAAAA CAAAATTAGTCCCCAAAAAACTTCAAAATTTCTTTGATTCTTGTTCTGTAGTTTTTTACA TTAGATCCTTGTTAGCTAGTATTTTTTGAGTTTATGTTCAAAATTTCAAATGATTTGAAG TTGTGGAAAATCTATCACTGAAGAATGTGAAGTTTTAAAACTTTAAAGAAATTTTAATTG ATCTTGTTGAGTTAGGTTGAATTTGAGCTCAAAAGAATTTGAATTTTCAAGCGATTCAAG AAGAATTGAATAAATTTGAAATTTGGAAATTATTAATGTTCTCACGTATTCTTAGGAATG TAAAAGCAAAAAAAGAAAAATTTGATACAAAAACACTAATAAAAAAGTGTTACACCTTAT TTGATGTGTAAAAACTAATTTTATAAAATTAAAGTTAAAAAAATAACATAAATAAATCTT TTATTTATTAGCAATGATCTTTTCTAAAAATTCGATAATATATTTATGCATTTTCTCTAT TTTAAATAACCTTTCTAATTAAAGATTTGATGTCCAATCAAGTTTGGGCGGTGGAGGGGC TATGAATTTGTGTCATATGAATCAAAATTAAATGCCACGTGTGGCGCAACTTTCAAAGTT CTCGAACATCGCACCTGCCACGTGTCTTGATACAATTTTTGCTCCCAAGAAACAGAATCT CTTTACCCAAAATTATTAGTCAAAAATCAAAATCCCATCTTCAACATTTTCTTGTTTTTC ATCGCTCTCAATTCAATAATTCACTTTGATAAACAGCTATGTCTGAAAGGCGATTTCGTT TTGGTTACGTACTTGCATCGAAGAAAGTTTCAAGCTTTATTCAAGATTCACTCATCAATC ATGCCCAAGAAAATGGTATTGATTTAGTGCCAATCGATCTTGACAAACCATTAATCGAAC AAGGTCCTTTTGATTGTATATTCCACAAGCTATATGGTCCAGAATGGAGGAAGCAGTTAG AAGAATTCGCGCTTCAGAACCCAACCGCCATTATAGTAGATCCAATCGACGCCATTGAAA AGCTTCATAATCGGCTCACAATGCTTGACGTCGTTAACGAATTGAAAATCGCCGGAGACA GCGAAACTATCGGAATCCCTATTCAGATTTTCGTTGGAGAAAATTCAGAATCCCTTTTAG ACGCTATTACTAGTCAAGGGTTACATTTCCCTGTCATTGCTAAGCCGTTGATTGCGAATG GCTCTGCGGATTCTCATCAAATGTCTTTGGTTTTGAAGCCGGAAGGGTTACAAGGGCTGA AACCCCCAATTGTTTTACAGGAATTTGTGAATCATGGAGGCGTTATTTTCAAGGTTTATG TAGCTGGGGAACATGTTAAATGTGTGAAAAGGAGGTCATTGCCTGACATTCCGGAGGAGA AATTGGGAATGTTAGAGAATCTGATATCGTTTTCGCAGATATCTAATTTAACTGCTCAAG ATCAGAATGATGATACTTTTGCTGAACTGATTGAGAAGGCGGTGATGCCTCCGTCAAGAT TTGTGACAGATGTAGCCAATCAGTTGAGGGATGCTTTGAAGTTGCATCTTTTTAACTTTG ATATGATTAGAGATGAAAAAGTTGGGAATCGATATCTTGTTATTGATATCAATTATTTCC CTGGCTATGCTAAAATCCCAAACTATGAGACTATGATGACTGCATTTTTCCTAGATATTG CACGCGAGAAGCTAAACAACGAGTCCCGTTAGGCCTCTTATGAGATCATTTTAGCCCTGT ATACTGGTTATACAGTTAAGCTCTTTTACTGTTTTACCTCAGCTGGCAGATGATGCTGAA GTAAATGTGAATCAAAAGAGGCTAACTGCTCTTATTTCGTAAAACTGTAAGGTAAAAGTC TACTGAGTTTTGGAGCAATTGATGCGTTTCTCTTTCATTCTCCTTTTTTCTTTAGTTTAG TTAATGAGATGTGGAATAATTTGGAACCGGATGATAATACTTCAAAGTTTTTACTCTTCT GTTGAATGAAGTTTTCAATTTTGAGGAATTGTTTTTTTTTTCAATTCATGTTCAATATTG AGATTGCCTGAGCCATTTTTCTATCTTGTTCAATATTTTGGTTGCCTTTGTTGGTCATTG GTTCAAGCAATCGTAGAACTAGACATCCCTGCTTGCACCGATTACTCACAAAATTAGTCA ATATCAACGGCATATATACTTTAGTTTTTGAACGACGATAATTAGGATATATTATTATTT ATTTTTTTACAAAGAAAAATACTAACAAGTTCTAAAATCGTTCATAAGAATAAGATCTTC ATTTCCTTAATTGCATTCTCCTATATAAACAAATTTTATGTATATATGTGACCAAGTTCA TATTTATCTCATTATCTTAATATAAAATTAAATTTTTTTAAAAAAGACCTCAAAGATGTA TATAAATAATTAATACTTATAATAAGAATTTAGAATAAATGGCTGTTTTCTAGGTAAGCG CAATTTTTTCAAACATCCTTCTTTGTCCATTTCTATCCGTGGAGGAATAATGTCCATGAA AGGAAGCACCACTTTCTTGACTTAATCAGAATGATTTTAACCTTTAAAGTCGTGTAATTA ATTCTCACTCAGCTAACTATAAATGATAAATATAATATGTTGTAACGTTTAGGTGAAGTT GGTAATCTTTTTATCTTTCTTTAGGTAGAATTTTTGTTTTTCTAACAAATTTTAAATTAC TTCCTTAATTTTTCTATGATTCGAGAGTTATTTGTGGCAGATTTCTCAAATATGATTTAA GTTTGATTGCTTTATAAATATTTCTGAAATTTTCGATATATTTGAGATGCTTCTTTTAAG AGAAATTTTAACAGAAATCAATACACGTAGTACCCCCAACTAGAATTGAAAATAGTTTAT TCAATGTCTTCAATATTTATGACAAATCACAATTATTTCATATGATTATTAAACGTATTT TAATATGAAATAAATAAATAAATTTTAACACCTTTAGCCGGTCTATCGTAGATTACCTCC TACTTCCTCTTTCATTTATGGTTTGGCTGGTTAGCTAGAGAGGTACATATATAATTCCCC AAAGATTTTGCATTTATTTATTTAAAATAATGTCTAGTTCCTACCTTCTCTCTTTTGTAA ATGTAAATACATGAATTATATCAAATTTATGGGTTATTTATGCATAATAGAATATTAAGA AAAAGTAAGGATATTAGTCATGAACAAATTAAATACAAACTAATTTCCAAAGCAACCCCT CTTAATAAAAAAATTTCTCAAAAAGAAGCAAACACTTATTTTCAAATTATACAATATACA CTATGTGATAGGAGTAATAATTTTTAAGACATTATTCCCACATTTAACAAGAAATTATGT ATTCATTTTTATATTACTAAGAACTTGCCTTACGAATCCTTACGGTACTTCCAAACCAAA TCAATCTCGTTAACATAATCTCTAATATAATAGTATTTCGTTATTCAGTTATTCCTATTT AAAATAATTTTTATACATTTTCTAAAAACTTGTAATTAATAAGGAAAGGATCAGATTAGT TTTATTTTATAAACTCTTTAGTTTTTTAATCACGTTAGTTAATTTTAATAACTAATTAAA CTTTATGTACGGGTCTTTTCATTTTAGAACAACTAATGGTCGATAAGTAATCATCAAACA ACATAGTGAAGCGTATAGCGGATAATTTACTTGATCTTTTAATTTTGATTTTTAAATATA AGAAAATCTTTGATAAAAAATTATTCGCAAATTAAATTAGACTATTGATTTATCAATTAA TCAAACGTTATATATCGAATAATATAATTTAATAATTTACTAAAAAATTATTAATTAATC CATTGAAATAAGACTTCAAATTACTAATACTTAATTTTTTTTTAAGAATAACTGTTTTTT TGAATTCGATTTTGAAGCTCTAAATAAGCCAACTCGGCGCTTATTCGAATTAATAGACAA AAAAAAAATGGTTGACAAGTAAATGGGAACAAAAGTGGTGGGCGCATTTATTCTTTGAGT AATTCACTCTGCACTCTGCTACTTTCTATTTTATCACTCTTTTTTTCCCAAACCAATCTT CTCTCTCACCATCTCCTCGAATCGCGAGACCTACAAACCATTTTCTACTGCTTCTTCGTA TCTCACTCTCTGTGTATACCAGGTGAATAAACCGTTAGAATGTCGCCGGACGGCGAAAAA ACTAAAGGAGGAGTTCATGAGATAGGAAATTCGGTTCCGCCTTTTCTGAGCAAAACGTAT GACATGGTGGATGATCGGTCGACGGACGCTGTTGTGTCGTGGAGTAAGAGTAATAACAGT TTCGTGGTATGGAATGTGCCGGAGTTCTCAAGGGATGTTTTGCCAAAGTATTTTAAGCAC AATAACTTTTCCAGCTTCGTCAGGCAGTTGAATATTTATGTTAGTAAAATTAATTATAAA TAAAATTCTTCTTTGTTTCATCGCCCTTACAAAATTTATGCATTTGCTTGTGATGTTCGT GTTTGCAGCAATTTACTTAAACCCTAAATAAACCACTTCTTTTAAGTGTTGAATTGGTTT CTGATGTAGCTAATGTGGATTGGTGTATGTTGAAGTATTCGTCTGAATGAATTGGAAATA TACTGATAATTTTGAGACACACAGCTGATTAATATAGTGATTGTTTCTGCTAGATTGATT TACCTTTTTCTGTATATTAGTTGTTTTAGGTGTTTTTACTTGGATCGCTTGTGTTCTAGC TCTTACTATAAGATAGCTTATTTGTCTTCTATTTGTTGATATCTTATCCTGAGATTATAT ATGATTAGCGTATTGAGTTGGAAAGATGTTGCAAAATTTGAGCAAATAGGCAAAAACTTT CTATCTAATTAGACGAGAATTTCTGATTAGTATATTTCAGTTACATTGAGTAATCCTTCC TGCTATTCAGTTTCATAGTTAGCAAATTATGCGCTGTGTAAACTGATTATTAGTTGGCCA TGGTGAATATCGTAAATAGAAAAACTGGGGTGACTTGAGGCTATCGCTATTTATGCAAAT GTTATCTGTAAAAGGTCTTCTATATATTTAGAGTAGGAGCACCAAGGAGGTTCAAAGACA AAGTGCCTGGAAGCTCAAAGTCTGCAGTGTTAGTAGAACAGACTTAATCTCCTGGAAGCT TAGGGCCTATCTTGAATTCAATATTTGGAAGATAAATGGTAATTTCAGTGTTTGGTGTGT TTTGCAAAGTTGGGTTAAGGGCTTGTAATGTTTTCTCATGGGATAACAGTATTCCAACAG GAAAAAAAGGTCTGGTTTACCCCACCACAAAAAAAAAAAAAAAGAAGAGAAAAATAAGTA ATATCAATATTTTCGTTTACAATGTGTTAGTTGCATGTGCTGAAATATTTACTAAATTGT AACCAAGCGAAGACATTTTTGTTGGAAAAAGTTGATATATACAAATCACAATACGAGTAT TACAATCTCACATGACTCCATTCCCAACTTCTTATTTTAGCAATCCAATCATTTGCTAGT CCTGTCTGCTGAATAACAATTTCAAGACACCAAATGAAGTGTACCTATGTGATACTGCAA CAATTCTGTCCAGGTTTCAATGTTCTAAGTAATATATTGACGATGAGAATCTCTTCTAAT TATGACGAGGGAATTGTAAATTGTTTTCTTGTGTAGTGCAGTTAATACTTAATACAGTGT TGTCATTCTCTGTTGTCTGTGTATTTCAGTTACAAACATTCTTTGTATATGTTGGGCAGC GTGTACTCTTTTTACAGTTTGCTATCCCCTTTCATCAACCAGGGTTACAAGAAGGTTGAT CCAGACTGCTGGGAATTTGCAAATGAGGGATTTCTTAGAGGCCAGAAGCACCTCTTGAAG ACTATAAGTAGGCGAAAACCCTCTCAAATGCAGGTTCATCAGGAGACTGCCTCCCAAGTG CAAAGTTTATCTGTTGGATCTTGTGTTGAAGTTGGCAAGATTGGAATTGAAGAAGAGGTG GAAAGGCTTAAAATAGATAAAAGCATTCATATGGAGGAGCTAGTCAGTTTGAGGCAGCAG CAGAAGGCAACAGATCACCGCTTGGAGAATGTTGGGCAGCGTCTTCAGTTAATGGAGCAA AGGGAACAGCAAGCGATGACATTCCTTGCTAAGGCCTTGCAGAGCCCTGGCTTTATAGCT GAACTGGTTCATCAACAGAATGAAGGTAAAAGGCGCATTCCTGGGATGAATAAGAAGAGG AGATTCCCCAACCAGGAAGAAGAAAATTATGCAGCCAAGCAGGTCAGTACTTTGCGTGAC AGGCAGATAGTCCGTTACCAGCCTTTAATGAATGAGGCAGCAAAAGCATTGCTGCAGAAG CTCCTGAAAACTAATACATCTGGTAGATTGGAGACCATAGTTAAGAATACACATGGTTTC TTGACTAATCGTGCCCGTTCTTTTGAAAATACATTAGAGACTGGTGGTATATCCCCTCAT ATTTCTGAGGTTACTCTTTCGCAATTGGCAACTTCTTCACAATCTCATCTGATGTCAGAT TCAGGATTTCCATTCAACTCTAGTTTATCTGTCATTCCTGAGATCCAGTATTCCCCTAGT CTGGTTCCTGGGCAAGCCAAGGTCCCTCAGTTTCCTGAATTAAATGCGCTCTACTCTAAG ACGGACAATGTGAACCCTGAATTTTCAGGACATGGCTTCAATACACCGGAAACTCATGAA ATAACTAACCTTAAGCGGCCGGAGACCGGGGATATGCCATACATTGAAACAATGCAAGAT ATTGTGGATGATGTAACATCTATTATCCCTGATGGATTTTCTATGGATGATGTCTTCTCG GATGAGATGCCTAAGCTTCCAGGCATAAATGACACTTTCTGGGACCAGATTCTTTTAGCA AGCCCTCTCACTGGTGATAAGGATGAGATTGGTTCTCTAGCATTAGACGATGGTTTATCA AAAGAAGAGGATGTTCCAGAAGTTCAAGAGAGTGATTGTGATAAACTGTAGCATATGAGT CATCTTACTTAACAGATGGGACTTCTCGCATCAGGCTCTCATAGTGAATGAAATTGTGAA TTTTAGCTGAATCCGGAAAACATCAAAGGTAGAAATTTTGTTTGCTATTCACTATAATGA GCTTATTATTTTCCTATCCCTCCGACAAACCCTTGCAAAATTCTTACCATTTCTTTTAAT TTTGATTTTTACGCAACATTTTCTTTTATCCGAAGTTTTTGTAATTCTAGCTTATGTAAA AAACTTATACATGCATAACTCAAAAGAAAATGATAAAATTCTCTCTTATGATTTGGGGGA AGGTCTAAAATGATTCTTTATATATACATCCAAGTAGTTTTAGCCTTTCATGTTTACTGC CATTGATCACTTTGGCTCTCTATTATTATTAGAATACTTGGTGCTTTGATGCAGTTGGCT CATGAGAGGCATGGTCACCAATTAGCTGTTTAAACTGAAGAGAACCATCAGAATGAACTT CTCCAGATTTATTCCCCCCCTATTCATACCTTAAGAAAAAAAAAATTCAAGCCAATTAAA TACACCATTTGCTTTCTTTGACCCTCAAATATATGAATTAGGGAATGGATGAACATTTTT TCTCTCACTTGTACCATCAATAACAGCCTTAGTACGTGACTCTGTATGCTGCTAACATAA AGGAGATTCACTTGCAGGTTTAGACCAACCCCCAAACATAAGAGACTAGTTTTTTTCATT TTCTCTGTTAAAAACGAGGAATCTCACTTTCAATGTATAGATCTATGTGACTCTGTAAGC TTCTAACAGCCTTCTGGTTGCATGAAATCTATTGTTGAGTTAATTCTTATTTGTAGTGGG AACAGAGATGTTACATTGGTTTTATATCTATAAATACATTGTGCATTATGTGGGTGGGTG GATGACATCTCGAGGTGGAGTCAGGTTTCAATATTTCTCCAATTCCTTTCAGGACCTTCT ATTATTAGGTCTAGTATGCATGTTTTAATCTTTAAAACATATATTTTTGCTTTGAGCACA ACTACTAAAACCTTTGGTATGCTTGGAGAGAGCATAGGGGCTTTTAGTTTCTCATCATGT TTCTGTGTTTTTTGTCAGGTGAATGCGCTGTACTGGTGGACTGACAGCGGACTGATCTTC GCCACAGACGAAGTTGAGTAGATAAATATGTTATATGCCTAATGCATTTTTGATTCAAAC ACATTGACTATTTGGATATCCAAGTTACCATGCGGGGGCTGGAAAGGTTGCTAAAAGATT GTCACTGGTGGAATATATAGAAGTTCTTTTAAATATAATATAATGACAATGAGGATTTGA TACAGATGTAAGTATAACTTTCAAGAAAATGTGATACTGTTAATCTGCAAAGGTTACTTT AAGCAGATTTCTCCCATCATATAGTCGATTCTCTTTCGAGATATGATGAGCTTAACAGTC ATGAATGTATTTCCTTTCCCAGCATCTCATTATTAGATTAATATGTGGTCATTCTGAATG TCTTAAGTATTTGTGGTCGTTTTTAGTTTGCAGCCATTAGTTTGGTTATATTCTCTTTGT TGCTTGCTATGTTATGAGAAATAGAGGAAGAACCTTTATTTGCGCATGTGGAAATGTTTC ATTTGGGTTATGGTTTGGTGTAAACACCGTGTGGGTAAAGTTTTACTGGATTACCAATGT TTGATGGAGATTAATACCCACTCTGATAGCAGATTAGTCCTCACATGCACTCAATTGTGA AAGATATCAGTTTTCTCGATTGAATGCAGTCAGAAAGGATCAATCGCAATAGCCAATAGG TATTTGGTTTTGCCTGCCTCTGGTTAGACGTTGGTAATATCTTTTCTTGCCTGTTGAATC AATTGATTTTTGCCTTTGTTGGGATCAGGTGGATGGATGAAGCTCAAGAAATAAATAGTT TTACCCTTTTGGTTATGTAAATTAGGTATAGAACCACTAGTCTAGCAAGGAAGGAAAAAT GTCAGTGAGCTAAGGGAGGACTTGGAGGATAATGCTGGGACGGTATCCTCCTACCAAGCT ACTTCTTACCGTCTCTGAAGTACTAGAAAAAATGGCTGTACTTGTAATTTACTTGCTAAT GCGATTGTCGAATACCAATTTGTGACTATATCTGGATCATTGAAAGGAAGAGCTTTATTG CTATGGTAAGAGTTGTCATCTTATGACCAAAGAGGTCATAAGTTCAAGCCTAGGGATAAG CTCTTGTTGAAATGAAAGGTAAGATTACGTACAATAGTCACAATGTGGTAGCACACTGAA CGCAAATAGTTCCCAATGTCTATAATTCGAATACTGTACATCTGTACCTTGAAGATCATA CTGACATACAAATTATCTACATTAGCAGACTGATGCAGGTAGAACAATCGAACCCATACA CTTGAGAGATGAAAAAACTACAACATCTCAATTTAGTAACTTGGAAGAGAACTCTTTATG CTAGCACCAGTACAATTATTATTAGCAGGATGACCCCAAATATCACCAACAACAAGCAGC TCTGCAAAGAAAACTTGTAAGTATCAATTTTGCGCCAAGCTAAAGGCAATCTGTAAGCTA TCATAGGACTGGGTGCAATATAGACTCTTACCGTAGATGAATTACATTGTTGGATTTTCG ATGCTTTGGTAAGTTGCTTTGCAGCTTGTGCAGTTGCATCATGAGAACTCCCAATATTAG AACTTATATCATCTGGAAGATGGTTTTTTAGGATGTTAGATTCATTAATAAGGTTAGTTA TGGTTAGAACTTCGGAGGAAGAAGGACAAAGGATCGGATCAGATAGAGATATTGGCTAAC CGAGCATAGTTCCTTGTTCATGGACCAATAGAGCTAAATCCTTGAACATCTCATTCAGTT CACCAATCTGTTGCTGGATTTCTATCATTCCTTGCTCTCTTTCTTCTATGATGGCTTTGT TAAAAACAATCTCATGTTCCAATTGTACGACGTCCTGTCTGCCATAGAAGTAAAGCCAGG GTTCACCATGAGCAAAAGAACTGGTGGCAGCATAAAGAATTTGGGAAAATAGAAAGAAAA AATAAGATTACAGCAACTTGCCTTGCCATCCTGAAACGTGGGTGCTGAAATAAAGTTTCT TAACATATACATTATCGATCAACAAATCCCAAAAAGGAGTGTGTACTTAGTTATCTCCTA ACCTTTTGGATTCCAGAAGGATAGAACTGCTCTCGGGACTGATAGATGAACTTATCTGAA TCTCTATGCTTCTGCAAAATACAAATGTAAGATGTGAAGATAAGATCATATATCCGGGCT AAGAAAGAAAGTTGGCAGAAGTTAATTACCTGGATGAATTGATCTCCTGGGAAATGGAAG GAGTGAAAGCTGCCTCTCTCTGTGCTGCAAGTTGCTGAGCTCTTTGGAACTTTTTAAGAA CAGATTGGAAATCCTTAGCAAGCTTAGCATTGGCGATCTTCTTGGTGACCTGAAGTTTAA AATAAACATTACTCACAAGATTCCCGTTCTTCTATCTTCACTTTCTTGTTCAAATAATTC ATCCACTTACACTAGATTGAGAATGTCGATTTGATCCAATGGCTTGCTTTAGGTTAGCCG AAGTTTCTTTTATCAATTCTGCAATTTGCTGTCTTGTACTGTGGCTGCAGAGAAAAGCAA GAAACTAAACCATGTTAACACATGCACCAGTGTAAAATGCGCTTCATCAAGGAACACAGA GTACAAGTCTTTACAGCTTGTGACGGAGTTGAAGAGTGTCTTTGGGTGTTCCAAGGGTGT TAACTAGGCGTTGAAAGTTTGTCAAAGCTGTGTTTATTTGAAACACACCAACTACTATGG ATTGACGATTATCAGAAGCAGATGGATTTGTGATGGCTTGTGTCGTTTGTCGTTCCCATG ATCTACTTCCTCCTTGAACATACAATGAGCTTCCTGATTCAAGATCTTCAAAGCTCATTT TGAAAACACACAAAAATGAGAGTAGTTTTTCTTTTTGTTGGTGTGCTGTAAATGAATCAG AAATCTGCGTCTACAAGGAGGAGGTTGCTTTCGAATTGCAAGAAAAAAGCAGGAGAAGTG GGCATTGGGCAATGTGCCGTGCAAGTAAAAATATTTAATACTAGAGAGTACAAAACGACG AAAGGAAGAAGGTGCATTAGCTTTAACGCCTCTGCTATTTCTGTTTTGCTGTTGAGTTTT GTCTTCAGTTTTATCATTTACTAATATTACCTCTTCCAGGTGTTATCCAAGTACCAAAAA TATACTTATTTAAACTTGGTATTCCAATAATGTGTACCAAAAAATTGTAAGTCAGAATCG ACAAAGCTTAAGAAACCATATTACATGCAAAGGTTGAAAATATTGGCATTTGTGTAGTGA ATTGTGGAGGTCTCCTGCAACTCTTTTGGAGAAGCTTGCAATCAATAAGTAATTATTTAT AATCATGATAAAAATTTATTTATATGCTAAACTAATGAAATTAACCTTATTTGTTAAAGA TTAAAGAAAATAATATTATATAAGTGAAATTACCAATTTATAAGTAACTTGTGTAGACAC TTTCTATTCTTTATAAATTATAAATGAAGATAAATTAATTTATTTTGTACTTAAATTCGT GTGGCCTTATTGGAAACACCTGGTAAAGGTAAATAGCGAGTACATTTGCCAACTTTTGCG TATAACACGCTCTATTTCTAACTCCATAATAATAATATTACTATTTTTTTTTACATCTCT ATTTTGGATTCTTCATCCAATTTTGTTTTTTTTTCTCTTCTTTCGATATTCTCCAAATTC TTCTCAGATTGATCTGCTATCTTTTTTTAATCTCGATCCATGTCGGTAAGTGCATAGCTC AACATCTCTATTTCTTTTAATTTGTTGGTACAAACAAATGCAAATTAGCTGATGATAATC TGTATTCTCCCCTGTTTGATCATGGAATAGACGAAATAAATCATTTTTGAATTATTGTTC TGTGAGATTCAATTTCATTTGTATATATATATCAAATACATAAACAAATGGAGTCTAAAC TAATATAGAATAATTCTTATTTATATCCTTTTTGTAACTAGTATATAGGAAAGGTACAAC TTTTAATCTTATGGCATTATATCCATCAGGTGATAATAATATTTCGTTTATTTAGAATGA GAAAGATTGTTTTTTTTTTTAAATAGTGGAAAAATTTAATAGATAAAGTCATTGTTACTA TCATTACGTAACCGTAAATGAGATTTTCACCTATTAAGCCTTTTGTTGTAAAGTCTTGCT GATATTTTTTTGGTTGTTTTATTATAATGATAGGTTAAAACAGTGCAAGTGAACAATGTT TCTTTGGGTGCTAAAGAGCAAGATATCAAGGAGTTCTTCTCCTTCTCTGGGGATATTGAA TATTTAGAGATGAAAGGGTTAGTTTATAATTAGTATTTTTGGATTTTTCAGCATCTAACT TATCTTTACACAACATTTTATATGGTCATAAAACAGGGTGTATGTGCCTATTGAGGATGA TTGATGGTTACTTTTATTACCTTACATGTTTTTTTTTGTTTTTTTTTTATAGTGAGAGTG AGCGATCACAAGTTGCTTATGTAACATTCAAGGATCCTCAGAGTGCAGAGACCGCAGTTC TTCTTTCAGTATGTAAACTTCCCCTTGATCTTGATAGTTAATAAGTTTCTACAATTGCCA GTTTGATTTTTTTAATGATGAAAAAACTGTTATCTTTGTTGATGAAGTATTACTTTTGGA GGCATTAAATGTCTTTTAGAATAATTTATGATAGTTATGTCTCGGAGTGTACACCAGAAA TTCTATGAAAGGTGCAAGACCTTTGTGCTAGTTAAGTTAGCAAGCATCCTTTATCAAAAA TGATACGAGCTAGCGCCCTATAGCAAAATTCTGAGAATAGCATTAAGTAGGTTAGCTCAC AGTTTGTGGCTTTGTGCTTTTGTGGTTGTCCCGAATAATTCCATCTATGTGAGATAGATT CAGAGTCTCTTTTACATTTATGAGATTGCTAAGTTTTCTAGGTTATGAAAAAAAGGATAC TGTTTATGTTAAGGAACATCAAAGGATCAGCTGCGCTAAGGGGCAACAATTTGCTTCATG TTTGTACTGTTTCTCTTGGTTAAACTGTCACTTGTAAGCTTGTGAGACCGTTAACTGAGG AGATTTAAGAGCTAATCCATCCATTACTTGGATAAATACTTCACATAGCTCTGCTGGTTG GTATCTCCTTTTCAATTAGGTTTATTCACTCGGAGCCTTTTCTTTTCTGTAGGAACAACA GAAGTTCCAAAGTGGTCCCATATAAGCTAGATTCAGTTGAGAGTCATCACATAACTTTGG TTGTTCATGTTAGCATTTTTGCCAACAGGGGGGTGAGGGAGATAAAGTTTCATTCCTGAT TTCATATTAATACAAGGAGCTTACGGTAAAGAATGAACCGTGGGCCTAACTCAATCCCAA TAAATTAGTTCATGAGGTGGGCAAATAAGTAGACAAACAACTCATCCCTCAACCCAATGT GGGATTGAGGTGAGGATTGCTCAGGGCCAAATAAGTAGACAAACAACTCATCCCTCAACC TATTGTGGGTAACTTCTGTATGAGCTTCCAGTTTTCACCTCCTTTAAGTATTTATTGGTT CGGGTAGCACTTATAGTTGTCTGTATCTTGACTTGGTGAGTTATGGATTTTCTCTGTCAT TATTAATGTCTTTTTGTTATTATTTTTTCTTTTGTCCATGACTAGCTATCAGTTTGTCTT TCTTATTTTTTTCCTTGGTGAGTAGGGGAGGGTGGAGAGGGATATATTAGGCAGATGATA GAAGTGCTTAAAGTCTTGAAGCTCCCCATTGCTTCCAGAGAATAGTTCAAAGTAGCTAAC GAAATCATAAAAGCCTAGGTCCATGTTACTTGCGTGTGGCCTTCTTACTTCAGCATGATG GCTTTAATAGAAGGATCAAAATAACTCTAGGGAAAATTGCAGTTTGAAAAATTTAAGGTA TTATATTGCATTTAGTATAGTGTAGAAGTCAACCAGTCCTTTTAAAAGGAAGCACACAAT TAAGGAGCTTGCACACTTTTCTAATGAACATCTTATTGACAATTTTCTCTGTGGATACTC TCAGTATTTTAGTATTTAAAGTCAGAATTGCTCAGATGTTACAGAGAGTAAGGGAATTTT TCTATACTTGAGAAGTCAGTACTATCATTTTTTCTCTTCTTCAATCCAGTTGAAGTGTTT TAATAGAGTCTAGAGATACAGATAAAGTGCATTCTAGCATAAGTATTGTTGGTTGTTCAC ATAGCTTATGTGCTGCTTGATTACAAGATGAGCTGTTTCCAGTTTTTGATGGTGTGCTTT AGCTGCTTCGTCTGTATCTTCACATTATTCAAATGATCCCTTTACTGCTCCACTTTTGCA ATTGATAAGCTCACTTTGTGTTTTTAGGGAGCTACAATTGTTGATCAGTCCATCTCAATA GTCCTAGCACCCGAGTACAAGCTCCCACCTACAGCTTCAGTATCACCAGTTGTACGTATA ATTTTATGTTTTAAACAGACTTTCCGGCTTCATCGATCACATGATTGTCCATAAATGGTG TACCATTTATATGTGCAGCCAAATGAAACCACCACTGCACCCGCTGCTGGATCTGCTATT CAAAAGGCAGAGGATGTAGTCAGCAGCATGTTGGCAAAGGGCTTTATCTTGGGCAAGGAC GCAGTTGGCAAAGCCAAGGCACTAGACGAGAGACACAAGATCACATCCACTACCTCAGCC ACAGTTGCTTCTATAGACCAAAAATATGGCCTTAGTGAGAAAATCACTACAGGAGCGACG ATTGTGAACCACAAAGTGAAAGAAATGGACCAGAAGTTCCAAGTCTCAGAAAAGTCAAAA TCTGCTTTTGCAGCTGCTGAACAGACAGTTAGCAATGCTGGATCTGCCATCATGAAGAAC AGATATGCTTTGACCGGTGTAACTTGGGCTGCAGGTGCATTAAGTCGAGTCACTAAGGCT GCCGGGGAAGTGGGACAGAAGACAAAGGAAAAACTGGCTGAAGAAGAAAGAAGAACTTTT ACTAAAGGTCATGCACAAGAAAATACTGCAACTTCAACAAAAGGTAGTGTGCAACAACAA GCTGCAGATTCCGCTAAAGGTGATGTCCAAGAACTCACTCCAGCTTCTGCTAAAGGTGAT GTGCAAGAACTTGCTGCAGCTTCTGCTAAAGGTGATGTGCAAGAACTTGCTACAGCTTCT GCTAAAGGTGATGTACACGAACTTGCTGCAGCTTCTGCCAAAAGTGATGTGCAAGAGCAT GCTGCAACTTCTGCTAAAAGTGATGTGCAAGAAGTTGCAGCAACTTCTGCAAAACAAGAA CATACCGAGACTCAAACCGGAGTTGAGGAATCCACCAATCCCTCTCTTCCACCAAAAGCT TAATCCAACATTATCTTGAAAGTAAATGCGTGATTTACGCTAGTTTGTTATTCGAATTTG CACAGGTCATTATGTATCAACTATGGTATTTATACATGGAATTTTATTTCTTAGGTATGT TGAGCCTAAACATGATTCTTGTAGGAGAGATATTTTTTTCTAACAAAAAAAGGGATTTGC AGGAGATGACATTCATTACTATTTCAATATTGCACTAAATGAAAAATCAGATTACCTCCT TTCAATTCCGTTAATTTTTATGATTAAACTCTGCATCATCTCCATGCTAAACTCCTTGCA TTTAAACTAAAAGTAATGACTTTAAATAAAGCATGTAGGATTTCTTTACTTGTCAAATCT CAAAATATTCTATAGAGGTACCTTTTATTTTTTTTTTCTTTTTGCATAAGAGTTGGTATG GACTTGTAAATTTCAATGATCATACGTTTATTTGTATATAACAGGAAAATTATATGCCTC TCTCTCTATATATATATGTATATATATTAAACTTGTTCTAATTGATGCATGTAATTAGAG AATGTGACATATTTTGACTTATTGGAATAAACAATTGCTCGAGTTTCTAAATAATATTTA TCGATAACTTTAAAAGGTAGTATGCATGTACTAAGCAGCAAATAACTAAGAAGAGAGGGG TATAAAAGAAGGAAAGAAATATCTTCGATCTGGCTTTTGTTTCCTGTAGGTTTATAGCAC GCTAAGCTAGCTAAGAAAGGTATTATATCTTTCTCTTTTTGTTGTTAGGATCGATAGAAA TGTTTAGAATCCTTTTTCCATAGATATGAAGACTATAAACCTCGATCAAAGAGCGTAGTT GTTCTAACGAGAACCGAGCTGCTGTAAGTTTTCGATGAGATCCTTAATAATATCCTAGAA AATTCATGATTTATTTGAGAAAAAATTAGATAACAAACGGTTAATTAAGTGAGATAGCAA GACATTAACAAATCCGACCTTAGCTCAGTTGGTAGAGCGGAGGACTGTAGTATGTGTGCT GAAATCCTTAGGTCGCTGGTTCGAATCCGGCAGGTCGGATGTTTTTTAATTTTCTTTTTT CCTACTCCAAATTTTAATTTCTTTTTACACTTTTAGCATTTAAAGAAAATAAAACATTAT TTTTATTATATTATAAAAAGTAAAATTACAACACTCTTTGTGCTAGAAAAAACAAATATA TAGAGCGATCTCTTTTAGCAGAGTTACCTACCATATATATACATGCAGTAGGTATGAGGC TAATTAGTTGTTGGAGCAGCAAGATTGCATGTTTTAAGCTTGGCTTTCATTTAGCTAAGT GTATCACATATGTTCTTTATTACCCATCATAATAACATAATCAAACAACTTTAATCTAAC AGCACATTCACATAACAATAAACCAAACATGGCCAGATATCATATGATCTTGACATTCCT TGTAAAGTTGCTGCTGTCATCTGTCTCTGCTGCTACAAACAGTACCTCAGACATTCGCCA AGCCATCGAGGAGATGAGGACAGCAAATTATTTCACCTTTATAATGCTGATTAACATGGC CCCTGATGACCTTGTAAAAGGAAACATCACTTTCTTGATGCCAAGAGATAAGACACTGTC CCAAACACTAATACAAGAAAACAACGTGGTAGATTTCTTGCAACGACATTCCTTACCATC ACCGTTGCTTTTTGACCACCTCCAACACTTCCCAACAGGATCCATGATACCAACTTCAAA ACCTGACCTTTTCCTCAGAGTCAACAATTCTGGATACATGCATTTGTTTCTCAACAATGC TCGAGTCGTTAGTCCAAATATCTGCACTAAAAGTGCTTCCATCAGATGCCATGGCATTGA TCAAGTCCTGGAAGGTGCCACTTTGCCATCTGAACATAATAATACCAGTCTTCCTGTGCC TCCACCTTGTGATCATAACATTACGATCCCGCCTTTTGGGCTGGTTGCACCACCTCCTGT AATGTCACCACCATCTGCAGCACAGCCAGTAAGTAGCAACATTAGTCCGATTCCATCATC AACTCCACCTCTGAAATCTGCAGTATCTTTAAGTAAAACCGGAATAACTGGGCTTATTTG GTTGCTGATGGCCGTGAAGTTATCTCTTTGATCGAAACTTAGGCTTCTAGCTGAATCAAA GCAAGAGAGCAAGCTTGTATATGGAGGCCAAACGGGGATATACTGATATATTACTGAATT TGTATTATTGCATATGGTACTTCTACTCTATTTAAACTTTGTTGTTTGTTTTGCCACTTT CTATAGATGCTCTAAATGTATCTTATGTTTTGAACTAGATAAAGTCCACAAACAACTTTT TGTACTAAAAGGGTTTGAAGTATTAATTGACAATTCTGCATTGTTGTGTTGGTTTGAATT TCAGAACCTGTGGAATGATTATAAGTTACTGGTTGCAAAAGAAAGGATCTGTAGAACCCA AAATATAACACAACAGTAGTAGTAGTAGTTAACTGAATAATGTAGAGATAGAAATGAGAC CTCTTTTAGAGAGGGAAATTCCGAGAAAGTGAATTCGGAAAGAGGCTCTCTTCATGCTAA GATAGGAGAAATGCAACAATTTGTTGGAGACTGGAGCAAACTCCTTATTATGTGATCATA TCAACTATTGTATTTGCTAGATTACAGCTTGAGAAAGGGAAATTGGTGTGGAATTGGAAA TATGAGTTGGTAAGGCTGGAAATACCAAGTTTAGGTGAAGTAAAGTTTGTGCTAATATCA ATAGCAACAGCTTTGTGCTGAACCAGAAAGTAATGTTCCACAATAAAACTTTCATGGTTC TTGATGAAATAAAAAGGATATCACCAACAAAAAGCATCAAGAAGATGCAAGCATTACGAA GAGATTATCAGCTCCCACAAAGGTGAAAAAAGCTATCATAACTATCAACATAGATCTATT GAGCTGATATATTCTAGGAAAGATTCAACAGTAATTACAGAGGAGTGGTTGACCAACCTA AAACGACTAATCACACATGAGACATCTAGCCTTAAGAGAGGAAATGGGAGTTGAGATGCC ATGAAAACACCTTTTGTTCCTCTCTATCCATAAGCAGCACAAAATACAAAAGTAGGAACC AAAGACCAGATCATTTTGATGCACTTCCCAACTTTTTAGGAGCACCAGCACACAAAAGCG TCTCTCAAAGAGCCTGCCATGGTCCAAGTCAGTCCAAAGAGAGAAAAGAACATGTATAGA AGGTCTGTGGCAACAGTGCACGAAGACACAGGTGATTGATAGATTCTGGGTTGCACAAGC ACATGTAGTGTCTATTTGCTATATGGAACTTCCTCCTCTTAAGATTATCCCGACCCAGCT GAAAGAGATGGTTTTTGGAGGCATCGTACTTCTCAGCCTTCCTCCTCACAGTTTGGGCGT TAAACTTTCATCTGCCAAAAGAGAAGAAAAGATTACCTCCAAATTAATAGAACTAAATTA AAATGAAAACAAAACAGAACTTTATGTCAAATGGCCTTTGACATCAGTTAAAAATAGAAA AGAAAGAACAGGTGAAGTTAAAGAAATTAGTGAACCAATCATTACATATAAAGAAAATAA GTAGAAGATTTAGTTGTTCAGATCTTTCAAACATCCCTCACCTAGAATTGTTCTTTTGGA ATATCAATCTCTTCAAAAGTAAGAAATCAGCAAACAAGTTAATTGATCCTCACCATTAAA CACCCAAATTATTTTGAATAGTTCAAAGTAAAAGAACACAAATTTGTCAATAGATATTAA TGCAGTGAAAAGTTATGAAAACAGCTATTGACCATAATAAGATTAGATTCTGATAAAAAA AACCACAGAAAATAAAAATTAAGACATTGTTGAGATATAAGTTGCGCAGAATCTTCACTT CCAACGCCGTACCAGTTCTCCAAAAATACACTATTTTTGGAGAACCCACACACAGCCGTT GACATGTTTGAAGAGTCCGAGCAACAGAGGTTGAGATTACTATGCAAATGCAGCTTGCTT GATAAACATTTGACATATGCTTAAAAAGTTTGATGTTTAATAGGTTAGACTCTTACATTT GAAGGAGTACAATACGTCAGAAAATAGAGGGGGGGAAACGTGGTTTATGAGAAATTTCGC TTGCCTGAATCTGGAAACTTAAAGAAAGGGCTGAATGCTGTTAACACAAATCTAAATAGA GAAAACAAAACATATGCACCAAAAATAGGGATAATGCACAAGTTTCCCCTCAACCTATGC CCGAAATCTCAGAGACACACTTATACTATACTAAGGTCCTATTACCCCTGAACTTATTTT ATTAATATTTTTCTACCCCTTTTCGGCCTATGGGGCACTATCTTGTGGGCCCAGCACTGG TTGACTTTTTTTTCAAGGTAGTGGCACGTAGGCCAAAAAGGGGTAGAAAATTACTAATAA AGTAAGTTCAGGGGATAATAGGACCTTAGTATATAATAAGTGTGTTCTGGGATTTCGGGC ATAGGTTGAGGGGGTACTTGTGCATTTTCCCCCAAAAATAAGTACATTCACTGTTATTCC AAAAAAAAAAATGTACTATCATAGAAAGATCATTTCCATCAAAATTTCTGTTGGCTAAAA TTGAGAAATGGATGAGTTTTTATCAAGTAGTTATGCAATAAGAAAGCCATTGTAGATACT TGATAGAGGAGCCCTAATGGGTGTCATGTTTGACAGACTCATGTGGAAAATGATATACTA CCTCCGTCCCATTTTATGTAGGACCGTTTGACTTGGCACTGTGTTTAAGAATTAAGGAAA GACTTTTGAAATTAGTGATCTAAATCTATTCTTAGATATTTGTGGTTGAAAATCATTTCA TTAAGGGTATTTTAAAGTTAAATTGTTTGTGACATTCTTTTTGAGACGTACTAAAAAGGA AAGAGTGTCACATAAAATGGGACGGAGGGAGTACATAAATCCACTTTTATGAATGGAAAA TAGGCAACAATCCTGCCCTCAACCTTGATAGGTGAAATTTAATTGAACACTTCCATTGGT CTCTTGCATGTTACTTGAGACCAATGGAAGTGATAATTCAAAGTTAAGTTGTAAGGTATA CTGGAAGCTAAGAATGAAGGAATCCGCTAAAGGGCTCATTCTTCATGGTAAATTACTGTT GTGTCGCCTCATATCTTTGGAAGAATGGATGCTCATATAGGCTATAGTCACAGTTAATCC AAGTCACAGATAGAATATAAGAGTATATAGATTGAAAAACAGATAAAAGGAAACATTTCC TTCTAGAAAAGGTTTATCTTAGAAGATGCGGTTCGCAGTAACTCTATTTGCATAAGGTTC TAGTCAGAAAATTTATACATATAATAAGGAAATTGAGACATATTAATCTATGTTGCTCGG ACTCTTCAAAAATGTCTACGGGTGAGTGTCGGATATTTCAAAAGTAGTGCATTTGAAGAA TACGACACGGCTGTGGCAACAATTTTGGAGAGACTGAGCAACATAGATATTAACACACAA CATATTTCAGGAAATTCTAAAATAGACTTAACTGTTGAGTCACATCTCATCTCTACCTGA TCCAGGCCTGGCACAGCCCACACGGTCCATTCGGCCCATTCACCGACTTAGGGCTAAAGA AGTTTATTTGTCTCGCATGTGTTTTCACCAATTTACCCTTGATGTGTGTGTGTACATATA TATATTATGTTATCTGTGAATTTTGGTGGTGGGTTCTCATCTTCTTTACCCTAATACGGC CGTCTTGCTCTCCATTTCTCTCTCTACCTTTCAAAAATCCTTGGTCTATTTGTAAGATTT CTGTTTTTTTCTGTTGAATCTGCAGAGATCTAATGAATCTTTCATTAACTATGCATTCCG ATCCTAGTTCTTACATGAATTTCTCAACTAACCTTGCTTGGAACTATATCAGAAAGCATA GAGATCTGTCGTTCACCAATTAGAAAATGTGCACAAGATGTTCCCTCATTCCCAATTGCC ATCTCAATCGCATCCATCTTATTTTCCTATAAGTTTTGTCAGTCTACTCTCTGGCTGACA TGAAATTCAGAAGTCTAAGTAGAAGAAACATTAGACAGATGAGTTGGAGGTAGAAAACTA GAGTTTGCTAGGAGTTAGGAGCATGCATGTTTGGAAGGAGAGGAGCCGTTGTATTTGCTA TTATTCCTTTTGGAATCCAATAGGAAAATATCTTCAGGGAAAAAAAACAGTTGTTACTCC ATTTGCCCGAAGTTATTTTGTTACTGGATTCCAACAGAATATTAGCAAATATAGCAGCTC CGTACCACTGCCAAATTCTCCATGGGAAGACTAAAAGCTCGATCTCTAACCAGACTACGT ATCCAGCAAATGAAGCACTGGTAAGCAAGGTAATTCCCTTTTAGCTAGCTGTTTCTGTTT CTGATAACTTTTGGTTTTCACAAATTTCATTATTGTGTCCAAGTGTCTATTTCTCCTATA ACTAGTCTTTAATTGGTATTCTCTATAACTAAATTTTAGACTGACTATGCATTTTTACTG CCATACTGCATGAAGAGATTTTTGAGCAGCCAATCGATTTCTCTTTCACATGCAGGTGGC ATACAGAAGATCCCTTTGTCGAGTTCTTTCCTACACTTATCTCCTGTGATAAAAAAAAAA GGGGGAAATACACTAAATCAAATCTTTACAAAAACTTTATTTTCAACCTTTATTTATGTA CTCTTAGGATATGAGATCCTCATTGCTTTTTCAACAAATAAATGAAGTTAAGAAATGTCC GGTAAGCGCAGAAAATTAGTGCTCCATACAGTTATGCATAATAAAAACTAATTTTCATCT AGTATTATTCAAGTATCAGCTTCCTTATGAGGTCTCCTCCAAGCATTTACTTTTGTTCTG CTTACTTTTGAATGAATTGTGAAAACAGTTGAGCCAAAAGAAGTAGACAAAGCAACAATG CATGTTCTTGATCACTTTCCAACCACTTGGATGGTTGGCACAATCATAATAGAGAGCAGA GACTTGGAAAAATTAAAATTTTGATTTCGTTATCTATGTATTTATAAGATAGTACTGAAT CCAAAACACAACTAAAGTATCCCTATTTTTAAAAATTTCATAACTGAGCTTCAATAAATA TTAGAAGTGTGAACTCATAATAATTCAGGTATGAAACTCGAAGAAGGGGATACTTCAGAT GTTTTTGATCCTTCACTCATAAATTAGGGTAAAAAGAGAAAAGGAAGAATGGTTAACAGG CAACAGAGCAAAATTTCTTCCATAATCACTTGGTACTAATAATGTATTTTGGGGAAATCT GCAATACAGATGACAATACGGACGGTAGAAAAGAAATTGTACCTGCCTCCATTTGGCCGC GTGGAGGTGATGACATCAATGCTTAACTCCGCCGCTGAGACTTTCGACGGTGAATTTGAA GTTTTCCGGTAAGGGTTCTTGTCCAATGAAACACTTCAAACTCTCAGTTTGACACCACAA AATAATTATTCATATAGTCAGTTTACATCATTTTTGTTCAATTTAAAATAATAAAAATAT ACCTAAAACATAGATGTGTGTTTAACTTAACATTATTTTATATTTTTGTCTTTCAATTTT AGAGTATATACATAAAATATTTAAAATTAAATAAATATAAATATAAATTCTATACCATAT AATATACGTAAAATACTACGTAGAATGCTACATGACTTATGTTTATTTGTGCCAAGTATT TAATTATATATAACTAAAATTAAAAAATATAAATATAAAATAAAATCAAATTAAATAATA TACTTATATATTGTATCATAAAAATATGTATGTCACTGTAACAAGTCAAGTATGCTCCTT TTTCACTTTGCATAAAATTGTATTCACCTTTTGATAATCATAGGTTGAGATTGAGTTTTG CTACAATGACTACATTTGTTTTATCAAGGATATCTCTACCTCACCAGTAGTTATCCTCTA GTATCCCAATATACACTCTGACAGATTTAAATTTACTCATTTAAGATTTAAGTTTCATCA ATAAATCAATAAATATAAAATTTTAAAAGTCTTTTTTCAGATGATGAATCAATTAAAGTT GCTCGAGTATATACCCTGAGTTCAGGTCTTTAGAAAATTGTATCTTCACTCTTCCTCACT TAACTAGTTCTTCATAAATTTAGATAATGATTTTGTGTATTAATTGCTAAACGCAAAGTA AATTATTTTGTTGTCTGCGTTGATCTAATTAAGGAAGAATTCAAACTTATAGATATTCCT GACGATCGTGATATTAATCACCAACTTGTTTATATAAAGCTTATGGTTTTGAGAGGATCA CTTCCTGTGAACAAGTTGGTGATCTAAATCACGATCATCAGGAATATCTATAAGTTTGAA TTTTTCTTTAATCAGATCAAAGCAGATAACATAATATCTCACCTCGCGTCCAACCAGCCA AACCATTCACAGAAATCTAAGCTTCTGAAGAATCAGTTAGGTTAGGAAGAGTGAAATATA TGAGTTTTCATGAACCTGAACTCATGGTATACATTCAAGCAACTTTGTTTGATTTATTAT CTGAAAAAAGACTTTTATTCATTGAATTGTTAATGAGATCAGATTTTAGATGAGTAAATT TGGAGCACTTAAAGGGTATATTGATGCATTTGTATCTATGATTAGCGGGATTCTAGAGGA ACTACTAGTGAGGTAGTATCCTTGGTAAAACAAATGAAACCAGTGTAGCAAAATTTGAAG CTCAACCGATGATTATCAAAAGATGAATACAGTTGCTGCTTTATATGAAAATTATACTGT TCAATGGGTCAAATTAAGTGTTAATGAGTCTGAATCTCTTTTTATTTTCATATAAATATT ATGTAGTAAGGTCAAAATGACACGACAATTCAATGTGCATTTAAAAAAATGAAAAATAAG TTGAATATGTCTAACATACCAAGAATAAGTTGAATATGTCCAACATACCAACTCAAACTT TAAACAGAGTATATTTAAATTTTTTTGAATAATTTAGAAACATATTTGACCTTTTTTTCC CACATAAAAACACGAGTAGAAAATAATTTTAATTAAAATATTCTAATCTAACCAATTGGT CCGTCGGGTCGGGCAAGGTTTGTGTCCACACGTGGCGGACAACAATTTGGGATTTTCTAC CCAACGACGCGCGAAGCACTTCTCTACTTTCTTCTTCTTATGCTTTAACTTAATAAAGCG CAAAATTTAGCAATAAACGATTCAGAATCAGCAGGAAGGTAACAGGTAAATTTATACTCA CGAAGATTTAATTGTAGATTTATCATTCACTTCTGTCAATGGCTGATTTGCGGAACTAAC GAAACTCATCGTCACCGATAATTGTTTCATCATCTTTACTTTTGTTCTAAAAATTTGTTG TAAATTGTAATAATCTGGATGTTTTTATTTCTGGAGTTCTCTTAGATGTTGCAAATTTGG ATATTTTCCCCCTTTGGTGTTAAACTACGAGGGGTCGATTTAGAAAACGGTTTATTTGAA TTTTAATTTGTTATAGCCCATTAGAAGATGTAATCTCTACTGTACGCTCAGGGTTGGAGT CGGGATTTGAAGCTTATGTGTTCTGGATTATAATTGTTCTAAATCAATAATCTGTACATA TTTAATGAATTTTAAAAACAGATGTAGTGCCCTTAAATCTTCTTAAAGAGATGGAGATAG CTATGCCTCAGCTTCAATAAGCAAACTAATTTTTGACTGTACTTTTACTTCCATCATCAC ACTTCCCTGTGTTACGCTCTACAATCATAACCATCCTTTTTTTTTTTTGAAAATGGTAAC TTTGTCTATTCCTCAAAAGTCAGTACACTGATTAGTATTTACAACAATCATAACCATCCT TTTTCTGATAGTTTATGCCGGTAAACTACCAGTTGGTTTGCTCTGGTTAGTGTTTGCTCA TGGTCATTTGCTTGATGTGATAAAGGGTCCGAAGTCACTATTTGTAGTAATTTGTCTTTC AGTATCATTTATTAATTTTCTGGGACTCATGTACTTAAAAGGGAAAAGGGAATAAGGTCA TTTAAGATGGAACATTTACAACGTCCTGAGTTGTTGGCATATGTGATGAAGTCATTTACC AAGTTCTAGTTCTTCGAACGACTGAATTTCATAGTTGACTATCTAAATATAGACATTTGT AATCAGTCAGTTTTGGATATCCTTTGAAATCAAAATTAGTCGTTCTGCATGAACCTTTCA GTTTATGTTATGAAATCTTATTATGAGGTGTCTAATAATTATCAATATGTTCTTTTTCTA TCAAAATTCGTAAATCTGAAAGAGTGGGATTTTACTTTATCATATATGATATATGTTGTA CATATTTTAATTTTGACATGATACATACAGACTTCTTTACTTGATTGGATCTGGAAAACT TGATAATTGACTGAGTAGTGGCTTTGTGTGACAGGGTTAAGAGAAAATGATGAGAGTGCG GACTTATGCTTGGCTTAGTGTAATAGCTTCTCTTGCTGTCATTTATCATGCCTTTAATAG TAGAGGCCAGTTTTACCCTGCAATGGTTTATTTATCGACATCTAAGATCAGTCTGGTGCT TCTCCTCAACATGGGTCTTGCTACTATGTGCATTTTGTGGCAGCTAACCAAGAAGATTTT CCTTGGTACCCTTCGAGAGTCAGAGGTGGAGAGGTTAAATGAGCAGTCATGGCGTGAACT CATGGAAATACTTTTTGCAATCACTATTTTCCGGCAAGACTTCTCCATGACGTTTATTAC CATGGTCACCGCACTATTTTTAGTCAAGACTTTGCATTGGTTGGCCCAGAAACGGGTTGA GTACATTGAAACAACTCCAGCTGTTACTAAGTTGTCCCACATTCGCATAGTTTCTTTCAT GGGCTTCCTCCTTCTCATAGATAGTCTCCTTTTGTACAACTACATGAACCATTTGATACA GACAAGACAGGCTTCTGGTTCTCTCTTCTTCGCGTTTGAGTAAGCCATGCTGTCTTAATT CATTTGTAATTTTTTCCGTCTGAATATGTGCTATGATCCTTAAAGTAGTACTATTACTCT AGTCGTTCTTTGGGGTGCAATTTGAGATATATGCCAGGGAAAGGAGTAGAGCTTCATTAG ATTGGATACCACCGGGTTCAGGGGTTATACAAGCATGTTTCATGCCTCTGCTTTAAGTAA ACACTTAGGTGGGCTTCGGACATGGGGATATATGATACTTTACAGATACAATTTGCTGTC TACTGGGGTTGGCAAGGTACGGTGTTGGATCTTTGCACCTGCAAACGCTGTTTATCTTTC TGATGTAGAACCTGTTTGGATTAGCTTATTTTAAGAGTGTTAAGCCAAAATAGCTTTTAA GCACTTTTGAAGTGTTTGAGTAAAATTAAAAAGTGCTTATAAGCACTTGATTTTAAATTT TTTTTTTTGAAATAATAAAAATAAGCCAAAAGCCAATCCAAACAGGCTTGTAGTTCTTGC ACTAGTTTACTCAAACTGGAGGCAGAACTATTAAAGCTGGTATTTTTTGAAAACCCTATG TTTTAATCATTATAATCTAGATGATTATCATTATAAAGCTAGATGATGAAGAGTTTTTTT TGTAGATTAGATTTTTAAAACCATATATTGAAAATCTTGATCAGGTTGAAGTATTCGTGT ACCCTATTTCCCGTTCTCTACCTCTTGGGGTCAGTTTTATTCAATTTTGAATAGTTTAAT GTACAATTCAGTGTTTACTCGGAAATCTTTGCTTTGTTATGCATTAATCCACATGACTGT TGTATGGATGGATGAAGTCAATTATCATTCCTGGCTTATTTATCATTGCTTTTCTGCATA TTTTAACTTATATGGGGACAAGGGGACGGGTGGGCTCACTTTGAAATGGTATATGGTGAC GAGGGGTGTGCTTACTTTGAAATGGTTTTTCTACCTGCTGTATGCTGGGAATCATGTTAG TTACTCTGGCCAATGTGCAGCTATTGTTTTACCCTAGTGCAGTTTGACCATATGGCCGCT TTTGATTTACCAAGTGCAGTTTCATCATATTATATGTATGCCATATCTAGCTCCCTAATG AAGTTTAACCTTTTACCTTTTTGCCACTATTTCTCAGGTACATGATACTTGCTACAACAA CTGTTGCAACATTTGTAAAATATGTATTCTATGTACGTGACATGCTTATGGAAGGACAAT GGGAGAGGAAGGCCGTATATACTTTCTATTTGGAACTTCTTCGGGACTTGATCCACTTGA CTATGTACATGTGCTTCTTCCTCATGATTTTCATGTAAGTCAAATTTATGTTATTTTATT GTTTTCTGCTATTACTCTTCATTCTCTTTTCGTGTCAATTGCTTTGTTTAAAAGAAGATG AAACTTCTTGTAGTGTATAATTGGAAGTCAATGAATAGTAATGGAAAATGGTTATCATTT AAGGAAAGCAATGGACCAAAAAGGAAAGCAAGAGATCATTTTTTGGTTTAAGAGAGTTAA TACTGACATCAAAAGACTCCTGAATCAGTTCAAGCATGTTACACTCTTGTGATATAACAT AGACTTTCACATAGTGTTCTCAGTGTATCTGATCGAGCTCATTCATTCTCTCTAGTGAAT AATAGTGAAAAATAAAGAGGCTCCTTCCCATCTTTCCCAACTATCCCTGGGAATTTTTGG ATCTACTTCCCTCAGGAACTTCTAAGCTTCTAAATAGTATGGGACTAAAACATTATTCAT ACAGCTGTTTATTTTCTTTTCGGCCAGCAATAGGATGATTGGCTGTCTGTGCTGATTCAG ATGTGCCACACTTATGCGTGTATTAGAAACTTCTGTAATTTCCAATTCAAGTATTTGGGT AAAAGGTTGTTTGATCTCTATTTGCACATTTTGTGATTGATTAGTTGTGGCATTGCTTAT GGATAGAGGGTGAAGGGGCTCAACAATAGGCTCAAATTAGTATACCTCTGTTGAATGTTG TTAAATGAAAGCATTTTCTTGTTTTGATAAAAAAATTTGATCAGTAAAACAAATCTGTTT CTCCCATGTCTTATTACTTTCTTTTGGAAAATGCAGTGTTAGGGCCATTCTTGTTGAAGA GAAAGTCCTGTTTCCTTTTTGTTTTTGCTCCTGGATATTTCTTGGGACTTCAAACTTTTT TGTAGCTGATGTCAAGTAGAATACATCTTTTCTCCCTTCACTTTTTAGTAAAGAAGTTTT CACTGCATTACACAGCAATTGACAATGTTCTGGTCTTGATCTTCCATCCTCTTATACAGT TAGACTGGGATCTGTATCTACACATAAATATGCTAGCAAAAGCTTCACTGAGTTTCATCA AGAGATGTAAATAATCATGTGATGCCTGCAAATACCTCCAATGTAATGCAGGAAGGGTGG CCCCGTGTGTTAAAGTTTAGTTTAGGCACTAACAATCAAATTGTTAAAAAAAGTTCAGTT CAGGCATGATCCTTTTTGCTTTTCTGCTGATATTTGTTTGGCTTTTGGTAGAAGCAACCT TAAATATATCATTCATCTGATCTCTTGTTTATGATCAAGCATTGGTGTATATATTCTCTC TTTTCCTTCTGATTTTATTTATTTATTTTCGTGGACATTCTGGGACATACAATCTTTCTT ACTACTTAGTTCTGTCCATATTATTTATATTCTTTTTGACCCACTATTATGTGTTCATTT ATTTCTTTATTTCCTTTGACTTTCAGCAATTATGGTGTGCCTCTGCATTTGATTCGGGAG CTTTATGAGACATTCCGCAACTTCAAGACTCGAGTTGCTGATTACATACGATATCGGAAT ATCACTTCAAATATGAATGATCGTTTTCCAGATGCTACACTGGAAGAGCTCAATGGGTAA GTTTCTCACTAACTAGAGTCTTGGTGTGTATATGTTTTTTTCATCACTATGAGTATGTTT GATGTTCCTGCAGAGGTGACACTATCTGCATCATTTGTCGTGAGGAGATGACCACTGCCA AGAAACTTACTTGTGGACATCTCTTTCATGTCAATTGCCTCCGGTCATGGCTAGAACGTC AGAACACGTGTCCTACTTGCAGAGCTCTTGTTGTACCACCTGAAAATGGGACGAGTGTTG CTGGATCTGGATATTCTCAGCAAGGTATCACCTAAAACTGGCGATTCTCTATATTGTGTA TCAACTTCTATAAGTTGATTTTGAATGACGCCTGGAAATTGATGTTTCATTTTCCAAATG TTGCTCATCATGGCTTTTTTGCTATAGTAGAATTGAGATGAATGGTTAAATCACCCATTT GTTTGTAATAAGCTGTTTTTACCATTAAACTTCTGCTGAAGTGTGTTGATTATTGGTGAA GATCACATGATAGTAGTGGAACAAAATTACTTTTTTTTTTGGAAGAAATTTCATGTGGTG TACACTGAATAGTTGTGTCCCAGCTTGTGGATTGTCATCTGTAATCTCTTATTTAAAGAT GACATGGTTAGAGGGAATTATTTGTGGCTATTAAGGACTTGGATAATTCTTTGTACAAAG TGCGGATGTATATAATATCTATTTACTAAGCACTCTGGGAATCTTTAATCGGCACAGGAA CAAGTTTAGCAAGCACATCTCGAGGTTCCCAAGCAGATCCTAGGACAAACGGTTATGTTA GTCAGCACCAGGCTAGACTCCAAGCTGCAGTTGCTGCTGCTGCAATTTATGAGAAGTCCT TTGTTTATCCTTCTGCACCAACACTAAGCCGGTATGATTCTCTTATATGTCAACATTGTA TTGCTTATCTTCTTTGTATATTTATGAGACCTTCCCCCCAGAAGTGCTTGTAAAGGCATA AACCTCCCTGACTATCTTCCTTGATAAGCATAGTTACGTTGATTCTTTCCATGTCCCATT ATGTTTCATGCTCTCTTTTTTATTTCTAAGAACAAGTAACTGTTTGCAGTTTTACTTTCA AAAAGAACAAGTAGTTGTTGGTCTCAATTTTTTATAAGCAGTAATAACTGTTAGCCCCAC TTGTTTTCTGGATTTACATTAAAGAATACCAATCTCTTCAAAATCAAAAGTACAGATAAA TTAGAAATGAAGGAGCATCCAATGTATGCCATTGACATCCTCTGAAGATTTCACATAAGC ACTTGGCATGTTGTGGGATCACAGTCGTATTCAATGAGTTGCCTTGGAGATTTGGCTTGT CATGTAACCCTTGACTTTAGCAGATGATTGCTAATTAACTTGTCCATATCTTCATGGGAA ATGACTTTCAATATATATTTCCTTGGTCATGTGGTGTGAACTAGTGGTAGAGGCAGAGTG AGGTTGATGGTGGTGACTTCCCTGTTTTTTTTTTTTTTTTGGCAGTTGACAAGGGGATGC TTGTCGTCTTTATGTCCACAAATTTGTAGTTCTTTTAAGCACAATGAAAGAACTTTAGTT AATTATTCTCATGCTTGCAGGTCTCATGGACATGCTCTATTTCCTCCTTCCTATGGACCA GTCAGTTTTATCAGCGTGGACTCACAAAGAGAGAGTGCTGCAAATGAATGGTCACAGCAA CATCAATATGCAAATATGCCTTTTGCTTACTATCCACAGAGCAGTTTTGGTCCTTTAGGA TATCCTGGTGCTAACATGCCTGTTGGAGATGGTTCCCGGAGTAACCTTAGTACTTCAGAT ACTCAGCTCGAGGCCCATAGGATATTCTTACAGCAGCAGTGTGAGGTATGAACATTTGTC TGGTGAATTTGTACTCTCTTTTATGTTTGTTGATATTGCTAATTTCAATATGCATTAATC ATCATTGAGATAATTTCTAGTTCTGTTGAAAACATAATTAAGTAAATGTAAGTGTGATCT CTCTAATATCTTAAGCTTTACGATGAAGTTTTTCACACATCCAACATGGTATTAGAGCAG GTGAAGGTCCTGGGTTCAAATCTCACTACCACCCATTATCAATCAACAAAAAGAATTTCC TCGTGCTTGGCCTATCGAAAAAGATCAAGCCCGCACATGAGGAGATACGTCAATTATATA ATTAAGTAAATAAAAGTGTTATCTCTCTAATAGCTTAAGCTTTTAAATGAGATGGTCACA CACTTCAATAAATTTTCATTATTCTATTTGTCTTAAAATGTTTTGAAGTTCTTAAAGTTT GTTCTCTTTTTGGAATGGGACTTCAGCTTTGTTGGTAGAACATATCACCTCAGATGAAAT TCTGTGGAAAATTGCAAAACTCCCCTTTAAATGGTTACTTTACAACTTTGGTGGCGAAAC TCAGTGCTTTGATTGTTATATTCTCTTTTTGGACATTTTTCTATGAAGGGGGGATGGAAT GTATTTAATATGCTGTTACGGTTGAGATAGTTATGGACCATACAGCTCTGAAAATTGATG TTTAGCCCTTCACCCTGTATAAGATCACACTGTAGTGGATTGGATTCTCATTTTCAAGAT TGCTTCTTAGTGTTTCTTTTTTTAGGTTACCTTTTTGCTTATTCGATCTCTCTCTCTCTC TTTCTCTCTCTATCTATCTATCTATCTATATATATATATATATATGCATGTATGTATGTT TGTATATGTGATGTGTATATATTTACCTATGGAATCTACATTTATTTATCTAGGCTCTGC AAAACCAGCTCAAGCTTCTACAGAGTTCAAAGACACAGAAAGTAGCAGATGGTGCAAAAG TTTCTGAAAGCAAGGGAAAAGCAATTTCATTAGAGAATGCTCAAAATGGACAGGCTGAAG GTGCAGATTTTTAAGGAGTGATCATCTGTATATAAAGTGCAGTTGTAATCATCCAGTTAG AATGGCTGCTGAACAATGGAATTCACCGGAAGATCTGTTGGTTGTATTTTCTCTAGTGAT CTGGATATCGTTGTATTGCAGGTGAGAGATCAACCATTTCTTTCTTCTGCAAGTTCCTTT CTTGAGGATCTCCAACTCTTGTATCTCTGCAGAGTTTCAATTTCACATCTTCATTTAGCG GTCCATTAGCAAACCACATCAACAGGTACAACAATTTTAGCAGAAGATATTATATGTTCA AGTAGGAAAGTGAGAGATGACGCCTGATTCATGCATTCAAGAAGACTCTGGATCTTCAGC CTTGCTTTCTCCATTCCAGGGTTGGTGCAAATACCGAGTGGGAGTAAGTTTCTTCCATTT TCAGGATAGCATTTCAGTATGAAGTATATGCTGAACCATCCGGAGTTGACACATGGGATT AGAAAATTAAGCTGTTTGATCTTGTGACCATTTCATCTCTAGCCTTGCATGCATAATAAT AGTAGTGTTCATTCCTTGAACAGTTGAACTATTAACATACAACACACTTGTATTAGTGCT ATCTGTATCATAAATCAGTGCCAATTTCAAACCAAAAACTCTGTCGGACATCAGACAGGC TGTTGAATTGGCCTCCTTAGTTCAGCATTGAGAGTTGCTGTAATGTGTACACTGTACAGG CATTGGACCAGTACTCCAGAAATCGTTTTCGTTTGGTTAGGGATATGCAAGGGAACTTGC CGCAAACTGATCCTTTGAGAAAGTCAATATTAGTACCTCATTTATTCTGCAGGTTCAGAT ATTTTATTTGTTGGAGCAATGTATAACTGGATGATTCATCCAGTTTGCACCCAATTTATT ACTCTTAACTTGCTGGATATGTGAGTTCCTTAGTTGGTTTAATGAACATTCTATTTGCAC TAGTGATTCTGGTCTCATTGCTTCCCAAAAGTTCTTTTTTTTGGGCGTCCTTAGACTCGT ATTTCAATTTATGAATGGGAAGGCTTGAACTGCTGAGGGCTGAATCAAACTAAGGTCTGC TTCCTCTATTTTTCGATATAATTTGAATCCATATGAATTTTATGAAAGACACGAAATTTT TTAAAATTCTGATCTTAAAAATGTTATAGTATATATGAGAATACATAAATTTCTAACATT TGTGTGTTTATATAAGTTTCTAAGGATAAAATGATTATAAAAGTATATTAATTTTTATAA GAAACTAATAAAAGATAATAGCATAAATTCAAACACTGAGAGGACTTAACAATGAACAGA GAATCAGTTTGATTGAATGTGTTTACTTAATAAGAATATTAATCTACAAATATCTAACCA ACTCTAGTATTATTAGTAAATAAACAAATAAAAAAAGAAAAAAGTTACGAAGATATCCTT AAGCTTCGACCTATACACTATATTTGGATCATTGTTATCTTTGTATTGTATTGTTATTAT ATCTACCATATTTGTTTTGATTGTCGTTGTTACGTAACAATGAAGCCCTTATTTTATGGG ACAATTAATTTGGTGTGTTTTCATTGTTACATAATTTTTTTTCCAGTTATATCTTTACAT AATATTTCAAAATACTATTAAATTTATAAATTAAAATATAGTACGATACAATCAAATCAA ACAATTAAAATGTTACTTAACCACAACAAACAATACAATCTAGCCAAACATTATGTCTGT CATACAATACAGTACAATAAAATACAATACATTATGAAATAATGAATAACAATGAAACAA AGTGTTAGTATATTTCAATCACAAGATATTAATAATATATATGAAACTATTAAACGACTC CTAAATATTTTTTCAATCACAAGATATTAATAATATATATGAAACTCTATTAAATGACTC CTAAACGTTTACCTTTCTCAAAACGAAGGAAGACACAACAATAAAAGAGAGATTAGAAAA TATGCAATACATTAAACAAAAGAAAGAATTTGATCCAAAAAATTCCCAGTATTTGCAACT TCCGAAATATTCCATTTCCAGGGCTAAAAACAATGGAATAAAAATTTCTTTTTTGATAAA TAAATAAATACTAAGTAATAAAAATAAAAGAAGAAGAGAAAAAAAAACAACAAAAAAAAT ACAGAAAAGAAGCTCAGAAAAGTTGCAGAAACTAAGGAAAAACAACGCTACCTTCTCCAT ATTTCTTCGGTTTATCAAATCGATAATCATCAAAATAAAGTATGAAGTTTTAAAGTTTGT CAGATCACCAAATTATAGTACAGATTAGCTCTAATTTGGATCCTTCACGTTTCACTCACC AATTTCATCTGATTCGCTTTTGGAGAAACGAAAAAAGGAGTGAAGAAGAAGAAGAGAAAA GGCAAAAGGCATAATGGGACAAGCTTTTCGCAAGCTATTTGATACTTTCTTCGGCAACTC TGAGATGAGGGTATGCCATTACTCCAACACCCTTTTCCTCTCCACCCCTTTTTTTTCTTT CTATTTTTGTATGCTCATATGTTATTGGAAATGATCACTTATGATTTTGCCAATTAGACT TTGTGGGGCTTCTTCTTAGCTCAGTGAAGATAATGGGTTTCACATACTTTCCTAATTATA CTTCTCTGGGAATATCTACTTAATTTACATTATTACTCTATTATTTTTTTAAAAAAGTGT GAACTTTAAGTGACCTTGACTTTTGATTGGGTTTGAGTTAAGAGACTATAAGTTAAGCTA TTTTGGGTTTTCCTGTTTTAGCTATTGGACTGTTGCCGTAATTAAGAATCTTGTCTACCT TTAGTAGTCTTAGCTTAATTAAGATTCTTGTCTGGATAAGGAATTTAGGGGTAGGAGTTA TAAATAGTTGTGAATGTTTCTTATTTTTTAATTTTCTGTGTACATTGTAAAGGTTACTTA TGATTATTGATATGAATATCATCCATTATTTGAAGATCTTCTGTTCCGAAGGTCTGAAGA CGAGTTCCTCCATCCTGGACTATTTAATAGCTTCCACTCCGTCATTTAGGCTAGTGCTTG AAGTATTACATCTTGAGCATATAACACCATGGCTATATACTTTTTGAGGAAATTGAGTGA TAAGCATGTTTAAGGCTGTTGAGGACGACTGTGATCTGCGGAGTTCAAGTTGGCTTTAAA GCTTCTTCATGCAGCTTACTGCAGTAGTCCTGGGTTTTTAAAAGTTAATTGTATATTGTG ATTTTGCTCAACAGAGCAGCATTAGTTTTCACTGTCTTGTATATGATTCTTTGAACTGAC TATCATATTTAGAGTACACCAACCTATGAAATGATATGTCCGTTGTATGTGAGTCGGAGA ACTTGGAGTTGATTTCCTTGTGCATCCTTGATCCAACTATTGACTGTTAAAATTGTCATT GAGGGAGCACGTTGAGTAAGATGTATATGGAGAATAAAATTAAATAAAGGTGCCTTAAAA GAAACTTGTCTGTTGTAAAAAGATGCGCGATGCTCTCATAACAAATGGCAATTTTGTTCC TTTTTGGTCAATTTCCTTATATCAAGATTACTGGTCACTCTTTTCTTCATTTGCATATCA CTGTTTTCTTCCTTTTTGGGGGCGTTGCGGGATTGCAGTTGGTATATTGATATCAAAATA GAAAAGAATATATACTGGAGCTATTTGGGGAAGAACCGGCGAAAATAAGCTACAAGTATC CATTCATGTCCTATGTAGGTGGTATAAAAAAAGTAAAGCCCCATTTCCTTCAATCTGATT CCTTCTCCTCTAGGGTTCCATTTCCGCATAGTGCAGAATTCGAGCTACCTAGTGGCTTGA TATTGCTCAGTGACCTCCCAGTTCAATGAAAGGCCTCTAAAATGGCCATTGTTACATCAG TAGAGATAGAGATCAATAGAGACCTTCAATGTGTCAAAGATCTCATCTTTTCCATCATCC TTATTTTATCTTTTCAAATAGGTAATCATCATGAATTTGTATGAAGTACTATCTCACATA TATCATGTCTGCCGTCTACTAATGTGGTGCCCACATTAGTCATTACTGACAGCATAGGGA GGGACTTGGGGAAGGGAACAGAGATTTTCTTGGAGGAAAAACCAATTTTCTTTCTGCAAT GACTTTTTGCCTGCTCTGTAATGAAAATGATTACTACGAATGGTTGGGTTGTTGCGGCAG GTTTACGATGAAGTAATGCTTATTTCTCATCATCCATCCATCAGCTTTCATAGACCACTG CCTAATGTTCACTACACACCTTTTGTCTCTGATTATTTACTTAGTTGATTATTCTTCTTG TATGTGTAACTAATTATCTTACGCCTTTCACAATTACCATTTTCATTATTTTTTTAAATC TTATCCCTTTCTGCTGTGTTTACTATGATTTGCTTGGTATAGGTTGTGATGCTAGGGCTG GATGCGGCTGGGAAAACAACTATATTGTACAAGCTGCATATAGGAGAAGTTCTGTCTACA GTTCCTACTATTGGTATGCTATTGCTAAATTCTCGCTTGCAGTGTTGTGGCACTTAAATG TTTTGTTGGTTCAGTTATGAATCTGCTTGCATTGATATTGTTCTCGACTTGACAACTTTG AGTTCTTTTAATTACTTGTTGCTTGATGAATTTGAAGTTTCAACTAATTGCAATATGACC TATCAATATATTTACCAAAGAATGACCTATCAATGTCATACACAAAACTTTTTATTAAAA GAAGAATCACCGACATCTAAAAGATGTGGTAGCTTTGTTACAAAGAAGGAACTTTGAGAG GCCATGCTAGAGTTAGGTAAAAACATCATCAACCAAATCATTCTTTTTTTTTCTTCTAAT TCTCTGACTGGATATAAGTCGTTTTATTCTCTTCCTAATTATGAGGCGCCATCTTATAAG GTCACATTATAGTGGTTGCAGAAGGCGAGTAAATTGGAATCTCAAATCTTGCAATGGAAA TTGCTTCCGATTTGAAATATCGCATAGTTTTGCATATATATGTATTGAACACCTATGAGA CCTAGTGAATACCTGTATATGTAATAGCTGATTGTATATGCATGGCATGCAGGTTTCAAT GTAGAAAAAGTGCAGTACAAGAATGTGGTTTTTACTGTGTGGGACGTTGGAGGACAAGAG AAACTAAGACCACTTTGGAGGCATTATTTCAATAACACAGATGGACTGGTAAAACTATAT ATATTAGATTGTATCCGTGTCGACGAATATTCATCTACTGTTGATTTAAATTTTAGTGTC ATTAGATTCCATAGGAAAAGATGAATCTTCCCTCTTTTTTTCTCATAGATGCTATTACCT AAAAGTCGCATAGGAAACTTAATTCGGGAAGGGTAATAAGAAATTTTAAATGGGAAAATG TGTTAATGTGATATACCATTTGAACCATCATTACTGAGTGCCTTAAAAATCAAACCTACA TTTTCCGTTTTATGTGAACAGCCCCTGCCTTTGTAAAATGGTTATTTCTGTTTACTAAGT GCTTTGTTGTATACAGATTTACGTCGTTGACTCTTTGGATCGAGAGAGAATCGGAAAGGC AAAGCAAGAGTTTCAGGTTCTGTTTTTGAACTTCTATTTCTTTGCCCCAGGTACAATGGT CACTTACCCACCTAAATCTCATTCTTAATGTGTTTCAGGCAATCATTAGAGATCCATTTA TGCTTAATGCTGTTATCTTGGTTTTCGCTAACAAGCAGGACATGGTAAGTTTGTGATATC AGTGGATTTGTGCATCGATAAAATGCAATAGTTGCTTGTTATCTATTGTTCTCTCTTTAT GTACTGCTTTCTTAGTGCTGTTTTTTAAAATGTTAACTTTTTATCAAAAAAATAAAAGAT ACTCAAAGATTTTGCTGACCTTATTGTGCTTATTATCAGATCCTATGTCCTGACCTTTGT AAGCTTTGACATGCTGTTGTTTATTAAGCTTCCCTCTGTGTGATCCACAACTGATGCTTG ATGTATTCTGGTACTTGATTAGTGAAAACAAAATGGTGTTGTGGAATCAATATCTCATGA GGTAGATGCTCATGTTGTTTACCTCACCGTCACCGAAGCATACTGATTCAAGAACTAATG AACAGACATACCTCCTTCCTGTTCACCTAGGAATAACTCCTTTTTCCTTTCCACCAAAAC CTTACCAAAGTAGACCGCATTAATAATTTAACTATTTGAGATACTTAAATGCAGACAAGT CAGATATTCAGATTCCGTATTTTAGGAAATGGTTTGTTAGATAAAATGAAACGCGTGGAA TTAGAATAAGATGACTGAAATGGATTGAGTACTATAACAGTATTATACAATCAGTGGATC CCACATAAAGTGAAATATCAGTTCTATGAAGTGGTTGCGAGACCAAGAGCTTTTTATGAA AGTGAAATTTCTGCCATGAAGGTCTAACATATTCATAAATTAAGTCTAATGAAGGTTTAC TTGTTGTTGGGAGTGTTTCTAATATGGTTTGGGACTTGTGTAGAAATAAGTGTGGGATTA AAGAATCTCAAGCATTAGAAAACCTGCCATCTTTATTTTCAATAAAAGCCGTTATTGTTG CCGGAAGTCTTTTTTGTTTGATTAAAGTTGTGTAGGCCAGTATAAAGATAAGTGTGGATT TAGAGAACCTCTAATTGTTAGAACAATATGTATTCAATTTTGTCTTGTTTTCTAATTAAA AGTAAAGAATGAAATGGATTTGATTAAAGTGTAGTGGATGCAGACAAGTGTGAATTACAT AATATATCCCAATTAAGTTTCTAATTACATTAATCCCTTAAAAATTTAAAAAAAATGTAT ACAATAATTGAAGCTCGGATACATAATATGTAGCTCAGATACATTAAATATTGGCTCGGA TACGTTAATATGTAGCTCGAATACATTAAAAAATAGCTCAGATACATTAAATACTGGCTC GGATATATTAAAGAAATAAGGGATTTTGGAGATTTTTAAAAGGGGTGTACTTATGCAATA TGTCCTATACATGGAGCTTAAGATAATGTAAAAGAAGCAAATCAATTGTCCCCTCAGTCC CCTTTCCATTTTCTCATCTCATGTTTGGTGGATAAATTTTTTATCATATTGATCCTCTTT GTTTATTTTTTCCCCTAATTATGGTCCAGAAAGGAGCAATGACTCCAATGGAAGTGTGTG AAGGCCTCGGTCTTTATGATCTTAAAAACCGGAAATGGCATATACAAGGTGCATGTGCTC TTAAAGGGGATGGTCTATATGAGGGACTAGACTGGTTATCAAGCACTTTGAAAGATCTCA AGGCCGCTGGGTACTCTTCAGTGGGGACTTCTGCCTTCTGATTGATCAGGTCTACAACTT GGCTTCTATGTCTTCAAGATTGTCACAGTCATCCCTAACCTGTTGATCTAACTTTAATTT GCTTTTGCAGGCTTACTAAGAACCTATTTCGAGGGACAAAGCTGATTACCCTGCCGTCTG TAAATTAAAACGCCTGAACTCACATTGAACATTGTTACTTGTTCTTTCGGGTCTGTGCTT TTAAATAGTGGAATCCTGATCTAGGGTGAAGCTTGACTTTTGATTCTGCTGTATCCTGAA AATGTGGGCCTTGCAATTGGTCTTCCGCGTATACAAGAATTGTGTATGTTGATACCTACT GTAGTATTTTAAGTATGTATAACTTCCACATGAAATAGGTGATCATTGATCTCCCTAACA AGCATGCCAAATCGATCCCCTTATCATTCCGGTTTTTGCCTCTAAGCATGTGTTCTTGTG GAACAGTGTATACTCAGATAATTGTCTCTCTTCCACTAAACCTTTTAGGCATAATCCCAT TATGCTTTCTGAAAAGTGAAAATCAACATTTCTCAGTTGTGTTGCATTGAAACGATGTTT CTGGAAATATTGTGGAACTTGACTACTTGAAAGGTATTTAAATCTTGATGAGAAGGGGCT AAATGTTAAACTTTTCAGTGTTATGACACTTTAAACACTCATAATAGCTCGGGAGAACTT CACACGACATGGTTCTTTTTATATTGTTTTGCCTTCGGCAATTAGTTTCTTGAACACCTT TTCGAATAGTGGACATCTTTTTCCTTAATCTCTGCGAGAAGTTGAAAATGAAAAGGAAGA AGCTACAGATTTCAACTGCCAAGTGTCCAAGTTTTTTATTCAATTTGAGTTTCAAAGATA TAGATTGACAAAGAGAATAATTCAGGTGAATTGAAGAGAAGTTTGACGGATTTCATTCAT CATCATCATATGAGTAATTTTGTTTTAATCATACAAGTATTGAAAAATAACTGAAGAAAC ACAAAACAACAGGGATAATAAATTTTGATGTCTCAAAAGTAGCAAATCAAGAAGGTTTGC AGAGCTTCAATCTTCCATCTTAATGGCAGGCGGAGTGGTCTGCCCCTATTACGAGCTTCA GTTTTCGTTTTCACTGATCAAACGGTTTTCTGGAACTTTTTGCAAGGCTGATCTTGTTAC TGCCTGTGAATAGGAAAAACACTTTAATTATATTGCACATTTAAACATCTACCAACCACA AGTAAAAAAAGAGCACATGAATGAAAAAGGAGATTAGCTGATGTTGTTCTTACCTCCTTT CCACTAGGATTTTTTGATATGTTCAAATCTTTCAACATTTTTGTAAGCTTCCTCAAGCTT AAATTTTGCAAGTTATCACCAGCAGTGCCTTTATTTTCTTTCGTACAAACCAAGTTTTCC TTGTTATCTGTAACAAGCATCTGTCCTATGCTTGTCACTGCTGATGAATTCTCAACTGGT GTCTGAGTGATGAGTTCTGAATTTGTGCTTGTCAAGGCAGAAGGATTTTGCATCGTATCC AGCGCCAGAGTGAGGACTGGTTCTGGGGCAGGCAAGGGGGGAAGACTGTGAGCTGCACTC TCCACAGTAGCCTCAACATAATCAATTTCTGAGTCATCCATGGATTCATCTCCAGCAACT TCCTGAGCATCAGCTGGTGCAACCACGCTAGCCTCAGTACCATCAACATCAAATTCTTCC ATGGGTTGTTCTTCTTCTCCAGCAACTTCCAGAGCATCAGCTGCTGCATCCACGTTAGCC TCATAACAATCAGCATCATATTCTTCCATGGATTCTTCTTGTCCAGCAAGTTCCAGGGAA TCAGCTGGTGCATCCATGTTAGCCTCAGTACGATCAACATCATATTCTTCCATAAGATCT TCTTCTCCAGCAACTTCTCCTGCATCTTCCATGTTAGTCAGACACTTATGCTGACTTCCA CCCACCTTAGCCTGGACCTCACCATTGAATTGCTCGAACAAATTCACCTCAAGAAAATCT ATGTTAGCTTGCATGTTAGTCACACACTTCTGCTGACTTGCACGCATCTTAGCCTCTTCC TCGCCATTGGATTGCTCAAACAAATCCACCTCGTGAGAATCTATGTTAGTGTCTGGATTG ACACTTACAGCTATAGGTTGTTCTCCAATCAACTCTTGTTTTCCTGCAACATCAGAATCG AAATGACCTTCTTCCTCCCCATCATTTTCTGCCATAAAATCAGATGTATCACCATGGGAC TCATCCTGTCCGTTAGGCTGCTTTGTGATATCTGAATTACTCTTGGTATCATCACCCAAG TTCTGGCTATTGTTCTGAAAATCTATTTCCTCTTTAGCCTCAGCAACAATTTCAGATTCT TCCATGGGTACTTCTCCAGATCCTAAAAACAATTTCATTAAATGATCACAAAGCATTAGG ATTTCATACGACACAGATGGTGGTAAGAGAATTGATACAAAAAGTACACAGAAGAACAGA CATTCTCCTCAAATCTTTCTACCCCAAGAACAGCAATACATACCATCGTTATTGCAGCCA AGTGCTACTTCCTCTGAGCCCTCTTTTGCTTTTGTATCTAAGACAACAACTTCCAGATCA CTAGCATTGTCTTGTTGAACACCATCTTCCATGCCTATTTTATTTTGTACCAAGGTATTT GAATTTTGAACTGACAAGGTATCTGATTCGTTCTTCATGTCCAAACTCTCGGATGATTTC AAATCAATACCTATAGAATAGTTGCCAAGTCAGATCTGAGATCAAGTGATGTTGAAAAAG AAAAAGGCAAAGGATTACATGCTTGCGGACATTACCTTTTTTATCTAATATTTCAGACTT GTGAGCAGAATGCAGCTCAGAGTTCACCTCCAAACTTTCTTCAGTTTCTTCAGAAACTGC ATCAAACGTAAGGGTTCCTGACTTTTCATCCTCTTGTGTGCTTGATTCCTGCGTAGGTTT CCCAGCTAACCTCACTGATCGACGAGTGCTGTACACTTGCCTAACTGAACTCTTTGCCTT CACTTCCTTTCTTTGGCTAGTGAGAGCAGCTGCTGGTGTCTTTGGAACATCTTTCTTTTC TTCCTCAACCTGATCCACAATTTCCTCTTTTGGTTCACATTCCTTCATTGCAGATTCCAG CTTAACACGAACTGAAGTTGTTGCAGCCCTCCTTCTGGTAGTTGGCAATGCAGGAGTCTC CAGCATATCCTTTTTGGCTTCATCAATGTCTCTTACCACCGTTCCTCTTGTTCTGCAGTG ACTCCTTGTCGTGGTCTGCATAGTTTCTGAGTCATGTTTGATAGTCTTTCGTTGTGTAGT TCGGCGACCAGTCCGAGGTACACTTGCTAATGCTTCTGACTTTCCAGGGGATTCCATGGA TGAGTTGGCAACATCAGATTCACATGTTTTCAAGACCTCTTCAATACCGTCAACCTGCAT ATCGAAACATTTCTGAATTTCGTTTCTGATGTGCAATGTCAATGTATTAATCGGTTAAAC ATTAAGTAAATATGTTATTAGCAGCTATAGAAATCCAGCTGGGGAATTATTAGGTGGTTC ACACAATCCAACAAGCAGGAATGACTTTTTAGTATAGAAATTACAGTCCACAGCTTCCTC ACATTCTCAAATTGTCTGAAGATGATTGATAAGCTGGAAAAGACTTGGTACCATAAAGGT GACTGAACGTGAAATGAATAAACGATTTAAATACCGATCCAACCAAAATTAAAATTGCAG ATCGAAGCAGTAATTGATATTCATCGTTCTATGTAACCATTTGAGATGCTGCTTATTGTT TGTCATTTTAAGCAAACTCAGCAATGGCTTTGAATGAAAAAAACTGACAAACCCGAGAGA GTTGACTCCAAATGAAATAAGATTTAACCGATTCACAAATCGATCCAATAATCAAAACAC TCGCACATCGAATCAAATACAGATATTCTTCTTCCTAGTGTAACCAATTGAAATGCTGCA TAGTTTATTCCCATTTTAAACAGACTCAGTAGTCATTTTGATTTCAGAAACTCAAGAGAG GTAACTGCAAGTGAAATTAGGTAAACCAAATCGATCCAACAACAAAAATATTGGCAGATA CTGGTAACTCATCTTCCTACTGTAACCATTAGAAATGCTACAGATTTCATTTTTCATTTC AAATAAAACTCATCAATTCTACAACACAGGAACAAAATTATCATATTTAGATTTAAGAAA ACTTACAAATTCAAGAGATTGAAGAGCATCAGCCATGGCAACATTGGTTATGTTAGCTGG GATCTTGTTCTTCTTGCAAAGAGCTTGCAATTCTCTCCTAGCGAGGCTGTGGAAATCCAT CTCAGCTGCTAAAATGAAACAGGAAATCGATTTACGATTGTTTGGGGGAGGGGGGAAAGG GATTTCTGAGAGGCAATTGGATTGACAATGATGAGAAAAAGGAGGGATATATATACTTGT GTGGGTGCACAGAAAGAAGCCTTGTCAATGTGACCGTTGGAGCGGAAATTCAAATTATTT TGAACTATGGGCTGCAAACAGAAACCCTAAGCCTCTCAATATTGGGCCTTGATGTAATGT TTTGAAAGAAAGCCCAAATATAATTCTCCTTATTTATTTAGAATAAATTTTGGACAAATT ACAAAAATATACACCTTTTGTTTCATTTATTTTGATTATCCCCTATTATTTTTAAAAATC TCCAAAATCTCTTATTTCCTTAATGTATCGAGCTACATATTATGTATCCGAGCTAGTTTT TAATGTATTCTAGCCAGTATTTAATGTATCTGAGCTATATATTATGATTTTGATCTAGTT TTTAATGTATTTGAGACAATACTTAATGTATTCGAGCTACATATTAATGTATCCGAGCTT CAATTATTGTATCCTTTTTTTAAAATTTTTTTAAGGGATTAATGTAATTAGAAACTTATT AGAGATTAATTGTAATTTCATATCAAAACTATGAGATTTTTGTAATTTTTAGATTTAGCA AACATAAAAATCATATTTGTATGTTATAAATGTAGTTTGCATAATTGCGCTTTAATATGC ATATTTCGATATACTTATGCAAAAGAATCAATTGTATAAGTATATTTTGAATCTATATAC AGAATAAGAAAGTTTTTTTTTGTGTAATTTGTATTTTTATAAAGCGAGAAAGAGAGAAAG GCAAAAAAGAACTAGGCAGGGGAAGAATTGTATTGTATAATTACAAATGTATATGATGAA AAAATATGTATATATATTGACATACAGTTTGTTTTCGCTTTATAAAACACAAATGCAATT TTATACATTTGTGTTTGTATAAAGTGAGAGATACGAGAGAAATAGTGGCAAGCGAGATCA GGAGAGTAACGAACGAGATATTTGGGGGGAGAGGCGAACGAAAAGATATGTATTTGTATT TGTATATACAATTTTCTCTCGCTTTATACAAACACAAACATGATTTATACATTTGTTTTT GTAAAAAGTGGAAGAGGCGAGAGAGAAACTGGGAACGAGATATTTGAGGAGAGAGACGAA TGTCAAAGTGTTTGCTACGGATTAAAATTAAATGAAACTATAGTTATAGTATTTAATTTT AATTAATAATTTGCTATTTATGTAATTTTCTCTATTTATTATCGTTAAATATTATTTTGT ATATAATACTTGCCTTAAATTCTAATAAGTTTAAGTTTTTCTCTACGAAGTAATTATACA TTTAACTTCGAGATGAAAAAGTCAAGAAAGTGTCATGTAAAATATCAAAGCTTTTTTTTT TTCTCTTTTAAGGATGGAAAATAAAGTAGTTTACAATAACTACAAGAGTGGATTTGGTTG TGTTACCAGAGAATCATATTGTAACATTATTTGTTTTAGCAAAAAAATTATGTTTTTAAT TACGTAATAATAGAATTGTAGACTTTTGAAATTAGATTAAAATTTGCTTTTGAAAAACAT ACAATGCCAAATTGAAGTGAAAAAAGTAACATTATATTTTTTTAATATATAATTTCAATA TTGATTTACTAGAATAAGTTTTCACTGAATTGTTTACTTATTTTGATAAATAATATCAAT TAACACTTCGTTAATGACTATAGTCCTCGTAAAATATTGTCCTGATATATTTAAACATAA GATTATACGATTATAATACATAATATAAAGAAAGTAATTTTTTTACGAACCTTATACATT AAAGTAAAGAAAATATACAAATTTTTCAAAGCTTCCATTAGTTGTAATGTGTGACATGAG ACAAAGCCACATGGTTTCAATACTATCACTAGAGCACATGAGTTGTTCATCTTTATTGCT TTTGTTTTCTTTGGCATTTGATTAATTCTAATAAATTTGAAAATGAAAATTTTAATTATA ATTGAAAAATTATTTGTCACTCCATACTGTTTTAAATAATGATAATTGAATTTATATAGG GATTTTTTTAATCTCATTTTAAAATTATTTATTTATAAAATTATTACGAAAGAAGAAAAG GGACATAAAATTTATTTATTTCAACCTCTTCGATCAAAATTAGAGTCGTAGATAAAGCGC AAAATAAGATTCCGAATTATACCCAATTTTGACCGGAAACCCTATCCCTAGCCCCAAATT TTCGACCTAGCTTTTCCCATTTGCCAATCTGCAATTCCAATTCTTCGTTTATTTTCTGGA AACTCAGCAATCAAAACCCCCAATCATTTTCACCTGGCGTCGAGAATGTAGAACCAATTA TTTTAGCATTTGATAGATATATTTGTGTGTTAATATACAAAATTATAGTTATAGAGAGAT GGGGAGCTCTGAAACAGAATTAGGAACGGGGGATTGTGGAGTTGGGAGTATTGTTTGGGT CCGAAGGCGAAATGGATCGTGGTGGCCAGGTAAAATACTATGTCCTGATGAGTTTTCAGC TTCCCATTTGATGTCTCCACGATCTGGGACTCCAGTGAAGCTTCTTGGGAGAGAAGATGC CACTGTGTAAGTCCCTTTTTTACACTTGAATTTATCTTAAAATGGATGATGATTTTGACA CAAGATAAATGTTGCATGTTGAAATTCAGCTGTAATAATGGTAAAACTCGATTATTATTG TCTTGCATGTTATTGATGCATTCTTAGTTGCAGGAAACTTGGAGTATTTTTTATAACATT GATAACACTATAATTAAATGAATTTCCAGTGAGTTTGCATTGTGATATTTCAGTTGAAAT GGGGGTTGGAAGTGGGGTGCAATTAGATAAACTATTGCAAAAGTATTTCTGGACTTAATA TGTCACTATAATTTGACAGTGAATAGTTTAGGATTCATAGTTAGAAGCAGAGGCGGATCC AGGATTTGAATGTTGTGGGTGTCACAAACTCATCACTAGTGATTGACATTGAATTAGGGA CATATTCAATTAGTTCAATCCATTTTGGGCTAATTCAAATCGTTTAACTAGATTTTTGGT TCATAAGTAATACACGGTCATCTAACCAAAATAAATTTTGTACAATTCGATCTAATTCTT GGTCAAATACTATTGAACAAAAATGAGAAACTTAAACAAGAAAATCAAAATCTTGAACAC ACAATTAGACCCCTTCAATTCAAACATAATGTACGTAAAACATGATATCTACTAATTGTA ACTCATGATGAGTTATATAAAAAAACAAAAGCCAAAGCAGCTATGAAAATTAACAAATTA TCTATACAAATATAATAAAAAAATTAATTTTCAAAACAAAAATAAAAACTCTTGACGAAG TGCATAAAACAATCAATGATCTATCACATATCGGCCCTTGCATCCTCTGTCTTTGTTCAA AATAGTAAGAAAGGAAAAATAAAATTTAACGAATAAAATGTACTTTGGAGTAATAAAGAG GAAAAAGATTAAAATCACATTCAAGAGTAATAAAGAGGAAAAAGATTAAAATCACATTCA ATTAAATATTTGGAGATCTTCAAAAAGAAAATTACGAGATAATTTTAGATAAATAAACTA TCAGATGAGGATTTTTTGGACGGAGTTGAAATACAAATTGAAGAATATATGGAAATTAGG AAAAGAAGAGAAGTAAAGAAAAAGGAAAAAGGGAAATAGACAAAATGGATGGCTAGAGGC AGTGATTTGAGAAAGGAAAAAATTTAAATAAACAGATGTGTTAAAGGGGATTCGAACCTA CACCTAGCGCCCGGCACCCTTGCCATTGACCAATGGATCAGAGATGATAATGCTACTACG GATTCCAACCTTTTGTATATACCATAACTCACTAAATTCCTGTGTATATGAAAATTTTAG CGGAGTGTTCGGGTGTCGTGGCACCTCACGCTACCACATAGATCCGCCCCTCGTTTGAAG TATGGACTCTTTACCATCAGTCATTATGAAGGAAGAAAATGGAAATGAGAGTCTCTTAAT TGTGTGCTGATTAGCTCATGTTTCTTGTTAGATCAACATCTACAGGCTTATCGTAAAAGC TTATCTTGCGCTAAGTTGGAGAATAGTAATCGAGAATTCCCTGGTCTTGTAGGTGAAGAT TATTGAGTTTAGAAGGTAAGTGCTGCTATCGGCTTAGTTGCGCGGACTCTTCACTTTTGA TACCGCACCCGTGTCGGATTCGCCAAAAGTACACTACTTTTGGTGAATCTGACGTGCACC CCTTGACATTTTTGAAGAGTCCGAAAAACATAGGCTATGGGTCAAGGTAATGCAGCCTGG CTTAGGAGATTAGGACTCTTTTCATATTGGTTGAAATTCCTTTTTCTCCTTTAACTGTAA AAAGAGGAAAATACATAATGATAATAGAGATGCACCGCACCTTGAAAGCTATTTGTGGAA TAGCATTGTATTGTGTCATTCCACCTCTTTCCTTAGAGGGTAAGATTGAGTTTAACCTAA CCACTGGAGACTTGAGAGGAATATTATATTATATGCATTATAGTAAGTCTAGTTCATGAC ATTACACTATTAAAGAACAAAAAATACACAGGAGAGGAAAAAAAGAAAGAGGAAAATGTT CATTAGTTGATTCTATGGAATTGGCAGAGGGAGCTTTGGCTAAAACCTGTTGGAAACAAG GTTTCATAATGTCATCGAAAAGTTAACGAAGTTGAGGCAAGATTTTGATTCATCCTCTTG AGAGTTTTACTAGGGGATAGTCAAGCCGATGCTTGTGGATTCAGTGCCTGGATCAATCAG AAAAATGTTGCAGAATTGCAAGTGTTTAACACATACCGAAAAGGTACTAACTACTAACTA AGCCAACCATTAATTTTAGTTAATGCACCATGAATGGTCTGATGCCGCTAGCAAAGTTCT TACGTCGAGTGCTCACTCATGAGAAGACTCGAGATAGAAGTCTGGGAATGACACTTAATG AAGCAAGAACTCTGTGAACTCCAGCAGAGTTCTAACTCTTTACCTTTGTCCAATGCTGGA CAACTTGTGATGAAGAGTATCTCTGTACGAGGATTTCCCTTCTCCATGTATCAATCCACA TAGGGAGTACAAAATTTGGGGCTTCAAACCCTCTTTTGTTTGTTTCTTCTATTTGAGTAG GAGTCTTCTTTTAGTGTGGATCAGTGTTAAAAAATCTGTTTGGAACTAGTGGAATGGCAT TATTTTGTTGGAATAAACTACTGGTTAGTTATCTAAGGCAGTAGGGCCAGTATGGTCTCT TTGAATGGGAACCTTTTCAAATCGTCACCTGCATGTGGTGAGCATCTAAGTTAAATGAAA AGCAAAATGAGGAAGCAAAGATGCTTGATTCTATTTCTTGCTAAGTGCTGCTCCCGTCTC TCTCATTCTTGATAAATAGAAATGCTACTTATAGCTGGTGGAATGCTGTATCTTCATAAG TCTATTCCACCTGTCTTAATTAAACTTTGTTTACTAGGTTCAGACACTTCATAGTCTTAG TATGGTATGTTATGGTGTTTCTCTGTGTGTATCTTACCAGGGATTGGTATAATTTGGAGA AGTCAAAGCGAGTGAAAGCATTCAGGTGTGGCGAATTTGATGATTTTATTCAACGGGCAG AAGCATCCCTAGGTCTGCCTCCGAAGAAAAGAGAGAAGTATGCACGACGTGAAGATGCAA TACTTCATGCTCTTGAACTTGAGAGGCAGTTAGGTAAAACATGTGGGAGTTTAGGTTGTT CATCCACTGAGAGAACCAATAAATCTACTTATGCTTTTTCCGGAAGAGAGTCACGAACAT CATCAAAATACTTGGGAAATGGGAATGAGAGACGTTTAAGATCTAAATCTCATAAACTTT CTCATAAATCTGGTTTCTTCCTTGAGGGAAAGAATACACGCAACTTATCTTCTATGCAGG AATCCAAAGATCAGAATAAGTTTAGTGGGGACGATGAGAATTCCGATGTACCTCTGAGGA TGAGAGGTTTACAGGATTTGGGCCTCAGTACTGTTCCTTCAGACCATGCTGTTTCTAATG GTATTTATAATTCAGAATGCCTAGTTAATACTAAGAGAAAAAATTTGTCAGTCAAAAGGA AATTATCAGATGAAGGCTTAGCCGAAAAAATTATTGTCAAGAGGCGTGATAGGAGCTGCC TTCTTGCTCAAGGTTTGAAGAGTTCTGAAAATTTACCTGACTCAGGTTCTGTTTGCATCT CTGAGACGGGAGATGAGCAGCCAGGAGTTGCAAAGAAAAGCAGGTGTAATTTGGCCGAAG AACCTACAGTATTTTTGACTGTTGAAGAGAATAATCATGCACAGATGGAACTTTCAACAT TGAAGCGTGAAGATAATGGTTCTCATCCTGCTGAATTATGTGAACAGAATGCTTCTGGGT CTGCAGAATATACTGAAAGTGGTTCTTCTGATACAGATTCTGCGGAAGATACTGATGATG AGTTGGCCACAATCTCAGGTTTCTCCCTTTTCACTCTTGTACAAGCCACCTTAATGTACA TTCTTTTTCTAGACAAAACGAAGCAGCATCAAAAGTACAAAATCTTTTGTGGTTGCGCTA TAATGCCTCTAAACTTTGGAACTTTGAGATCTTTGGAGCTGATTGAATAAACTTAATTAT TCTAATCCCTCACTCTCTATGCTTGTGTGTTCTACTATCCCCATGTGAACCAATTCATTC CGTGGTTCTCCTTCTTGCGGTTCACATGGTATGCCTTGGTACGTTGTTCAGTCCTCTAAG TTTGTATTGGGACTTTTAGGAGTGAAGCTATCAGAAAGTGGCTGCATCTGGTTACTTCAC CAACATTCTGTATCATTCTGTATCACCTTGAGCAAGTTCAAAGTAGTCTAGGCTCCTAGC ATGTCGAAGTTCAGTTAAGAACTTCCATGGTTATTGTAGAAACTTGCTGCGGTGGGATTT TTTTCTTATTATGTCAAAAGAAAGAGTTTGGTATTTGGTCTTAAATACCCTCTCATGTTT GGAGTTTCGATGTGCTAGATTACTAGTAGTTTCAGTTAAAAGGAAACTGGAAGCATCCAA AACCAATGCTTAGGTCCCCCTTTTCTCAAAAACGTCTCAAGAGGTTGTAAAATATCTCCT AATCTCCCCCCCACCCCCCACCCCGCGGCGTTCCCCCCCTTCTGATACTGTAGGTGTACG AGTCAGCTTACTTGTACCTCACCTATACCACCTTTTATGTCTCAATTTAATATTTGTTTC TCCTGACTGAGGAGCGAGGTGTTGTAATTTTAGTGAGGAAAACTATAACTTGCTTTGTTC TGAGTTGGATTTTGTTGCTAATTTGGTGACTTGTAGAGTTTCTTTCAGAGATGTAATCAG GTTCTAAATCAAAGAACTTAAGCAATTCCAAAGGAAAATCACATTTGAGTGACAACTGAC TAGTAGGCATGATCATAAGTTAATTTTATTTCTTGATATCTCTTTTATAATACCAAGTCG GTATTCTTTCTAATTATCAAAGAAAAAGAAACTCTAGGGAATTGGTTCTCTGGAACTGTA ATTTTTTTTTAGCATCTTAACTGCAGAATTATGTCTAATTCTGATTGTGCATGCAGATTC AAAAAAAATAATAGAATAGAGTCAAAAAGTTCTGGTTGTGAGTGCATAGTTCCTTATCAC TCTTTTATTATTCATTTCTCTTGACATCATGAATCAGTTCTTCCATAAGGATTGCTCCTT TAAACAGAGAAGGTAAGACAATGATCTGCTTAAGGCTAACTTAGCTTGTTGCTAATGCAG ATGGTGCGGCATCTATAGAACTAGAACCAAAATATATAGGAAGATCTGAAGCACAACCTG AACGTGGGAGTATCAGCAGTGAAGAACTGGATGAAGTGACACTTACTGATGACACTTCTT CTCATGCTTATCACCAGAAATCTATTTCTGCTGGCTTTGGGGTGTCCAAATGGCAACTAA AAGGGAAAAGGAATAATCGAAGTCTTAACAGGAGGCCTCTGGATCCTTTTGATGGAAACC TTGCGAGTTTCAAGGGAAAGAGGGGTTATGTATGTCTTCAAGATGACCCCCTTACGAGAT CTTGGGCGCAAAATGCTAGATATGGATCAAGAGCTCCACGTCCTGCTAGTCAAAACATGT TCAATTGTGTGGATTGGGCTTGGGATGATCCAGCAAGCAGAGGTTACTGGGAGGAGTCCG CTGAGTATTTTGATTCTGTGAATAGCTACCATCACTCTGGTGGCAGGACCATGCTGGTCA ATGTGGACTTAAAAGTCCAATCAAGTTTTCAGAGAGAGCACATACCTATGATTTCATTAA CGAGTAAGATAAATGGACAGGCAATAGTTGGATATCCTGTCCAAATTGAAGTGCTTAGTT CTTCTGATAGCCTCCTTTGGGCAACTGAGTGCAATTTTCCAGTATCATCTGATAATGATA CTGCACTCCAACCTATTTGGAGGACTGCTCGCAGGACTGCAAATGTTCGTGTTCCGCGGC CCCATGCATCACCAGGGTTGGATAATCCCAAAGGAACCAAGCACGTCCAAGGTTTTGACT GCAACAAAAGTGTCAAAAATGCTAGTGTAAGCGGCATTGTTCAAAAGGGAAGCATGACAA GGACAACTTCCCAGCCTGCCACAGTGAGAACATTTGCAAGAAAGTCTGGAAAAAGGAATA ATTTATCTTCCTATCAAAAGGTTAGAACACTTAAATCTATAGCCTTGCAGCAGAAACGTA GTGATCAGAAGGGTAGTTCCAACTGTCATCAAGTGGATGGGACAATCAAACGAGAGACAC TGCCAACAGTCATTGCTTGTATTCCAGTTAAGCTAGTGTTCAGTAGGCTAAGTGAGGAAT TGGTGGGTCGTCATCAATAATCATTTCTGCTGGGGCTGAAGGACATTCAATACAAACAAT AACATAGTGATTTGTAAAAGTTTGGAGAAATATAATAATACTGCACCAGCTAGAAGACGG TTTTTTAGTTTATCTTTTTTGGTCCAGACAAAGGCAACCCCCATATGTATCTGATCTGAG CAGCTTGATTGTCAAGGTAAAGCAGGCAAGGCATACCATAGGAAATTGCTTAGGATGGTA TTACAGTTGTACATGGTTTCTTTCATAAGTAAACTTTTTTTCTTTAGCTTTTTTCTTCAG GCATGGAAGTGTGAAAAGCTGAAGGTGGGTTAGCCACAGATAGTAGACTCTCTATATATG ACATTATGTATGTAAATTGTACTAACTTAAGCTATCTATGTATGACTTGGTGCCACAAAC TTGTGGCTTTTACTCTCCACTTTCCCCATGTGAAATCAAATAATCTCATTATGAACTTTC ATCAGACTCAGCTGTATCTCTAAGGCAAGGAAAATCTTACTTACGCTGAAGTCTATGTCA AGTAAAAGAATGCATATAATTTTTTGTAATTTAATCAATAGTGAAGTGATGAGTTTCAAG TTTGACTTGGTTGGAGCAACTTCGTTTATTGTTTACAAAAAAAAATTGTTTCAAAAGAAA GTTTGACTCCTTGTAATTAGCTAATGCACAAGTGCCATAAAACTTGTATTTTAATGTTGA ACTTGATCTTTTTTCCCTTAGATAAATGAGTTTGTTAGTTCTCATTAACACATCTTAATA AATGGTGCTATTTTTTATTTTTTTTTTGGTTGTATCCCATATTTAGTGCACTAACTAATT CAATTTTTTTGTTGCACATAAGCCTACTAACAAATTAAACAAACTAGTTCTAAATTGTAA TGGACTCAATTTTAAATCTTTAATCAAGAATAAAACAATTTTAATCACCATTACATAATC ACATTCCTTCCAAATTACCTGCAAATGATAAATGTTTTAATCGTCTCTTCTCGGGAGCAA AATTTATCCAATTAAATTGGATCTTTTAAAAAACTTCAATTTGTATCTCGTATAAGTTGT CTTAAGATTTCTTTTTGCTTTGTGAAACAAAAAAACACACAGATAAAGTTTCTCAACAAA TTGTAAAGGAATATAGCCGTTGGAACCCTAGAATCCTCGTGGCGGCGACTAGCCGTTGGG ATACAAAAAATAAAAAAGAAAAACCAACATACACATTACATAAACTCTTGATCGGTCCCC ATGAAGCAATAATCATAATCATTATCTTTGTTTGCAGGACACAACTCGGGTCCTCTATCT TCTTCTTCTCTCTCTTCTCAAGCAAATCCGCAACGCGCACTTCCATTTTACTTGCTTTAA TTTGTTCTTCAGTATTGTTATTGTTATTATAACTCTGATCTTCGTTTTGCAGGCTGTAAT ATTCTTGTTTCGTTTTTTTTATTGTGATCTCTGGTTTTGTATCTTTTTTTTTTGTGCTAA CACCATGGATGCAGGATCATTGAGTTCTGTCTCAGCAAGTAAGAACAAATCTCGTTGCCC TCTTCAGGAACAATATCTACAAAAGAGAAATTCTCGGGATAATGTAAGTTGGTTCTCTAC TTGCTTCCGATTATGGACTCTAGAAAGTACTAATTGTTTCAATTTATTGGTATAATCTGT GTTACACTTGGATTTTGAAATTAAGAAATAGGCTAAAAGGGAGATGGGTTTTCATATACT ACGTGTCATCTGGGGTTGGGTTTAATTTTTATAGAACAAATTTGAGGTTTTATGTGAGTT TCTGATATGTGGTACTTTAGCCGAGTGTCTTTCGGAAACAATCTCTCTACCTCCGGAAGG TAGGGTCAGGTTGACATGCACTCTAACCTCTGGGTATGTTGTCGTTTTATGTGAGTTCTA AAGAGGAGGGCATTAACATAGACATTGATTGCTGATTTGGGTTATTACAGTTGGTTAGTT TCATTGCAGTTCTACTAACCACAGGTTATTTTCTCTAAAATGTACCACTTGTTTCCTTTT TTTGCCACAATTTGTATTATATTGAATTTTGAACTAAGAGGTCAAAAGGGAGATGATTTT TCATCACTTTGCCATCTGGGGTTGGCTATGATTTTGTAGAATTAATTGAGGTTACTTAGA CTTGTTTTATGTGAGTTCTTAGAAGAGGAGGGCTTTGACATAGACATTGATTGTTGATTT GTGTTACTACAGTTGGATAGGTTCATTCCTAATCGTTCGGCAATGGATATGGACTATGCA CATTACATGTTGACAGAGGGAAGGAAAGGTAAGGAAAATCCAGCTGTTGATTCTCCCTCC AGAGAGGCATACAGGAAGCAGCTTGCGGAAACATTCAACATGAACAGGTCCCGCATATTG GCGTTCAAGAACAAGCCACCCACTTCTGTTGAGGGTATTCCAAACGACTTCTCATCATCT GTTCACCAACAGGCGAAGACTGCTAAACCGCGTCGATACATTCCTCAGGTGAGTTTACTT AGGTTGTCTAAAGTGAGTATTACATTTCATGAGTTATTGTGCCAATTGTGCTTAACTTTT AAGTCCAAGATTTAGGCATATTGCTGTAAATAGTAACTGTTACTGAATCCCATCCTTATC AGTTTCATCGGTATATTTTTGCAGACCTCTGAAAGGACATTAGATGCTCCAGATCTAGTG GATGACTACTATTTGAATTTGTTAGATTGGGGCAGCAGCAATGTTCTTTCTATTGCTCTA GGCAGCACTGTATATCTGTGGGATGCATCTGATGGTGCCACTTCAGAATTGGTCACTGTT GACGAAGAGCATGGTCCTGTTACAAGTGTTAAATGGGCTCCTGATGGTAGACATATTGCT CTTGGTTTGAACAATTCCGATGTTCAGCTCTGGGATACAACGGCAAATCGGCTGGTTTGT TTCTTGAAATTTTCTGTTCATGTTGTTTATTTTGAGCGATTCTTATGCTAATATATGATT TTATACATTGGTGCAGCTGAGAACTATGAGAGGTGGTCACAGATCCCGAGTTGGCGCTCT AGATTGGAACAATCACTTATTAACAACTGGGGGCATGGATGGTCAGATCAGAAACAATGA TGTGAGAGTGAGATCGCCAATTGTTGATACCTACCAAGGACATAACCAAGAAGTTTGTGG TTTAAAATGGTCAGCCTCTGGTCAACAATTAGCTAGTGGTGGAAATGATAATCTCCTCCA TATATGGGACAGGTCAATGGCTTCTTCCAACACATCAACAGAGTGGCTTCACAGGCTTGA AGATCATACAGCTGCCGTTAAGGCCCTTGCTTGGTGTCCTTTCCAGGGTAACTTACTAGC CTCTGGTGGTGGTGGAGGTGACAGGTCCATTAAGTTCTGGAACACCCATACTGGTGCTTG CTTGAACTCTATCGATACAGGCTCTCAGGTTTGTGCCCTGCTATGGAACAAGAACGAACG TGAGCTCCTAAGTTCACATGGTTTCACAAAGAATCAGCTCACTCTTTGGAAATACCCTTC CATGGTAAAGACAGCCGAGCTCACTGGTCACACATCCAGAGTTCTTTTTATGGCACAGGT ACATGATTCTTAAGTAATTTTGTTGCATTTTTTGCAGTACACAAGAAAGAAAGGAACTAA TTTTCTGGTTAAATTTGTTGCAGAGTCCAGATGGTTGCACGGTGGCATCTGCAGCTGGGG ATGAAACTCTTAGATTTTGGAATGTATTTGGTACTCCTGAAGTTGCAAAGCCTGCACCAA AGGCAAACACTGAGCCATTTGCTCACCTTAACCGTATTCGGTGAATTGTGAGGGACACCA TATATTTATTGCGAGAGTGATTGAATTTCTGTAAAGTCTATATAGCTCAAAATGCTCATG AACCAGACAACTGCTGTATTTATTGTGTAAAATGAGATACTTTGGTTCATTTTCTGTATA TGTTCGTTGGTGAAGTTCGTGTAAATGGAGGAGCTATTTGTTTGCGATAATCTTTCTTGG TCACATATAGTGACAAAAAGCATGTGTAAAAAGATAAAAAGCAAAGGTTCTTCATCATAA GAATATTGTATCATTGTGAAACCTTTGGAGGGGTTCTACTCCCTGAATAAAGATGCATAT ACATTTCTTACTCCCAAACAATTGGCCTAGATTATTAAAAATGTGTCCCTCCATCAGTTC CATTGTGTTTTCCTTTTTCAACTCTATCAACCTGCACTTTACAGGAACAATTTGATCCAC CCAAATTCAGCCCAATCCGCCCATTTGACACCTCTTCCATTATTACATCTCTCTGAAGTT CTTAAATCTATTGAGTTTCTTTCTGTTTATCAAATTTTCAGCAACATTGAAAGAGTAATT TCTTTGGGAGGATTTGGATGGTACAACTTTTCTTCCCCAACACAGAGCGAACTTGATAGA AGTAAAAGATTCATATTATTTATAATACAAATATTTGATAGCATCTTATTCTGCACTCTT TACTACAGATTCAAATTTTTTAAAAAAATCACTACAGATTGAAAGAAATTTAAACATAAG CTGGCTTCTCAAGATCCTCGAGTGGGCGGAAGAAGGCCTTCTGTTCCAACACAGAATCTA CACTAGCAGTCACAGCCCTGATACCGATATGATGATCAGTGGCTGGTCCAAACACACCAG TATGAGGATGAGGAGTCCAGTACTTATCCGATTTCGCCTTGATCACTTCATCTGGCACCA GCACAGACTCCTCCAGATTCTTATCGTACACTGATGCATGCACTGCCCTCCTGCACAAAA AACACACACATATAAATAAGGATCAAGGATCTGAACTTTACGACACAAACCATTCAATTT CCTGAGTTCGAAATCAATGAAGTACTACTTATTCAATGATTTTCTAATACATACACAAGA TCCGAGCCAAAACTTTGATTAATATAGTTCAAAAATCCCTTCTTCAAGCTAACGAATCCA CGGTTCTGTAAACTGGTGGCCATTCAAATATGGATTACTAGTTTGAAAAAAAAGGGATTA AAGTTCTTAATTACTACTTTTCAACACAATAAAGCAAATGAGTAAGAAGAATTAGATGAA ATGCTCAATGTAATGATGATTTTGAGTCTCCGCCTCTATTTCTCTATTTATAGAGAAAAA CTCAAGACTTCAGAGTGGACTACAGTAACAATTTACTAATTTTATTAATTATTACTATTA TTGTTTACTGTATATTAAACAAAGATTACCAAGGATGTATTAGCAATAATATTTGATTAC TCTTGCATTAATTCAAACTAATCTTTGTGCCATCTTATTTTTTGGTCACATAAAGTCTGT GGACTAGAAAAAAAAATTCTTTGTGCCGTCTTATTAATTTTATTATTTTTTTTTAATATA TCCTTATAAATTATTATTTACTTCATTTACTTTTAATTATTTAAGGTGCGAAAAATATGG AAGACAATTTTTTTTCCTGTTCTTCCTTTATAGCATTAAGTACTCATTCAAAATTATTTT TTCAATTCAATTCAATATTTTTTTAAGGGATTGAACTAGTTGCATTTATTATGTTTTGTT TTACTACATTAAAATTCAGAATTAAAATACCGTGTCACTAAAAGTCATTGTGTATAATAC GAGTAAACGCATAATTTGTTAGGTTATGGAGTCTGATTAATATATATAACTGTTTACGCG GTTTAACCTTAGGTTTTACTATTTATTCTCTGTAACAAAAAATACTCTGATTTATTAATA AAAATATACCTCACTGTCGTGGAAGTTTACTCACGGGGTGTTACCACGAAATATTGGATT TTCTCTTTCTCTCTCTAGATCTCTCGTCTCTTTCTCTTGAAAGTTCTTGTGTTCTTCATT CATCAAGTGTGTGTGCGTGAATTTGATCCTAACATAATTATGGCTAAATATACTTATTAA GGATATTATCAATATCGCATTAATTTATTAAAAGATGAGAACCATTGTAATTTTTATTTA TGGTCATGAGGGATACTTAAACCTCTGTCAGCTGTGATGTTATATTGAACTAAATGAATT ATTTATTTATGAGAATATAGTGGCATGACTTTTATCTTTTAAAAACATGTGAAGGTGGAT GGCTGGATAAAACTTGTGACTATATAAAATGGGGGGGCTGGTATAAAAAATAATAATTGG ATCATTTTGACTTCAATATTAAATTTAAAAAATGAATGTACTCTTAAAAATTAACTTATG AAAAAATGATATTGTTTAAAATTATAATAAGAAATCCATTTGCCCGGCCTACAAATGGAC TCCAATATTTTATTTCATTTTCATAAGATTGAATAAATAGAAGAAAATATTAAATAAAAT ATCTAGTACTCTAGCTTTATGATTTTTTTTTTTAAGTTTATGTTTTTCTATCGACTATGT AACAGTAAGCTCCCAATTAGAACTCTTGATAAAGCCACCAGATTAAAGTCAAAGCTCACA TGTTTAATTATTAATTAGCTAAATTAGCCTCTAAGTGCGACACTGTGATTTTAAAAGTTT TTTGCATAGATTTCACCACTCCCACGAGAGAAAACTAAACTTAATTAAAAAATTAAAAAA TATATGATAATTGAACTACAATTAAAAATTTAAAAGGTAACGTATATTAACTTTATACAA TTTAATAAAAAGTTTGTCATTATTAAGTTATTTCTTCTTATCTTCCTTAATTTTGATAAT AAAATTATATCATATTTATTAATAGTGGGATATGAAAAATAATTTGTGAAATTAATTGAA GTATGCATAACCTAATTCAAATACTGTGATTAAAAAAAGGGATAATTATATAGAATGACA AATTAATAATATAAAATAAATATAGTAGCTATCCTTTAATATATTTGTGTTCCATAACAT ACTGTTTGTCAGTCCCTCTAACGCATGCAAATACATCAGAGTTGGCTCGATAGTGTTAAA AAAAAGACATGTGTCTTAGGCCTCAAATTTTAGGGGCCTCATTTTTTTTTAATAATAATA GGTTATAAGTTATTATCTTTTAAACAAATATTGAATACTATTTGTAGAAAAAATAAACAA TTCATGAAAAAGAAGGGATTAATAGAAGAAATTCGACATATTTAGAGTATTATATCTCAT GAGAAATAATTTAAAATAAGAATGGTTATATTATCAAATGAAAACTAGAATAAATCAATT ATATAAGAGTTATTAACAATTTAAGTTTAAGGCCCTACTTGTCATGAAGAAGTGCAATGC AAAAGAACGCCTTTTTTCTGGAGGCCTCAGGCAGTGGGTTTTTACTTGAGGTCACTAATA CGCTTGAGTCGCCCCTAAAATACATATATCTTCATCCTATACACTTATAATTATATAATA CAAATATTTCCCAGAACAAGTCTCTTTTGCCTTTCTCATTTTATACAAATTCAAATTGTA TATAATTTCTCTCTTTCTCGTTTTATACAATTCGATTCAATTGTATATTCCCTGCACAAG TCTTTTTATCTTTCTCGTTTTATACAAATTCAAATTGTATATAATTTCTCTCTTTCTCGT TTTATACAATTCAATTCTGCCTTTCTCGCTTTCTCGTTTTATATAATTCAAATTGTTTAT AATTTTTCTCTCTCATTTTGTACAATTCGTTTTATACAATTCGCTTCAATTGTATATGTA TAGCAAATTATACATATACAAATTTGCTATGAAGCGCAATTATATAAACTTTGTTATAAC ATACAAATATGAATTTTATGTTTATTATACGTGAAAGTCGCCAAAAAGAACTATTGCAAC TTGCAAGGGTCTCACAGCTTCCACTAGCAAACATTTAACTTTATAAAATGAAACTATAAG ATCGTGAAACACCATTAAAAGATAAACTTATAACTTTATAAAATGAAACTACAAGATCGT GAAACACCATTACATGATAAACTTTTGTTTTTTAAAAGCAGTATGTATTTTAAAAATAGT TGAATTCCAAGATATTTTACGTTTCAGTCTAAATTGTTAGGCCACAGAAATAAGTAGTGC AACTAATTAAAATATATCTTAAAGTCTTATTTAGGAGCCTGGTAACCAAGTTTGAAAATA TTTACTTAAAAGTATACATATGATGAAACATATTTATTACTAATATAAAAATCCACTCAA CTAGTCAACTGAAATCCCCGTGTTGTACCCGTTTCATTCGTTTTAGGGATAATAACTAGG CGGGGTGAGATATGATAAATTAATTTTTTTTTAAAAAAATATTAAACAAAATAAAATAAG TTAAAAAATTTGTCCCGCCTTATTTTATTTACATTTTCGGCTTATAATTATTTTTGTGAG TAGTGAAAATGTCAAATTATTTGTGAAGATGAAATATTCGTATAGAAATTAAAGATAAAA GGGCATATGCAAAGTTATTATTCTATTAAACGTGTGGTGGTCACATATATAATACTAACG TGCCGTTGAGTACTAATTATAATATCCATTGATTGATTATTGCAGTATTTATTCCAAAAC TTTAAGTAGCAACCGATAATACATTAAATCTAGTGGGACAGGAGAATAAAATGACATTAA ATTGTACTTTCCTTAGCAACATCAACACGTGTTTTATTTATATGAACCAAACATCAAAAC ATTTGGATCGGAGATTAATAAAAATAAAAGGTATAATGCATAAGTATTTTTTTAATTTAT GTCTAAAATTTTAGAGATATATTTATACTATTTAAAGTCCTATTATCCCTAAATTTATTT TATAAATAGTGTTCTACCACTTTTTGGCCTACGTGATACTATCTCGTTGGTTCAACATTG ATTGCTTTTTTTGTTCAAGCTAGTGTCACGTAAGTAAAAAATAAAATAAAAAACTACTTA TAAAATAAGTTAAAAATTAATATAAAACCTTAATATAGTATAAGTGAGTTTTATATTACA TGCTCACGATAACAATAGAGCGAGACAGACAGGGTTTAACATGACGGGTTGGGCAAGAAA AGATTTAACCGAGACAGGTCAAATTAATACACATTTTTTTGAGAAAATAATGCACGAGGG GGCTAGCTAGGCAGGTGGCTAGGAATATAACTAACCAGAAGTAACTTCACAACCTAATAA AATATGTGTGAAATTAATAATGAAATTGATAAAACTTTAATTAAATAACATGAAAGACAG GTTCCTCCATCAGTTAGAGCCTCTGCCAGATCAAACATTAACACTTAAGCCTCTCGATGT TAAAAAAAATTGCATAAGTATCTTCTAAGTTATATCAAAATTTTAGAGACACATTTTTAG CTGATTAGATTTTCTTATAAACGACGAGATTAGCATAAAAGTTTTATTTATGGTTGATTT AGTGTTTGTGAAATTAGGTCCTACGTCTAACTCACACTCCAAAAGCTAGCTCAAAGGAAG GAGGATTGCCCAACCCTTATAAGGAATCCACTAATTTCATTAATCAATGATGTGAACTTT TTTGTCATTCTTTAACACCCCACCTTACGCCTAGTGCTTACCATCTGGTGCGTGGACAAT TTTGATTTTGAAAGCCCCAACATTGAGAGAGATGGGCCCTGCTATGATACCATGTGAAAT TAAGTCTTAGGTCTAACTCACACCCCAAAAGCTAGCTTAAAGAGAGGAAGATTGTCCAAA CTTTATAAGGAGTCCACCAATCTTATTAACTAACAATGTAAACTTTTTTGTCACTCTTAC TCTTTAATAGTATTTTCTTTGAAAAATATGGTTTATAAAAATGTTTGATGAGAAATTGTT GATTGAAAGATTTTCATACACTATCAATATAATTTAATATATAGTGTTACTTATTAATTA TAACTTATATCCAGATTATTAATATATAATTTATAATGATTTATAGGTATCTGTTCACCT ACATGTTGCATGCATCAATTTATTTTACATCGTTAATATATAAAAAGCCTAAATTCCTAC CTTTTAAAAAACTGTACGTTTTATAAGTACTCCACATGTGTATGTGAGAAAGGATAAATG GGAAGAGAATCTAATTTATGGAATTTGAATCCTCTTTACATTTAAACCTAAAAAAAAATA AAAAAAATCTACATATATAATAAGAACGTTTTTCTTTTTAAAAAAAAAAATTCTTTAAAA TGATCTATTCCTTTCCCATGTCAAACAACATGCTTCATACCTGTTCTGTTGTATATCATC TTTCGATGCAAAACAATAATTTCTTTATAAAAAATATGGAATAAAATCTAGCCAAAAAAG TTATAGCATATATTTTAATTAAAAGAAATAATATTTAGGAGCTAAAATGTGCTATTAGGA AAAGAAAATTAGTTAGTCAACAACTTCCAGCTCTTGTTCTGTTGCATGCATGACAAATGC CAATTAAATTAGTGACGTATGTTATGAGCAACTTCCCCACTTATTTAAGAAAAAATCGAC AAAATGAATTGTATGTTTTGCTTAAATCACCTTTAATTTATAATAAAGTAATTAATTTGG ATTTTGATTAGGAAGTTTGTACTGTACTTTTGCTAAGAGCTACAAATGTTATGTGATCTA CTGTGGTTTTAAATATAGTGAGAACATAATTTTGATGATCCAAATTGAGTAGTAATTATA GCAAGAGTACTAAAACTAGTGGTAAAAGTAAAAAAAAAATCTACGATGTTCCTGCTTATG TTAAAACTTTTTAAGGTCCGCCTCATGGATCCCAGTTGAAAGAGATAAATTGAACAAGTA TGATCGTTCCTTGTTGGGATGTACTATTAAATCTAAATTAGGGTTATCTGCAAAAAAACT ACGATAAAACTGTTTATGAATATCTTCGCAGAGTGAACTTGATTTAATCCTATACTTTTG TGATGAATTGTCATAAAATTATTATGTTTGCTACAAGTAATTTAATTAGATTTGGCTACG TACACCACTAAGGCACCAACTAAAAGAAGTTTAATAAATAGCTAAAAGTTATATCGAAGT TAGTGCTAATCACCTTTTATCCTTAAAGAGATATATGTTTCTGGTTTGAAGCTCTAGAAA TAAAATTTTCTATGATAAAAATCTTTATTCTAAAATAAGATTTCTAATGTAATTTAAATT ACTTGAACATCAAAGTAAATATCGAAAAGCTACGTGAGAAACTAAAAAATATGTGCAAGA ATTTTTTTTTTCCTCATCTCCGAAACCAAAAGCTTAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.941 10914 11098 match_2 match_part 0.916 10943 11600 match_3 match_part 1.000 22375 22498 match_part 1.000 22975 23402 match_4 match_part 0.817 22428 22498 match_part 0.924 22978 23520 match_5 match_part 0.780 22440 22498 match_part 0.931 22975 23616 match_6 match_part 0.780 22440 22498 match_part 0.925 22975 23402 match_7 match_part 1.000 22470 22498 match_part 0.991 22975 23656 match_8 match_part 0.916 22975 23521 match_9 match_part 0.922 22975 23475 match_10 match_part 0.914 22975 23460 match_11 match_part 0.923 22975 23387 match_12 match_part 0.915 22975 23374 match_13 match_part 0.973 23218 23631 match_14 match_part 1.000 23481 24224 match_15 match_part 1.000 23640 23790 match_part 1.000 24500 24698 match_part 1.000 24819 24911 match_part 1.000 25021 25149 match_part 0.963 25270 25323 match_part 1.000 25399 25425 match_16 match_part 1.000 23640 23790 match_part 1.000 24500 24698 match_part 0.949 24819 24896 match_17 match_part 0.985 23657 23790 match_part 1.000 24500 24698 match_part 1.000 24800 24911 match_part 1.000 25021 25149 match_18 match_part 0.977 24568 24698 match_part 0.978 24819 24911 match_part 0.969 25021 25149 match_part 1.000 25270 25293 match_19 match_part 1.000 24874 24911 match_part 0.891 25021 25149 match_part 0.963 25270 25323 match_part 0.987 25399 25476 match_part 0.937 25676 25738 match_part 0.944 26594 26682 match_20 match_part 0.974 25035 25149 match_part 0.981 25270 25323 match_part 0.987 25399 25476 match_part 0.937 25676 25738 match_part 0.965 26594 26706 match_part 0.966 26872 26988 match_21 match_part 1.000 25130 25149 match_part 1.000 25270 25323 match_part 1.000 25399 25476 match_part 1.000 25676 25738 match_part 1.000 26594 26706 match_part 1.000 26872 26937 match_22 match_part 1.000 25295 25323 match_part 1.000 25399 25476 match_part 1.000 25676 25738 match_part 0.991 26594 26706 match_part 1.000 26872 27307 match_23 match_part 1.000 25713 25738 match_part 0.965 26594 26706 match_part 0.908 26872 27349 match_part 0.875 27452 27459 match_24 match_part 0.971 26637 26706 match_part 0.922 26872 27348 match_part 0.800 27452 27461 match_25 match_part 0.985 26642 26706 match_part 0.904 26872 27296 match_26 match_part 0.996 40555 41253 match_27 match_part 1.000 40556 40833 match_28 match_part 0.996 41059 41758 match_29 match_part 0.999 41061 41736 match_30 match_part 0.967 44998 45269 match_31 match_part 0.953 51603 51645 match_part 1.000 52114 52217 match_part 1.000 52373 52448 match_part 0.988 54268 54351 match_part 0.993 54439 54848 match_32 match_part 0.952 51604 51645 match_part 1.000 52114 52217 match_part 0.971 52373 52406 match_33 match_part 0.986 54673 55376 match_34 match_part 0.931 57031 57622 match_35 match_part 1.000 69944 70051 match_part 1.000 70761 71025 match_part 1.000 71934 72201 match_part 0.992 72273 72399 match_36 match_part 1.000 69945 70051 match_part 1.000 70761 71025 match_37 match_part 0.992 72358 72953 match_38 match_part 0.990 74233 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77268 match_part 1.000 77597 77656 match_part 1.000 77739 77764 match_39 match_part 0.993 74233 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77268 match_part 1.000 77597 77656 match_part 1.000 77739 77764 match_40 match_part 0.997 74234 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77185 match_41 match_part 0.929 74235 74530 match_part 0.989 76483 76573 match_part 0.974 77153 77268 match_part 0.983 77597 77656 match_part 0.970 77739 77804 match_part 1.000 79230 79258 match_42 match_part 1.000 74239 74530 match_part 1.000 76483 76570 match_43 match_part 0.908 74258 74530 match_part 0.989 76483 76573 match_part 0.974 77153 77268 match_part 1.000 77597 77656 match_part 0.955 77739 77804 match_part 0.963 79230 79337 match_44 match_part 0.997 75875 76504 match_45 match_part 0.978 76528 76573 match_part 0.974 77153 77268 match_part 1.000 77597 77656 match_part 0.955 77739 77804 match_part 0.990 79230 79429 match_part 0.943 79511 79808 match_46 match_part 0.971 77623 77656 match_part 1.000 77739 77804 match_part 1.000 79230 79429 match_part 1.000 79511 79642 match_47 match_part 1.000 77626 77656 match_part 1.000 77739 77804 match_part 1.000 79230 79429 match_part 1.000 79511 79822 match_48 match_part 1.000 77630 77656 match_part 1.000 77739 77804 match_part 0.990 79230 79429 match_part 0.987 79511 79822 match_49 match_part 1.000 79356 79429 match_part 1.000 79511 79810 match_50 match_part 1.000 79356 79429 match_part 1.000 79511 79810 match_51 match_part 1.000 86005 86406 match_part 0.995 91621 92006 match_52 match_part 1.000 93991 94303 match_part 0.994 94933 95086 match_53 match_part 0.886 94007 94303 match_part 0.971 94933 95206 match_54 match_part 0.892 94009 94303 match_part 0.971 94933 95208 match_part 0.992 95365 95492 match_55 match_part 0.882 94017 94303 match_part 0.975 94933 95208 match_part 1.000 95365 95442 match_56 match_part 0.880 94037 94303 match_part 0.982 94933 95103 match_57 match_part 0.996 94048 94303 match_part 1.000 94933 94994 match_58 match_part 0.892 94055 94303 match_part 0.975 94933 95208 match_part 0.870 95365 95502 match_59 match_part 0.904 94055 94303 match_part 0.990 94933 95037 match_60 match_part 0.840 94279 94303 match_part 1.000 94933 95208 match_part 1.000 95365 95556 match_61 match_part 0.978 94933 95208 match_part 0.989 95365 95634 match_part 0.940 95717 95915 match_62 match_part 0.978 94933 95208 match_part 0.989 95365 95634 match_part 0.929 95717 95730 match_63 match_part 0.971 94936 95208 match_part 1.000 95365 95494 match_64 match_part 0.455 96996 97017 match_part 1.000 97135 97476 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_65 match_part 1.000 12331 12309 match_part 0.927 11656 10907 match_66 match_part 0.916 11558 10908 match_67 match_part 0.929 11265 10915 match_68 match_part 0.930 11254 10925 match_69 match_part 0.934 11374 10936 match_70 match_part 0.986 12382 12309 match_part 0.933 11656 11108 match_71 match_part 0.988 12388 12309 match_part 0.946 11656 11179 match_72 match_part 1.000 13217 13107 match_part 1.000 13006 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.991 11656 11431 match_73 match_part 0.977 12351 12309 match_part 0.932 11656 11466 match_74 match_part 1.000 12656 12490 match_part 1.000 12396 12309 match_part 0.974 11656 11468 match_75 match_part 1.000 12838 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_76 match_part 0.994 12658 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_77 match_part 0.988 12655 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_78 match_part 1.000 12654 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_79 match_part 0.958 12631 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_80 match_part 1.000 12573 12490 match_part 1.000 12396 12309 match_part 0.963 11656 11469 match_81 match_part 1.000 12549 12490 match_part 0.977 12396 12309 match_part 0.973 11656 11469 match_82 match_part 0.988 12863 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11471 match_83 match_part 0.989 12871 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11472 match_84 match_part 0.964 12805 12778 match_part 0.926 12704 12490 match_part 0.989 12396 12309 match_part 0.966 11656 11482 match_85 match_part 1.000 13241 13107 match_part 1.000 13006 12778 match_part 1.000 12695 12490 match_part 1.000 12396 12309 match_part 0.975 11656 11497 match_86 match_part 1.000 13241 13107 match_part 1.000 13006 12778 match_part 1.000 12695 12490 match_part 1.000 12396 12309 match_part 1.000 11656 11507 match_87 match_part 0.939 13008 12778 match_part 0.930 12704 12490 match_part 0.989 12396 12309 match_part 0.977 11656 11569 match_88 match_part 1.000 13119 13107 match_part 0.926 13006 12778 match_part 0.935 12704 12490 match_part 0.989 12396 12309 match_part 0.915 11656 11610 match_89 match_part 0.935 13168 13107 match_part 0.956 13006 12778 match_part 0.926 12704 12490 match_part 0.955 12396 12309 match_part 0.914 11656 11622 match_90 match_part 1.000 13252 13107 match_part 1.000 13006 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 1.000 11656 11628 match_91 match_part 0.922 13247 13107 match_part 0.948 13006 12778 match_part 0.926 12704 12490 match_part 0.955 12396 12309 match_92 match_part 0.916 13237 13107 match_part 0.956 13006 12778 match_part 0.926 12704 12490 match_part 0.988 12396 12313 match_93 match_part 0.925 13240 13107 match_part 0.948 13006 12778 match_part 0.930 12704 12490 match_part 0.981 12396 12345 match_94 match_part 0.923 13248 13107 match_part 0.943 13006 12778 match_part 0.953 12704 12490 match_part 0.980 12396 12348 match_95 match_part 0.918 13240 13107 match_part 0.956 13006 12778 match_part 0.926 12704 12490 match_part 0.980 12396 12348 match_96 match_part 0.919 13241 13107 match_part 0.956 13006 12778 match_part 0.926 12704 12490 match_part 0.975 12396 12357 match_97 match_part 0.922 13247 13107 match_part 0.956 13006 12778 match_part 0.907 12704 12490 match_part 0.972 12396 12361 match_98 match_part 1.000 13254 13107 match_part 1.000 13006 12778 match_part 0.967 12704 12490 match_part 0.962 12396 12371 match_99 match_part 0.912 13197 13107 match_part 0.956 13006 12778 match_part 0.916 12704 12490 match_part 0.909 12396 12386 match_100 match_part 0.919 13241 13107 match_part 0.952 13006 12778 match_part 0.949 12704 12587 match_101 match_part 0.919 13241 13107 match_part 0.956 13006 12778 match_part 0.957 12704 12588 match_102 match_part 0.902 27365 26909 match_103 match_part 1.000 30053 29857 match_part 0.984 28064 27457 match_104 match_part 1.000 30732 29857 match_part 1.000 28064 27505 match_105 match_part 0.996 29476 28785 match_106 match_part 1.000 30569 29978 match_107 match_part 1.000 31356 30693 match_108 match_part 0.906 31354 30719 match_109 match_part 1.000 31373 30872 match_110 match_part 0.996 31365 30887 match_111 match_part 0.990 31355 30968 match_112 match_part 0.916 31928 31606 match_113 match_part 0.912 31928 31623 match_114 match_part 1.000 81145 80694 match_part 1.000 80583 80247 match_115 match_part 0.951 83810 83647 match_part 0.975 82854 82372 match_116 match_part 1.000 83827 83647 match_part 0.993 82854 82551 match_117 match_part 0.971 83751 83647 match_part 0.963 82854 82667 match_118 match_part 0.995 97818 97615 match_part 0.994 97490 97133 match_part 0.714 94193 94145 match_119 match_part 1.000 97817 97615 match_part 0.994 97490 97133 match_part 0.711 94193 94149 match_120 match_part 1.000 97803 97615 match_part 0.994 97490 97133 match_part 0.732 94193 94153 match_121 match_part 1.000 97786 97615 match_part 0.994 97490 97133 match_part 0.431 96931 96874 match_122 match_part 0.994 97785 97615 match_part 0.989 97490 97133 match_part 0.516 97042 97012 match_123 match_part 1.000 97638 97615 match_part 0.989 97490 97133 match_part 0.625 97042 97027 match_124 match_part 1.000 97802 97615 match_part 0.994 97490 97133 match_part 0.643 97042 97029 match_125 match_part 1.000 97802 97615 match_part 1.000 97490 97133 match_part 0.667 97042 97031 match_126 match_part 1.000 97782 97615 match_part 1.000 97490 97133 match_part 0.750 97042 97035 match_127 match_part 0.996 97820 97066 match_128 match_part 0.959 97832 97615 match_part 0.993 97490 97080 match_129 match_part 0.995 97820 97086 match_130 match_part 1.000 97795 97615 match_part 0.978 97490 97128 match_131 match_part 1.000 97788 97615 match_part 0.978 97490 97128 match_132 match_part 0.994 97780 97615 match_part 1.000 97490 97133 match_133 match_part 0.995 97817 97615 match_part 0.997 97490 97138 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 13254 13107 exon 13006 12778 exon 12704 12490 exon 12396 12309 exon 11656 10907 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 13008 12778 exon 12704 12490 exon 12396 12309 exon 11656 10907 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 13241 13107 exon 13006 12778 exon 12695 12490 exon 12396 12309 exon 11656 10907 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 10914 11600 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22375 22498 exon 22975 23790 exon 24500 24698 exon 24819 24911 exon 25021 25149 exon 25270 25323 exon 25399 25476 exon 25676 25738 exon 26594 26706 exon 26872 27349 exon 27452 27459 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22375 22498 exon 22975 23790 exon 24500 24698 exon 24819 24911 exon 25021 25149 exon 25270 25323 exon 25399 25476 exon 25676 25738 exon 26594 26706 exon 26872 27348 exon 27452 27461 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22375 22498 exon 22975 24224 gene_8 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 23657 23790 exon 24500 24698 exon 24800 24911 exon 25021 25149 exon 25270 25323 exon 25399 25476 exon 25676 25738 exon 26594 26706 exon 26872 27349 exon 27452 27459 gene_9 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22428 22498 exon 22978 24224 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 27365 26909 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 31373 29857 exon 28064 27457 gene_12 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 29476 28785 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 31928 31606 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 40555 41758 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 44998 45269 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 51603 51645 exon 52114 52217 exon 52373 52448 exon 54268 54351 exon 54439 55376 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 57031 57622 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 69944 70051 exon 70761 71025 exon 71934 72201 exon 72273 72953 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 74233 74530 exon 76483 76573 exon 77153 77268 exon 77597 77656 exon 77739 77804 exon 79230 79429 exon 79511 79822 gene_20 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 75875 76504 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 81145 80694 exon 80583 80247 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 83827 83647 exon 82854 82372 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 86005 86406 exon 91621 92006 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 93991 94303 exon 94933 95208 exon 95365 95634 exon 95717 95915 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97817 97615 exon 97490 97133 exon 97042 97012 gene_26 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97818 97615 exon 97490 97133 exon 94193 94145 gene_27 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97832 97615 exon 97490 97080 gene_28 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97817 97615 exon 97490 97133 exon 96931 96874 gene_29 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97820 97066 gene_30 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 96996 97017 exon 97135 97476 RepeatMasker tomato repeats master Copia00014 3 4663 1 Copia00014 3 4663 1 nucleotide_motif 35143 3967 8622 Unknown00050 3303 3726 1 Unknown00050 3303 3726 1 nucleotide_motif 787 14613 14972 Unknown00019 46 295 1 Unknown00019 46 295 1 nucleotide_motif 555 20526 20771 SONATA2 70 221 1 SONATA2 70 221 1 nucleotide_motif 623 28526 28685 Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 4578 31458 32128 Unknown00046 3869 4080 1 Unknown00046 3869 4080 1 nucleotide_motif 788 38994 39185 Copia00172 5196 5316 1 Copia00172 5196 5316 1 nucleotide_motif 461 59138 59252 SONATA1 1 243 1 SONATA1 1 243 1 nucleotide_motif 958 59996 60213 Unknown00030 1229 1376 1 Unknown00030 1229 1376 1 nucleotide_motif 286 62342 62473 Copia00105 8568 9436 1 Copia00105 8568 9436 1 nucleotide_motif 933 71124 71421 Gypsy00168 1334 1417 1 Gypsy00168 1334 1417 1 nucleotide_motif 298 71818 71902 Copia00112 7626 7699 1 Copia00112 7626 7699 1 nucleotide_motif 328 71831 71905 HELITRON7_OS 1520 1623 1 HELITRON7_OS 1520 1623 1 nucleotide_motif 261 71906 71932 Gypsy00073 1655 1795 1 Gypsy00073 1655 1795 1 nucleotide_motif 288 78918 79061 Copia00110 13163 13623 1 Copia00110 13163 13623 1 nucleotide_motif 1011 84402 84891 Gypsy00073 1230 1400 1 Gypsy00073 1230 1400 1 nucleotide_motif 574 84910 85075 LHI1 1 40 1 LHI1 1 40 1 nucleotide_motif 266 86748 86787 RepeatMasker tomato repeats master Copia00110 13268 13563 -1 Copia00110 13268 13563 -1 nucleotide_motif 936 20923 20615 Gypsy00043 528 610 -1 Gypsy00043 528 610 -1 nucleotide_motif 452 21697 21614 Copia00110 13146 13241 -1 Copia00110 13146 13241 -1 nucleotide_motif 381 21711 21698 Gypsy00073 608 657 -1 Gypsy00073 608 657 -1 nucleotide_motif 299 32136 32088 Unknown00025 255 482 -1 Unknown00025 255 482 -1 nucleotide_motif 639 38985 38740 Copia00094 4465 4582 -1 Copia00094 4465 4582 -1 nucleotide_motif 777 59584 59474 Unknown00034 3705 4018 -1 Unknown00034 3705 4018 -1 nucleotide_motif 2196 59791 59486 Copia00172 5180 5320 -1 Copia00172 5180 5320 -1 nucleotide_motif 611 60784 60641 Unknown00019 48 274 -1 Unknown00019 48 274 -1 nucleotide_motif 795 85052 84818 Copia00145 5502 5712 -1 Copia00145 5502 5712 -1 nucleotide_motif 1356 98408 98357 Gypsy00074 8153 8363 -1 Gypsy00074 8153 8363 -1 nucleotide_motif 1515 98614 98409 Copia00145 5456 5501 -1 Copia00145 5456 5501 -1 nucleotide_motif 1356 98626 98615 Copia00110 13333 13444 -1 Copia00110 13333 13444 -1 nucleotide_motif 402 100147 100038 Copia00110 13163 13385 -1 Copia00110 13163 13385 -1 nucleotide_motif 765 100481 100267 Unknown00034 3751 4017 -1 Unknown00034 3751 4017 -1 nucleotide_motif 1013 101631 101369 Copia00143 38 206 -1 Copia00143 38 206 -1 nucleotide_motif 1059 102237 102067 Copia00143 82 222 -1 Copia00143 82 222 -1 nucleotide_motif 862 102418 102277 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2171 63088 64182 match_2 match 2179 18500 19619 match_3 match 2254 85942 87078 match_4 match 2272 70661 71806 match_5 match 2212 52369 53526 match_6 match 2416 16312 17596 match_7 match 2565 13641 14958 match_8 match 2593 99585 100943 match_9 match 2658 8798 10183 match_10 match 2688 43682 45088 match_11 match 3059 71903 73469 match_12 match 3509 91000 92820 match_13 match 3981 53593 55642 match_14 match 4274 40198 42425 match_15 match 4972 88437 90965 match_16 match 6278 1 3314 match_17 match 7729 94040 98085 match_18 match 7703 34753 38812 match_19 match 8784 47021 51523 match_20 match 9484 3948 8731 match_21 match 64197 70644 match_22 match 56429 62884 match_23 match 22143 31075 match_24 match 74469 84314 match_25 match 3683 45104 46968 match_26 match 6092 3953 8626 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 476 1 240 match_2 match 615 14 339 match_3 match 1501 4706 5466 clone_1 clone 965.5 13083 50377 clone_end_1 clone_end 724 13083 13447 clone_start_1 clone_start 1207 49769 50377 match_4 match 954 22994 23531 match_5 match 1084 23521 24079 match_6 match 1152 24691 25271 clone_2 clone 1165.5 25153 61819 clone_end_2 clone_end 1114 25153 25714 clone_start_2 clone_start 1217 61182 61819 match_7 match 599 31146 31447 match_8 match 726 31615 32015 match_9 match 936 31615 32135 match_10 match 630 31615 31960 match_11 match 926 31615 32134 match_12 match 747 31615 32015 match_13 match 299 31621 31783 match_14 match 575 31702 32015 match_15 match 640 31758 32133 match_16 match 280 31784 31936 match_17 match 375 31906 32131 match_18 match 264 31975 32132 match_19 match 248 31975 32132 match_20 match 246 31981 32133 match_21 match 480 33981 34249 match_22 match 670 33981 34345 match_23 match 1017 35832 36344 match_24 match 1118 45104 45674 match_25 match 1451 47578 48324 match_26 match 1451 47578 48324 clone_3 clone 743.5 48455 90194 clone_start_3 clone_start 607 48455 48760 clone_end_3 clone_end 880 89751 90194 clone_4 clone 1013 49451 92505 clone_start_4 clone_start 1078 49451 49994 clone_end_4 clone_end 948 92028 92505 match_27 match 1534 50267 51051 match_28 match 601 51213 51523 clone_5 clone 1052.5 60383 92482 clone_start_5 clone_start 1205 60383 60990 clone_end_5 clone_end 900 92029 92482 match_29 match 975 60845 61373 clone_6 clone 823.5 64692 98401 clone_start_6 clone_start 1227 64692 65346 clone_end_6 clone_end 420 98145 98401 clone_7 clone 935.5 64692 98085 clone_start_7 clone_start 1227 64692 65346 clone_end_7 clone_end 644 97734 98085 match_30 match 1209 74537 75198 match_31 match 1110 78027 78609 match_32 match 819 78154 78566 match_33 match 660 80557 80910 match_34 match 1211 80954 81580 match_35 match 648 85942 86268 match_36 match 876 87914 88391 match_37 match 781 87982 88391 match_38 match 710 88027 88391 match_39 match 462 88437 88669 match_40 match 266 88437 88578 match_41 match 359 88437 88629 match_42 match 1277 95500 96143 match_43 match 1187 100039 100645 match_44 match 480 100690 100943 match_45 match 438 100990 101214 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 22375 22498 match_part 1.000 22975 23402 match_2 match_part 1.000 22470 22498 match_part 0.991 22975 23656 match_3 match_part 0.973 23218 23631 match_4 match_part 1.000 23481 24224 match_5 match_part 1.000 23640 23790 match_part 1.000 24500 24698 match_part 1.000 24819 24911 match_part 1.000 25021 25149 match_part 0.963 25270 25323 match_part 1.000 25399 25425 match_6 match_part 1.000 23640 23790 match_part 1.000 24500 24698 match_part 0.949 24819 24896 match_7 match_part 0.985 23657 23790 match_part 1.000 24500 24698 match_part 1.000 24800 24911 match_part 1.000 25021 25149 match_8 match_part 1.000 25130 25149 match_part 1.000 25270 25323 match_part 1.000 25399 25476 match_part 1.000 25676 25738 match_part 1.000 26594 26706 match_part 1.000 26872 26937 match_9 match_part 1.000 25295 25323 match_part 1.000 25399 25476 match_part 1.000 25676 25738 match_part 0.991 26594 26706 match_part 1.000 26872 27307 match_10 match_part 0.996 40555 41253 match_11 match_part 1.000 40556 40833 match_12 match_part 0.996 41059 41758 match_13 match_part 0.999 41061 41736 match_14 match_part 0.967 44998 45269 match_15 match_part 0.953 51603 51645 match_part 1.000 52114 52217 match_part 1.000 52373 52448 match_part 0.988 54268 54351 match_part 0.993 54439 54848 match_16 match_part 0.952 51604 51645 match_part 1.000 52114 52217 match_part 0.971 52373 52406 match_17 match_part 0.986 54673 55376 match_18 match_part 1.000 69944 70051 match_part 1.000 70761 71025 match_part 1.000 71934 72201 match_part 0.992 72273 72399 match_19 match_part 1.000 69945 70051 match_part 1.000 70761 71025 match_20 match_part 0.992 72358 72953 match_21 match_part 0.990 74233 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77268 match_part 1.000 77597 77656 match_part 1.000 77739 77764 match_22 match_part 0.993 74233 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77268 match_part 1.000 77597 77656 match_part 1.000 77739 77764 match_23 match_part 0.997 74234 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77185 match_24 match_part 1.000 74239 74530 match_part 1.000 76483 76570 match_25 match_part 0.997 75875 76504 match_26 match_part 0.971 77623 77656 match_part 1.000 77739 77804 match_part 1.000 79230 79429 match_part 1.000 79511 79642 match_27 match_part 1.000 77626 77656 match_part 1.000 77739 77804 match_part 1.000 79230 79429 match_part 1.000 79511 79822 match_28 match_part 1.000 77630 77656 match_part 1.000 77739 77804 match_part 0.990 79230 79429 match_part 0.987 79511 79822 match_29 match_part 1.000 79356 79429 match_part 1.000 79511 79810 match_30 match_part 1.000 79356 79429 match_part 1.000 79511 79810 match_31 match_part 1.000 86005 86406 match_part 0.995 91621 92006 match_32 match_part 1.000 93991 94303 match_part 0.994 94933 95086 match_33 match_part 0.996 94048 94303 match_part 1.000 94933 94994 match_34 match_part 0.840 94279 94303 match_part 1.000 94933 95208 match_part 1.000 95365 95556 match_35 match_part 0.455 96996 97017 match_part 1.000 97135 97476 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_36 match_part 1.000 13217 13107 match_part 1.000 13006 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.991 11656 11431 match_37 match_part 0.977 12351 12309 match_part 0.932 11656 11466 match_38 match_part 1.000 12656 12490 match_part 1.000 12396 12309 match_part 0.974 11656 11468 match_39 match_part 1.000 12838 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_40 match_part 0.994 12658 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_41 match_part 0.988 12655 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_42 match_part 1.000 12654 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_43 match_part 0.958 12631 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11469 match_44 match_part 1.000 12573 12490 match_part 1.000 12396 12309 match_part 0.963 11656 11469 match_45 match_part 1.000 12549 12490 match_part 0.977 12396 12309 match_part 0.973 11656 11469 match_46 match_part 0.988 12863 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11471 match_47 match_part 0.989 12871 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11472 match_48 match_part 1.000 13241 13107 match_part 1.000 13006 12778 match_part 1.000 12695 12490 match_part 1.000 12396 12309 match_part 0.975 11656 11497 match_49 match_part 1.000 13241 13107 match_part 1.000 13006 12778 match_part 1.000 12695 12490 match_part 1.000 12396 12309 match_part 1.000 11656 11507 match_50 match_part 1.000 13252 13107 match_part 1.000 13006 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 1.000 11656 11628 match_51 match_part 1.000 13254 13107 match_part 1.000 13006 12778 match_part 0.967 12704 12490 match_part 0.962 12396 12371 match_52 match_part 1.000 30053 29857 match_part 0.984 28064 27457 match_53 match_part 1.000 30732 29857 match_part 1.000 28064 27505 match_54 match_part 0.996 29476 28785 match_55 match_part 1.000 30569 29978 match_56 match_part 1.000 31356 30693 match_57 match_part 1.000 31373 30872 match_58 match_part 0.996 31365 30887 match_59 match_part 0.990 31355 30968 match_60 match_part 0.916 31928 31606 match_61 match_part 0.912 31928 31623 match_62 match_part 1.000 81145 80694 match_part 1.000 80583 80247 match_63 match_part 1.000 83827 83647 match_part 0.993 82854 82551 match_64 match_part 0.995 97818 97615 match_part 0.994 97490 97133 match_part 0.714 94193 94145 match_65 match_part 1.000 97817 97615 match_part 0.994 97490 97133 match_part 0.711 94193 94149 match_66 match_part 1.000 97803 97615 match_part 0.994 97490 97133 match_part 0.732 94193 94153 match_67 match_part 1.000 97786 97615 match_part 0.994 97490 97133 match_part 0.431 96931 96874 match_68 match_part 0.994 97785 97615 match_part 0.989 97490 97133 match_part 0.516 97042 97012 match_69 match_part 1.000 97638 97615 match_part 0.989 97490 97133 match_part 0.625 97042 97027 match_70 match_part 1.000 97802 97615 match_part 0.994 97490 97133 match_part 0.643 97042 97029 match_71 match_part 1.000 97802 97615 match_part 1.000 97490 97133 match_part 0.667 97042 97031 match_72 match_part 1.000 97782 97615 match_part 1.000 97490 97133 match_part 0.750 97042 97035 match_73 match_part 0.996 97820 97066 match_74 match_part 0.959 97832 97615 match_part 0.993 97490 97080 match_75 match_part 0.995 97820 97086 match_76 match_part 1.000 97795 97615 match_part 0.978 97490 97128 match_77 match_part 1.000 97788 97615 match_part 0.978 97490 97128 match_78 match_part 0.994 97780 97615 match_part 1.000 97490 97133 match_79 match_part 0.995 97817 97615 match_part 0.997 97490 97138 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 13254 13107 exon 13006 12778 exon 12704 12490 exon 12396 12309 exon 11656 11431 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 13241 13107 exon 13006 12778 exon 12695 12490 exon 12396 12309 exon 11656 11466 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22375 22498 exon 22975 23790 exon 24500 24698 exon 24819 24911 exon 25021 25149 exon 25270 25323 exon 25399 25476 exon 25676 25738 exon 26594 26706 exon 26872 27307 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22375 22498 exon 22975 24224 gene_5 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 23657 23790 exon 24500 24698 exon 24800 24911 exon 25021 25149 exon 25270 25323 exon 25399 25476 exon 25676 25738 exon 26594 26706 exon 26872 27307 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 31373 29857 exon 28064 27457 gene_7 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 29476 28785 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 31928 31606 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 40555 41758 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 44998 45269 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 51603 51645 exon 52114 52217 exon 52373 52448 exon 54268 54351 exon 54439 55376 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 69944 70051 exon 70761 71025 exon 71934 72201 exon 72273 72953 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 74233 74530 exon 76483 76573 exon 77153 77268 exon 77597 77656 exon 77739 77804 exon 79230 79429 exon 79511 79822 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 75875 76504 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 81145 80694 exon 80583 80247 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 83827 83647 exon 82854 82551 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 86005 86406 exon 91621 92006 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 93991 94303 exon 94933 95208 exon 95365 95556 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97817 97615 exon 97490 97133 exon 97042 97012 gene_20 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97818 97615 exon 97490 97133 exon 94193 94145 gene_21 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97832 97615 exon 97490 97080 gene_22 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97817 97615 exon 97490 97133 exon 96931 96874 gene_23 gene GT_PGL_14_AGS_5 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97820 97066 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 96996 97017 exon 97135 97476 AUGUSTUS_tom_cdna de novo gene_1 gene 1 22320 23020 transcript_1 transcript 22320 23020 start_codon_1 start_codon 22320 22322 CDS_1 CDS 22320 22498 CDS_2 CDS 22975 23020 stop_codon_1 stop_codon 23018 23020 gene_2 gene 1 23111 26980 transcript_2 transcript 23111 26980 start_codon_2 start_codon 23111 23113 CDS_3 CDS 23111 23790 CDS_4 CDS 24500 24698 CDS_5 CDS 24819 24911 CDS_6 CDS 25021 25149 CDS_7 CDS 25270 25323 CDS_8 CDS 25399 25476 CDS_9 CDS 25676 25738 CDS_10 CDS 26594 26706 CDS_11 CDS 26872 26980 stop_codon_2 stop_codon 26978 26980 gene_3 gene 1 31289 38404 transcript_3 transcript 31289 38404 start_codon_3 start_codon 31289 31291 CDS_12 CDS 31289 31386 CDS_13 CDS 35777 35981 CDS_14 CDS 36191 38404 stop_codon_3 stop_codon 38402 38404 gene_4 gene 1 40539 41492 transcript_4 transcript 40539 41492 start_codon_4 start_codon 40539 40541 CDS_15 CDS 40539 41492 stop_codon_4 stop_codon 41490 41492 gene_5 gene 1 43960 46791 transcript_5 transcript 43960 46791 start_codon_5 start_codon 43960 43962 CDS_16 CDS 43960 44106 CDS_17 CDS 45583 46791 stop_codon_5 stop_codon 46789 46791 gene_6 gene 1 51640 55263 transcript_6 transcript 51640 55263 start_codon_6 start_codon 51640 51642 CDS_18 CDS 51640 51645 CDS_19 CDS 52114 52217 CDS_20 CDS 52373 52448 CDS_21 CDS 54268 54351 CDS_22 CDS 54439 55263 stop_codon_6 stop_codon 55261 55263 gene_7 gene 1 62659 72467 transcript_7 transcript 62659 72467 start_codon_7 start_codon 62659 62661 CDS_23 CDS 62659 62708 CDS_24 CDS 67418 67594 CDS_25 CDS 69027 69176 CDS_26 CDS 69254 69444 CDS_27 CDS 69898 70051 CDS_28 CDS 70761 71025 CDS_29 CDS 72273 72325 CDS_30 CDS 72440 72467 stop_codon_7 stop_codon 72465 72467 gene_8 gene 1 74474 79519 transcript_8 transcript 74474 79519 start_codon_8 start_codon 74474 74476 CDS_31 CDS 74474 74530 CDS_32 CDS 76483 76573 CDS_33 CDS 77153 77268 CDS_34 CDS 77597 77656 CDS_35 CDS 77739 77804 CDS_36 CDS 79230 79253 CDS_37 CDS 79364 79429 CDS_38 CDS 79511 79519 stop_codon_8 stop_codon 79517 79519 gene_9 gene 1 86397 92720 transcript_9 transcript 86397 92720 start_codon_9 start_codon 86397 86399 CDS_39 CDS 86397 86406 CDS_40 CDS 91621 92720 stop_codon_9 stop_codon 92718 92720 gene_10 gene 1 89133 90470 transcript_10 transcript 89133 90470 start_codon_10 start_codon 89133 89135 CDS_41 CDS 89133 89137 CDS_42 CDS 89381 90470 stop_codon_10 stop_codon 90468 90470 gene_11 gene 1 94205 96524 transcript_11 transcript 94205 96524 start_codon_11 start_codon 94205 94207 CDS_43 CDS 94205 94303 CDS_44 CDS 94933 95208 CDS_45 CDS 95365 95634 CDS_46 CDS 96047 96298 CDS_47 CDS 96384 96524 stop_codon_11 stop_codon 96522 96524 AUGUSTUS_tom_cdna de novo gene_12 gene 2 13115 11163 transcript_12 transcript 13115 11163 stop_codon_12 stop_codon 11165 11163 CDS_48 CDS 11656 11163 CDS_49 CDS 12396 12309 CDS_50 CDS 12695 12490 CDS_51 CDS 13006 12778 CDS_52 CDS 13115 13107 start_codon_12 start_codon 13115 13113 transcript_13 transcript 13115 11163 stop_codon_13 stop_codon 11165 11163 CDS_53 CDS 11656 11163 CDS_54 CDS 12396 12309 CDS_55 CDS 12704 12490 CDS_56 CDS 13006 12778 CDS_57 CDS 13115 13107 start_codon_13 start_codon 13115 13113 gene_13 gene 1 30646 27781 transcript_14 transcript 30646 27781 stop_codon_14 stop_codon 27783 27781 CDS_58 CDS 28064 27781 CDS_59 CDS 30646 29857 start_codon_14 start_codon 30646 30644 gene_14 gene 1 50758 49616 transcript_15 transcript 50758 49616 stop_codon_15 stop_codon 49618 49616 CDS_60 CDS 49778 49616 CDS_61 CDS 50051 49983 CDS_62 CDS 50269 50130 CDS_63 CDS 50444 50351 CDS_64 CDS 50758 50724 start_codon_15 start_codon 50758 50756 gene_15 gene 1 83760 80518 transcript_16 transcript 83760 80518 stop_codon_16 stop_codon 80520 80518 CDS_65 CDS 80583 80518 CDS_66 CDS 81802 80694 CDS_67 CDS 82150 81944 CDS_68 CDS 82854 82236 CDS_69 CDS 83760 83647 start_codon_16 start_codon 83760 83758 gene_16 gene 1 97703 97250 transcript_17 transcript 97703 97250 stop_codon_17 stop_codon 97252 97250 CDS_70 CDS 97490 97250 CDS_71 CDS 97703 97615 start_codon_17 start_codon 97703 97701 tRNAscan-SE unknown database tRNA_1 tRNA 77.15 56234 56319 tRNAscan-SE unknown database tRNA_2 tRNA 69.46 2099 2028 AUGUSTUS_ab_initio de novo gene_1 gene 1 23111 23797 transcript_1 transcript 23111 23797 start_codon_1 start_codon 23111 23113 CDS_1 CDS 23111 23797 stop_codon_1 stop_codon 23795 23797 gene_2 gene 1 24558 38404 transcript_2 transcript 24558 38404 start_codon_2 start_codon 24558 24560 CDS_2 CDS 24558 24698 CDS_3 CDS 25021 25149 CDS_4 CDS 25399 25476 CDS_5 CDS 25676 25738 CDS_6 CDS 26594 26706 CDS_7 CDS 28041 28083 CDS_8 CDS 35886 35981 CDS_9 CDS 36191 38404 stop_codon_2 stop_codon 38402 38404 gene_3 gene 1 40539 41492 transcript_3 transcript 40539 41492 start_codon_3 start_codon 40539 40541 CDS_10 CDS 40539 41492 stop_codon_3 stop_codon 41490 41492 gene_4 gene 1 43960 46791 transcript_4 transcript 43960 46791 start_codon_4 start_codon 43960 43962 CDS_11 CDS 43960 44106 CDS_12 CDS 45583 46791 stop_codon_4 stop_codon 46789 46791 gene_5 gene 1 54415 55263 transcript_5 transcript 54415 55263 start_codon_5 start_codon 54415 54417 CDS_13 CDS 54415 55263 stop_codon_5 stop_codon 55261 55263 gene_6 gene 1 62659 69455 transcript_6 transcript 62659 69455 start_codon_6 start_codon 62659 62661 CDS_14 CDS 62659 62708 CDS_15 CDS 67418 67594 CDS_16 CDS 69027 69176 CDS_17 CDS 69254 69455 stop_codon_6 stop_codon 69453 69455 gene_7 gene 1 89133 90470 transcript_7 transcript 89133 90470 start_codon_7 start_codon 89133 89135 CDS_18 CDS 89133 89137 CDS_19 CDS 89381 90470 stop_codon_7 stop_codon 90468 90470 gene_8 gene 1 95080 96524 transcript_8 transcript 95080 96524 start_codon_8 start_codon 95080 95082 CDS_20 CDS 95080 95208 CDS_21 CDS 95365 95634 CDS_22 CDS 96047 96298 CDS_23 CDS 96384 96524 stop_codon_8 stop_codon 96522 96524 AUGUSTUS_ab_initio de novo gene_9 gene 1 13334 11163 transcript_9 transcript 13334 11163 stop_codon_9 stop_codon 11165 11163 CDS_24 CDS 11618 11163 CDS_25 CDS 12704 12490 CDS_26 CDS 13022 12778 CDS_27 CDS 13334 13252 start_codon_9 start_codon 13334 13332 gene_10 gene 1 50758 49616 transcript_10 transcript 50758 49616 stop_codon_10 stop_codon 49618 49616 CDS_28 CDS 49778 49616 CDS_29 CDS 50051 49983 CDS_30 CDS 50269 50130 CDS_31 CDS 50444 50351 CDS_32 CDS 50758 50724 start_codon_10 start_codon 50758 50756 gene_11 gene 1 83760 80518 transcript_11 transcript 83760 80518 stop_codon_11 stop_codon 80520 80518 CDS_33 CDS 80583 80518 CDS_34 CDS 81802 80694 CDS_35 CDS 82150 81944 CDS_36 CDS 82854 82236 CDS_37 CDS 83760 83647 start_codon_11 start_codon 83760 83758 gene_12 gene 1 97490 97250 transcript_12 transcript 97490 97250 stop_codon_12 stop_codon 97252 97250 CDS_38 CDS 97490 97250 AUGUSTUS_tom_ugs de novo gene_1 gene 1 23111 23797 transcript_1 transcript 23111 23797 start_codon_1 start_codon 23111 23113 CDS_1 CDS 23111 23797 stop_codon_1 stop_codon 23795 23797 gene_2 gene 1 24558 26980 transcript_2 transcript 24558 26980 start_codon_2 start_codon 24558 24560 CDS_2 CDS 24558 24698 CDS_3 CDS 25021 25149 CDS_4 CDS 25399 25476 CDS_5 CDS 25676 25738 CDS_6 CDS 26594 26706 CDS_7 CDS 26872 26980 stop_codon_2 stop_codon 26978 26980 gene_3 gene 1 35788 38404 transcript_3 transcript 35788 38404 start_codon_3 start_codon 35788 35790 CDS_8 CDS 35788 35799 CDS_9 CDS 35886 35981 CDS_10 CDS 36191 38404 stop_codon_3 stop_codon 38402 38404 gene_4 gene 1 40539 41492 transcript_4 transcript 40539 41492 start_codon_4 start_codon 40539 40541 CDS_11 CDS 40539 41492 stop_codon_4 stop_codon 41490 41492 gene_5 gene 1 43960 46791 transcript_5 transcript 43960 46791 start_codon_5 start_codon 43960 43962 CDS_12 CDS 43960 44106 CDS_13 CDS 45583 46791 stop_codon_5 stop_codon 46789 46791 gene_6 gene 1 51640 55263 transcript_6 transcript 51640 55263 start_codon_6 start_codon 51640 51642 CDS_14 CDS 51640 51645 CDS_15 CDS 52114 52217 CDS_16 CDS 52373 52448 CDS_17 CDS 54268 54351 CDS_18 CDS 54439 55263 stop_codon_6 stop_codon 55261 55263 gene_7 gene 1 62659 69455 transcript_7 transcript 62659 69455 start_codon_7 start_codon 62659 62661 CDS_19 CDS 62659 62708 CDS_20 CDS 67418 67594 CDS_21 CDS 69027 69176 CDS_22 CDS 69254 69455 stop_codon_7 stop_codon 69453 69455 gene_8 gene 1 74474 79421 transcript_8 transcript 74474 79421 start_codon_8 start_codon 74474 74476 CDS_23 CDS 74474 74530 CDS_24 CDS 76483 76573 CDS_25 CDS 77153 77268 CDS_26 CDS 77597 77656 CDS_27 CDS 77739 77804 CDS_28 CDS 79230 79421 stop_codon_8 stop_codon 79419 79421 gene_9 gene 1 86397 92720 transcript_9 transcript 86397 92720 start_codon_9 start_codon 86397 86399 CDS_29 CDS 86397 86406 CDS_30 CDS 91621 92720 stop_codon_9 stop_codon 92718 92720 gene_10 gene 1 94205 96524 transcript_10 transcript 94205 96524 start_codon_10 start_codon 94205 94207 CDS_31 CDS 94205 94303 CDS_32 CDS 94933 95208 CDS_33 CDS 95365 95634 CDS_34 CDS 96047 96298 CDS_35 CDS 96384 96524 stop_codon_10 stop_codon 96522 96524 AUGUSTUS_tom_ugs de novo gene_11 gene 1 13115 11163 transcript_11 transcript 13115 11163 stop_codon_11 stop_codon 11165 11163 CDS_36 CDS 11656 11163 CDS_37 CDS 12396 12309 CDS_38 CDS 12704 12490 CDS_39 CDS 13006 12778 CDS_40 CDS 13115 13107 start_codon_11 start_codon 13115 13113 gene_12 gene 1 30646 27781 transcript_12 transcript 30646 27781 stop_codon_12 stop_codon 27783 27781 CDS_41 CDS 28064 27781 CDS_42 CDS 30646 29857 start_codon_12 start_codon 30646 30644 gene_13 gene 1 50758 49616 transcript_13 transcript 50758 49616 stop_codon_13 stop_codon 49618 49616 CDS_43 CDS 49778 49616 CDS_44 CDS 50051 49983 CDS_45 CDS 50269 50130 CDS_46 CDS 50444 50351 CDS_47 CDS 50758 50724 start_codon_13 start_codon 50758 50756 gene_14 gene 1 83760 80518 transcript_14 transcript 83760 80518 stop_codon_14 stop_codon 80520 80518 CDS_48 CDS 80583 80518 CDS_49 CDS 81802 80694 CDS_50 CDS 82150 81944 CDS_51 CDS 82854 82236 CDS_52 CDS 83760 83647 start_codon_14 start_codon 83760 83758 gene_15 gene 1 97703 97250 transcript_15 transcript 97703 97250 stop_codon_15 stop_codon 97252 97250 CDS_53 CDS 97490 97250 CDS_54 CDS 97703 97615 start_codon_15 start_codon 97703 97701 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 22375 22498 match_part 0.993 22975 23656 match_2 match_part 1.000 23640 23790 match_part 0.985 24500 24698 match_part 0.981 24807 24911 match_part 1.000 25021 25149 match_part 1.000 25270 25323 match_part 1.000 25399 25476 match_part 1.000 25676 25738 match_part 0.991 26594 26706 match_part 1.000 26872 27307 match_3 match_part 0.998 40555 41757 match_4 match_part 0.967 44998 45269 match_5 match_part 0.953 51603 51645 match_part 1.000 52114 52217 match_part 1.000 52373 52448 match_part 0.988 54268 54351 match_part 0.987 54439 55376 match_6 match_part 1.000 69944 70051 match_part 1.000 70761 71025 match_part 1.000 71934 72201 match_part 0.992 72273 72399 match_7 match_part 0.992 72358 72953 match_8 match_part 1.000 74234 74530 match_part 1.000 76483 76573 match_part 1.000 77153 77268 match_part 1.000 77597 77656 match_part 1.000 77739 77764 match_9 match_part 0.997 75875 76504 match_10 match_part 1.000 77624 77656 match_part 1.000 77739 77804 match_part 1.000 79230 79429 match_part 1.000 79511 79822 match_11 match_part 1.000 86005 86406 match_part 0.995 91621 92006 match_12 match_part 1.000 93991 94303 match_part 0.994 94933 95086 match_13 match_part 0.996 94049 94303 match_part 1.000 94933 95208 match_part 1.000 95365 95556 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 1.000 13254 13107 match_part 1.000 13006 12778 match_part 1.000 12704 12490 match_part 1.000 12396 12309 match_part 0.973 11656 11431 match_15 match_part 1.000 30732 29857 match_part 0.984 28064 27457 match_16 match_part 0.996 29476 28785 match_17 match_part 1.000 31373 30693 match_18 match_part 1.000 81145 80694 match_part 1.000 80583 80247 match_19 match_part 1.000 83827 83647 match_part 0.993 82854 82551 match_20 match_part 1.000 97817 97615 match_part 1.000 97490 97138 match_part 0.708 94193 94146 match_21 match_part 0.965 97820 97017 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 13254 13107 exon 13006 12778 exon 12704 12490 exon 12396 12309 exon 11656 11431 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 22375 22498 exon 22975 23790 exon 24500 24698 exon 24807 24911 exon 25021 25149 exon 25270 25323 exon 25399 25476 exon 25676 25738 exon 26594 26706 exon 26872 27307 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 31373 29857 exon 28064 27457 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 29476 28785 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 40555 41757 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 44998 45269 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 51603 51645 exon 52114 52217 exon 52373 52448 exon 54268 54351 exon 54439 55376 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 69944 70051 exon 70761 71025 exon 71934 72201 exon 72273 72953 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 74234 74530 exon 76483 76573 exon 77153 77268 exon 77597 77656 exon 77739 77804 exon 79230 79429 exon 79511 79822 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 75875 76504 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 81145 80694 exon 80583 80247 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 83827 83647 exon 82854 82551 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 86005 86406 exon 91621 92006 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 93991 94303 exon 94933 95208 exon 95365 95556 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97820 97017 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 97817 97615 exon 97490 97138 exon 94193 94146 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.957 83810 83647 match_part 0.973 82854 82372 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0084A18.2 type gene exon 83810 83647 exon 82854 82372 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 22320 23020 transcript_1 transcript 22320 23020 start_codon_1 start_codon 22320 22322 CDS_1 CDS 22320 22498 CDS_2 CDS 22975 23020 stop_codon_1 stop_codon 23018 23020 gene_2 gene 1 23111 26980 transcript_2 transcript 23111 26980 start_codon_2 start_codon 23111 23113 CDS_3 CDS 23111 23790 CDS_4 CDS 24500 24698 CDS_5 CDS 24819 24911 CDS_6 CDS 25021 25149 CDS_7 CDS 25270 25323 CDS_8 CDS 25399 25476 CDS_9 CDS 25676 25738 CDS_10 CDS 26594 26706 CDS_11 CDS 26872 26980 stop_codon_2 stop_codon 26978 26980 gene_3 gene 1 31289 38404 transcript_3 transcript 31289 38404 start_codon_3 start_codon 31289 31291 CDS_12 CDS 31289 31386 CDS_13 CDS 35777 35981 CDS_14 CDS 36191 38404 stop_codon_3 stop_codon 38402 38404 gene_4 gene 1 40539 41492 transcript_4 transcript 40539 41492 start_codon_4 start_codon 40539 40541 CDS_15 CDS 40539 41492 stop_codon_4 stop_codon 41490 41492 gene_5 gene 1 43960 46791 transcript_5 transcript 43960 46791 start_codon_5 start_codon 43960 43962 CDS_16 CDS 43960 44106 CDS_17 CDS 45583 46791 stop_codon_5 stop_codon 46789 46791 gene_6 gene 1 51640 55263 transcript_6 transcript 51640 55263 start_codon_6 start_codon 51640 51642 CDS_18 CDS 51640 51645 CDS_19 CDS 52114 52217 CDS_20 CDS 52373 52448 CDS_21 CDS 54268 54351 CDS_22 CDS 54439 55263 stop_codon_6 stop_codon 55261 55263 gene_7 gene 1 65747 72467 transcript_7 transcript 65747 72467 start_codon_7 start_codon 65747 65749 CDS_23 CDS 65747 66279 CDS_24 CDS 67418 67594 CDS_25 CDS 69027 69176 CDS_26 CDS 69254 69444 CDS_27 CDS 69898 70051 CDS_28 CDS 70761 71025 CDS_29 CDS 72273 72325 CDS_30 CDS 72440 72467 stop_codon_7 stop_codon 72465 72467 gene_8 gene 1 74474 79519 transcript_8 transcript 74474 79519 start_codon_8 start_codon 74474 74476 CDS_31 CDS 74474 74530 CDS_32 CDS 76483 76573 CDS_33 CDS 77153 77268 CDS_34 CDS 77597 77656 CDS_35 CDS 77739 77804 CDS_36 CDS 79230 79253 CDS_37 CDS 79364 79429 CDS_38 CDS 79511 79519 stop_codon_8 stop_codon 79517 79519 gene_9 gene 1 86397 92720 transcript_9 transcript 86397 92720 start_codon_9 start_codon 86397 86399 CDS_39 CDS 86397 86406 CDS_40 CDS 91621 92720 stop_codon_9 stop_codon 92718 92720 gene_10 gene 1 89133 90470 transcript_10 transcript 89133 90470 start_codon_10 start_codon 89133 89135 CDS_41 CDS 89133 89137 CDS_42 CDS 89381 90470 stop_codon_10 stop_codon 90468 90470 gene_11 gene 1 94205 96524 transcript_11 transcript 94205 96524 start_codon_11 start_codon 94205 94207 CDS_43 CDS 94205 94303 CDS_44 CDS 94933 95208 CDS_45 CDS 95365 95634 CDS_46 CDS 95717 96298 CDS_47 CDS 96384 96524 stop_codon_11 stop_codon 96522 96524 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 1 13115 11163 transcript_12 transcript 13115 11163 stop_codon_12 stop_codon 11165 11163 CDS_48 CDS 11656 11163 CDS_49 CDS 12396 12309 CDS_50 CDS 12704 12490 CDS_51 CDS 13006 12778 CDS_52 CDS 13115 13107 start_codon_12 start_codon 13115 13113 gene_13 gene 1 30646 27781 transcript_13 transcript 30646 27781 stop_codon_13 stop_codon 27783 27781 CDS_53 CDS 28064 27781 CDS_54 CDS 30646 29857 start_codon_13 start_codon 30646 30644 gene_14 gene 1 50758 49616 transcript_14 transcript 50758 49616 stop_codon_14 stop_codon 49618 49616 CDS_55 CDS 49778 49616 CDS_56 CDS 50051 49983 CDS_57 CDS 50269 50130 CDS_58 CDS 50444 50351 CDS_59 CDS 50758 50724 start_codon_14 start_codon 50758 50756 gene_15 gene 1 83760 80518 transcript_15 transcript 83760 80518 stop_codon_15 stop_codon 80520 80518 CDS_60 CDS 80583 80518 CDS_61 CDS 81802 80694 CDS_62 CDS 82150 81944 CDS_63 CDS 82854 82236 CDS_64 CDS 83760 83647 start_codon_15 start_codon 83760 83758 gene_16 gene 1 97703 97250 transcript_16 transcript 97703 97250 stop_codon_16 stop_codon 97252 97250 CDS_65 CDS 97490 97250 CDS_66 CDS 97703 97615 start_codon_16 start_codon 97703 97701 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 168 45547 46830 match_2 match 112 44008 44199 match_3 match 150 23132 23791 match_4 match 115 25003 25506 match_5 match 125 24501 24911 match_6 match 412 36191 37981 match_7 match 97.1 68998 69174 match_8 match 106 69258 69422 match_9 match 240 65747 66295 match_10 match 97.1 68998 69174 match_11 match 106 69258 69422 match_12 match 97.1 68998 69174 match_13 match 106 69258 69422 match_14 match 107 54268 54849 match_15 match 107 54268 54849 match_16 match 105 54268 54849 match_17 match 107 54268 54849 match_18 match 452 36188 38401 match_19 match 192 45547 46833 match_20 match 115 44008 44199 match_21 match 114 79182 79412 match_22 match 105 89382 89876 match_23 match 253 65747 66295 match_24 match 95.9 68998 69171 match_25 match 107 67419 67595 match_26 match 106 69258 69422 match_27 match 106 45547 46029 match_28 match 214 40716 41471 match_29 match 265 40563 41471 match_30 match 62.0 95359 95616 match_31 match 199 95717 96322 match_32 match 182 54268 55008 match_33 match 131 45547 46410 match_34 match 114 44017 44199 match_35 match 112 44008 44199 match_36 match 61.6 95374 95622 match_37 match 197 95720 96322 match_38 match 374 36188 38230 match_39 match 235 94933 95649 match_40 match 84.7 96369 96521 match_41 match 353 95714 96307 match_42 match 236 94933 95649 match_43 match 85.1 96369 96521 match_44 match 353 95714 96307 match_45 match 251 40545 41471 match_46 match 234 40626 41471 match_47 match 64.7 95362 95622 match_48 match 213 95714 96322 match_49 match 461 36236 38254 match_50 match 332 40545 41471 match_51 match 225 45547 46833 match_52 match 113 44008 44199 match_53 match 225 45547 46833 match_54 match 113 44008 44199 match_55 match 180 54268 54888 match_56 match 180 54268 54888 match_57 match 180 54268 54888 match_58 match 141 56762 57214 match_59 match 116 79182 79412 match_60 match 182 94933 95649 match_61 match 61.2 96369 96521 match_62 match 320 95714 96298 match_63 match 186 94933 95637 match_64 match 60.8 96369 96521 match_65 match 311 95714 96298 match_66 match 167 94963 95649 match_67 match 72.4 96369 96521 match_68 match 327 95714 96307 match_69 match 84.7 95458 95649 match_70 match 73.6 96369 96521 match_71 match 325 95717 96307 match_72 match 112 54247 54873 match_73 match 174 54268 54888 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_74 match 121 8472 7816 match_75 match 295 30619 29858 match_76 match 114 30559 29912 match_77 match 140 30556 29858 match_78 match 464 5805 4117 match_79 match 46.6 12850 12776 match_80 match 82.0 12711 12574 match_81 match 46.6 12850 12776 match_82 match 82.0 12711 12574 match_83 match 48.9 12850 12776 match_84 match 80.5 12711 12574 match_85 match 48.9 12850 12776 match_86 match 80.5 12711 12574 match_87 match 152 4875 4270