C04HBa0008H22.1 CTTATTCTATCTATAGATAGTCCTTAATTCCTTTTCCATTTCCCTCTGTTTTTACTTTTG TTGCATTGAGGGTGTATTTTCCTATCTTCTTCCTTGTATTCTTTTTTTAAAATAGAAGGG TGGGGTGGGGGGTGATTGGGGTTAGACCGACACTTATAGGGGTTATCACACTGATACCAC ATTTAAGTTCTATGTTCATATAAATTATGTTACTAAGCCTAGTATACAACTTCACTGCTA AGTTATGTTTTGTGCAGAACCGAGTTGAGATGGAGAGAGTCAGGAGGGAGTTTCTTTGCA ATTCTTCACAAGCACTAAAGATGGAGAGCACTTTTGATGCTACTAATGAGAGGGAATGTA GTGTGTGTTTTTTTGATCTACACCTGTCCGCAGCCGGCTGTCACAATTGTTCGCCCGACA AATATGCATGCTTGAACCATGCAAAACAACTGTGTACTTGTTCCTGGGGTGCCAAATTTT TCCTCTTCCGTTATGACATCAATGAATTAAATGTACTAGTTGATGCTTTAGAAGGGAAAT TGAGTGCAATTTATCGATGGGCAAGACAAGATCTTGGATTAGCTTTGAGTTCTTATGTAA ATAAAGAGCGGCAAGTTGCAGGGATTGCTGGTAAATTATCTCTTAAACCTGAGGAATCAG TGCTAAAAGAGGCAAGTGCAGGACCCTCTATAGCTTCCGTGAAAAAGGAAAAAGATGATG GAACTTCAGCACTCTTGATGAAGGCCAGCAGCAGTGCTTTTTCACCGCATAAAGATAAAC TATCCAGGGAGCCATTAGCTTCAGAATCAATCAAGGCGTCCTCTATGCCTGACAATGCTT CTCATGGAATTGAGGGGGCACAGAATGGCTTCCAGGGCAGAAGTGAATCCTTAAAGGTGG GTCCTGTTTATAGAACTCCAGTTACTCAGCTGTCCGTTGAGGGTGGCTTGTGTCATAAGA AATTATCAACAGATAAACGTGAAGTGAAGGGAACTTCAAGTCTTAATGATGTTGTGATCC TGCTCAGTGATGATGAGGGAGATGAGATGGACAATTCAATTCCTTCAAAAGATACGGCGG GAAAGCAGACAGTGAACATGGGTAACAATGATAAACCTGTCCCAACAACATCAATCGATA GTGCAAGAGTCACTAAAGATGGAATTAATTGTTCACCTAGTTCAGAGAGCATGAAAGTTG AGGATAATTCAAAAGATGAAATACATCGTGGACCTAATCAAGATACTCATTCTTTCATTG GAGGTTCGTCTGTAAATATGGATATTGATAGACATGCCCAAGCCCCTCAGGTTGCAGATA CTTGTCCTCAGTCCCGTCAACCATTCGACTGTAAACCAAATAAAGAAGGTAGCCAGAATA AGACCATGGAGTGTGCACAACCTTTATCAGGTGACTCTCCCGTCTCTCAAAACAATTTGG ACAGAGGTTTTCGCCAGAAAGGTCCTCGGATTGCAAAAGTGGTGAGGAGACTCGCTTGTA ATGTGGAACCTCTGGATTATGGAGTTATCCAGCCTGGGAAGTTATGGTGTGACAACCGGG TTATTTATCCCAAGGGTATAATACATGTGAAATAATTGTATTATTTTTACTCTTACTCTT GGAAGTGATGATAGACAACTTTGTTCTTTTGTTAAATGCAGGATTCAGGAGCCGGGTCAG ATACATTGATGTTTTAGATCCAACAAATATGTCTCACTATATTTCTGAAGTTATAGATGC AGGACGAGATGGCCCACTGTTTATGGTATTGGATATTCTGTTTGAATGGAGCTATTTGTC AGATTTTGATTTTTGTGTGTACCTGTGGTATTTTAATTCTTATTTTGTGATATTGTGGTG CACTTAATTCTGCCGCAGTTCCTTTCTTGTCTCCTCTGCTTTAAGTTTTCCATGTAGAGT TGAGGCACACTTTATTTTCTTGTTAGTTTGATAACATGTCTATTAAACATTTATCATCAA GGGGTTTCTCCATGAAGCTTTGTGATCTCTCCAGCAGATTTCCAAGGGCTACAAGTTAGA TTTATTATTTCTTTCAAAAGCTTTGTGAGTTTTTCTTTGGTTGTAATTTGCTGTTAGGGC AAGTTTGACTGCCACAAGTTTTCATCCCTTTAGACGAGAGGTCTATATTAGCTTAAATGA ATTAGTCTTGTAGTGGTATAACTTTCAAAGCCTACAGGATTGAGGGTTACTTCAGAGTCT TACCTGTTTTGCCTTTTTTTTTTGGGTTTTCCTTCATGTGCCAGCTTAGTTGACATCTCT ATATCTGTGTGTTATTTGGTTATTCATGCCGTTATGGTGTCATATTGTTATGCTATTTCC TGCCGTTCTAGTGTCTCTTTTAAGCAGATAAATGAACTTGCAGGTTACACTTGAGCGTTG TCCCAATGAAGTGTTTGTTCACTTGTCCCCTGTTAAATGCTGGGATATGGTCCGCGAGAG AGTGAATCAAGAAATTTTAAAGCAACATAAGTTGGGAAAGCCAAAGCTTTTGCCTTTGCA ACCACCTGGAAGTGTTGAGGGCATGGAAATGTTTGGTTTTTCAACAACAGAGATTGTACA GGTTCTTTCACATATGTTCTTGAAATTAATATTAGATCCAAGGTTCACTAACTTCAAATC CGGAGAAAAATTTCAGTTGCCTATAATCTTATAGATAAAATAAAAATGCGGAACAAAATG GAAACTGAAGGGAAGCCTAAAAGATCTCGTCTTGACAGTATCTTTTCTTCTCATTGCAGG CCATTCAAGATATGGATATAAACCGGGTATGTTCTGAATTCTGGAAATCTAAACCCTTGA TGCAGACTGTACAATCTTCCCTAGTTGTGGACCGTTCAAAACTCAATATAAAATCCGAGA TCTCAAATGATCCTACTCGAGCTGATATAGTTCTGAGTGGCCTACTTAAGAAGGCAAACT GTGAAGAACTTCATGCATTGAACAATCTTCTCAAAACCAATAATTTGACCCCTAATCAAG GTTTAATGACTCGACTTCTTAATGAAGAGATTGATAAGCGAGGTAGATGATTTTGATTTT CAGCCTCGTCGAGGCCTGGACTTCTCATAAGGAGTTAACCCTGTAAATGCTTAAGTCACA TTCTAGTTTTAGGTTAAATTGCATTAGGTTAACCCCATTTCTTGAATTTTTGCACTGGCT CTTAACAGGAAGATGAAAAAAGGCTGGCACATAGTTACTTTTGGACTTTTGGTTCTTGAA ATTCTTTTGAGGAAGGTTATTGAAAATAGAAAATACATTTTTCAATCTTTGTTATAGAAA AGTTCCTTAATTTATACTTGGAGATGTGAGTTTAAAACTTGTGTATTATCAGGTTGTTAT AAATGGTATGCATTCACTTAATTTCGATTGGGGAAAAGGACAATATACCTCAAACTATCG TAAATAGTGAGTGGTGCGCAAATATCTTTCGTCATACTTTTGGGACATTGATGTGCAGTT CAAAAATTAGAGCATATAGCCTTTCACTTTAACGAAAGACTTAATAATGATATGTGATGC AATTTTAGATTATGACAAGTGTATCTTCGTTAGTACGAAAGGTATATATGCTTCAATTTT TAGACGACAGGAGTATCAAAGTCTTGAAAATATGATAGAAGGTATCTACATATTATTTAC GATAATTTTGAGTATATTTGTCTTGTTCCTTTGTATTGATGCATGCAATCATAACAATAC ATTTCAGCAAGGATTTGACCCAACAACTTTGCAACCTATAGATAAGCACAATTTGAGGAA ATATTTTTAGAAAAAAACAATTATCTCTTTGTTCTGATTTATGTGAGACAATTCATTCTT CGAGAGTTGAATAACTTAAGTTTGACTTGCAATTTGCTCATGAGATTTTTAGTTTTTTTG AAATAAGATTTATATATTTGTAAGCTACGTAAAAAGTACTAATAAATCGTAATAATTGAT AATTTGAATGTTTAGAAGATTTATGAAAAATTTATCATTAAAGATCAGATTTTAAAGATC AGATTTGTTTGAATTTCGTAATCGAAAGAGTCATATGAAATGGAATAATGGAGTATATGA CAGATGAACAGTAATATTTGTAAATTGGATAATAATGTTCTGATGAAAATCTTTTAGTAT AAAAGAGAAAACTAATGTCAAGTAGTTAATTGGGGCAAGTGAATTGAAATTCAATTAAAA TAAAGGGATAATGTATAAGTACCTCTTCAACCTATGCTCGAAATTTCAGATACACATTTA TATTGTACTAAGGTTTTACTAATCCCCGAACTTATTTTATTAATAATTTTCTATTCTTTT TCGGTCTACGTGACACTATTTTGTGGGCCCAACGCTGATTGACTTTTTATTCAAGATAGT GCCACGTAGGCTGAAAAAGGATAAAAAAATTACTTATATAATAAGTTCAGGGGTAATAAA ACCTTAGTATAGTATAAGCGTGTCTGTGAGATTTCGGACATAGGTTGAGGGGTACTTGTG CATTTTCCCTAAAATAAATATAAGAAAATTAACTTTATGACACATAACTGTAGGAAGTTA ATTTTCCATTTTTATGGTAAATGAGTATCAATAATTAAAGGGCAACTTTTACGTATAGTA AATAAAAATTTTATATTTGTATGTTATAGCAAAGTGTGCATAATTGCGCTCCATTGCAAA CATAGAAACTGTATAATTCACTATACATATACACTTGAAGCAAATTGTATAAAACAAGAA AGAGAAAGACACTTAGGTAAAGAACTGTATAAAAACGAATTGTATTATTATAAGTGTATA GATATACAATTTGAATTTGTATAAAATGAGAAAAAGAGAAAGACAAAAGAGATTTGACAA GGAATATACAATTGAATTGAATTGTATAAAATGAGAAAGAGAGAAATTAGATACAATTTG AAAATTGTATAAAACAAAAAAGAGAGAAATTAGATACAATTTGAAAATTGTATAAAACGA GAAAGAGAGAAAGACAAAAGAAACTGGGCAGAGGAGTATTTTTATTGTATAATTATAAGT GTATAGGACGAATTTATATGTACTTGCATGTGTATATACAATTTTTTCACGCTTTATACA AACAGAAACACAATTTATACAAACAGAAACGAGAAAGCGAGATGTATAAATTGCGTTTCT GTTTGTATAAGTGAGAAAGGCGAGGGTGGCGAGCGAGATCCGTGAGAGGGGAGAGAGGGG AACAAAAATATATGTATTGATACAATTTTCTCTGCTTTATACAATTAGAAACAATTTTTA TACATTTGTTTTTATAAAAAGTGAGGAAGCGAGCGAGAGATTGAAGGAGAGTGGCGAGCG AGATATTTGGAGATAGACGCCTGACAATTTTTTTGCAAACGTTTGCTATGGAGCACAATT GAATTAAACCTAGCTACTCCATTTATTTTAGGTTATTAGTTTGCTATTATATACAATTTT TTCATAATTAAACGTCAAACAATAACTATCTTCTCACGAGTTACACCTTTACTGGATTTA TTGTTATTGTTGTTGTTGTTGAGTTACGTTAAGGTTACATAAGTAAGATCTGTGAAAAAA ACAATCTCGGATTGTATATTTTTCACCGTTATATAAATGTATTCATGTTTTTAGATATTT TTGCATATGTAATCAACATGCCATCTCTAAATATTATATAATTGACATTCAATAATTTTT AGTTGAAATTTTAGATATATCGACATAAATCAACTTCAGTCATTTTTGCTTGAACCTCAA TAATAAATATCTTACACCACATTCAAAGTTACACGTTTTGTTAAAATTAACACAAATTGA ATAACAATATCAAAATTGGTGTCTAGTGCACTTTATCATTTTTTTATTTTAATACTTTGC CACTTCTATTAAAAAAAAATAATTATATTTTTTCATTGAGCAAATTCCAAAAATGTGAGG ACCACATTCTCCCCACACCAAACCATGCCAATAATCATAACATTTTGTTTCCCCCCAAAA CCCTAAAAATATTCAAAGTAATAATAATATAAAAACCCTAAATCAAGAAGTAAAAATAAT TAATAATATAAATTAAACTAATGTTTTTTTTTTTAGTAACATGTAATTATCATCAAGTAC CTTTAAATAGCAAACATGCGATAAAGCCAAAGATGGAAATATGCAAGTGTTTGTACGGAC ATAATTCAACGGATGAGATGCATTCATACTGCCACGTGTCATGATCACAACCGTTGATTT TCGGCTCGATAATCGAGGCCTTTGTTGTTCCCCGACAAGTGGTACATGATGTGTGGGGGG GAGTTTAGATAGGTGGGCCCCACAGATGGACACGTGTCAGCATCAGGAGTCATGTTAAGT TCCACATATTGAGGAATTTATGTTATTGGTTGTTGATAAATTTGTGGGAGATTGGTGTGT TGTGCCACTCTTTTAAGAGACAAATTTAGGGTTTTCGTAAGAGAGTAGAGTATACGTATA TCTTATTTCTACTTTAAGACGTAAGAATGTCGTTTCTGAATAACTATCGACTTAAGTTAC ATAGATTTTATTATTTTTTACGACTTTCACTTTTTCACTTAGACGTTCATTAATATTTAT ATCTATAATTATTTCATAAATCATGAAGTAATTATGAAAATAATGCATTCCAAAATTAGA AATTGTGATTTCTGCTATTAGTAGCATTGATTACACTAGGAAAGTTTAGTGCATCAGAAA ATATATTTAACCTAACTAATCCTAACCCTTAATAAAGAACAAAAAGCAAAACACAAATTT ATTCAAAAATTACTTATTTCATCTTTAATGAGATGATTTATAGACAAAATAAAACGTATA AGATTCATTTCAGATCATAAGTTTCAAAAAAAAAATTCTTGAGCATCGTGTTGAACCAAA TACCATCACATAAATTAAAATATAACATGATAACATTATCATATTATATATCCACCTCAA TTATCAACTCAGGAAACAACAACAACAACAACAAACAAGTGTGAAAGCATGATATATAGT ATTGTATGATCTGTTTTAATTTGTTCGTCTTAGTTACTTATTTGATCGGTAAAAAGAAAA TGAAAAGAAGTTAATATATGAAAAATGATGTTTGTTATTTTACATTGTACCAACACTTGA TTAAACTCAAGAAAATTACTAAAACAACAATATTAGCTTGTCCACAAATTAAAGATTTGC ACCTACATTCTTATCATCATGAATTTGATGATCAACTTCTTTCATTTCCATTATATTTTT GTGATTTCTTTTTGATCTTTTTCTTTTTTTGTCATAGCTAATTCCTCTAGACTTGGACTG AAAATTACGAACATCACGTAAAAATAGCTTAATTGATCGAGCCCCAAACGGGTTCATTTC CGAATTTCCTCCATGTTCTTCATAAGCAGCACGAAGACGCCCTATAAGGGCGTCCAGGCT TCCCCATGCTTGCCTTAAAGGGCAAGCACAGGGTGCCGGAGGATTTATCATCCCGAAAAA TGGACAATTTGAATTATGGACTTTAGTTTTGCCGAATTGGTCCAAGTACCTATATATTGT AATAAATAGTAGTGGAGTCAGAAATTCATATTAAATTATTAAAAAAAAAAGAGTTCAAAA GCAATTTTCTGAACTTCTTTATACCAATATACAATTATTATGTATAACCATAAAAGAAGT TATAGTTATTCAATATCGAGATTCAGTTGAACCCCTTCGTTGTTACTAGCTCAAAACATT ATAAAATGACATACAAAGGCATTTACGATAAACAATCAATTTTAGGAAGTAAATCTAGAT TAAAAATAAAAAGAGGTATATTTGTCGAATAACATAATTCAATTGAATCCCCAAATTATT ATTAGCTCCAAACCTTTATGATAACATACATATACAAAGGTATTTTTGATAAGCACCCAA TCTTAGAAAGTAAATCTCGATAATATTTTGTCGAGCATCGTGATTTAAAAATTCTAGCTT CGTCCCTGACTATAAATAAAAAATATAGTGAACATCGGTAGCTATTTATATATATATATA TAGGCTTATTTTCAAACATAAAATCTAGAAAAATCCTTAACTAATACCTCAATTTAAATC AACCTCATGTGTTTTAATCCTATATTTTGACTAACAAATTTTGAAAAATAGAACCTAGCT ATCCAAAAATAAAAAATAAAAAAATCATGTTTTAATTTGATTTGACATGAGGTTTAAGAA AGTAACGATTTTCTTTTTTAAAAAATATTTTCTTAAACTAAAGATATAATGTATCGAAAT ATCATTTAATCCAGTGATCTTAAAACATGGAATGTTGAAATTAAAGAATTGTCAAACCAG GTTGGAGTCATTCTTTTTTGAAGAAAAAAAAACTAAGACAAATAAACAGAAACGAGTAAT TTTTTTCAAACAAAGCTCCTATATATTATCACAAGATATATAGTAAGCTATATAACAAAA TAATGCTAATTAAACATATCTAAAGTGTCAATACACTTAAACTAAAGCACTCTACAAGAA TATTATTAATTAAAATTTTGAATATTATGATTCAAACAATACGTACCTTAGAAACTCCAG AACATGAATGCTGCTGCATTGAAGAAGTGACATTAAAGGATGATGATTTCTTATGTACTG ACAAAACGTGTTCCAATCACGACGTTTCTGGCTCTCATATCGACTCAATCGAGGAGTTGA GAGGATGTCAACAACATCATTGCTTGGGTTATCATTTGCAACATCCATATAGTGGTGTTG AATGAGCGCGAAATATACTTTAATTTTATATCTTATATAATATGTAAAACGCTAACGAGC AAGAAAACAAATGTACCCTAAACAAAAAAAAGCTTTAGTGTCACAAAGAAAGTTCACTCA GAAAAATCCCCTTTTATTGACTCAAAAATTTGGACTATGGGGGTAGGGGTTTGTGGGGTG GGTGGGGGGTTAAACTTGTAGTTGACCTAGCTAGTATAGCATGGCCAATTGGCCAATGAA TAAGCTAAGATCAAATTTATCGAGGTCTGAGTCGTATCCCAATATAACACTAAAACATTA TGCATAATATATAATTACGAATTTTAGCTATATAGAACGAATAGTAAGCTTGTGATCATA GTACTAAAATGTCACTAAATAAACGTCGTTGCGGTTGTTGGGGGGGGGGGGGCAAAAATA ATGAAAAGTGAAGAGAGTGACATTTGTTGCCATCTAGGTCTCGGTCGGGGGCGACTTCCA AATTATGGTCTCATTCTTCCCTTGATTCACGATCCTTGCATAATATATAATTACGAATTT TAGCTATATAGAACGAATAGTAAGCTTGTGATCATAGTACTAAAATGTCACTAAATAAAC GTCGTTGCGGTTGTGGGGGGGGGGGGGCAAAAATAATGAAAAGTGAAGAGAGTGACATTT GTAGAAAGAGTTTATATTGTGATTCAGAAAGAGATGTGATATGTCTTATTAATTTGGCAT TTTATTTCAACTTGCATTAATATAATTGTACGAATGGTTAGGTTTTGCTTGTAAGTTTAT AACCCCTACTAATATTATTTAACATGATGGCACGTGTACAATTTGAAAGCAACAATTCTT TAAGAATTAATTGAATTAACTACAATCCAACAACTCTAAGGAAACTTCATAGCAACTACA TGTAGCTAGGGTATGTTTGGTACAAAAGAAAATTGTTGTCTTTTTTACATTAAATAGAGA TCGATCGATATATATGATTTCATAAACTCTTAAATGAAGATGGAAATAAGAATATCATGT TAGGTAAAATATAGAATATTCTTTGCGAGTTATCAAAATTTTGAAAATATTATAGGTGTA TTGAATTTAAGGAGGGGAAAAGCACATGTGGATGATCGATAACGAAGGAGAGGAAAAAAG ACTTAGGTTTTGATGTTCATCAACCTAGAATAGACATATATACGACTAAGTCCTAAAGGA AGGTTTTACGCAGATGTTTGGAGTCTCGGGGTGTACAATTATGTATTAGAGTGATTAGGG ATAATAGGAGGAGACTCGAAACACTTTTTAGTCGAGATGGGGTAACACCATGTCACGATT AGGTCTGATTCTATTTTTAGTTGTCTTGGTGATGAATGAATTCACGTGATGGAAATTAAA TATATTTGTATGTAGTAAATAGTATATTATTGTTAAAACTATTACACACATTTGAAGTGT ATTAATTGAGAAGCATTATTATATAGGGACCATTTTGAGGAAATTTCGTAGAATTGTGGT CTAATTCTCTCATTCTTAAAATATGCATATACTACAATTTATGGCATGAATATGAAGACA AAAAAGTACTATTATAAATGATCTTTAAATTTGGCTACTAAATTCAATTGAGTTTTTATA ATCACTTCAAGTAACTATTATAAAGAAAAAAGAAAAAAAATGGATTTGAAAAATATCTTA ATTTGGTCAAAAATATTGCTATGATATTAAATTTATAGAGGACTTTTTATCCTCTATAAT AGTGTAACGTGTCCACGAGGATACGCTACAATTTATTATTATGCGATATTATTTTATGTT CACGTGAATATATATATACCTTTAAAATACACTATTAAATTATCAGTAAGTCGTAGCTTA ATTAACCAACAATCATCTCCTCTAGGTTACTTTTTCTTATAAACTACAAGATGAATATGA AGATGTTAAGACAAACTTGCCACAAGTTGATTCAGATGTGCTTGATGAATATAATGTTTG GTGTTTTATATTGTGATAATTGAAAAATAATTAGGTTAATATTTTTATTTAGCTATTTAT ATTTTTACTTGGAATCAATTTTAATAAATATTATAAAGTTAATTTTATTCGGAGATTTGA TTAACAAATAGTATCACTAACACATGTAATGATTAAAATAATATAGTAACAATAATATCA TATGATATTTTCTTGTCTATATTTATGATAATATTTTTAAATTATAATTTGATTTAAGAA ATTATAAAAATACACTTTTAAAAAACGGAAACTTGCATAAATATACTATACTAAAAAATA TTTACCATTTATAATAATAATATTATTTTTTCACTTGATCACTTTTAATACATTTATAAT ATAGCTTTAGAACATTTATTATTAACATAAAATACAAGTTCTATTGATGGATAATACATT TATTTCACATTTTTATTATATTTATTATACAATGTGCCAATTTCTTACCAAACAAGCATA ACATATTTAAAAAAAAAGGTAAAATACATGTATATTGCATACATAATTCACTTTTAATAC AAATTGTTGATTTAACATAGTATTATTGTGTATTGCCATAAATTGTAATAAATAAAAAAT GTCACTAAAAACAATAATTATTTGTTAAAATGTACCAATCCAAGTAATTTTTTCTTTAAA AAAAATTGGGTTGGCTCAACATAACATATAGTCCACGTACTTTTGGGTTGGATTGACTAT TTTTTGGCCCACAAAAATAATGGTTTGGTCTGACCTGACCCGTCAAACTTTAAAGCCCAT ATGGATTAGCTCGGATGAGGTAGTCCAGCCAATATTGACACCTCTAGCTGCAGGTAACAG CAGATTGAGAATTAGAAATTTAATGTCTAAAGTAAATACTCCCTCTGTCCATATTTACTT GTTCACTTTTCGTTTTTTAGTTGTCCATAATTAGTTGTTCATTTTGACATATAAAAAAGG AAAAATTAATCAAATACACGTCTTATATTTTCCTTATTTTCAACTTCCTCTTCAATTTTT GAAAACTTCTAAAATTTCTTATTTTTTAAAATGTATCTGACCTACATATTAATGTATCCG AGCCAGCATATAATGTATCCGAACTACATCCGAACCAATATTTAATGTATCCGAACTACA TATATGATGTATACAATTTATTTTATAATGTATCTAAGCTAGTTTTTAATGTACCCGAGC TACATATTATGTATCCGAGCTAGTTTTTAATGTATCAGAGCTACATATTATGTATCTGAT TTATGTTACAGTGTATCCGAGAAACTCTTTAATGTATTCGAGCTACATATTCATGTATCC GATTTGTGTTACTTTTTAAGGGATTAATGTAATTACAAACTAAAGAGGGGTAGATTGTTA ATTCATATTAAAACTATGTGATTTCTAAAGTTTATCCAATAAAAAGGACAATTCTTTTTA TCTGTTATACCCTTAATTAATTATTTTGAAAAAGATAGAACTTGTTAAAAACCTTTACGT TTTAATTCATCCACTTCATAATTAATAGAGATAAAATGGTAAACTCACTATATTAATAAT TGTTCTCTTAATAGGTGTGTCAATTCAAAAGTGAACAAGTAATTATGGACAAATGAGTAC TTTGTAACTTCGAAGTTTGACTTTCCTACTCTCAACACAACTAGGGATGCAATGGGAGTA TGGGACAGGGCGGATGCAGGGCGGGTGAATTTAAAGCTATGTGGAGTGGGGAGGGCGGGT TTAAGTTTATGTGGGGCGGGTCGAATACGGGGCAAATTGGAGTGGATTTTTTTAAAATTA ATGCCGGGCGGGGCGGATTGCGGGTACATGTAATTTTATGTGAGTTCAAACTTAATTTTA ATTTTTTACATATTATAGAGTGACAAATTATTTATTAAGATAATTTCATTAAAAGCTGCT AAAATATTCAAGATAATAAATGAAAATGGTTCAATAAAAGTAATACAATTTCTTGCATAT TTTCCATTTGACTTCTAAAAAATAAAACTTTAAGTAATTACCCTATTAAATTAATACAAC TTAATGGAAAAATGAATTTATTTTTATAATTTTTACTTTAGTATCAAACATAACTAGAAA AAGAAATATCAAAAAAACTTATGTGGGGAGGGGTGGAGCGGGTTGAAAATGAAAAGTGTT GCTATGCGTGGCGGGGCGGAGCGAAATTTTTTTTTACGGGTTAAGCTCAACCCGCACCGC CTCCGCCCTACACCGCCCCATTGCCATCCCTAAACACAACTTGTCCTGCAACTTTTGGCT GCTTAATTCACACCTGTTTGCTGCAAGTGCTGTTGCAGATTATGGTACAATGGTTGCAGC AATAATTTACGAAAAAAAGGAAAACACATACCATCAAACCTCTCTATAACGACATGGTTT GTCAAGATACTTGGAAGTTAGAGCAAACTGTTGTTTTAGAGGATGTATAATATAACCTAA CAAGAAAAGTCAGTTTCAAAGAAAGCTTAACCATTATAAGTGAAACTTATGTCTAAATCA ATGTATACAATCATATGTACAGTGTATCATGAACAAATTATTCTAATGGTTGTAACTTGT AAGCCACAATTGTGTTCAACAATAAGAGAATCATCCATATGAACATTCATTTTCTACAAA ATTTCTGCTTCCAGATTTGTGTAGATGATTAGGACAAGTGAAAACATACCGGGTTCAAAG GTCAATTTTTCTAAAATCTCAAGCTAGAAGAGAACATACTCGCAGATAATTTCTGATGTA GCCACAAAATCACCTTGCATCTACACCAACGAAGCTCTGATTTCACATTCACCGGTAAGT TTCTTGCTGGATGAGCAAATTTCTCTGGTCATTTCTTGAAACCAGTCAATTGCTTGATAC ACGAGGATTGGCATTGATCTGACTGTCTGGTTGGTGGCGACATCATGTTGGTTAAAACAG CACCAAATGGGAATATTAGGTATTCAGGGAACCAACTGATGGGATATGATCAAGGAATCA AGCGCGGAATAGTCATTGGCAAATGAAACGGCCAGGGCTGTAGCTGCCGGGAAAAAAGTT GGCACCCATGCAAAGTTCCATATGAGAAATTTGTCCATCTTCCACAAGCAATCAGCATAA TCTTGATAATCTCTTTCGTTTTTGCTTCTTCTTAGCAGCAGAACTAGTTGAATTGTTGTT GACGCTGGAGGGGAGAAGAGCAAGAGTTGATGGTCTGCCAACTGACGTTCTGCCTTTTTT AGCAACCCATCTCAAAGGCATATTATTTACTATGGTGCCAATATTATTTGCCTGGTTTAG CTCAACAAGCTTCCGAATTTGATCAAGCATCTGATGTGTCCATGCTGTTGACAAATCCAA TGCGATTGAATCATCCACCGGCTTTTTTGACAGACTATCTAGAATCTCATTGAATGACTG AAATGACATAGAAGGTCGATAAGATTGAAGATTCCCACATATCATATTGACTTTAATAAC ATGCTTGCACAGATTTCCTTGCATTGACCATTCACAATCGCAATGGGCAAATTCCGATCC AGGATTCCAAACTAGTCGTGCTATAGTGCTGTCTTTCTGGCTCAAAACTTTTGCAAAGGA GTTATTCTTGCAATCCAAGGTCACAGCAGCATCAGGAATCTGCAGAGCTCTATTCCAAGA AGTGGTGGCAATATATTCAGCCTTCACATTTTGAAAAGAATCGCTCTCATCTGCATATCG GTCAAGCCAGTAGCTAGAGTGTAACTCAGTTGTCAATTTGTGAACTAACCAATCAACCCT CTGGAGTGCTCCAAGATGTGAATCATCATATAGTCTTACTTTCAGCTTGACATGATATGC TTCTATTGCACCAGATGCTTCCTGGCTCGCAAGAGGTAACGTCTTCATTGTAGTAACCCA CATTTCTGTACAATGAAAAAAACAATTATTACCAATAAAATAATGGCAAAAGATAGAAAA TTATTCTAAACAAATGCTTTCATATATAGTAGGGTGAAATAAACTAAATACACATGTAAG TAATGGAGTGCATATATAGTAAAGTTATATTGGTGGTTCTATCTGATTTATATGTTTGGT ATATGACAGATTATGTTCTTCTTCTTCTTTCTTTGTGACGGAATTTTTTTTCAAGGTGAC AAAAGTAGATAACAAACAAAGAGATGATCTAACCAAATTTCGGCACCCATGTGGCTTTGA AATACTGCAAGAAGGCTATTTGATCAACAAAATCTTGAGAAAGTTCTTCTAAAGCAACAA AAGGATCAGTTCCATCCCAAATTCTGTACACTATGTTCCCTAGACGCTTAAATATCTCTC TTTGAACTTCAATATTACTACATTTCTTGATGATATTTCTCAACCATGCTCTACGGATCC GCCAAAGTGAAAATAGAACCGCACATGAAAATATCTCCCTGAAAAGACATTAAGATCATA TAAATTAGTTATAGAACCATGTGACTAACTAGATACAGAGAAATGGTAAACTATAAGAAT TTTGCCTTATGGGGTCAATTTCTGCAGCAGCATCATCGACTAGAAAACCATTGACTTTCC ATGTTGGATCAACAGCAAGGACACGATCATGCAGAGCTTTCATCCATTTACTCACGTCAG GCTTGGCAATTGTGCGGGTGATGATCCAAGCAACAGGAAGGGCATGCTGTCTTGAGTCAA ACACAAGAAGTGTGCACAAAGGATACTGCCATTTTACAAGATCAAATTAGAACTATGGAA GATGTTGTCAAGGTTTACAGAAAGAAAACGATTGCTTCATTACCTTTAGTTTCTTTATTC CAAATGTTGAATCAGCGGCTATGAGACTACGATGTCCAAAACGAATCATTTGTAGTAACT GCCATTCAGTTTGGACACCTAAGATGAATGGATCATTTTCTGATGCATCCTGATAAAAGA AAACAGATTTCTTATTGCGCTCGACCCACAATCTTATGCTAGCTTGATCATCTAGATCCA ACTCATGAGTAGATCTTTTAATAATCATGCCAAGTTTGTGGACATACTGAGCAGCAAGGC TGTTCACTTTGGCATCAGAACCACAGTAACGTTGAATACCCTCTATATGCTTTGCTAAAA CATTCTCCTCGGGAATGCCAAGATAGATCATAGACATAGTTTGCTGTTGAATCTCATTGC AAATGTAAGGTATATTTTTTGCACCAGGGCCAATAGCATCTCTATCAAGTGGCCCATGGC ATACAAAACCAGACTTGTTAACATGACGCCTGTTGTTATATATAAGAAGTGCAAGAGATG GACGGGCATACAAACGCTTCACTATAAAATGACAAGTGCAGCCCCTCATTGACTGGGGTC TAGCGGCACGGTTTCGAGTGTTAAGCCTATATCGTCGACTTGGTAAAATACCACCACCTT CTCCGTAATTTTCTGGGCCAAAGGAACACCAATACCTGAAATAACAGCATGACAAGATAT GAAGGAGAAACTTTTCATACAGCTACAACTAGGTGTTACTCCCTTATTCCCATAATTTTG TCCCTAAGAAGTCATATACGATTTCCCTAAAGCAGATGTTTTATATATTTTCTTGTGGTA GAAAGTTAAAACCTTCTTGCGATAGTACATATTATGAGCTTTGTACTTAGCCATTAAAAA TTTAGCCCTAAGATGACTTTGATCTAGTTTGACTATAAAAAGTCAAATATGGGTAAATAA TCATGGGGCAAAGGAATAACATGTTGGTCGAAATGGTAAGTATAAGTACTAAATAAGGTA AAAAAGAAGACTCTTGCAGTTCAACATGCTGTCAATGCCCACAAAATGGGTTGTTTGGAC GTATATCAGCAAAACTCTGGATAGAACTACAACAGAACTTCAAATAAAAAATTGGATATA CGGATCCACTATTAAGTTCTAAACAGACTTTGGGTTGGTGATGGGATGTTAAGGAAGAAA TATCCTGTGTTGTACAGTTAAGCTGTTAACAGTCATTCTACGGTTGCTGTTGTGATCCTG AAATTGGTTAGCAATTAGAAGGAATTTTAATGATTGGAAATTGGAATATATTAGTCAACA ACTAAATCTATTGGAACCCATACCCTGGATGTTAACAGAAAAGATTCTCCAATAGGTTGC CAAGCAAGGACGAAAAAGTTTCAGCAAGGAGTTGTACAATTTTATCCAGAAACAAAGATG CTGACTGGGAACACATTGGCCATTTTAATATTGTGGAAAACACCACATTTGCATGCTTTA GATGGACAATGCTGCTTTAAATGCAATCCTTGACACGGGTAAACTTACAAAGAAGGGGCC ACATCATCTGCAGCATGTGTTTCTTTTGCGGGATTTAAGTGGAATCTATTAGTCATCTAT TCTCACATGGCAGCCAGACATGTTCTGAGAAGCTGGCAGCATCAGAAGGTAGAGAAGAAG ATGAAGAAGATCCGGATGCCCAGCCCTGTATGCATCTTGTGAACTATTTCGTTTGAAAGG AATAAAAGATGTATTGAGGGAAACAACAGCATACATATTTTGTTAAAAGCAGATGTTACC AAAATTGTACTTGTGGTCCTTAAAGATTTTGATTTTGTAGGTTAGGCAGAGACAGTCTTT GGTTAAAAAATGTGTGCTCTAATAGAGTACTTCTTGGTACCACTTTCTGACACTGGATTT CCACAAGATGCAGAAGATTTACAAATTTCGGATCATCTTTGACTAGATGGAGACTTAATC AAGTCCAACAACGTCTAAATACATGAATGGCTGATACAGGATTATGATACAACCTTTAAA ACAATCACATGAAATTGAAAATTTAGCAACATATGTCGGATATATAACTTTGTTATATAA AACAAATTTTAAGAAGTTTAAACTTACTAATACAAAACAAATGCTCCTGAGGAAGCCGAG TATTTCTTCATCCACCATCGGTTAAATTAAGTGAAGTCTTCATAGTTAGCCCTTTCGACC CCCCACCCCATCTCCAAGAGTTAAAACATTTACAAACAATCCTCTACATTCAGATTTATT TGCCCAGAAAATTCATTCCAGAGTCAATCCACCAAGAGATCAAGTAAGCAAAAATTCAAA CAAGTACATAGTTTACTAGTGAAGACGAATAGAACAGAAAGTGGTCATCATGACCCACAT TATTCATTTCAAAAAAGAAAGAAGGCCAGAAGTTATCAAATGATATATCCTTAAATGGTT GAAGCACTTACAGCCTGTGCTCCAAATATTCATCAGGCTTGTACTCCTTTAAACTGCCTT TGCTTCTTTTCCTTCCCCTCTCAATGTGAAACCTTGTTGGGAATTCCACATTACAACACT CTCCAATGATAAAGGCATCAACTCGATCATAATGAATAAGGGCAACATCATCATGTCGTT CTTCAGTTCCGAATTTGGTCCAACTCAAATCAGATGCCGAGAAGTCTTCACCAGGCGGAT CTTGCACGGCAAGATCAGGAATGGACTCAACTATCTCCATCTTCTAAAATATTCTGAATA ATTAGCAAGGCAAGTTACTAAAGCAGTCAAACTAGCAACAGACAATCAACTTCGAGAAGG AAATCAATTAAAAAAAAGATAGCAGGTGCCTAGCTGCCTCCATTGGCCTACATAATCTGC ATGCATTTTCATTTGAAAGCACCAGACTCAATAACTTCCAGAGGTTCGAGAAGGAGAAGA AAACATTTCAATTATCTACACCTCAAATTCCCGACTATGTTGGGGTTTGCTAATAGGTGA ATATGACATAAGTGGTTAGAATTCATAACTTTAAGCAGACAAACATAAACAGACAGAAGG CAACATAGCATCCCCCATCCTAAATATATAATAAAACATGGGAAAGTGACTTATCAATAG AGGTGAATGAAAAGAGGGCTAGGAAAATCTTGATTTGATTTTGCAGCAGCTTAATCAACC GACAAGTCCACATAAACTTGCCTTAATATGAAGCTGAACCTCTTTATAGGCTATTACACT TTCAATAAGTACAATAGACTTCACAAAATTAGTCGCTAAGGTATATGATGTAGGCTAGAA CTAGATAATAACAAGCATCAGAGGTAAAACAAATAGAAAGACATGTATTTGGACAATTAT AGACACTAAAAACAATAATATATCGACGAAAATGTAGCTCAAGCTGGAAGATTGATGGCA GTTTTAGCATTACATCAGGTCATCAACAGTTCAAGTTCTCTTGAAATCTTGACAAATGAC CAACGATAAGATATGATAAGAAAAGCATGACCTGAGCCCCTGACATTGGAAGGAGAAGAA AACGGTTAGAAAGACAAAATCTTTTGGCTCCTAAAAAGCAAGAGGTTGTCACCGTCATTT AAGTTGAAGAAACTGAAAATGACAGTGTCGACCTTTCGGTGCTTCTCCACCTCGGATTCT CAGCCACTCCTTCCTTCCCCAGTCCAAACTAAATCAATCAACTACCCTCAATGCCAAATT AGCAAAGGTCCACTACATGAATCCTCTAATTCATTCAGCACTATCCAAACCATTTCATTC CAATATCAATTAATTTATCTTTTAGGGAAAACTAGGCCTTCAACAAATTAGAGGGGAAAT GGTTATCAAATGACTAGGTCAAAATAGGTAAAACATATCTTCTGCCACCTAGCCCAAAAA TTTATATGATGAGTAATATTGAAAGAAGAGGTGAAAAGAAAACAGAGTATTTACATACAG CAAAGGGGAGAAAATAACAGAACAAAAAGAACAAAAACTGACAGAAAATGTTCATGGCAA CATTTGGTTTGCATACAAGTGAAAACAGAGCAAATTCAATCACAACTGCAAGATATCTAT CAACAAGTCAAATTACACCTCAATCCCGAATATTCGTAAAGATCAACTACATGAAGACTC TCTGCCCATTCCATTTTATTCAGTATTTAAAAGGATTCATCATACTTACACTATCTTTAT GTTGACATCTACTGCAACATCCCGGAACCGAATCTATTTAGCAAACTAACTCAAATAGAC AGAGTTCAGAACAAAAAACAATGTTCTAAAAAACAATATTTACAGTTTACAACCAAAGGA GAGTATCTACATACAGCAAAAACCCCACAAAAATATCTTACTTCGTCTTCACCAAGTCAC CACAAAAAGAAGAAGAAAAATATAGAAAGAACAAGGAAACTGACCCAGAAAATGTTAAAG GCAACATTAGGGACAATTCGTTTTAGCATACAGCCGAAAACAGAACAAAATAAAAAATCA CAACAATCAACCAATGAACCACAATCAAACCCCAAACCCCCAAAAAATTAGTTAAAATCA GCTTACACAAAGCCCTCTGTACCTATTCCATTTTATTCAGTATTTAAAATGATTCATTAA ACTTGCACTAATTTTCACGCTGAACATCTACTGCAACATCTCAGGACTGACTCAATTTCG CAAAAATAGCTAACATGGGCAGAGTTCAGAACAAAAAAACAATGAGCCTAACTCATGGCC AAAAGCGGATAGCCCAAGCCACCCTTTTTCATCCGATGTGAGACTCTTCAACACCCACCT CACGCCCCGGCTGAACATCTAGTGCATGGGTAATTTAATCAAGGACCCATCATCGGTAAA CAATAATTGCGATTGGTCCTGTTCTAATACTAGGCGCAAGGTCCAACGTTCTAAAAAAGC AATATTTCCATACAGCAGATACACCACAAAAAGAAACATATTTGAGCTCCACCCAGGCAC CAAAATTGAACCTTTTCAACAAAACAAGAGGAAATTAACACACAAAATACTGAAACCAAC ATAAAGAACAATCCATTTCAGCATACAGCCAAAAAAACACAACAAAATCAACAAACAAAC AACAATTAAACCTTTAACCCCCAGCCCCCACAAATTAGCTAAAATCAGCTACATGAAACC ACCAAACTCATTCCATTTTAATCAGTATACTCAAAAGGGTTCACTATACTTGCACTAATT TTTACGCTGAACAACTATTCATCATCTTGGGACAGACCCTTTTAGCAAAACCAACTCACA TAGCCAGAGTTCATAACATAAAAACAATGATATTTAACATTAAAGAACCAAAAAAGATTG TATTTTTACTGACCCCAGAAGAAGAATTCTTGTTCTTGTGGTGAAGTAAGCAAATTATTA GAGTATTAAAGATTCTTTCTTCTTCTTTTTTGCTTGTGAAAGGAGTAATAGAGATGAAGG CGCAGTAGCAGCGGCAGCAGAAATGTAGAGAAGGGGTTTTGCTAATTATTCATTTTTTTT CTTATTTATTTATTTATTTATCATTTTTTTGAATTTTAATAGGGGATAAATTTAACTCTA TAAAAATTTGATTCACTAAATTTATTGAATTTGGATGAGTTGATCATTGATGTGAACTTA AATAATTTTGGTTTGTTTCATTCAACATAATTAAAAATTAGGTTGATTTAGAGACTCGAA AGATTTTATCAAAATATTTTAATAGTATTTGATTAATTTGATATTTTTTTTATAATAACA GTGATAAAGAAGAAAATTTTAGATATTACGCAAATTATAAGAATTTTTTTTAAAAAAAAA GACTGAACTTAGGATTAATTAATCTTTGGCCCAAAATTTGACTTTCAAGGTTTGTCGATG AAGTATCAAGTTTCAGATTTTGTTGTTTAAGGTTTGTCGATGAAGCTAGTGGGATCAAGA TTATAAGGTTATTCATTTTCGAGGTCATTGTATGTAATTTCTTAATTGTGATATGACTTA CTCCCTCCGTCCACTATTATTTGTCATATTTACATTTTTAGAATCAAAACTATATAAATT GTCTAACAGTTTACAATATATTTTTTCATCATATTGATATGCAAAAAATTGTAATGTATA ATACTTTTCGTATATATTTGTTGTATATCTAATTTTTTAGTTTAAAATATCGAATAAATA TAATCTAATTTAACTTTGATAATTAATCAAATTGACTTTCAAAAAGCACAACATGACAAA TAAAGGTGAACAGATGAAGTACTATTTAGCCAATTTTGATTCAATATATTTCAATAATAA CCATAACTTGCTTATTTTGTTTATCATTACTAAACGTAGACATGTAGCACACTTTTATTG GTTTATAAAATACAATATAATAATCATTTGATTGCCCTCACACAGTTTGATTGAAATAAA GTTTAATTTAAATGTCTAAACGAAATATTCTTATAGGCTTGAACCTAGCTATAATGGTTG AAAATTATTAAAATTTAATCACCATAAAATCACCTTCAAATCAAATATTGTGAGATTGAA GTTGAGAATCATTTTTATTAGACTAAGGTAATTGTGATTTAAAATCAAGGCAACTGGCGG AATCAAAAATTTCATAAAAGATGTCCAGAACAGCAGCTTGTTATGTTAAAGATGTCCAAA ATATGTTATTTAATCATTTCAGGTATAATTTTACTTATATATATATATACTATTTTTTTC CAACGAAGGGTGGACAACCTTACCACAATGCGGCTATGCCACTGCTTGCTGACTAGGGTT TACAACTAAATTCAGTCCATTAAAACCCCATTACATAAGAAAGTCACACAATCACTGGTA TTGGATGTATCGTTAGGTTTTGGATGTATCGTTAGGTTGTACCGAGTAGTTTCCGAGATG CCACATCAGCATTGCTCCATATGAGCCAACATTCATTTCTTACTAAATCATTAGGACAAA CTAGTCCAACAACAAACATATGAAGAACAAACAAAGTCTTTTGATCATTAAAAGGACATG AAATGAGAAGTTTAAAGATTTGACTAAAATTTGAAAATGAAACTGGTCTCTCTCCCATGT AAACATTTGGAACAGTTTCTAACAGAAAGAGATCATGTCTGAAACCGATTTATCCGGTTA CTTGTCACCATTTTCTTCAGCCACTCCTGCTAAAGCTCGCTGCAGATATTTAACGAGAGA AAATGTAAGCGAAGAGTGGGTGATCATTTGTGAACGTAGATGCTTCGACTTATTTAACTT CTTACCTGAATGCAAGACACTGCATAGTGTACATCACTTTCTGAAATCTGGTGGTGTAGA ACAAATCTGACTCTGCAGTGGAATTGGCATACATTTCTAAGTCTCAGAAGGTTTCTTACG AGCTGTAGGATACCAATATTTGGAGTTCTTGCATTTTTCCATAAATAAGTCGATTAAAGG AGAATGGACAGCCAAATCTTCTGAAACATATCAAAACTAGGGGCAAAAAATATTGTAGCG TTGTCGATCTTCTATCTTACCAACAAATGCAAGTTTGAGCACTACTAGCAGATTTTGAGT TGAAAAACCAGTTAAGGCGCTACAAGAGCCTATCATTAAATGCTAACAATCTCAATTATA CACTATATTGCACGGATTCTTCAAAAAAGTCAGTCAGTGGATGCATGTCAAATCCTCCAA AAGTAGTGTTTGCTTCAACATCATTTTTGAAACATCAACTATACTAAACATTGTCATCAA GAAAGGAAAAGATATTTACATGCATCAACATCTCGTGCAACTATGGATGTGATAGTTCAA GTGTTTGTACCTCTTGAACACGCATGTTATGTAATTTCTCACTACTTGAACTCTAAACGA GCTTAGCTGCATAAACGCTCAAGGGAAACGTGTAACTGTGCTTAGATGGAGATTTGAAGA ACAAAAAGGCAAGCGTACCTCAGTGGGCCTTCTGGTAGTATAAGTAAACCATATTGTTCC AAAGTCTTGACCAACTCTGCTTCACTGATCCTTGACCCCTTCAGTATGTCGCAATATACC TGATGATAACAAAAGGAATCGTAAGGAACTGAAAGAAAATTTTACATTGGTATGGGGGTT TCCCTCTGTGGACTACTAGAGAGGAGAGATTCCTTCCAGAGGAAAGACATCCCTATCCAG AAGCCAAATTTCCTTCTTGCAATTCGATCTCAGCTTTATGGAGGTTGTTTTCCGAATGTA AAAGAGTTAATGAAACATGATAACTGGCTCATGAGAAGTTCTGTATCGCTGGATTGATCT ATTCTTTAGGGGATTAAGTCTGAACTCCGATGGGCTACGAGCAAGGTGAGGTAGTTGTCT ATGAGGAGAGGGGGTTAGATGGGCTGGCTTTTTAATCGATGTCAGAGCAGTAATGTATCA AGGGCAGCCCAGTGCACTAAAGCTTCCACTATGCATGGGGTTCGGGAAGGGGAGGACGAC AAAGGTACATCATACGCAGCCTTACCCCGCTTTCTACAAGAGGCTGTTTCCATGGCTTGA ATCAGCCTCTTGCAGAAATGCCGGTTCAGTCAGAATCTTGGTAATGGTTCATCTAACTGA ATTGCACATATTTCCGGAAACACGTATCAGCTGTTAAGAAACTCAAAAGTAAGCATCATC TTTTAAATTAAAAGAAAATTAAGCATCATTTCTGATGAGTCAACTTACAATGTTGGTCTC TACAGTGGCAACATCAACTTTAAGCCCTTTGATTTTGTTAAGTTCCGCTGAGAAGTAAAT GGTAATCATTAGGCAAATGAAAAGAGTTAGTTAATAAACTTATCAAATGGAGAAAATATT ACCAGCCAAAATCTTAGCCTTTCTGTGATCTCCTTCCAGCTTAACAAGATTCTCTTGTAA AGCGGTAAAAGCAGCAGCGCAAAGGACTCCAATTTGCCTCATTCCACCGCCTAGAGTCTT CCTCAGGATTTTGGCCTAAAAAACGAAGGAAACAATGAGCTATTTGGCAAGGAACAAATA ATTTTTTTTATGCAAAAGCATACATACCCTGGCAATGAAGCTCTTCGAACCAACAATCAC AGATCCAACTGGAGCACCAAGACCTTTTGATAAGCATACCTGCACAGACTCTTAAATGAG CAGAAATTCGGGAAAAATACACTAAAAACCTTGTCATACATTACAAGCTAAACATAAAAC ATCTCTTTGTTTCTCCTTTAATATACCATGTTATGAATAAAATGTATTTGTTTCGTTACT CAATAAGTGGATCAGAAATAACTAGAGACAATAAAGAGAAAGGGTAATCTAGATTTTTGG GGATAATATCACTTACCGAAACTGAATCAGCTGCCTGTACAAGCCTATGAACAGGCACTC CAAGTGCCTAAATGACAGATTAACCCAGTTAATCAGAATGAACATAAAATAAAGAAGGCA TACAGAAAGACAAAAGTAGAAGCCCTTAAAAGTAATTATGGAGAACTCTACATTTAGACT CCTATAAAACTCAAAATTCCATCAAGTCATATGTCCATATAAAAGAACCGATGACTATTA AATCTGTCAAAAGACAAAGCAGACACTTAAGCTATTGTGCACAAATATGCGTCTAGAATA AAAATGTGCACCTAGCTATGTTGCACATTCGTCATTTATTTGAATCCAATATTTATCATT TTAACCTATCCTAGATCAAATTTAGCTCTTTATTTATCTTTCAAGTCCCATGAGATCTCA ATTCACAAAGGTGCTACTTGTTTCATATAGCATTATAAGCATATACTTTATAGAAACTAC TGAAAATCACTCTAATTTGAAAATCCATCCAAATCAAGGTAGCATTATTGACAGACTCCA AACAACAGGTTGTTTCCTAACAAGTCAAAAAATTGTGTACTCACAACTGATGCATTGAAT ATACGAGCTCCATCAATGTGGAGCTTCAGACCATACTTCTTTGCTAGCTCTCCAACTTTG TCTGTGTACTCCGCAGAAAGGCATCTGCCCCCTGAGCTGCACTCATAGAGTGTTGTTGGT TAAGAACTTGCATTATAAAGAGAGACAATACTCAAAACTGACTAAAGCAATGTGAAGAAA AAGATCTATATAAAATTTAAACATGGTTTATAGCTAATGTTTGCTAGGAGTCTTTAAAAC TTGCTAGAGATTTATGCCAATTAACATGTACAGAACTTCTAATGCAAGAAGAACTAATGA TTTTATAAATATTGGACTGATATGGGCTTAAACAAAGTGACATGGTCGGTGAAGATTCAT ATTACCGATCCCCACTTGCTTGGAACTGAAGCATAGTTGTTGTTGTATGGTCGACGATAT ACTAAATATATACAGCTCTAACAAAAACTAGCACAAATCCAATAGCATTACCAGATAAAG CATGATTATGAGGGTTGCCGTAAAAAGAGTTAATAGTGAGAGAATATTCTTACTGAGCTT GCGAATTCTCCAAGCAGATCAGCCTAGTGGTTGGGTAACATATTTCAAAGCTAGGATCTC GAATCGCAGCTTCAATCAGATCAAGATCCATCGTACCATCTTCATTGTTCTTCACTGTCC TTGGATGAACACCTCCAAGGGTGGAAATGCCTCCATTTTCATAAATATGGATATGGGAAT AATCACCGAGAATAATCTCACTGCCCCTGATTTGGCAATGAGTCAGCACACTGATAAGGT TACCCATAGTGCCAGAAGGAACAAATAATCCTGCTTCCTTGCCCGTTATCCTTGCCATCT CTGCTTCAAGGCGTTGGGCTGTTGGATCATAACCTAAGACATCATCATCCACTTCAGCAT TCGCCATTGCGTTCCGCATGGCTTCAGTTGGTCTAGTGACGGTGTCTGAGCGAAGATCCA CAGTTCTTACCACCATCTTCACTGAACTAGAAAACAGAAACAATCAACATGTCCCATATA AATTAATAATTTCATTCTTCAATGGCCACCTGTCTAGCTTTTAGTATGCCCATGTAAGAA AAATAAAACAAATTGCAAACAGCTTTTTCAGCAGCAAAACATCGACACCCGACAAAAAAG ACTATTAGCTGGAATTTCAGGAAACAGACCTATAGGCTCTCAAACAATATGGTGGATGAA CTACGTCACCAATTAACAAAAAGAGAGTTTTATCACTCACTATGCAATAAGTAAACCTGT CTCAAGAAGAAATTTGTTTACAAATGGTAAAGGAATTAGTAGCAGAGACACCCTCGTTCG AGGAGTGACACTAGACACCCCTTTGCTGGAAAATCCTGGCTTTGCCACCAAAAAGAATAT TCTACAACCAACTGTCACTCACTAAGCCTCAATCCCAAACTAATTGGAGTTGGCTAAAAT CGTCTACAAACTAGATAAACTGGAAATGCTCATTCTTTCTTGAATAGTGTGGAAGCACAC CCCTAATATTCTTTAAATTCCCACACACAAAAAAGTCTCTCTGGTAACTAAATAAATAAA CCATGTTGGTGTGAGTAACCTTCTCTGAGATTAGCAAGATAAAACTAAGTTTCATTCTCT TTACATAAAAAAAAAAAAAAGAAAGATAAATGATGTATACAGATAGGTCACACCATCAAT ATGCGCATTTAACTCAAATCCTTAAGTTAAAGAATAGAGAGCCCAAAATCTTACAAGAAT ATGTGACATTATATATTAGTACTCCCTCGATTGCAAAGTAAGTGTCGATTTTCCCTTTTC GAGGGTCAAATTGACTAATCTTCGAAGCTAAATTAGATTAAATCAACTCAATATAGGGTC TATCAGAAACAATGTCTCTATGGACTCTATCTACCCTCCCCACATTCCACTTGCGGGATT ACATTGTGTATATTTTTAAAATTAAAATTTTGATATTCAGATACTATATGAAAACAATCA TCAGTTGCAATTCTAACGAAAATAAGAACATTTTAAAATGTCGGTCAATGTTCACATAGT TTAAATCTCGAAAAGAGAACAGATGGAGGTAGTATTACATTTCAAAACCCTTTCAGATAC TCAGAACATTATACAGGCCTAACACAAACATAAATACTAAAAGTAAATAGAGATATGAAA AAAAGTTCATACTTTATAAGCTTCTCTTCTCTGATTCTTCAATTCAAGCAATGCTAGAGA GACAATTCACTCAACTGCAAACCAAATTCCACAAGTTAATCCTCACAACAAAAACATCAA ATCCTTTCAACAAACAAGAAAATCACATACAAAGAAGCATAAAAAACCCAAAATCAACAA AAAAAAAATCTACATTTTTTTTCACTTCCCAACTCAATGGGTGTCTGTCTTCTAACCCAC AAATTTCAAGAATCAAAGAGAAATAGCACTACTACACATACATACAAACAATTACTAACA AAGCTCAGTAATCAAGATTTGGAATTTTGCATAAAAATTCAATCTTTTTCCTAAAAAAAC AAACCCCACAACCCCAACAATCACAAAAAGCTGAAAACTTTAAAGATACCAAATTTTGGA CTGATTACAGTGATACAAAACAACAAAAAAAAGGGAAAAAAACAGTGAAACACAAGCACA ATCACATGAACAAAAAACATCATCAAAACACCTGTTAGGTCTGAGTATGAGACAGCAAAT AAGCACATTTAATTACATGCATGCAAATTTATTTTAATTTTTTGGATTTTATCAAAGATT TTGTTACTGAACAAAATTTCAAGATTTTGTCACTGAAGAAATATAGCAAGTTTATAGCTT TTTTCAGTTTTAATTTACCTTAAATTTTATGAATTAGCTGTTCCTCTTTGTTAGTAATGT ATTTTTTTTTTCTCTCCACTTATTTCGTATTTATAGTTGTTCATTTTGATTTTGTCTCTT AAGAACTCCTAGGTATATCGGATAACAAATCTCGAGATTAATCTTTATTAAAAAAATATT TTATATTTTAAAATTGGGATAAAATTAGAAAATTGATACTATAATAAATTTAATTATGTT TCGTAGTTACAATTTGTATATTTACGAGTTATAGTAACAACTTAAGTTGTCTTGTTTGTA TAATTCACGGATAAATTTGTATAATTTCAGATACTGTTGTACAATTAAGTTGTTCTTATA TAAACTCAAAATAACGAGTTTATACAAACACAAATATTTGAATTTTAAACGGTTATAAAT GTATATTATATAAAATTACATTATACAAAAGTTATACATATTATATTATACAAATTCTGA ATTATACAAACGTGTGGATTATATAAATTCAAAAATTCAACTAATGTAATTACCATTGAA TGTTGATCACAAGTGGTAATTAAATAAAACTATAGGTATAATGACTAATTAACTAATATA TGTTTGATAATACATGTTTTATTATACAAGGTATACACCCGCTGCTAGTATAGATAATCA AATAGGTCATGATCGATATGCCTACCTGATAGTTTTTCCTTTATTCAGTTGTTTTTTCTT TCATTTTTAATTTGTTTGTTTTATTTTTTTATTTTTATATATATTGAAAATTTAATATAT TAAAAAAGACATATAAAAATAATCTAACTGTGTTAAATTAAATGGAACAAAATAAATATT ATAAATCTCAATAATTAACAATATTTTGATTGACTCTTGAAATTATATTTGTGCTACGTA TATTCGAACGAGAGAAGTAACACAAAAATTAGATAAAAAGTACTATAAATTACAATAATT AACAATTTAAAATATTTAAAAATCATATTAAAATTTAATTGATTCTCTAAATTCTATCTG TGTCGTGAAATAAAAAAATAATAAATATGAAACTCATGCTTACACCGATACTTGTGTCAC ACACACACACACATATATATATATATATAAGAATAATAAGAAAAAGCTTCTTTATTTTTT GCTAGATTAATACAGAAAAACAAAGAATCATCTTTTTTCTTAATAAAGAAAAAGATTATT TAATCTTATATTAATTTTTACTAAAATTAATATTGGATAAACATTTAAGCACTATGATAA TATTTATTACTCCATCAATATCTTTTCACATTTGCACTATAGTGTGAGTTGTGTCGTGTG TGACTAGATATGAAATTTATCCAATAAATCAAAAAAAAAAGAGAAAAAAAATAAAAATAA AATAATTAAACATAGCCTTTTACAATCTAAATAGAAATTAATAATCATGAACAACTCTTT TTATTATACATAATCATAATACCTAGATTATTAAACAAAATAAAATCGAAAACATTAAGC AATACATGAATAATTACATAAGATAATTATGGCTCAACTAGATTACCATAACTATTTTTT TTTAATCCTAAATATTTAAACTTGAAAAATACCATAATTTTTATTATTTTTTTGTGTGTG TAAAAAAAAGTTAGAAGATATGTTTTGAAAACTTTATGATGTTAACCTGAGCTGGAAGAT AAAGAAAGAGCCTACTTCCAATGTATCTGGAATTAGAATTTCATTTGAGCTTTTCAATTC ACCTTTTGGGTCCACAATTATAAAAATATATTTTGAAAGAGATAAATTTCGTAAATACTA TTATTTGCGTCTAGATTTATGAAAAAAGTACTCATAGTAAAATTTTCTTGTTATAGAATG TACATGCATTTTAATTTCAAAACGTAACGAAATATATTATATCAACGTGTATATAATATT TCATCTTAATTGAAATCGTTTGGATACAATATAGGTTTATAACTATAGCATACAGAGCGG ATCCACCCTTAGATACGATGTGTCAAGCAATACTCTTTCATCGAAAAACTACATTATGTA AAGAGGTTATATACACGTATTGATATATCTCATGTTTGGTCTAGTAGTTAAGGTATTGTT AAAAAAATTTAAGGTTGTTTGTGGTTGATAACATGTATGTGCGGCTAGTTGTATTAATTA TGTGTGATATTATGTTTTCGAAGCAGAGCTTGAATGTATATGTGATCTGAGTCCAAACGG TCTCCATAATAGATACACGAGAAATGTTTGAAACATTTTTGATCGATTGAGATAAAACAA TCAATATAGCCTCACTCTACTAAGCCAATACAAACAGTAACAAAATATAAATTTAGTTAA AATTGATCATATATATATATAACGTGAAGACATCATATATATATATATATATATATACAT GTGTTATATATGTCTTCAAACTATACATCTGGTGAAGCACTATTGAGTTTCAACAACCAA TAAAAACACTAATAAACTCTGACGTGAGACTGAAGTTGATAATAACACGTACGATAAGTG TGTCTATTCGAAAAAAATTAAAGTGATGGAGAAGTTGGCATTTGCCTACTCCCAAAAAAG TAGGGTCATGTAATGAATGACGTGTTTGGTTTTGGACGTAAGAACTTTCTTGTCCATTAA AAATATTATTTTTTGCTTTATTTTATTTTATTTTATTTTATTTTATTTATTATTTATTTT TGTCTATTCTTTTGAATTGGTTAATCATTGAACACTTTGTATAATGGCCAGTCATTTATG ACTTTTTGCATCACGTTTTAAATTATTTGTTATGATTTTTAATTTGATACCAAATTAAAG GATGGTAAAAAAAAAATTCAATCTACAATTATATATATATATATATAACAAAATGTATTT TAAGGAAAAATAATTTAAATATAAATTTTTAGTACCCCTCGATTCTTTGTTTGATTACAT AATTTATCACAAGATTGATAATTACGACTCAAATAAGTTATCCCACTTGTGGATAGAATA TTATTTCGCGAAATAACTTATCTAAAAATAAAAATGTAAAAAGAAAAAGTAGTCCCTTAG ACCCTCTTTTATAAACAAACAACTTATTTTTAATGAGTATTTTTGTAATCAAACAATTTA TTCTTAGAAATTATGTCATGCATATTTGACGAATCAAACAAACAATAAAAAAAATTAACT TCATTATAACTAATCACTTCATAAAAATCTCAACATAACTTGTATTCAAACCAAACGACT CTGTTACATGTCATTTGAAAAGTTAAAATTAAAAAATTGTCAAAAAAAAAACCATTCTTT TCGTAAGATACTAGAAAGTAAAACAAAACAAATATATAAACTATTAATTTTCAGTTGAAT AACAAAACTAATTTAAATATTTATCTGTTTGCAACAAATTTTAAAGTGATAAAAAATAAA TTACAATCACAAATAAAATAGAAGAAAGATAATTTTATTTCTCAATGTTAGTGAAAAAAC TTACAAGATAATAAAATTGCAAGATTACAATTGAAAATAAAATGAAGAAAGTAATCTCTT CAGGCTGAGGCGCGAATATCTCGCTCTCTTTAAGGAGATTCAAGTCCACTGCAGCAAATG TTTTCACCGGTCCAGCAGTAGTCCTCTTTGACTTGTCCCCTCCAGGATACAACAGCCTTC ACAAAGTATAACTCAACAACTCTGGACAAGAGTTGAGTCCAAAGCTCCACAAAAAAGAAC ACCTCCCTTCAACTAATAAGAACTCTCTTTTAGATTAACTCTTTCACTCTTTGTTTTCTC TTATGAATTGTGTGTCTATAAAACCAAATGAAGACTACCACTATTTATACTACAAGAAGT TTTCCTAACAATGAATAGGAAGATAATGAAGGTAGTAAATAGTGAGGATAATGGCCTTAG GAGTTACATAGGTTACAATGGGAGTTACATAGGTTACATAAGTTACAATGGGAGTTACAT AGGTTACAAAAGTTACAATGGAAGTTACATAGGTTACATAGGTTACAAAGAGTAATGAAG GAATTAAGAATGAAATACATTGATGGATAACCAATGCTAATGGATGATGTAGAAGTCATC CATTCCAATGTTCATTCTTATAACTCCAAAATAAAGCAATTTAATATGTTAAATATTAAT ATTAAAATGCTAAGAACCTAACAATCCCCCACTCATTTTAATATTTAGATAAGAAAGTAT ATCAGTTGAAGGAAGACTACTATGCATTATGAAGGTGTGCTCTGCATTGAACCTCCACTT AGTGAAACAGTAACTTTTACTCCAGAGTCGTAGTGGTCTCAGACTTGAACTATGACTGCT TAAGGGAAATAAAACATCACTGCTCACACATAATAATCAAGGTGTTGACATGAGCTTTAA CAGCCAGCACGTTATGGCCATGTGCTATCCCGATTTCATGAGTGCATTTGTATAAATAAG CCTCATTCTCATAGGAAGCGACCTACTTCCACACATCACATAGGTGAAATCTGTCGAGAG TGCTCCTATAAGATTAACACTCCATCCATACGGACTACAGATATTCATTAAAAGTTTTAT CAACTCAACCTTCACAAACTACAGGAAATAATGCACTCACATCATAGGGAGGGGAAAAAA TAGTGCATTTTTCACAACAAGTCATCATATGATTAGTTTTTCCCTTTGAACCTGGTTATA GGATCTCTAGTCCCCAGGTTGGGTTTCCTCATATATGACTTAAGAATTTGTAGGCTTCAA TCCCATCCCCCTCGATGTGCTCCAAACCTTTTCTCTTGTTAAGGCCTTTGTAAGAGGATC TGCAAGACTATCACAAGATTTGACATACTCAACATTAATGGTACCATTTGTCAAATACGA TCTTACATTACTGTGTTTCCTCCTTATAGGTCTGAATTTACCGTTGTAATAACGATTTTT CACTCTACCAATTGCAGTGGTGCTATCACAATGAATTAAAATAGGAAGAATTGATTTTTC AAAATAAGGAATTTGAAACAATAAATCTCTTAACCAATTCGCTTCCTCACTAGCTGAAGC TAAAGCAATTAGTTCAGCCTCTATGGTAGAGTTAGCAATGATAGTTTGCTTTTTTGATCT CCAACAAACAGCACCACCACCTAAAGTAAAGACATAACCAGTGGTAGAACAGGAATCACC TGACAAAGTGTTCCAATCCGCATCACAAAAGCCTTCAAGTACAGCAGGATATTTTTTATA GAACAAACCACAATTTTTCGTTCCAATTAAATATCTCATAACTCTTGTTATAGCATGCCA ATGTTCATTACCTGGCTTGCTTGTAAACTTGCTAAGTACTCCTACTGCATATACAATATC AGGCCTAGTGCAATCAATCATATATCTCAAACTTTCGATTATACTAGCATATTCCTTTTG ATTTATTACATCATTTTCACTTTAAACAGGAAATAAGTGAACACTTGAATCAAAAGGAGT AGCAACATGCTTGCAATCATGAAAGTTATATTTTTTCAAAATTTTCTCAACATAATGTGA CTGGTCAAGGAAAATCCCCTCACATGTTCTTGTTATTTTTATTCCAAGAATAAAATTTGT CTCACCAAGATCTTTCATATCAAAATGGCTTCTAAGAACATTTTTAGCTTCATCAATAAC ATTCATCTTAGAGCCAAAGATCAACAAATCATCAACATATAGGCAAATAATCACATGAGA ATTATTCCAAGACTTATGATATATGCACTTATCACACTCATTTGTTTTTTAACCATTTTC AATCATGCAGGAATCAAACTTTTCATGCCATTGTTTTGGTGCCTGTTTCAAGCCATATAG GGATTTAGTAGGTTTACATATTTTACTTTCTTGGCCTGCTTCAACAAAACACTAGGGTTG GTCCATATAAATTTCTTCATTTAGGTCTCCATTTAGAAAAGCAGTTTTTACATTCATTTG ATTAATTTGCAAATAAAAAATTGCAGTCATAGCAACTAAAAGTCTAATGGATGTAATTCT TGTTACCGGAGAAAAAGTATCAAAAAATTCTAGGCCTTCTAGTTGTTTAAAATCTTTTGC AACTAGCCTAGCTTTGTATTTATCAATAGATCCATCCGGTTGCAATTTTTTCCGTAAGAC CCATTTACAACCAATTGTTTTACAACCCGGTGGTAAATCAACTAACTTCCAAGTTTTATT AGAAATTAGAGATTTCATTTCATCATTTACAGCCTCTTTCCAAAAAATAGAATCATGTGA AGATAATGTTTCTTTCAAAGTTAGAGGATCATTTTCAACATTAAACACATAAAAATCAGG ACCAAAATCTTTTTCTACTCTAGCTCTTTTACTTCTTCTTAACTCAAAATCAACAACTTC TTTATTTTTCAAAGTTGAAGTAGAAAAACTAGGTAGTGACAAAATATTTTGTTCAATCCT TTGACCTCCACTATTTTTAGTATCAAAAGGAAATTTATTTTCATGAAAAATAGCATCACC AAATTCTATTACAATATTATCTTCAAGATTAAAAAATCTATAGGCTGTACTATTTGAAGC ATAACCAAGAAAAGTACAAGTAGTAACTTTCTTACCCAACTTTGTAATCTTGGGATCCAT TAGCCTCACAAAGGCTAGACAACCCCAAACTCTTAGATATCCCAAACTTGGCTTGTAACC TTTCCACAATTCAAAAGGTGTCAATTTAGACTTTTTATGAGGCACACGATTCAACACATA ACAAACAGTTAAGATAGCTTCACCCCAAAAATTTAAAGGTGCGTGTGACTCAATAAGCAT GACATTAGTCAATTCAACCAAAGTTCTGTTTTTCCTTTCTGCTACTCCATTAGACGAAGG AGAGTAAGGAGGAGTAGTTTCATGAATTATTCCCAATGATCTAACAAAAGAGTTAAACTC ATTTGATTCATATTCACGGCCTCTATCACTTCTAATTCTTTTTATTTTTCTTCCAAACTG ATTTTCAACCTCATTGAGATAAGTTTTGAAATTTTCAAAAGCATCACTTTTATTTTTCAT CAAGTAAACATATGTAAACTTAGAAAAATCATCAATGAAAGTGATAAAATATCTATTACC TCCACGTGTTAGAATTCCACCAAGTTCACAAATATCAGTATGAACTAATTCTAACAAATC AGTTTTTCTTTCAACTTGAAAATGAGGCCTTTTAGTGATCTTGGCTTTACTACAAGCCTC ACACTTTTCAAAATTCTTTTTAACCATTGGGATTAATCCTAAACTACTCATGATTCCAAC ATAACGATCATTTATATGACAAAAACGAGCATGCCAAAAATTAGTAGAAGAAAACATATA AACAGAAGTAGAAGTTTTATTCATTTCAACATTCAACTTAAACACCCCATCACATGCATA CCCCTTCCCCACAAAAATACCTTTCTTCACTATTACATATTGATCAGATTCAATAATCTG TTTAAAGCCTGCTTTATTAAGAAGAAAACTAGACATCAAATTTTTTCTCATAGAAGGAGT ATAAAGTACATCTTTCAATGTTAATATCCTTCCAGAAGTAAAACACAATTCAACATCTCC CTTTCCAAGCACTTGAGTAGTGTGAGCATCACCAAGCATGATAGTTTTGGGCTCCTCAAA ATGAGTATATTTTTTAAACCAGTCTTTGTCATAACAGACATGACGGTTTGCACCAGAATC AGCTCACCATCCATCAACATTCTCAACCATATTTATGTCGGTAATCACCGCCACAAAAGG TTCTTCGGTAACATTTGTCTGAGGGTTAGGACCATGTTTCCGGAATCTGCAAAATCGAGC AATATGCCCACTCTTGCCACAAACAAAGCATGGTCCCTTTTCTTGAACTTGTTGAGTTTG TGCTTGGTGATTTTCACCATTATTTTTCTTGGGAGGTCTACCATTATTTTTCTTGAATTT TTTCTTCTTAGGCTTTAAAGAAGTATTTTTGTGAGTTTCAGGAGTAGCATTATTTGAAGT AATTAAATTTACCTTCGATGTAATGTTGTTCTCTTCTTTTTGTAAAAGTGCATCTTGGCC CCTTGCTTCTTTTTCCATGCGGATTTTCATTATCAAGGTCCTTTTGTTTGTGGCGCATAG TTTTTTGAAATTCCTTCCAAGAAGGTGGAAGTTTATCCACTATGCCACAAACAATAAGGT TATCTCCAATATTAACCTCTTCGGACCTAAGCTCTTCAACAATCATGATGAAGTCTTGAG CTTGATCTACCACTGATTTGTTGTCCACCATTTGGAAACGAAAAAATCTACTAGCTGCAT AGTTTTTCGCTCCAGCCTCTTCGGTATCATACTTACTTTGCAAAGCCTTCCAAATTTTCT TTGCACTAGAGTAAGTTCCTTCCATCTCTTGAAATGGTTACCATTGAACCGAAATGGCTT GTTAAGATCTCCCATCTTGACATCCGCGGTTTCAATTTTTGAATCTCCTTAAAATTGTTA GTGAAAAAACTTACAAGATAATAAAATTGCAAGATTACAATTGAAAATAAAATGAAGAAA GTAATCTCTTCAGGTTGAGGCGTGGATATCTCGCTCTCTTTAAGGAGATTCAAGTCCACT GCAGCAAATGTTTTCACCGGTCCAGCAGTAATCCTCTTTGACTTGTCCCCTCCAGGATAC AACAGCCTTCACAAAGTATAACTCAACAACTCTGGACAAGAGTTGAGTCCAAAGCTCCAC AAAAAAGAACACCTCCCTTCAACTAATAAGAACTCTCTTTTAGACTAACTCTTTCACTCT TTGTTTTCTCTTATGAATTGTGTGTCTATAAAACCAAATGAAGACTACCACTATTTATAC TACAAGAAGTTTTCCTAGCAATGAATAGAAAGATAATGAAGGTAGTAAATAGTGAGGATA ATGGCCTTAGGAGTTACATAGGTTACAATGGGAGTTACATAGGTTACATAAGTTACAATG GGAGTTACATAGGTTACAAAAGTTACAGTGGAAATTACATAGGTTTCATAGGTTACAAAG AGTAATGGAGGAATTAAGAATGAAATACATTGATGGATAACCAATGCTAATAGCTGATGT AAAGTCATTCATTCCAATGTTCATTCTTATAACTCCAAAATAAAGCAATTTAATATGTTA AATATTAATATTAAAATGCTAAGAACCTAACACTCAAGACTATGGTCTGTGAGTCAAATT TGTTCCTTTCTTGATTCTCCTCTCAAAAGATTTATTTATCCATGATCTTTGTCCTCCTTT GATTCTCCTCTCAAAAAATTATTTATCCGTGATTTGAGGGCTGGATGTTAGTGACGTATT TTTCAAACTAGAATAATTTAGATTTGACCTTTACATGAAGATTCCATAACTTTCTAGGAA GATATCGAGATTTTGATCTCTTTATGAAATTTTCAAGATGTATTTTAAGAGAACTTAGTA CCTTTTATATAGGTATAAACCAGGGGTTAGGATTGAATAGTCTCTACACAATCTAAAGTC CTAGTTCGAATCGAATACATCTTATAGAGTCTCACAAAATTCCAATATCTATATCATCAA CTTAGTAATTTAAAAGTGACTTTTTAAATTTATAAAATAGTCCATATGTAATACAACTGA ATCGTCATCCCATTTAAGCTTTGGAATTGGAACAAATTGGAACTCTAACCAATAACTTTA TCATAATTAGATGAATTTTTTCTGGTGATTTTCAAGTTAGTTTGCGTGTATCTATAGCAT CGTAAATATTTTAGTAGACACCTATTACCTTTTCACTACCTCGTTAACTTACATTCACCA TAAAAAAAAATTTATAATCGAGAAATCTCTCTATGATCCGTATCCTATGAATTAATCATA GCCTTTTTAACTCGATGGATGATTTTCCTCGCCCCCTCCCCCCCCCCCCAATCCTTCTAC ACATAAATACTAGGTTTTGCATTGCACGGTGTGGGACTTGAACCACCGATCTACACCACA AATCCTTCACCTTTTGTCACTTGAGCTAAGCTTGGGGGTTTCACAATAAGGGGTCGCCTG GCAGACCGCATCTGAAGAAATAGTGTATGTATTATATATGATATAGTACTATATTTGGTA GAAATTTGATTCTATATATAACTAATTCATGGATTAGTTATACATCCTACATGGTATTAT ATTTAATATATTACTAATACCTTTTATTCAGAGGTATTAGTACTACATAGGATATAATAC CATGGGATGAGTCTTTATAAAAACAAAATATCCTCTAAATCATTTTAATTATTTTATTTA TTTTCCTAATTTTATGTTTTATATTTGTAGTAGTAAATTCATTTAAGTAAATTAGCTTTC AAATTATTTAGAAATAATTGTTTGTTGCTAAATAAATTCAATATAGTATTTGAAATATGA ACTGTTTAACATTTACTAATAAAAAATATAAATATATCACCATATGACGTTTGTGATCTT AATTGATTGTATTATTTGTTGATGTGTATGTATATACGATTTTCTAATTATTTGTATTTT GAACCTTTTTGTAAAATTGCATACATATTAAGATTACAACTTGCAATTTTTATGTACAAA TATAGAGAGTTTAATCAATTTTACTATTATTCAGAAGTACCTTTTTTCGGTTTTAAAATT ATATGGTCTATTTTTTAAAATAAAAAATGACGTTTTGTAAGTGATCAATTCATTAAGATA ACAACTATAAACTTCAAATTATTCAAGTGAGAAAAATAGCAAGCATGACAACGAAATCAT TCTTCTCCTAATTAGTTAGAACGCCATATAAAAAATATATTGTTCGGCAATTTATCTACT TGACCCAATAACATAATAATTTAAGGGAATCCAAATACAAAATAGTGTGAGAAATAATGA ACCAAACACTTGATAAAAATAAACTCTGCATTACTGATCATTGTATTACGGATCTTTATT TTACTAATTCCTGCATCATTATTATTATTATTTGTACCAAACGATGCCTTAAGTATTTTA GTGGACCCCATGATACCTCTTTAGTCTTTACCACCACTCTAGTTTATCCTCACTATGACT AATAACTATTTACCCACTATTCTAAATATTGATAACTCTAACTATCACCATTTCACCACC ATATGTATTTTAGTGGACACATACAACCCCTTCATCACCTAGTTAGCTTGCCCTCACCAT AACTATTTTATATTTTCATCATCTCAACTATTTCACTAGATATCGTAATTACCTCTACCT CCTCATCACCTATTCTAATGATACACGTTACCTTCAATTATTTCATTAGATACTTGCTAT CTCGCATCTGTACAAGTATCGAATAGCTTACCAGCAACAAACTACTACCTCTCTGTTACC TCAAACCATTCCACAGTAACTCAGAATGAAAACCTTAGAAAAATTGGATGTTGCCATTAC AATTAAAAGATGACCTATACAAAGTTCTGAATTTTAAGAAGATACAAGTCTTTTGGAAGT TTGAAAAGGACTTGTCAATTGCAATTAGAAGCTATTTTTCACATTAATGTTAACCACAAC ATTCAATTTTAACCAGAGAGTTTGGTAAAGCTAAGCTCACATTTACAGTAACACAAACAT AGAAGTAAGTAGCCACAGAAGACTGGTGAATAAAGGACCTAAAGAGTTGATTCCAAGTGT AGGCAAATGCAGTTTTTGATTATTTTGCAAATACCAGCATAGGTAGCTAAACCACAGTAC AAATTTTGAGAATTTCGAATTTTCATCCAACCAAACAACATATTCTTGAAATGAAGCAAA ACTTGGTTCCAAAAATGTAGGAAAACAGGATTAAGGAACTATTGAACAACCAACCACTTT CTCGGTAGAACCTTACATGTTTTTGGGATCAGCCTCACCATCACCTGCTACTACTCCAGA GTCGTCTGTTTTAGTAACATCCACGTCACCTGCTGCTACTGTAGAGTCTTCTGTTTTAGT AACAACTGTGTTACTCTCTTCTCCTGGGTTTTGCTGACCCTCCATAGGTACATGGTCACT TATGGCTTCAGAGTCCATTGTGGAAACGTCAGCCACTTGCACCTGTCCATCAACGTCTCG AGGAGTTGTGTCATGAGAGATGGAGGCAGAAGTTTCCTCTGCAATGGGGCACTGGCTAGT ACCTGAGGGCTCCACATGCACATTATCAGCTTCAATAGAAGCAGAATTTTCCTCTGCATT AGAGCACTGGTTGGTACCTGAAGGCTCTACATGCACATCAGCTTCTATTGGCACATGAGA GGCAGAAGCAGAATTTTCCTCTGTATTGGAATTCTGTCCGGTACCTGAAGGTTCCACATC ATCAGCAGATGGTACACTATCTTTTTCTGCCATTTCTGCCTTCGCCAACTCAAGAGCACG ATTTTTTGCTGCAACTTCTTCCTGCATTTGATCTTGTATTCTATACTCATCCATGAGATG CTGGATCTTTTGCGTATCTGCTATGAGGTCACCGTACCTTTTCTGTAAAGTACGCTCAAG CTCCTTTTGCTTCTGAACTTCTTCCCACATATTGTTGATCCTGTGGGATGCTGCTAGCTG CTCTTGTTTTTGTAATGCTCGGAAGCATTCAAGCTCTGTACCCGCTGTGTCCATTTTCTT GAAGGTTGACTCTATCTGTGACCAAAGCTTTCCAGCTCGCATCTGCTCATCCACAATGAA TAGTTAGCTTGTATTTATAGCTTACAGTTCAACTCTCAACATATAGTTAAAAAAGAAAAA CAAACAAAAACTAGAGCAGCCAAAAGAAGATCCAATGTAAGAAGCAGAAACCTATCTGAT TGCAGAAGTGATATAAAACCATGTCTTATGATAAAACCTCTAAGCATATGAAGCAAACAG AAAAATGTAAAGCATGTGCAACTATTCAGATTAAAGATTAAACCACTAAACTGTACCTGA TATCCATTAGTAAGAACTTTGATCTTTTGCTCAAGTTTTGTTGCTTTCTTAGTATCATCG TCCATTTTTTTCTTCACATTCTCAAACTCGTTCTGCAAAGCAGCAAGCTTTTCCATGTTT CCAGCAACACTTGAGAGACCATAAGCATTTCGGGTAGGAAAGTACATGATATCATTCAAA GTTGCTTTGTGTATTTCGACAAATTCATCAAGAGATTCACTCTCATGTCCCATTGCCACA CGAAGAAAGTGAGCCTCATCCTTGATCAATCCATCGGCCTGCACAAGTGGAGTTAGTAAT GCAGTAGGCTCAAGATAAAATCATACAACCTCCAAAGAACGTCATTGTTTAAACACGAAT TTGGTAATGAAAGGGCACATCTATTAGCACACAATAAAAGGGACAAGGAGTCTATTCACC ATCGGCATTTTTTTGGTGTCTCAAGACTCGAATTTCCAATTTCAGTTAATCCGTCCTCGT AACAACAAATACTAAAAACAAAGCTGTGACATCGTGTATTGTCCCGAGTTCAGTAGGGTC TAAAAAGTAGAGCATGTAACCTAGCTTGTGTAGTGTAAAGTCAAGTAAAACATATATATA CATAACATATACACTACATACAGTTAAATATAACTTGACAAATATAGTATTGGATGATCC TATTGAACCTACCGTAATCTTCAATTCTTGCAGCCATAGTTTCGGATTTATCAGCAATTG TAGGAATGGTTTCAGAAATTCTTATACAAAAAGGTTATATGAAAATGTTAAAGAAGTACT TCCAAAATAGCTTTACATGGAATTTAGAGAACTCTTTTTCTTTTCTAGTCTTACGTGACA CTAACTCTCATTTGAAACTCTTCCGCTCAGTTGTTGCTGGGATGTTAAAAAAATAATTTC CAAATTGATTTATATGGAATTTAGACAACTCTTTGTCATTTTTATGCATAAATGCAGGTA AGGAAAAAGTATATCGACAAAAGATGTAAAGAAAACCATTTTTTTCTCTCTGTAACATGA ACGTACCTCTTTTAATTCATCTTCCTCAAAATCCTCAATAGCAGGTTCAGCAACAATTTT TCGCTTGACCCCCTTTTTCTTCTCCTTCTCTGGCTTCTCATCTAGAGGGTACTTGGTATT ATCATGTTCTAGCAAGGACACAAGTTCCTTTCTAATCATTTCATCAGCCTGCTCAATTAG TGTAGGAGGAACAAAGGAGCTCTTGTCCTCATCAGCTCTCATCAAGGAACTCTTTATTAG TTCTAGAGAAGCAATGGGAGGTCTAGGGAGCTCCCTTTGCAATACTTTTGACCTTTTACG GAGTAATGCTTGTCGCTTTGCTTCTTCTTCAGCCTTCTCCCTGGCAATCCTATCAGACAT GTCTTCTTCGATCTTCTCTTCTGGTTCTTCATTTTCTTCAGGAGGTTGTTGGATGACAAT CTGGTACTCATTCTTGGGCTGAGGAAGGCTTTTCAAACCAGAAAGCAATTCTTTTTTTGA ATTAAATTGCCCCAGTTTAGCATTACTATGCATATCCATTTCTTCATTAATGCGTAGCTC GTCCCTCATAGGAGTTCCTTTGGGTGTCATCCCATAAGAATCTCTCGAAGGTGTCATGCC AATTCTAGGAGTAAGGCTCGTGGCTCCAGGAGTCGCTGAAGGAGTTAAAAGTGGGTTTGG AGTTTGAACCTCCCTTTTCTTAGGAGTGACACCCGAGAAATCTGAGGGGTGCAACAAAGG ATTATCTCCTCCAAGTAATGGTGTTTGAGATTGAGTCAATCTTCGTTGATTTTCTGCTTC CATCATAATGGCGTCTTGCTTAGTTGAAGGGGTTCTTTGAGGTGTTCGCATAGGAGTCAT AGCATGTTGTGGTGTCTGGGCATAATTTGCAAGAAGAGCACGCGTTGCAGCATTCCCTTC GGACAGTTCATCTCCCCCAATTAGATCACTGGCAATACCTATCTTTGCTATGGCCTCCAA TTCATGATCTGGAATCTGTGGTGCTGGAAGATTCAGTTTCGACCTCTTCCTCACTGCTTC TGGATCATTAAGTTTGTTCGCATGCAATATGGATGTAGGGGCATCCTGTCTCTCTGCAAT TTTGTTCCTCGCAATATCCTGCTTCCTTAGGCGAGCTTCCTTATCGACTCTCCTTTCACC TTCTAGTTCCTCAATGGTAGTTGGAAACTTAGGTTGATCAACTGGACGGTCTTCCTCAGT GACATCATAGAAACCTGGAGGAGGCTTCTTTTCAAAGGGAATTTCAGCATTGTAATCAAT ACCTCTCCTTTTTCTCTTCCTTTGACGGACATCTATTCCAGCAGCCTTCAGTTCTCTCCT CTTCTGTAAAGAAGCAAGCCTCCGCGCCTCTTCAAGCTGCTTTTCTCTGGCTTTCCTTTT AGCCTTCTTGCCTCTTGTGTTGGCCAACCTAGCCCGTGCTTCAGAAAGCATTTCTTTCTC GTCCTCATCCATATCAACAGGATCAGGACGAGCAGGCTTTGATTCCGGGTTAGGATCAAT CTCTCCGGGCTTCAATTTTCTTGGATCATCATTAGGATCATAGTTCTCATCCTTAGTACA TGCTGCATCGAGAAGCTTCTCATAACGTTCAAGGCATTGTGATGGTGTACGGCCAACGAT TGGCGCAATTGTCCTCCATTGGGTAGGCATGAGTTTTGCAAGGTGAAGTAGTTTTTCATC CTCCTCTCTAGTCCATTCAGTCTGGAAGAAAATAGCAGTAAGTTGTGTCAAGAAGTGGTT AAGCTAAAACATAAGTTCCTACCAGTCTTGAGGTAAACTTGAAAAACTGTGACTTCTCCA CTTTCTCTATTCAGAAAATCATTAGCTGTCATTGATAAACGGAATAATAGAAAAAGATTG GAAAAACTCAGACAGAAATCTCCACACAGAAAACTAGTTTCAGATCTTGCATGCCAATAA TCAAGCCAAAAACAAACTGGTGCAAAGCCACAGTATGCTCACAAAACAGAACTTCTCTAG TTCACAATGGAATAGGATGAAATCTGAAATGTGACAGCTATCAACAAATACATAACGGTG TCACACATAACAAAAAAAGATAACTCGCATGTCGCATTAAACTAAGCAAGAAAAAAGAAC CAACACCCAGTGAACTAGAATGTTATATATTTGGTTGTCAGGGTCTGAAATGAGAAGTAT TTTACTCAATTTTGGAGGAAAATAACTTCCACACTAACTAGTTTCCTTCTCGGACATCTT TAACACACACTTCCTGCCACTCTTTTGAATCAACAATTGAAAATTACAACAACATGCCCG GTATAATCCCACTTGTGGTCTCCTTTTGATGGTATAGTCCACGCAGACCTTACCCCTACC TTGGCACTTGAACAATGATTCGCAAAATCTAACATTCAAACCTATCCTCATACCTATCAT GCAGCTGGTACTATGAGCATATGTCACCTACTGTTATACCCTCTCCACAGCAAAAGTTAC CAATCAAAAACAGTTTTCATATAACCTTTTACCAAAACATATGAACAAACTCATTTGGTA AGTAATGCAGGCCAATAAGATAACAAAACAATTTATCTCATAACTTGTACATGTATCTAC TAGCTACCAAACAACAGTAGGATATGACTCACAAACAAGCTTAATTCAATAGAGAATAAA AAACTGACCTTCTTAATTGAAGGATCGAGCCATTCATACCAGCGAGCTTTACACTGCTTA GCAGATTTACGAACAAGTAAAGAAGAAATACGAGCCCACTGATTCTTCCCATACTTCATC ACCGCCGCCTTTAGAATCTCATCCTCCGTGTTCTTCCATACTCCTCCCTTTATCATAATC CTCATGTTTGCTAACTATTTCAGTCTCCCAAGGGAGACTCCGAGAAATCTAGGGTTTTGG ATAAGTATACCTCAGATTTTGCCTGTAAATGAGCTGAAATCTATACGCCGGCGAGAAATG ACGGTCTCCGGTAGAGTAGATTCAGGCCGCGGCGGCGTTTTTCCGCTCCGACGAGAAGAT ATTTCGGAATCGGTTTTTAGCTCCGAAGCTGATGAGATTCCATTAGTGTAACCTTTCGAT GAGTTCTCCAAATTCGACTTGTTTTGGAATTTGGGTTTGGATAGTTTAGGGTGGTGGGCT GGGCTTATTTTGGCCCATCAATACATTGTTGGGTTTAAAAATGGATTGTTTGCATGGGAT GACAATAATTCGACTTGCCGAAATTTCACTAGTTTGTAATATTACGAATCTTATCATATT TTTGTGCATCTGGATACTTCAAAATTAGGTGTAAATTTTTCAAGATACACTGTATCCAAG TGAATTTGCATGTATTTGAGATAGATAAATTACACTCGCCGCCCTCCCATCTAACTCGCC ACTCTCCTATGTCTATGGTATCTCTGATACCTATAGTGTGATTCGCGCATATATGATATA CATGACTATCTTGATCGTTTCTCTCCCTATTTTAGTGTATGTGGTAGCAAATATACATAT ATTTAGATGTATCTTCCTAATATATAATAGGAAACTCTTAATTAGTGGTAAAATACGCTA ATTACTTAAAAATATAGACAAAATTAGTATATATGGCATGAATGTATGTCTAATAAAGTA GTTTTCTCATGATTTATAAGAGAGATGACCATAAAAGTAGATGGTTTTAAACTTTTGACC TCGTTTAACGATGGGAAATTTTTTAGCTTTAAAACATTTTGACTAGGTTAAATTCACAAA TGGTTTTACTTGAGCTGTCAAAATAGGTTAGTCCATGGCGACGGTCCAACCTAAATCGCT ATTAGAATAGGATTAGAATAAGGTTTTTCCAGCCTATTTAAGAAACTAGGGCTTATGACT CAATCCAAGTAAGCGTTTGGCCCTTGAGGCTTCATTGACGCCCGGTCGGGATTGGTTAAA AGTATTATCTAATTTGAATTAAATTACTAAAGTTTTAAGAGGTAATTGTTCGTTAAGTTA CAAATTAATTTTTTCAAATTTATGTTATTTATTTGTCAAAAATCATTATTATATTTCTTT TAGTAGATTTTATCTAAAAGTATTGAAAAAATATCATTTTCAATTTGAAAATTTTCTCCC TTTCTTGATCTTATATATGGAATTGTAATTTGAATTACCATTAACCATATTCATAAAGTA GGATATGATTGAAACTATTATGTACTTTCATATAATTTTGTTAGCCATGTTAAAATTTGA AGTTTGAATTTAGATTTTTTTTGAAAAAAAGAAAGAAAGAATTATTAGAAAAATGAACGG AAAAAATAAAAATAAAGAAGGGCTAGCCTGCACAAGCCCGCAACCCTTGTAGAGTTGGGC ATTTCAAGACTGTTTTTCAAATGAAGGATTGATCCGCCCTAACCTTTCCTCCTCATTATC ATTTATATCTCCACATTAACATCCATCAATTTTGAAAAGATTGTGGTCTTGTTTAATCCT AGAATCCTCAGAACTTGGTGCATCCTTACAAGTGCTGCTCAATCAAATCCTATAGACAAA ACAAGGCAAATTTCTGGAACAAATAGAATTACAAAATTTGACAGCTAACACAAGGCAACT GCATCTCTTCTTCAACAAGTGTAGAAGGTAGACTATCTGTAATAAGATGCGATGATGGAA AGCACGATGGCTGTGAATCCAGTTACAAGCAATTCCTGCACGCGAAAAAAGATTTAACAC CGCGGATAAGCATTGGGGTAATAATCATGGTAAAGCTAAGGATGAATGCCTTCATTTTTT CATATTCATGTTGAATGGAGGTAAAAGAGGACTCAACATTATAACCCTAACAACAAGTAT ACAGAAGCAAACAGCAGGATACACGAAAAAATATATGCAAGAGGGCAAAACATAAAGGAT ATTTGAGAACTAAGTTTCCCCTCCCTTAATGTAGCCTTAATTCGTTTAGGCAAAGTAATA TTAACTGAATGCAATTTTTTCTTTAGCTGTTCATAAGATGAAGAGGAGTCATAGCTATTC AGAGAATATGACTCAAAAATGTCGAAGAAGATGATAAAACATTGTTATTCTATCTGTGAT ATGTGAAGGTCTGTGAAGCCTTTTGTTTGTGCAGCGGTGGTAGAGATTGCAATGAGAGGA TCTTCTCTTACCTGATTATTGTACAGAAAGACAGGTATGAAACCACCAGCATACTCGATA AGATTGAGGAGACCAGTATATCCCTATACAAATGAATAACGGAGATTTAATTCAATAAAA GGCAACAAATATGTAGGACATTCCAAGATGAGAGATGATTCAGAAAGCAAAACCAGATTC TTTCAAGTGACTTTACAGATGGACCAACAAATTGAACAGTCAGGTAACATTACTCTGACA GAACACATACCAAGGATGCAATAGCTATGCAACCAAAAACTAATGCAAGAGAACGAAGCA GCCTTTTTCCCATCCTCATCATCCGTCCTTCATCTTCGCCTTCCTCCTAAAAAAAGCAGC TAAAAGATGAATGCACTTGAAAAGCAATATGTTATATATTGCAAAATATGAGAAAGAAAT GTTGATTAGGAGATACAATTGCATTCACAAGCAGAAGAAGACAGGAATGCTATTTTAAGT ATACTTACTGTAAACGTGGGAGTTGGAGGCTCAAATGCTTTTAATTTCTCAAATATCCTA TATACAAAGGCGAAGGCCAAAAACTGTAAAGGCTTCCACTCAGCATTACGATTTATAAAA ACCCAAGCTATCTGCAAAAGATAATACATAAAACAACAGAGTACCATTAGGAGAATCGAG ATTAATATTTCATTAAATCGAGAGTGAGAACTGCATTTAACAGAGAGCGATGACAATGAT TAACAAAATTATTTCTGTTATCTTTCTTTTTTTCTGGCAAGGTCGAACTTGCTTCCTTTC TTGCTTTCATGAAGCGAACCTTAACATACACCTCTTCTATTTTTGTAGACGGAAGATCCG GTGAATTACTGCTGCTATCTACTTATCTTGCACTTATGAAGCATTACTCGTTGCAATACA GAGTCTCTTCTTTTGGTATCAAGTACTTAGAAACAGAGCATATCACCAAAGAGATTGAAG TCTTAAACAAAGGAGGTTCAGCTAAAGGAAAACCTTCAAGCACAAATTCTTAGGCGCTAA AAACTTCTTCAGGCACAAATTTCCGATGATTGGTTACATTATATATTAGTTCCAGTAACC CTTGAAAGACCCCCAAGGTTGACCATAGAACTCATTCATTACCAAAAGAATAAAAGTGCA GAACTTGAAAAAGAACTCATAGAAGTGGACAGAGGTAGATATGGGTTGAAGCATCAGTAA GCTTTCATGCACTTTATGTTGGGTTCAAGCCATGCTTGAATGGAAACCAATATTTTGAGT AGCCGCGGCTGTACTTTCCATACATGACTATTATGAAACATCCAAGGATCCATAATGATT CAAATAAGCACATATAAACTATTCAATTATAAAAAGTAACACTTAAATTGTAAGAGGGTA GGCAGATCACCTAGAGAAAGAAATAGATACATTAACGTAGAAAAAAAATCAAAAGGAGGC CCTTGTAGAAGACGGAATAACTACTCTCTGTTTCAAAAGATTGTGACTTTTCAAGTCAAC CATATCTATTTTTGTATTTTGAGATGAAAATACTTCCAATGTCAGAATTTTTCATATAAT TTCTGAATTTTCTAAATCATACTTAAATACGAATTTATCCATGATTTTACTACAACAATT TGTAAACTAGCATCCTAAAAGGCAAACAAGAAAACCAGATTGGAATGGAAGGATGAATAT TTTACTACTTACAAATACAGCTGAAATTGCCAAGTTGATTTTGATATCTTTGTCATCAGA TTTGGTGAACCTGAAAGCATGCATTAAAATTAATAACTGAAAAGGGTAAAAATTACATAA TCTGCTGCATGAATTTCCTACCAGTAAATGTAAAGCAAAGATGTTTCGAGGGACAAGGAC CGGAAGGGGAAGAGAAACTAATAGCATACTGAAATATTTGCATACAAATAGCTTTGGTTG AGTCAGTAAGGCATTTACCTATATGTGTGGTAAAGATGTTAATGCATGTATGTGTTAATT ACACAACAGCCAACTAAATTCAGCAAATGTAATTTATACTAATTTTTGAATCATTGAAAA ATAATTGTCAATTACGCATAGTTGCAAGCAAGAGAACTATCTAATTTCAGAGAGCTATTG TCATGAAAGCATTATTGGCAGAATACGTACCGTGGACCCCATGGCAAAATAGGCTGCTTA TCAGCATATCGTACCTCTTTAGATACCTAAATTAAAAATAACAAACTTATAAGAGAAATC AGTATCTGCGCCTAAACAAAGCTAAACAGCCAAATCTTATACATATAGAATATCATAAAT AAAATTACTAAGAAAATTCTTGCAATTAATCCAGGGATAGAAGAGCAATTCTATTTTCAT ATAGTAAAAGATGGGGAAAATTTGTGCGAATAGTAAAGAAAAAAGAATAAAATGACTATA AGTATCCTAATCAAAATCCACCCCCACCTCAATTACATTATATGAACAGAAAATACAAAA TATTTACAAAACCCCAAGAGTGAACAAACATTGCCTAAAACTGCATGCTACTAAGATTTT AGCTAGCTTTGAAACCAAAAAATAATACCTTAAACGAGCCAAAAGTGACACCCTGCTTCC TTTTTGTTAACTGTGACATCATGATTTTGTCATAAGCCTTCTCCAACTGAAACAAAAAGT TTAAAAGGCTTGCATTGAGTGCTTACTCCTAACAACAATCAAATATATGAAGAACGAAAG CGAGTTAGAGATAGATAGATTGCTAAGCACTAACTACCTGAGCAAGCGTTGCTTCATCAC CCCTCCGCTCAGCATCTTTCCTTCTCCTTGCATATGCTGCCTTAACCATGTCAAATCCCT CAATAGGGTTTACACCCAGAACCTGTACAAAACAGTTTAGCACAAAGGACCAGAGATGCA CACCCCTCACTAGAGGAGCTGAACTTTATAAACATTTCTCTTGTCCAAATGAGATAACTC TAAATTACCTCATAAGGATTTGAGTCATCGCTAGAACTAGAACTTCCAGCAGCTGAAGCA GCAGCACAGACCATCCTTTTATTCAGGCGAGATTTTACAGAAAACCTGATGTATTCATGT CTGATCACACACAGTCAATTGCTAGAAGGAGGAAATGCAATCATAATCAAGGAGTAAAAA TACTACAACTCTAATCTCCACCACTCCCCCCGTTGCCATTTTACAGTTATGATCAATCAA TACTCAACCAACTACACTACACCTCAATCTTTTTAAGTAGGAAATGCAATCATAATAGAG TAGTAAAAAAGACCCCAACTTTAACCTCCAAAAGACTCCCCATTGTCATTTTACAGTTAC GTATAATCAATATATCAACCAATCAACTACCCATCAATCTCTAATTAGCTGCAGGGTCAT TTATATTAATCGTCCATATCCATACATTCCCCAATTTCAACAACATGAAAATCCCACTTC CGTTAGCTCAATTAAAAAGTTTCTATGAAGAACCCTTTTCAGTTAAACCTCACTTCCATA TCCTACCCAACTTTTTACAAAAAACCCAATTCAAATTTCAGCAATTCCAACCCAAAACCA CAAAAACAAATCATAAAACATGAATTAGGCATTATGGGTAGTATTCATATTGCAATGTAC AGTATGTAACTAATCCATACATAACAAAACAACAACAGAAAATTACCTGAAGAAAGAAAA CGATAAATTTGAAACTGGAACAGAAGCTTTGAGATAACAATTGGGTCGAGCATTTAAAGA AGTAGTATGTGTAAACTGAACAGGGTTTGATGATATTGTAAACACCATTTTTGAGCTACT CCTTCTTTCTTCTCTGCTAAAGGGATTAGGGTTTTCCTCAAAAGCCTTAGCAAGAAGAGA AGAGCTTAAGCAATTGTTCTTCAGCCTGCTGATTCTTGAAGTTCAATGCATTGTTTGTAT AGTATTTGTAGGAAAATATAGCATCAAAGAGTTCGCGTGGCCTAATGGATAAGGCGCTCG CCTCCGGAGCGGGAGATTGTGGGTTCGAGTCCCACCGTGAACGTTGTGTTTATATTATAT TTTTTCCATCTTGGACATCGAATTCGAGTATAGTTTTCGAGTTCTCCATCGTACTTTTTC GTGAACATCAAACTCGAGTATACTTTTCGAGTTTTCCATCGTACTTTTTCGTGGATATCG AACTCGAGTATACTTTCGAGTTTTTATTGTGAATATCGAACTCGAGTATACTTTTCGAGT TTTCATCGTGGACATCGAACTCAAGTATACTTTTCGAATTTTCATCGTGGACATCGAACT CGAGTATACTTTTCGAGTTTTCATCGTGGATATCAAACTCGAGTATATTTTTCGAGTTTT CATCGTGGACATTGAACTCGAGTATACTTTTCGAGTTTATATTATATTTTTTCCATCTTG GACATCGAATGCGAGTATAGTTTTCGAGTTTTCCATCGTACTTTTTCATGAACATCAAAC TCGAGTATACTTTTCGAGTTTTCCATCGTACTTTTTCGTGGATATCGAACTCGAGTATAC TTTCGAGTTTTTATTGTAAATATCGAACTCGAGTATACTTTTCAATTTTTCATCGTGGAC ATCGAACTCGAGTATACTTTTCGAGTTTTCATCGTGGATATCGAACTCGAGTATATTTTT CGAGTTTTCATCGTGGACATCGAACTCGAGTATACTTTTCGAGTTTATATAATTAGCCAC GTTTGTATATGTATAATTGATAACTAACTATTTTTTGTTTGATTTGTATTTTGTATATGA TGATTTGTATTTGTATATGACGATGATTTTCTTTGGTTTTTAATTTTGTCGTCATATACA TTCAATATTTTTATGTAAACTTTTTTAAAGTTTGTATAAACGTGTAGTTTTCGAATTTTG TATAATATAATTTATATAAATGTAATTTGTAGTATATTTTGTATAATTGTTTAAAGTTCA TGTGTTTATGTTTGTATCAATTCGTTATTTCGAGTTTTATTATATTGTATAATTTCAGAC TTTATAGTACTCAATTATACAAAGACATGAGAATTATACAAATATACCTGGGAATTATAC AAAAGAGATGCAAATTATATAAATTACTATCTCTCTCGCTCGTCTTTCCCAATTTCGCTC GCCTCTCTCCTTCTTCTCCCGATCTCGCTCGCCTCTCTCCTCCCTATCTTAATCTCGCTC GCTAGAATATACAAATACATATGTATAATATATAGTTAGCTAACCGATATACATATATAA TTCACATCTCTCCCAGTCTCTACTTTCTCTCCTACTTTCAACCCTCTCTCGTCACTCTCC TCCTTATAACATGTAGCTATGAATTGTAATTAGCAAATCGTAGCTATAGACCGTAATTAA GCTATTATTTTGATGGCTCTATATACGAAATTTATGATAAAAATAATAAAGAAGTAAAAT ATACATAAGAAGTATATGATTTCTTTATGTAAAGGATGTACACTACAAACAAAAAAGGGA ATCATAAATGGAATTTTTGAGGGTACAAAAATATATATATCAAGAAATTATTTTTTTTCT TCATTAATTATTTAAAAAGATCAAAACAAACAAAAGGGATTCACAAATGATATTTTGCAA TAAAAATAGTAATGATCTTAATATTATTTTATTGATTCTTCTGAGAGATATTGAAGTGAA ATCCATCTGGAAATCTTATAATTGGTGCTCTAATTATTTTGCCTCCTTTAACCATTGTCC ATCTGCAAAATTAATGGTCAAAAAAGGAAAAAAAATAAGAAATTCATATGAATTATTATT TTTAGGAAAAACTATATAAATTAGACATGATTAACTACCATATACACCATTATAATATTT TACTTTCAAATATTATGTATTTTATCATTAATGAAGAATTTATTACCATATATCGAAAAA AAATACATTTAGATGCATGTATTTTTGTCACCAGTTACACTAAAATCGAGAGGAAGACAA GCCACATTTTTGTTATGTATCCTAGATACATGTGAACGATACACTATATATGTATTTGTA TGTATCTGGATTATTATATACATAGGAGGGAGGCGTGGGAGGCGAATGAGAATTGTTATA TATCTAGATATATGTAAATTCACTTGAAAATAATGTATCTAGAATAAATTTCACATAATT TTGACCGATATATCATGAGATACAAGTATATGGACATATATGAATGAACCAAAATCTGAT AAGATATGTGATATCCTAAACTACAATGTATCTAAGTAATTAGCCCCTAAACTAGCGGAA TTTAGGTAAGTCCTTAATTATTAATTAACCAAGAAAAACGATAATAAAACTTATATGATA TGATATGATAGGTTCAACGATATACCATAATAATTTAAAGTATCTCTACATTGTGTATTG ATACTTTGGTGTTTGGATACATGTTTTTATATCGGATTCTTCGAAAAATATATTATTTTT GGAGGATTCAACAATAACATATTTTTGAAGAATTCAAACAATATATATAAATTGTCTACT ATGTGTATAAAATGTTCCTAGCAAAAACAATTTCGATAAAAATATCTTTATATTGTCTAT TTATATAACTTAGTTACTTAAATAACATAAAAATATTTATACAGTCAATATATATAATTA AATTTCATAAAATAATGTAATTAAGTACCTATATTTAGTGACTAAAACATGTAGGAAAGT GGCTAAAAAGACCCTGCTATATTCTGCACCAGCACATTGCTTCATTCCATATCCAAACGG CATGAAATTTTTAGCTCCGCCACTCAATCGAATTTTCTTAAAAAAGATTCATAAATTAAA AAAAACACAAATGTATTAATTTAGGATTTTATTTTATAATTTTACTAATTGTTAAATAAA TGTTTTTTAAATATATATATACCTTCCATCTCCATGGATTAAATGAAAGGGGATCCTCAA ATTGATCTGAATTTAAATGAAGAGCAGCAGTTGCAATCATAATTACCCATCCTGCTGGAA TTGTATATCCTAAACAATAAATAAACAAAGTTAAAAAAAATAATCCTAAGTTTTCGATTT TGATTTCGATTTCAGAATTTAAAGTTTAAGAGTGTGTTTGGTATGAAGGAAAATATTTTA TGGAAAATGTTTTTCAATTTTCTCAAATTTGGTTGGGATAAAAGTTTTGAAAAATATTTT TCAAATTAATTCATTTTTCTCAAAATTAAGAAAAATGACTTCCATTCAAAAATTAAGAAA AACATTTTCCAAAACTATCCTCCAATTTTAAATTACATTTTTTTTTTGAAAAAAATAACA ATTTTTAAAAAATATTTTTAATTTTAAAATTTTATTTTTTTACCCGATCCCTGACCCCCA CCCACCCACCACCGGCCAATCCCCCCTCCCCCAAAAAATAACTTTGCTTTTTTAAAATAT TTTCAACTTCAAATTTTTATTTTTAAATTCCTACCTCCCCCTGCCAACCACCACCCACAC CAACCCCCAGAAAAATTAAATTTATTTTTTAAAAACACTATAAACTTCAATTTTTTCTTT TTTCACTCCTACGCCCTCCCCCGGCCCCACCACCACCACCGAAAAAAATTGTTTTTAAAA AATATTTTCAATTTCATAAATTATTTTCTACTAGTAAAAATAGAAGATGTCTCTCAAAAA TATTTTTCATACACAAATCAAACAGTAAAAATCTTTTCCGAAAAACATTTTCTACTCACC AACCAAACATGAAAAAGTAAGTCCAAAATTTACTTTTCTTAGAAAAAAACATTTTCCATG GAAAACATTTTCCTTCGTACTAAACACACCCTAAATATGAATAATACATTTTTTTAATTT TTTATCGTCAGAAAATGACTTACTTTTTGTAAAATATTTTAATCGTATTAAACATATTTT TGATCTTAATTTTTTTTTTTTGACATATATCATACCGTTAATTGGAATATCCTTTAATGC TCGACGAAATAATCCAGGTGCAATATTTCCCAACCTTAGAACTTCATTGATAACCTATAT TTATACATATGATAAAATAAGAAAGAAAAAAAAATATTAGCCACACTAATTATAAGATAA TTATAGGAAAATCTACTGATAATATAAAAAAGAAAATCATTGATAGTGTCAACTATCTTT ATAAATTAAATCAAACAAATATAACTTTAATTATATTTGATGATTTTCCTTTTGAATAGT CCAATACTATAAAAATTTTAGAAATTAAACTCGTTATGTTACAAGTATAGAACAAACCTG AAGCGTAAACGTCATGGATTTATAGTCATTCCAAGTGAGAGGGGCATCCAAATTCTCTTT ATTCTTCAAAATTAAGTCATGCTCGACCTAAATTATATAATTTTTAAAATATAAAATCGG ATCGCGTAAAAGAATAATTATAGTAAGTAAAAATTTAAAATACTTACTATTAATTCCTCT AGGACATGAGGATGTTCAACAAGCAACTTGAAAGACAAAGCTAATGTAGTTGAAATAGAA TCAGAAGTAACAAATAACAAACCAAACATCATTTGAACTATGTAATCTTGTGTTAAAAAT TTCTGAGAATCCATGTCTTTTAGAAGATGATCAACTAGGTCTTCCTCTCCTTTGCGTTTT TTCGTAGATGACTCGATTCTTTTTTTCAGTACGTCTCTCATGGTTTCACGTACTTTTTTA TGAATCTGCATCAGAGTCCATCTGAATTAGTTGATAAGTTATTCTTTTTATTAGAACGAT TGAAATAACGTTTTAAGTATTATTTTTTTTAATACCTTTAAACATTTATGATGAGAAGTT CCAGGAAGATTGATTGGGAATGACATTAAACCTTCTACTAAGTCTCTAAACATGTCACTT ATATTAAATGGTGCATTTTCAAGATCACCACTGAAAATTTGTTTTGCAGCAAAATCAACT GTCATCTGCATTATTAGAAATAGAAAAAAATATATATCAAACATCATAAATAGACCAAAA AAAAAAAAATGCACCTCAAAATGTGTTTCCATTAAATTAAAAATAATAATAATAATACAT AGATAGATATTTTAATTTGATGTTAACTGACTAAACGCTCTTAACATATCGTATATATAT GTACATCTATATACCTCAACTCGTATGTATTAGTTAAACACTCTAGCTTACAAAATAATC ATCTAGCTAGACACCTTAATAATTTATGTATCACGTCATCGATACATGTACACGTACTAC AAGAGAATTGTGAATTACATGAAGATTTTCTTAGAAATTAGTAATGAAAATATAGAGGAA AAAAAGTTGAATGAGAATTTTTATACTATTGCCTATGTAATTCAATTTTTTATGGTGACG AGACAATTGTGGAAATCAGTTGAGGTGTTTGGATGTATATTCTCAAAGTTGGAGTGTTTA ATTATCCACGAGACACAATTAGAAATGAGTTTAACTGTCCAGTTGTGTAACAAATCATTT TTGTCATTTTCTAACACAATTTCAGAAAATAAAACATATAATAAAGAAAGTTATGGAATT TACTTACTTTGGTGGCTGCACTTTTTACTTCAAGAGACTCATGAGTTGACCACTTTTGAA GAACCAAATTAACAAAATTTTCCATTTGAGGAAGTAATTTATCCTTTAATGCCTCTACAC CAAAATGATTTAATGTCAAATGTCTTGTATATTTTCTTGAAGAATGTGTATTTTGTTCAA ATACTTCAGCAAAAGTGTCTAATGACCATGTTTCCACTAATTTTCCATCTTGTTTAAGAA TAAAACTATTAAATTCTGGATCAGCACTTATAATCACTGGCCTTCCTGCTATATTTGTTT TAAACATTTGTCCATATCTGAAATAAGTAAGAAAAATAATATCATATTAATGTAATAAAC AAAATTAAAAGTATTTTCTCCGTTTCAATTTCCTTTTTATAACTATTTGAATATGCTTTA CTTGGATCGCGAGTTTTTAAACGCAATCTATGTATATAGCACACGGTAGTACTCTTTTCA AACCTCACGTGTGAGATTAAACGAAATATATTATCATGTTAAATATGTGAAGTATTTGTA TGGCTATAAAACTTATGATATTAAATACTATGTTACGAAATTTGCGCGACTATAAAAACT TTTCATTAAGACAAAGTGAAAATTATAAAATAAATTCATTTCCAATTTTGGTAGAAAAAT TCTTTTGAAACAAACTAGAAGAAGAACGTTAAGAAACTTAAACTGAAACGGAGGGTCAAT AGTACTATTTTTAGATGGATGAATACAATTTACACACATTTCAAAAGCTCAAGTTTTCAA TTCAAAACTATAACGTTTAGTTTCTGAATCCGTCAGTAAGAACATGGACTTACTTTTTAA TTCTATTTTTGAAGAATGGAGGGAGGGTCAATAGTGCTATTTTTAGTCGGATGAATACAA TTACAAACACATTTCAAAAACTCAAATTTTTTAATTTATAACTATAACGTCTAAATTCTG AATTTGTCAATAAAAAAATGGACTTACTTTTTAATTCTATTTTTCAAGAATGGAGGAAGA TCCAAAGAGTGACTTGGAAGTATCAATTGAAGTGTTTCCCCAATAAAAGGTAATCCCATT GAACCTGGTGGAAGAATTCCATTGCATTTTGGATTTCTCCATCTATAAATCCATTTAGTA ACATAAATAGTTAAAATTGTTAACACAAAATACCAAACTCCCAAAAAATTTGTCCTCCTT ATTTCATCTTGGAAGGAGGTAAATAGAGTATCCATTATCGTAAAATTATACTGTAGTAAA CTTGAATCTGATTAGAGATAAAAATGAAGTTTTTTACTATCTAAAAAAACTTGTATAGTG CATTATATAGTCTTTGTGGTGATTACTCCAAAGATTAATTTTTTTTAAAATAAAATTGTT GTTATGTGTTGACTAGAGGACATAGGTAAGGATCAAACTTCATTTTTAATTTAGAAAAAT GATATGTTTATTCCAAAGTTTGGCATGATAAGATTAAAAAAGGAATAAAAAGAATGATTA GGTTAATTTAAGGTATCAAAGTATTCGTATTTATATCAAATCGATAAATAAATATATAAC ACATAATGTTGTTAAAGTAAACATAAGGTATTTACTGATCGACACGAGACGAAAGCAGAA TACAAATCAGTTGTTATGTAGGACGAGTGAAGTAGTAGTATTTTCTGTATAATCACATAT TAAAAGTCAACCTTTTTCTCTACATGACCCAAACAAAAGCTAATCTGAAAAAATAACCCT CTAATCCCAAATAAGTTGGGGTCAACTATATGAATCCATTTCGTTCTATTTTATTTTGGA TCTTCAATTATCGAAATATCTCTCTACCGTTTAAAGATAGTGATGAGGTCTGCATACGTC TTACCCATCTAGAGCCGTCCGCCGGTGGAAGTTCACAAAATGCAAGAGAAAGGGTTTAGG GGATTGGGGGGTTTTGATGGATCTTTTTCCCCCAGAAATCAACTAATAAAACTATTTAAT GGTAAGGGTTTAGGAAAAAAAAGGTTTTATTTTTTAAAAATTTAGTTGTAGTAATATTTT TTGGAGAAGAAATAATCACTAATATTTACTTTATTAGGTTCGGTTCGATTTTGAAATTTA TTGATTGTTAATATGTAGACATGCTAAATCGCAATAAAATCATCAATATACTGACTTATT AATTACTAATTTATCGATTATTAATTTAACCATTAAGATAAATACGGTTGAAAAGATAAT CAAGTTTATTCTTTTTCCATGTAAAGTAATAATATTTCATATTTAGATAAACACATAAAA TTAATTGGTTCGCTTCTAATCTATTCAAATTTAAAGTACAATAAGAATTGCTACAATTCA ATTGATACGCCATCTAAATTTTCATCTTATTATTGAGCGTTTGATTTCTCATATTATAAT TTTCATTCTCATTTTTCTTTACCGTACTGTGTAATTGGATTATTCACTTGAGTTTCACAA AACGAGTTTGACTCTATTAGTTCTAAAGCTCACGCTATATTTTATTTTGAACCAAAAATT TGGACAAAATACACCTTACAATCTTTAAATTTGTCAATTAATTTTATTTAAACATATAAA TCATGCTATATTTTAATTAAATATGTGATAAGATATTCATATTAGATATTTCTAATTTAA AAATTTTAAAAACAGATTGTCTATATTCTCAAGCACTTATTATATAAATAAGTTAACAAC TAAACTTATGTATGTTCCAATTAATTTTTGATATGCACAATTAAAATAAAACCTCTTACA TAACTAACTAATATACATAACGAAAACTCGATTTTATAAAAAAATATGAATAGAATGTCT AATGCGAACATTATGCTACTTCTAGTCTCCCTTCCCTAATTAGAGACTGTCTCATTCGAA TTCACGCGTTGTAGAGTTTATTTTGAAAAATCACACTTTCGATCCAATTTTTTCTATCGA AATTTAATTTGAATTCACGCGTTGTAAAGTTCATTTTGAAAAATCATACTCTCGATCTAT TTTTTTATATCGAAATTTAAATACGAGACTTCTGACCGAGGAACCTATGTTGGTATGACA TGAGCACGTTGAGAGACGGTTGACAACTCCTATTTTCCAGAAAGACAGCCAAAACCAAAA GGGAGACGACAAACAAGACTATGAACATTGCTATGGAGCAATAAAAATTCAAGAATCCAT ATGAACTTTGAAGAATTCAAAAACCCCAGTTGGAAATAGATCCCCTTTTTCAATTTCAAT TTGAAAAAGAGAAAAAAAAAGTGATCTTTTTTTTTTCTTCACTGTAGTGTGATGAGAATC AGTTTTTTACGATTTGGGGTTTTGTTCTTGTTGTGTAATTGTTTGATTGGAGCTTATTGT TCCAAATCTGATGAAGCATATGTGACCCTTTTGTATGGCGATGAGTTCTTGCTTGGGGTT CGAGTACTTGGCAAGTCGATTAGGGATACTGGATCAACCAAAGATATGGTAGTTTTGGTC TCTGATGGGGTTTCTCAATATGCCAAACATCTACTCCAGGTAGGTTTTGATTGTACTCTG ATCAAAGTTATTTTTGAGTAATACTGAATAGTAGTACAAGAACATAAACCCCTTGATCCC GAACTAGTTGAGGTTGGCTGTATGAATCTTATTTTAATTTGTTTCATTTGGAGCCATATC AGAAACTCAATTATAGTTTTTTGATAAGATTGAGCTGGGAGATGTGAAGACCGTTGAATT GTTCTTGTTCTAGGACTAATGAATTCATTTTTTCGCCTTGTATGTGTTTGCTTATAAGAA CATAAACCCCTTGATTCCAAACTAGTTGGGGTCAACTATATGAATTGTTTCGTTCTGTTT CGTTTGGATCCGTATGGGATACTCAATTATAGGAATAACTTCATTATACGGATGAAATGG TAGTTTTTTATAAGCTTGAGCTGGGAATTGTTAAGGCAGTTGATTTGTCATTGTTCTAGG AAAATATTTGCTTGCTTATTGAGGAATACTTAGTAATACTAGAAGAAAATAAACCCCTTG ATCCCAAACTAGTTGGGGTCAACTACATGAATCCATTTCGTGCTGTTTCATTTGGATCCA TTTTGGATATTCAACTACAGAGACATCTCTCTACCGTTTAAAGGTAGTGGTAAGGTCTGC ACACATCTTACCAATCCCAGATCCCTCTAGGTATGTTGCTCTTGAGCTGGGAAATATAAA GCTAGCTGATTTGTTATTGTTGTTGAGCTGGGAAATGTAAAGTTAGCTGATTTGTTATTG TTTTAGGACCAATAAGTTCAACTTTTTATGTGCTTGCATGTTAAGAATAACTCAGTATTG AATCCAAGAGGATGACTCAGTGTTTGAGCCATAAGAGAAAAACCTGGTGATTCAGTGTGT AAGCCCATCTATCCAGCTTCCGTGAGCAGGTTTTTCCCATCACTTGAAATGTGGGTTTTA GCTGATTGCCTTGTGGATTAGTGAAAGTACACACAAGCTGAGCCATAAATATAAATTGTT AGAAAAAGAAAGTTCACTTCCTCATGGGTATTCTAGAGTGTAAATTGATGAATGTTAAGT CAATTGCTTTATTAGTGATCTAGGACTAGTATAAGTGAATATTAAAATCTAAGTCGAGTG CTGCTCAATTGTTAGAAGTAGTAAACTGGGTCTATCTTGAAGATATGTTCTTTTTTCTAT TCCGAAACTAAATTACTTTGCACTCTTTCCAGTCGGTAAAAGCAAATTGTAAAAGTGGTA CCCGTGAATTGTGGTTTACTTTGCCTGGGTGAAGTCCTATTATAGTCTTTGTTTTAGCTG TTATTCTTTATTGTAAAATTTATTCATAAATTAATTGTCAATCTTTTTGTTTATTATGTA TAGCTATTTCTAAGCGGTGCTTACTTTCCTGCTAAAATGGTTGTTTTGATGTTTGGTTTC TTTCTTACAGGCAGATGGTTGGATTGTGGAGAAAATTAGCTTACTGGCAAACCCAAATCA AGTGAGACCGAAGAGGTTTTGGGGCGTCTACACAAAGCTAAAAATATTTAACATGACCAC TTACAAGAAAGGTAATTCAATGTGTCAAACTTCAACCTAAATGCTAAAGAAAGAAAGGGA TGTAAAATAGAACCTTGGATATTTCTTAGGTGTTTCTTAACTTTGGCTTGATGTAGTTAT TGTGTTCTTGATGATTTCCGCCATTCTATGTCCTGTTATATAATGGATTGTATAAATGGT CTAATTTATTTCAGTTTTCTTCTTCCAATTATATTCCTTTACTTCAAACGTATCAGCCTG TTTTTTAAAAACTGATGTAGCTGCAAGTACATCTAGTATGTAATTGTACCAAGAGTAAAA AAAAAATAGGTGAATATATCTGAAGACTAAGAGAACCATGTTCGGCTTCTATAAAACTTT AGATGTAATGTGTCTTGAGCAATTGCAACAGCAACAATAACATACCCAGTGTAATCATAG GTGGCTCGAGCTATGCGTGTACTACCAGGCTCTAGGCTTTAGTACAATTAAGTCATCTCT TGTGTATGCTGTTTAAGGGAAAAGCGATGGGTATGTGAAAGATAGAGACCTAGCTTATTT CATTACCTGAATATTTCAAACAGATATCTCATTACTCCTGTAGTTCTCTTTTCTGCTAAG CATTATGCATATGGTTTTCTGACTTGTAGACCTTATTCTTGCCATTTCTCCCTTGTTTTG GCAGTGGTGTATCTTGACGCTGATACTATTGTTGTTAAAAGCATTGAAGATCTGTTTAAA TGTGGGAAGTTCTGTGCAAATTTAAAACATTCTGAGAGACTGAATTCTGGAGTCATGGTG GTTGAGCCATCAGAAAAAGTTTTTAATGATATGATGAGCAAGGTGACCACTTTGCCTTCT TACACTGGAGGTACTGTTTAGCTGTGAACTGCTTTGGTTTTAAGGTTATATGTTGTCATC ACATCTTTCTATAGTCCAACTTATGTTTCTATTGAAAGATTTTATCTTTTATCATCTAAT AATTTTAGTGAGATATTTTACTAGTTCTGATAGTTCGTTGCACAGATTGTTTTTTCCATT GTCCTAATGGTGAAAATATTTGTGTTTGATAATTGTTGTTGATTCTCTTCTAACAGGTGA TCAAGGTTTTCTCAACTCCTACTATGTTGGGTTTGCTAATGCTCAGGTTTATGAGCCAAA TTTGCCGTCAGATGTCTTAAATTCCAGAAAGGTTCCAGAAATGGAGAGACTTTCTACTCT TTACAATGCAGATGTTGGCCTCTACATGCTTGCTAACAAGGTATGTTTAGGTGCAAGAGA CTGTCCTTTCTTTGAGTGTGTTTTTAGTTGGTTGGTTTGTGGTGTGTAGGCTTTAGCATT TGATGAAATATGGACCAAATACAGTTAGTTTTTACACTCTTGGGCAAGCTTTAGTGCTTT CCTGGACCCCGCACACTGCGGGAGCGTTAATGCACCAGCCTGCCCCTTTACTCTTAAAAG GAAGGATTAAAGCTGCCATTTTTGTTAATATAGGAAAAGAAGAAAAAGTTGACTTTCATG GGATTGAAATATGCTGCTGTAGTATAGGCTATAGCAATTAGTTATCAACAATTAGTGAAA TTTGATTGGTTCATACTATATATTTTATCCATAGAATAGTCTTTCCATGGAGAGAAGAAT TTTAGAGAAAGCTGCACAAACTATTTAGGAGAACGTGCTGCTAAATGTGCATGGTATTAA TAGAAGGTAGTCAATGAAGATATTTTGGATGGCCAGAGATAAGAGAGGAAAAGCCTAATG CTTGGTACCTTCCACCTCAAACCATAAAGTGGGAATGGATCATTGTCTGACTCTTGTTTT CTTTGGAGGACTGAACTCGTTGGTCTTGCCATGGGGCGTGTACCATATCCCAGAAAAAAA AGAGAAGATTTTCTTGGATTACGGGAAGTATTTTCCTGCTGAAACAAATGAGAAGGTTTC ATATTAGATGAACATAGGCAATTGTTTGCAATAGATATTTTCGGAAGTGCATTAAATTTG CTTCCTTGTTTTGACCTTTATCTTTTCATAATTGATGTATCTGCAGTGGATGGTGGATGA AAAAGAACTTCGAGTTATTCATTACACACTTGGCCCGCTTAAACCGTGGGATTGGTGGAC GTCTTGGCTGTTAAAACCTGTTGATGTCTGGCAGGTATTCTTGGTCTTCTCTCCTCCAGC TGTTGCTAGTGCTCTTTGCATTCTCCAAATGTGGTCGTCTTTTTCCTGCACTAGGATGCT CCCTGGTTCTATCCCACACCCATCATAAAAACCTTTTTTTGTGTCTTCGTGGAAGCTTTT TTTTCCATCTTGAAGATAAGGATGTCTTTAGATGTGGAAAAGGAGGACTTTTGTACTTGC CAATACAAGATTGTGTGACTTTCCTATGTTTGCCTATGCTGCAGAATGTCAGGGTACAAC TTCAAGAATCTCTACCTGGAACTAGAGGCGGCAAAAATTCCAGAGATGAACTTCTTGTCA AATTTCTTTATTTGCTTCCATTGCTTCTGATAGCATTTTGTTACTATCGGTCGTTCTTAC AGGTTGGTGATTTTAAAAAGAGTTAATTACTTAGCCATTAGTCAAAAATTTGAAATATTT CTAAAAGATGGCTTCTGCAGACACAATCACTATGGCACCATATCAGACAAATGTACTACA AGGTCAGAGGAGGTGTCCTAGCTTATGCCTCTGTTCCTCCATCTGCCATCAGCTCCAACC AGCAGGTACATCTCTCCTTCCTCTCAGTTGTTGAGTCTTCAACATCCTGATTAAGTTTTG CTCCTTCCTTTCACTATTCATAAATTGGTTATCTTAGAATGCAGAGGCCTTAAATTCTTG CCTTCATATTGACATATTTTGGCTGCTGAAATTAATGACCATATTTCTACCATAATATTG ATTTACTTATTGATAAATTTATGTTGCTTTTTCTCACATAATCTTAAAATGATAAACAGT TCCCAAATGGTATGCAGTTGAAGATGCCTACTTATCTGGGTGCGGTATCTGTCTGTGTCT GTTTTGCTGCTGCTCTTGTGTCCCTTGGTCTTCCACTTTTAATCATTCCGCGCCAAGTAA TGCCATGGACTGGTCTCCTCCTTATGTACGAATGGACATTTACACTTTTCTTCCTCTTGT TCGGAAGTTATCTGCACTTAGTTTATCAGTGGGGAAGGGTTGCGGCAAATCAACCTGGTC AATTTCCGGCTCATCCTGTATCTTTGGATTATGAACCTGGAAAAGGTTCGTTCATTTTAC CAGATCACCGAATTCTATTTTACTAAATTTGTCGGTGCTTTTCTTCAGTGTTGCTGCCTA CTTTTTTGCTTTGTAGGTCATCAGCGGCAACAATCATGTTGTGACAATGAAGCATGGTAC TATGGGTTAGGGATGGCATTTCTTGCCATTGCAGCCCCAGCATTGCCTGGTGTTTTTGGA GTCACTTCTTTGTTTTTGAGGTACTCCCAACAGGATTTCTGCATTTCAATGAATTTTGTG TCATTTGGTTGTTGTCTATTCGAGCTGGATTTGAATTACGTGATAGCAGTTGGTGTCTAC TTGCCATGTGGTTTCTTGGTTTCACCTATAAAACTAGAATCTCTCAAGTATCTATACATG TGTAGTTATAAGTTATATTGCAATATATATTTAAATGGACTCCTAATCACATCTTTAACT CATTCATGAATAAGAAAGAAATAATACGGGCGAGAAAAGACCAAGTAAATTCAGGCTTTT AAAGTTAATTCAGAATTTCGCATATGTTATATTTTGAAGGCCCAGTAAGCCTAAAAGAGG CTTTAGCAACCATTCTTATTAGACGACTGTCTCATATATTCCTCTTATGTTATCGTAGTG AATTGCTTTATATCCTATATTTTGCCGTCTTATTTTCTTATAAAATTGTGCTTCAAATTC TTCTTTTCTTTTGAACCGAGGGTCTATCGCAAACCACCTTTCTACCCACAAGGGTAGGGG TAGGATTTGCATACATCCTACCCTCCCCGACCATCCTCGTAGGATTGCACTGGATTTGTT AGCATAGTGTAGCTTCAACAACATTGCTGGGTTGTTATGTAAGCCATCTTCTATGACCGC GTAGCGTCACATATTCTGACAAATTCTATGAATCCTTAACTTTTTGGTGCTTGTTTTCTT TTATAGTTTCATCACTCAGGTAGAATTTCTTGGTGATGCTGTTGGCTTCTCCGAACGTCC AATTTCTCACCCTCTCCTTTGTTTTCTTGTCCGTCTTTACAAATACCTCTTGTTGTGATT AGGCACTAGAATATCTTTGACGTAAATAGTCAAAGAATATCTCCCGGGTAGACATTGGTT GAATACGAATATTCATATGATGTGATGGAAGTGAAACATCTACGGAACGTAACGTTTCGT TCTTATGTTTTTCCACAGGTTAGGTTTGATGGTCGTAGGCGGCCTTATTTTGACGTCCTT CATGACATATGCTTCAGAGCATCTATCGATTAGATCATTCGCGAGGGGCTTTGAAGAAAG GAACACACCAAGGAGTAGGAGTGTGTGTTTCTTATGTTGATCATGTCAATATTTTTGGTT TTAGCTTAACTACAAGCAATCATCTTCTTGATCTCATTTGTAACTTGTTTTGACATATTC TTCCTAGTGAAAATATGTAGAATATGTTGGGAAATCATTTATTTACTAATGTGATTTTTA TTTTTTTTGTTAAGGTTAAAAAGGTGTATGTTTTCTGTATATGCTTCTTAAATTTTTTGA TTGATATGGATGAGGATTATTGATCAATTCTCAAGTGTTTGGAACACTTCCATACTGGTA GTCAATAGTATATACTCATTTTTGTAGCTTCTTTCTCCTTTGATTTATGTAAATATTTAT GGTACCTTATACTTCGATTATCGTATTATTTTTACTATAGTTATTTTTTCTTCTTCATTG TCATGCTTTGTTTTAGTATTTTGCTTGTTTGTTTTGCTGAGGTTCTATCGGAAAATAATA TCTCTACCTCTAAGGCAATAGTATGGCTGTGTATCGGCCGGTTCGGTTTGATTTTGAAGT TTATCGGATGCTGAACCGTTATAGAACTATTAAGATATTAGCTTATCGGTTATTGGTTTA TCGGTTTTTGATCGTTATCGATTTAACTGTTAAGATTTGACATAAGAAAAAACATTGAAA ATCACTTAGAAACAAGGTGACAAACCAAATAAACCATGCACTTGAGTTCACAAGTTACAT CTTGCTCAAAATCAAACACTTTTACATTGTAAAATAATCATTAAACACCTAGTTGAGAAC TTCATATACAAAATGGTATAAATATAATTATTTAATTTACTATCGGGTTATCGGTTAACC CATTAAGAAAAAACTTTAAACCGTTAAGAACCAATAACCCGATAACAAAAAAAAATCAAT ATTAAAACCACTAAGCCAATAACCCAATACTATAAACCAATAACTTTTTTATCGATTCGG CTTATCGATTTCAGTTCGATTTTGAACCACCCTAGTTTACACTCTACCTTTTGTGTCTTG TTGGTCAAATGAGAGGGTAACAAAGACTAGAACAGGTATTCGTTTTGAATTCCGATTAAT TTGATTTGAATTTACGTCGTAAGGATATACAAAAGCTCTTTAAACAATTGGACCTACAAT GCTACAACTAGTTGATATTCTCAATCAATCACATTTACAAATTGGAAAAAAAAAATTAGA CAGATAAAACTGCCTATTTTGTCTTTTGCATTCCATTGGGACCTCAAAAGTGAAACATCA AATTCCATAGTTGTCATTTTGTTTTCATTTTGTTGTGTATTTTTATAAGTGGTTTAGACA AAGAATTATTATCCAAAATGAACAATCAAAAAGCCTTGTCATGTACCAAGAATTTAAGAA TTTATAAATTATAAGATTCCCCTTTTTTTTTCTACAATTTAATCAAGTTTTTTTTTTGTT TGAATGTCTCTTATTTTGTTATCTAAGATGATTAGATAAGGTTTTCTATGTGTGTTGGGG CATTAAATCATAACCAACTCTTCACTATGAGTGATTATTTGATGCAAAAAGATTGACTTA TTGTGAAAAAAAATTACCAACCTCTGTCTCATTTCACGTGATACTTTCTTTAGTTCGTCT TAAGAAAAATGTTATTTAATTATAGTTGAAAATAATTTAGTTTTGAATTTTCGTATTACT CATAATGAAATGAATATCAACCACACAAATATCCAAGCTTGTTTTAAACCACAAGCTTTT TAATTATTTTTTTTCATAAACAGTAGTTCAAGTCAAAGAATATTACATAAAATGAGATAG AAGGAGTAATGTTTTCTCTTATATAATTTATGATATTTTTTTTTTGAAAAATATTTAATA ATATTATCAACATTTTACTTATATTAAGTTTCATATATTTGACTAAACATTCATAAAGGT GTGCTTTTTATTAACCATGGTTGTGAAACATTAAAAAATCTTCTCATATTTCTTAAATTT TTTAACTATGAAATTGGTTGTGTTCATCGGTTCCTCAAACTCAACTTGTGGTGAATTCCG AGAGATAAAGTTAAAATGCAATATTCTTTTATCATACTTCGAGATGCTCCTCCCTGACGA TGAAAGAGCGACGCTAGTCGTGATAGTTTTATTTTGATTTACTCGTTTAGTTTTGAAAGA TTAAATATCAGCTGAGTTCAAATTAAAAGACACGTTCATCTGAAGAGCGAGGCTGATTAT GATAGTTTTATTTGTTATTCAACCTGTATTATAAGGTTAGCCTAAAACGACAGAAACAGA ATAAGATGAAACACAAAATACATAAAATACAAGAAGTAATCTGAGTCTACAGAAATTACT GTGTGTTCTTAAGAAATTTAATTCCCTCAATGTATCCAAGGTTATGGACTAATTTCTCTC AAGATAAAACGGATTAAACCTGTTAAGAAATAGCGGTACCTCGAATTTCTTTAACTTCAG CGAACTTCAGAACAACAACAAGTCACACAGACTCAGTCAATCGACACTTTGATTTATTTG AGAGAAAAATATATGCAAAGAAGGAAAATTTTAGTGATTGAAAAATCAAAAATTGACTTC CTTTTATAGCCATTTTCAGCAAGAAACGTGTCTGTTCAGAGAAATCTGTTCAGACCCTTT TTATCCAGAAAGTTGTGTCTTTTAGAAAAAATAACAACTTTTCAGAAAAATCTGTCTGTT ATAAAAATAACGGCTTTTCGGAAAGTAACGACTTTTCCGAATGTTACCGTTACCCGCAAA TTTATAAGAGATAATATTAACAGGATTTATTTGATTTAACAAAAACTGATTAAATAAATT TTGTCCAAAATTTTTATCAATCACATCCTAAACCGAGCAACAAACGACGCCGCCGCGGCG AGGGGGCATCTTCTTCTTAGCTCTTTAAGAAGCAATGGAAGTGTTTCCTTATATAAGGAC AACAATTTCCCTTTCTTTTGTCGATATGAGAGAAATGACTTTTCATTTTCCCTCCAAAAT AGTTCCCTTACTTTTCATATTCCCTCTTCTCTTTTCCCATTCACACTTGCTAAACCCAAC ATTATTTTAATTTTCTCGTTTAGTTATGAAAAATTAAATATTAACTGAAGTATACTCCAA TCTCAAAGTTTGGAAGTCTTTTTCACTTGTTCCAAAAGGAATTATTTTCAATCACACATT TTTGTATATGCTAGAACACTTTAATATTCATTTATTGGTACCAGCATATGCTATTTGTGC CATGTGCATAAGAAGACAAATTTTGATTAGAAATCTAATCATATATAATAGAAACTATAT GACAAACTAATGGATAAGAAACATATTATAAGCATTTGTTATTTTATAATTAATTAATAA TTTTCATAGTTACTAGTAATACATCTCTCTCAAAATGTGATTACCTTTATTTTTTTGAAC TTATTATAAATAAGGATTTAGGTGGGATTAATACAATATCTTTATTATTAATTAAAGATT TTAAGTTTGAATGTTGATTCGCAGAGGTCAAGTTAAGAATTGATGGAAGATCAGTAATTG TGTTAATTGTGTGTAATTATTAGGAATAACTTTAAGAAATTTCATTAATTTAGTAGTTAA TTACTTAGGTTCACACTAGTTTATAATCTTATGAATTTAATCAGATTTTCGTGCGCAAAT AAGTCAAGATTGCCAAAGTTCGGTTCAATTTGTTATACGTACACCATATTCAAGTGAATT AATATGCATATGCAAATCTCGTTCGCCTCTCTTATCTCGCTCTTGCAACTGTTTTTTCAT ATATACACGAATTATATCGAATACATGTATCAAGTGAGATTCATGTGTATTTGATATGCA TAGATAAATCTTGTTCGCATTCCTCCTGTCATCCTACGCCTTCTCTCTTTATTTTAGTGT ATCTGATAGCTAAAAAAACTATATTCAGATAATCTGATATAATATCACTAATCAGTGTGA TAAAATTTTAATTATTTCAAATTAATAAAAATTAGTAAATAAGATAAAAATATTTGTATA ATTAAAACGTATATCTTTTAAAGATAAATTTTACGTCATGTAAATTTAAATTATCAAAAC TATCAATACGAACATTGAATACCGAATACATAGAAAAACAAACTTTCTTCTCACTTGCCA TGTGTCATCACTCTTTCAAATAAGCATATTAAATGAATATTCTTAGGTTATATTTGACAA GATACTATTATAGATTCCTTGATTAATTAATCTCAATTATTGATGATTAATCAAGCACAT TTTTGATAATATATCATATACTCAATTTAGAAGAGAATTTAAAGGCAACTAACCTAAGAA ATACAGTTGCATACTAGTATAATATTTAGTGTGATTGAGTCAGTGTAGAAGCAGATTTAA AATTTAAAGTCAATATATTTATTTCGATTCACAGGTTAATATTTAGGAGAAAAATATCTG TCAAACTTGACGTGAATGACTAGTTTCATCTTCAAACTATTACAACCTTAGACCCTTAGA CACACCTCTTTACTTGACTAACTGAACTTAAATAAATCCATAATCTTACAACACGAGTAA AATACACCCCTAAAGTCTTATCAAGTTTATGAGTATTTTCAACACTTTCTCGTTTTTTTT ATTAAGAGTGCTATACTCCTAAAAAATTTGAGACGACTAGTTTTGTCATGTGACAGATCA AGATTGTATCGATGATGTATCTAAGTTTAATAGTTCTGATACAAAACTAATAATTTACAC CAAATACAAAAATATTTACAATATTTCTCGTATAAACATATAATTAATCATAAATCAGGT TTTCATATTATTTTAAATTAACAATAAAATATTTGTGTTCATGAAGTGTGCCAGATAGAC ATGTTAGGAATCACTTTTGAAAGATATTAAATAATTCTAGTTTTTTTTTTAATAACTAGT TGCTATTTGACAACAAATTCTATTAATTATATATATAATTATTAATTTCTACCAAACAAA TAAAGTATGGAGTGTGAAAGTTGAGTCACCCCACATTATTGTCATTTGGTGGCTCATGTG GCACTTTATTATTTGTACTATTTAATAAGATAGCATATAGTTGAACTTTTTTATGAAAAT GATGTGAAAAACTATGGGCTATTTTGAAAATATGTGGTCTTGGTATAAAGTATTGATATT TCCATCCGAATGGATCATGCAGAGTGCAATTTAAATTTAATTGAAGCCTTCATGTGAATT TTAAATATTGAATGATATATATATATATATATATATATATATATATATATATAGTAAAAC TTCTCTATACTAAATAGGCGAGATTATGAAATATTAGTATGTTATAAAAAAAGTGTTTCG ACACCAAAAAAAAAAATTTCAGAGATGAAATCTCAAAGAATTTGAAAGAATCCACTTGTG AGAACATCATTCATAAACTTAAGGTCATAATTAAAGATCTCGGTTACTGCGATAAAATAG ATCTTAATAACCTATTGGATGGGTAAAAATGATACATGTTAAGAGGTCTAGAGCTTAGAA AAAATTGTATTTACCATTGGAAAAACAATGTTAATGATAAAATTGAAGATCACACAATAC CTTTTGAACTAGTTACGCGTAATGAAACACTTGTAACTAAAATTCTTCACAATTTTATGG TGTAGTTAGAAAAGATAACATCGAAACTTTTGGATTCAATAAAAAAAAGTTATAAATGAG TTTTAACTAGATTCAAATTTTAACAAAAAAAGAATATAATATAATCATATTTCACTAAAT TTATTTAGTATTTATTTTTTTTTAAATGTCACGTGTTGAGCCCACAAGATAGTGCCACGT AGGCGAAAAAGGGGTAGAAAATTATTTATAAAATAAGTTCAGGGGGTAATAGGACCTCAG TATAGTATAAATGTGTCTCTGAGATTTCGAACATAGGTTAAAGGAGTACTTGTGCATTTT CTCTAATATTAATAAGACCATATATTTATATAGGGATCTTCTGAAAATATATTATTTTAT TATATTATCGAAACGAGCGACTTTTTCTTAAAATAACCCTAAAAATTATTTTAAAAAAAA TATATAGGCTCTAATAGGGAGTTTCGCTTTATAACTAATCGACAATTACTAGCGATTCAG ACTTTATACAAACGAGCCTTTTTCACGACCCCCCCAACCCAACCACCCCTAATACTTATA AATAATCACGTCTCTTAGTACCAAACAAAAAATAAAAAAGTGATAATTGAAGTGACACAT GATCATTTTGCAGTTGTTGAATTTTCATTTGCTTTTTCTTTTATATGAAGGTTTAAATTA TTTATTGGCCTCCAATAATTGACCTTTTATTTTAATTTTTTAAAATTTTATTTTTTATTC AATATTTATATTAGATTTTAATTAATATGAATATATACGATTTAGAGCTCATTCGAAAAA AAATCTTTCTATTAATTTTTTTTTTACATTCAAAATTTAAAAATTGAGATTTCTGACTAA ATAAAAAGCGGACTAATCTTCTATACTACACTTTTGAGTGGTTCCCATAATCAAACTCCA AATATTTGAGTTATCCAAACACTTGTCTTCCTCAAATATTTTTAATTTTATTTTAGTGCA TTATAAAAGAGAGGATAATATTGTTGATTTCGATTTGTTGAAGTTGACAAGTGAAATAGT TTATTAAATTTCTAAGGTCAATCACTATGAATTTTTGAGATTATTGGATTGTGCTTTTGA ATAACGAATTTTTGGGGTATTTTGAAGTTGATAAGGGCAATTTTAATGCAAAAAATACTG ATAATTCGTTTTTCGAGAACTTCTTTTGATTCATGAGAAGTTATGAATAATTTATTCCAA AGTTACGAAATAATACTAAGAGTTGAGAGAAGTATATTCATAAGATTACTCTTGGTCACT ATTGATTTTTTATATCATGACTTTTTTGTGATAAAATTCTGATAATTCGTTGATCTAAAT GTCAAATGAAATACTATTTTATCTTTAACTTCGACTCACAATTTCAAAATAAAATAATTA AACGCTTGCTAAGTATATTCTTTTAATTAAAAAAAAGTCCACTTTCTTGCTGTTAATATA CAAACAATACCTGATATGACCTAATTGCTTACACTATAAAAGTCAATTAACCTAACTTTC TCCACATAAACCTTAAATTTATTTTATTTTATATCATATGATATAAAATAAAAAAATTAA TATATGTAGAATTTAACGTTGATTAAAATTAAACAATTTTATAATAAAACATGCAATATT CGTCGTGCCTTGTCACATTCATGACTCAACTATTGCCGTCCTACTTAATAACTTTGCGAT ATAATTTAATTTGACATAAAATTTACGTATTTTATATACTTTATATAATTTAATTTGACA TGTAATTTACGTATATTATATACTATATAGGAAAATATGGTTAGAGTAACGGTGAGTCTA TGAATCATTACTTTTTCAATCACGTTAAATTTGTGCGAGTTAATGACTGACTCAGCTTAT AATTTTGATTGACTAATAAAAAATTGGAAGCGAACAGAGGTAAAAGTTTTAGTCAAAACA AATAACGACTCATTTAAGTACATTAAATTTATGTAAATTAATGACCCACTCATTTATTTA CTCGATTAATGACCCCATGTAAAACCTTAGGCTATAAATATTCGATTTTATACTTTATAA ATATAACTTATTTCATTCTATTAAAACCCCAAAATTAAAAAAAAAAAAAAACAGATCAAA GCCTTTGAAAAAATGTTTAAAACTTTGAAAAACGATTTTCAAATTTGCGAAGAAATCGGC CGTGGGAGATTCGGTACCGTCTACCGCTGCTTTTCTCCGGCGACCGGAGAATCCTACGCC TGTAAATCTATCGACAAAAACCTCCTCATTGATTCCACCGACCGTGAATGTCTCGATAAA GAACCCAAAATTCTTCAACTTCTTTCAGGTAACCCCAACATTCTTCATCTTTATAAGGTT TACGAAGATGACGATTTCCTTCATATGGTAACCGATTTCTGCCCGAATAGTGATTTATAT GAAAGGGTTTCATCTGGGTCGTTGTCAGAATCGGCTGCCGCGGCTATTCTGATTCAATTG GTTTCTGCGATTAGCTATTGTCATCATATGGGTGTAGCTCATCGTGACATTAAGCCGGAT AATGTGTTGTTTGATTCTGAGAATAGATTGAAGCTTGCTGATTTTGGATCTGCGGAGTGG TTTGCTGGTTGTGATGGGAGGAAGATGAATGGGGTTGTGGGTACGCCGTATTACGTTGCG CCGGAGGTTTTAATGGGGAAAGAGTATAATGAGAAAGTTGATGTGTGGAGTTTGGGGGTT ATTTTGTATATTATGCTTTCTGGGGTTCCTCCTTTTTACGGTGAAACGCCGACTGAAACT TTTCAAGCTGTTCTCAGAGGGAATCTGAGGTTTCCGACGAGGAATTTCCGGTCAGTTTCG CCTGAAGCGAAAGATTTGTTGAGGAAGATGATATGTAAAGATGTTTCCAGAAGATTTTCA GCTGAACAAGTATTGAGTAAGTTAAATTTAATATTTCTGTTCTCCATATCCGTATTCCGT ATCGATATGCTTTATTTAAGACGAATTTATCAGAAATAGCCTCGTAGAATCTCTATCTTT AAATACGATTCATAGACATTCTATCCTTTCTAAACTTCACGTGTAGGATTAGTAATTGTT ATGACATGAAATGAGCTTAAATAACGATTATTCATACTATTGAATCCCAACTTATTTAAG ATTGAGACGTTGTCTTGTTTTAGTTAGTTTAGGAGCTTAGTTTCAATAAAAATTTGTTTC TTTTTTACCCCTTCATAGTGTGCTTTCTTGATGACTCGAACTTACGTAGAATACTTACCT AGAATTAGATGTGAGGGATGTTTACCATCCTAGCAACTCCCAGTCGTTCTTTTTTACCCC TTCATAGTGTGTTTCCTTGATAACTCGAACTTACGTAGAATTGAATGTGAGGGAGGCTTA CCATCCCAGCAACTCCCAGTCGTTCGTTCAAAATATTTTCTTGATTGTTCAATTTAGTGT TTTCTCATTGATGAATATTATGTGATGTTGATGTTATTTTTGTTAAATACAGGACATCCA TGGGTGCTTAATGGAGGAGAAACAAGATCAATGGTTGATTGAACTTGAACAAGATACTAA TAAATACTAGTAGCAGTACAAATTTTGATGATAAAAAAGCTTCTTCTAATGTGTTTGTTT GTGTATATTGCACCAAAAAAATAAAAATAAAATTATGGTTTGTTATGTTGTGGAGAAGAA TCTTGTAGATGATAATGAATCTCCTACTTTATATTATAATATAACAAGAAGAAAAAAAAT TTCAGGCTATATAAAAAGATCCAAGCTTACCCCACCTTTATATTTATTATTATTATTTTT AATTATAAAGGGTTGAGGGAGAGAGGGATATATGTATGTTTTGGTGCTGTATCAAAGTTT TGTTGTTGAGTTTACTATGTAATAAAAAAAATTTCTACTTTTGTTATATTTATGAATCTT TTTGGTAAATTTCTACATGCCTTTTATTTAGTATTTCATTTTGATTTCTTTCATTTAGCG GGAGTTCATCGGAACTGAATTCTCTATCTCTCAACATAAGGGAAAGGTTTAGGTTTATGT ATATACTGTCCTTTTCAGACTTCATTTTTGGAGGATTACACGAAATATGTTCTTGTTGTT GTTTCAAGTTATAATCTTGTTTAGTGTTTTACATTGAATTGAGGTTTATTGAAAACTGGC TCGCTACATCTCCAAGTAAAGTAAAGGTAAGGTTTATGTATATAATGTTTGGGAAAATGG ACAAAATACCCCCGAACTATCGTAGATGCAGATACATCCGTCATACTTTGGGACATTGTT GCCTCTCCAATTCAAAAACTTGAGAATATATGTCGTTCACTCTAACAGAAGACTAAATAG GGACACGTGGTTCATGACAGATTGGGGGTATATTTGTCTTTTTTTCCCATATGTTTTTCT GCTTAGACATTGCTTGTAGAATTACTCGAGATATATTATTAATGGTGATGCGATAAGTAA ATTTTTACATAGGCTTGTGGTTAAAATTCGAGCTCCCTAAAAAAATATATAAATAAATAT AATTTGGTTTATTGACTTACGTATAAATAATTTACTAATTATATAATTTTCTCTTAAACA AGACTTCTGAATCACAAAAAAATTTCATTAAGGAAAAATGATTATTATTATTCTTGAATT ATTTGAATTAGGTTAGTTTTTTTTATTACATTTATTTGCATAAAATATTTTTTATGATTG GACAACTAGCTTAAAAATACATTCAATTATTCAAGCAGCTCAAAAATAAGATTTTCACCT CTTATTGCTCTAAAATACTAAACTATTTTAAATGACACAATTTTATCAATTTGACCTTAT TACCTTAAATGTTATGTAAAGTGAAAAGAAAGTTTATCAATTTATACTTCGTAGAACTAC AAAAGTAAAAAATCTACAAAAATATGAAAAGAAAAATATATATATTATACATAAAGTTTC CAAAATAAGTTAAATCATCAAATAAATGAAGGATGGTCCCTCTGAATTTACTAGAAGAAA ATAATTTTTTTATATTGATGTCAGTGTTGAAGTGTCGATTAATTTAAAATCAAGCATTAT AAGACTCATTCGGATATAACACATTCAATAAGATTTTCTTTATATATAAAACTCAAAATC TCTAATTAAAACAAAATAATCTCATCATCGCACCACAACTTGATAATTCAATTTTAATTA AAAATAGAATAATCTCGTCATCGCAACAAAAAAGAAAACAATGTTAGCATTTTTTTTTTT GTTTATTGTGTTTGGATTAATGAAGTACGGTAGGTTGTACTCATCTTATTTGGTAGACAT TAATTAAGTAGTGGTGGGTCATATTTCTTTTAGCTTTTGTGGGTGTGGGGAATGGTATCC ACAAAAGATAGCATATCCATATGCTTTTAGGTTTTTTTCGGATCGTTTAAACGTAAAAAT TGTGAAATTTGAAAAAAATTATTATAGTCATACAATGCATATTGCTATATTTGAATAATA TATAACTTTGTCATTTAGTTTGATTTTAACAGATATTTATCATCTTTAATTTTTGGATGT GAATAGATTGAAACATGTATTCTAGGTAACGTAATACTAATTAATTTGAATATATCTCAT GCGAATGGCTATATGAGACGCATATAGATATTTATTTAATTTTATATAAATTCAAATATC TAATTATGATATATCTAAAATTAAAATATATAAATGACAACATAATAAAAACAACGAAAA ATAGTAAATTTCTATTTACACTTATGGTTACAAGCTTACAACTCGATCAAAGCTCCTTAA AAAAAACATATGAATATACATGATTCGATCGATCGTCAAATAGTTTACTAACGTATTATA AAATAAACAACTCTTTTCTCTTTAAATGCGGGGAAGATAATATGAATTAATTAAATAATT AATAATAAAGAAATAATATGACACATGACACTTTATAGCTGATTAACAGCAGTGCAAACA CTGCCTCACACGTCTCAGATGCGTGGTAATAGGTCAATATAATCTATTTACAAAGATATT AAATAGTTTTGTAGGTAATAGAACAATTCAAAAATTAAGATATCTTTACATAATTTCGGA ACAATTTTATTAGTGATTTTATGTCTTTTCTACGATAATAAATATTCTCTCCTTTTCACA AAGAATGATCTGGTTTGACTTGGTATAGAGTTTAAGAGTATAAAAAGGACTTTTGAATCT TAGGTCTTAAATTAAAGTTAGATAAAAAATATCCTTTGATCTTGTGGTCTTAAACATATC ACGTAGAAAACTGAAATCAAAATATTATTAAAAAAAAAAAGTCATTCTTTTAAACAGACT AACAAAAAAAGATAATTTTTTTAAACGGAGAAAATACGTATAAATGAAGGGCGTCAATTA TTATTTTTTATAGAATCAAAAGGAAATAAAGCTAAAGTTATTAGATTGGGTACGGTAAGT GTACTAATTTTCAATTTGATACCCATCAATCAAGGAGTGGAATCCACAAAAGATAGCATA TCCATGTGCTTTTGAGTTTTTTCGATTGTTTTTAGATATAAAAATTATGAAATTTGAAAA AAAAAATTATTCGAGAATGATATTGAAATTTTTTAAATGTATTTGAATATGTATGATATT GAATAAAAATTATAAAAGAATATTTGAAAAAATTATTACTATAGTCCTACAAAATTAATT CTCTTGACCAAACTTTATTATTGGGTACAATAAGTAGTGGACAAAGTGGTTATAATAAGC TATATTGCGTGTAATAATTGTTGTGTATATTATCACTTTATTGACCATTAAGGTAAAATT AGTGGCAATAATAATAATTTATTAACAGAAAAAAGATTATTTTAATTATTCTCAATCCAA TACTTTTATTTGATTTAATGCCATTGTGTATGATTATATTTTTGGTGCAAATGATAGAAA AAGCGATTTGCAAAAACCAATTTTGCAAAAGGGTTAAAATAAGGGATAATAGCTTTTTTA ATCTTTTAATTATTAACAAATTTTTTTCAGGGAAACTTTCACATATAGCAACTTAAAAAT AATTAATTACTCTCTATAGTTATAGTTTGATAATTACAATTTGTAACTACATATTATTTG GAGGAGAGAGGCGAGCGAGACTGGGAGAGAGAGGAGGGAGAGGGGGAAAAAAGTGGGAAA AATGTGAATTGTATATGTATATTGGTTTGTATATTATACATATGTAATTGTATATATGGC AAGAGAGATTAGGAGAGGGAGGAGAGAGGCGAGTAGAGCGAGAGAAGGCAGAGAGTGGGA GAGAGGTGAATTGTATATGTACATAATTGTATATAAATGTATATTATACATATATATTTG TATAAATGGCAAGCGAGATTGGGAGAGGGAAGAGAGAGGCGAGCTAGATTGAGAGAGGGA GGAGAGAGGCGAGCGAGATAGGGCAGAGAGTGGAAGAGAGGTGAATTGTATATGTTATAT AGCTAAAAAATTGTATATTGTACATATTTATTTGTATATCCTGGCGAATTATACATATAC AAACATGACTAATTATACAAACTCGAAGTCAGCCCACGTAATTAATGTATAATGTGTTAG TCGCTAATGGTAATTATAACAAAATATAGCTATGATGAGTAATTAAATACTATAAATTTG TTTATTTGTGTAATTTTTCCTTTTTTATTTTCATCATGGTAATATATGACTTGATTCACA AGTATTCCACAAATATTTTTATTTTTGCTTTGTTGTGCCTTGTAATGTCACACAAATAAG TTTTTTAGTCAAAATGTTTGTAATATGTTGCTTGGAATTTACTCATAAAGAAATACACAT CGAAAGAAAAGATGGAAAGGGCATATATTTGGGAATATGCGGGAGCGACTCAAATATATT AGTGGTCTAAAACAAAAATTAAACGGGGCCTTAAACTTTAATTGTTAATAATTTTTATAT AATTAATTTCTTCTAGTTTTCAATTGATAATATAACCATTCTTATTTTAAATTATTTTTA ATGAGATATAATACTCCAAATATGTGAAATTTCTTCTAATAATTCCTTCATTTTCATGAA AATTTTACTTTTTCTGCAAATAGTATTCACTATTTTTTAAATAAATAATAACTTATAACC TATTATTATTAAAAATAAGACCCCTTAAATTTGGGGGACTAAGACACATGTCTTTTTTTT TACACTGTCGAACCACCCATGGAAATATGTTATGGCAAAAATGATAAAGAAAATGTCTAG AAACCAATAAATAATGTCAATTATTCTAGAATAGTAAAAAAAGTAGGGTTAAGAGGTGTT TTAATTGTTGGGAGGAAAAGATTATACTTTTTATAATAAATGGTGGATTGTTTTATTTTA TATTTTATGCATTTTTTACATCAGAATTAATAATTTCGAGATTGTTATAATTATCTTTTT GTAATATCTTTTAGAATAAGAAAAGGTCTTATTCGTTTTTTTACTTTAGAAAATAATTTA AATTTCCTTAACCCACATTTTAAAAAAAATAATAAATAAATCTAAATGTGTTTCTTGAGT ATTGAATAATTAAAGGAATTAGGAAATATTATTAGCATATGCTTGTAAGTGTGGATGAAA AATGGAAAAAGGACTTGAATATGTATAACACCAATGTTTCTTTTTGTAGCTTTATAGAGT GGGAATGGAATTCTATAAAAGAATTGACATGTGTTTTGATTCCTTTTTATTTTTATTTTA TTATTATCATATATTTTGAAGATTATAAAAATATAAAATGTTTGAAATTTTGGTTTTTGA GTCTCCAGAAGGGAAGCATTGGAGCAACGATAAGATTATTTCTATACATGTGATTTAGGT TACAAGTTTGAGGCTTGTAAGTAGCTTTTAACATTTGCATTAGAATAGACGATCTACCAT ACATTTTTTAAAATGTGGTCCTTCATAAAATCCTTAATAATGCATAATATTTTGTGCATT GATTTGTGCTTTTCTTTTAGTTTTTAAGTATTTAGAAAAAGTGTTTGCTCGTGTAACGAC CTGTTTAGTCGTTTTGAGCAGCAGATTTTATTTCTGGAAAAACAGGCTGAGACGACGGAA CCCACGACGGACCGTCATGGGCACGACAGACCGTCGAGGGTGTCTCGTTCCAAAACACTT AGAAATTTTGAAATTGGGTGCTGAAATCGACTCTCTGAACTCTGTGACGGACCTGCAGGA CGGACCGTCACAGGCACGACGAACCGTCGTGATCCACCGTTTCAAAACACTTCAACTTTT GAGAATTTGGTACAGGGAACGATTCTCTGAACGTCGTGACGGAAGTGCAGGACGGACCGT CGTAGGTACGACGGGCCGTCACAGACTCCTTAAGGAAATCGAGTCTCTGACGAACCTGCA TGACGGACGTCGCATGCGTGGCGGGCCGTCACAGGTTGCGTAATCCCAGTCGGAGTCGGA TTTATGGTTAAGTTTTAAAGGGGCGTTTTGGACTATTCCTGCTAGAATTATATATTTCGT GGGTTTATATTAATAACTCAATTTCTTGGGGGATAAAAGAGGTAACCTTGAGTTAAATTG TGGGTTATTATTGTCATCTTTTACAATTAATTACATGTTAAATAGGGTAAAAGAAAGAGG GTTTGAATAAGAAAAATAGAAAGAACAAAAAGAAAGAGAGAGAAGGGAATTGATAGAGAG AGACGCTCGAGAAGGGGAAAAACACAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.997 258 937 match_2 match_part 1.000 258 858 match_3 match_part 1.000 258 792 match_4 match_part 1.000 1149 1575 match_part 1.000 1662 1765 match_part 1.000 2384 2581 match_part 1.000 2760 2924 match_5 match_part 1.000 1149 1575 match_part 1.000 1662 1765 match_part 1.000 2384 2581 match_part 0.993 2760 2897 match_6 match_part 1.000 1214 1575 match_part 1.000 1662 1765 match_part 0.989 2384 2561 match_7 match_part 0.962 1311 1575 match_part 0.971 1662 1765 match_part 0.960 2384 2581 match_part 0.933 2760 2894 match_8 match_part 0.962 1311 1575 match_part 0.971 1662 1765 match_part 0.958 2384 2431 match_9 match_part 1.000 1672 1765 match_part 1.000 2384 2581 match_part 1.000 2760 3056 match_10 match_part 1.000 1672 1765 match_part 1.000 2384 2581 match_part 1.000 2760 2929 match_11 match_part 0.865 1677 1765 match_part 0.995 2384 2581 match_part 0.972 2760 2903 match_12 match_part 1.000 1727 1765 match_part 1.000 2384 2581 match_part 0.994 2760 3233 match_13 match_part 1.000 2431 2581 match_part 0.991 2760 3303 match_14 match_part 0.992 2461 2581 match_part 0.998 2760 3223 match_15 match_part 0.985 2516 2581 match_part 0.964 2760 3318 match_16 match_part 0.984 2771 3337 match_part 0.613 5106 5136 match_17 match_part 0.922 2965 3337 match_part 0.613 5106 5136 match_18 match_part 0.995 59827 60219 match_part 1.000 61631 61751 match_part 1.000 62405 62590 match_part 1.000 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64262 match_part 1.000 64341 64445 match_part 1.000 64680 64965 match_part 1.000 65057 65180 match_part 0.998 66139 66601 match_19 match_part 0.981 59855 60219 match_part 0.967 61631 61751 match_part 0.973 62405 62590 match_part 0.963 62817 62952 match_20 match_part 0.989 62402 62590 match_part 0.994 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64131 match_21 match_part 1.000 62454 62590 match_part 1.000 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64262 match_part 1.000 64341 64445 match_part 0.996 64680 64911 match_22 match_part 1.000 62468 62590 match_part 0.976 62817 62980 match_part 0.981 63767 63874 match_part 0.933 64125 64169 match_23 match_part 1.000 62527 62590 match_part 0.994 62817 62980 match_part 1.000 63767 63871 match_24 match_part 1.000 64403 64445 match_part 0.997 64680 64965 match_part 0.985 65057 65122 match_25 match_part 1.000 64876 64965 match_part 1.000 65057 65180 match_part 1.000 66139 66298 match_26 match_part 1.000 64904 64965 match_part 1.000 65057 65180 match_part 0.994 66139 66458 match_27 match_part 1.000 64925 64965 match_part 1.000 65057 65180 match_part 1.000 66139 66458 match_28 match_part 1.000 73977 74542 match_29 match_part 0.948 73978 74551 match_30 match_part 0.937 73978 74246 match_31 match_part 0.950 73981 74642 match_32 match_part 0.925 73982 74674 match_33 match_part 0.937 73983 74776 match_34 match_part 0.947 73983 74655 match_35 match_part 0.964 73988 74595 match_36 match_part 0.936 73988 74487 match_37 match_part 0.997 73990 74664 match_38 match_part 0.950 73993 74776 match_39 match_part 0.964 73993 74776 match_40 match_part 0.988 73995 74577 match_41 match_part 0.971 73998 74475 match_42 match_part 0.901 74004 74297 match_43 match_part 0.950 74061 74641 match_44 match_part 0.946 74128 74773 match_45 match_part 0.948 74139 74697 match_46 match_part 0.929 74267 74776 match_47 match_part 0.998 74299 74776 match_part 0.986 75353 75423 match_48 match_part 1.000 74299 74667 match_49 match_part 1.000 74490 74776 match_part 0.998 75353 75765 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_50 match_part 0.998 13988 13340 match_51 match_part 0.998 13987 13517 match_52 match_part 0.983 15641 15524 match_part 0.970 15445 15246 match_part 0.980 15158 14914 match_part 0.982 14645 14533 match_53 match_part 1.000 20911 20834 match_part 1.000 18233 17952 match_part 0.991 16175 15835 match_54 match_part 0.992 24434 24303 match_part 1.000 24227 24169 match_part 0.990 23519 23419 match_part 0.955 22812 22746 match_part 0.996 22659 22403 match_55 match_part 1.000 24323 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 0.969 22659 22405 match_56 match_part 1.000 24323 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 1.000 22659 22413 match_57 match_part 1.000 24322 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 0.996 22659 22413 match_58 match_part 1.000 24511 24508 match_part 0.970 24435 24303 match_part 0.966 24227 24169 match_part 0.950 23519 23419 match_part 0.985 22812 22746 match_part 0.932 22659 22438 match_59 match_part 0.972 22817 22746 match_part 0.928 22659 22438 match_60 match_part 0.990 26318 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 1.000 24435 24303 match_part 0.957 24227 24181 match_61 match_part 1.000 25999 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 1.000 24435 24319 match_62 match_part 1.000 28137 28052 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 0.957 24435 24366 match_63 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 0.944 24579 24508 match_part 1.000 24435 24426 match_64 match_part 1.000 27758 27734 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 0.991 25476 25365 match_part 0.941 24847 24797 match_part 1.000 24579 24570 match_65 match_part 0.969 27617 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25453 match_66 match_part 1.000 28239 28219 match_part 1.000 27614 27553 match_part 0.998 26366 25914 match_67 match_part 1.000 27746 27734 match_part 0.952 27614 27553 match_part 0.956 26366 25914 match_68 match_part 1.000 28243 28219 match_part 1.000 27614 27553 match_part 1.000 26366 25956 match_69 match_part 0.940 33105 32754 match_70 match_part 0.997 40592 39840 match_71 match_part 0.971 41235 41097 match_part 0.958 40842 40278 match_72 match_part 1.000 41378 41097 match_part 1.000 40842 40327 match_73 match_part 1.000 41352 41097 match_part 0.995 40842 40409 match_74 match_part 0.991 42454 42127 match_part 0.968 41378 41097 match_part 0.930 40842 40800 match_75 match_part 1.000 42502 42127 match_part 1.000 41378 41099 match_76 match_part 0.991 42454 42127 match_part 0.968 41378 41099 match_77 match_part 0.986 42626 42127 match_part 0.933 41378 41349 match_78 match_part 0.997 45132 44769 match_part 0.996 43821 42194 match_79 match_part 0.926 43008 42522 match_80 match_part 0.979 43008 42581 match_81 match_part 0.961 43480 42710 match_82 match_part 0.999 43415 42729 match_83 match_part 0.990 43414 42908 match_84 match_part 0.992 43416 42941 match_85 match_part 0.915 43495 43260 match_86 match_part 1.000 45156 44769 match_part 0.996 43821 43357 match_87 match_part 0.995 45169 44769 match_part 1.000 43821 43514 match_88 match_part 0.909 45162 44769 match_part 0.969 43821 43564 match_89 match_part 0.909 45162 44769 match_part 0.969 43821 43566 match_90 match_part 0.994 51040 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47709 match_part 1.000 47566 47471 match_part 1.000 47303 47232 match_part 0.994 46775 46451 match_91 match_part 0.982 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47709 match_part 0.990 47566 47471 match_part 0.986 47303 47232 match_part 0.978 46775 46451 match_92 match_part 0.971 47505 47471 match_part 0.958 47303 47232 match_part 0.890 46775 46548 match_93 match_part 0.865 51022 50867 match_part 0.946 50280 50169 match_part 0.971 50062 49958 match_part 0.962 49846 49769 match_part 0.982 49406 49351 match_part 1.000 48970 48913 match_part 0.992 47831 47709 match_part 0.833 47566 47483 match_94 match_part 1.000 51036 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.992 47831 47710 match_95 match_part 1.000 51035 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.992 47831 47710 match_96 match_part 0.901 51037 50867 match_part 0.955 50280 50169 match_part 0.981 50062 49958 match_part 0.962 49846 49769 match_part 0.982 49406 49351 match_part 0.983 48970 48913 match_part 1.000 47831 47730 match_97 match_part 1.000 51027 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.980 47831 47732 match_98 match_part 1.000 51021 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.989 47831 47737 match_99 match_part 1.000 50936 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47779 match_100 match_part 1.000 51035 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47801 match_101 match_part 1.000 51035 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.966 47831 47803 match_102 match_part 0.884 51012 50867 match_part 0.946 50280 50169 match_part 0.981 50062 49958 match_part 0.962 49846 49769 match_part 0.982 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47810 match_103 match_part 1.000 50989 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49355 match_104 match_part 0.900 50926 50867 match_part 0.946 50280 50169 match_part 0.981 50062 49958 match_part 0.962 49846 49769 match_part 1.000 49406 49378 match_105 match_part 0.884 51012 50867 match_part 0.946 50280 50169 match_part 0.981 50062 49958 match_part 0.981 49846 49794 match_106 match_part 0.901 68853 68631 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 258 937 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 1149 1575 exon 1662 1765 exon 2384 2581 exon 2760 3337 exon 5106 5136 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 13988 13340 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 15641 15524 exon 15445 15246 exon 15158 14914 exon 14645 14533 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 20911 20834 exon 18233 17952 exon 16175 15835 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 27758 27734 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 28243 28219 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 27617 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 28137 28052 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_10 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 22817 22746 exon 22659 22438 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 33105 32754 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 45169 44769 exon 43821 42127 exon 41378 41097 exon 40842 39840 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 51040 50867 exon 50280 50169 exon 50062 49958 exon 49846 49769 exon 49406 49351 exon 48970 48913 exon 47831 47709 exon 47566 47471 exon 47303 47232 exon 46775 46451 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 59827 60219 exon 61631 61751 exon 62405 62590 exon 62817 62980 exon 63767 63874 exon 64125 64262 exon 64341 64445 exon 64680 64965 exon 65057 65180 exon 66139 66601 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 62402 62590 exon 62817 62980 exon 63767 63874 exon 64125 64262 exon 64341 64445 exon 64680 64965 exon 65057 65180 exon 66139 66458 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 68853 68631 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 73977 74776 exon 75353 75765 RepeatMasker tomato repeats master Copia00110 13152 13354 1 Copia00110 13152 13354 1 nucleotide_motif 696 4591 4800 Copia00110 13282 13628 1 Copia00110 13282 13628 1 nucleotide_motif 1160 4923 5286 Gypsy00043 1066 1313 1 Gypsy00043 1066 1313 1 nucleotide_motif 1131 5232 5463 SONATA2 24 226 1 SONATA2 24 226 1 nucleotide_motif 429 8188 8377 Copia00151 5511 5612 1 Copia00151 5511 5612 1 nucleotide_motif 255 10409 10506 Copia00172 1714 2068 1 Copia00172 1714 2068 1 nucleotide_motif 1545 12597 12965 Unknown00043 2970 3143 1 Unknown00043 2970 3143 1 nucleotide_motif 251 17126 17297 Unknown00025 236 473 1 Unknown00025 236 473 1 nucleotide_motif 661 21484 21741 Copia00039 100 182 1 Copia00039 100 182 1 nucleotide_motif 430 22075 22156 Unknown00014 530 622 1 Unknown00014 530 622 1 nucleotide_motif 304 31583 31674 Unknown00014 635 903 1 Unknown00014 635 903 1 nucleotide_motif 1123 37432 37714 Gypsy00163 7741 8014 1 Gypsy00163 7741 8014 1 nucleotide_motif 1556 54269 54547 Gypsy00163 8020 8182 1 Gypsy00163 8020 8182 1 nucleotide_motif 409 54833 54991 Unknown00043 1852 2026 1 Unknown00043 1852 2026 1 nucleotide_motif 440 65583 65753 Unknown00050 3310 3865 1 Unknown00050 3310 3865 1 nucleotide_motif 2490 66742 67234 Copia00112 4468 5104 1 Copia00112 4468 5104 1 nucleotide_motif 3859 68472 69083 Copia00181 1834 5627 1 Copia00181 1834 5627 1 nucleotide_motif 277 71448 71529 ATHPOGO 1558 1901 1 ATHPOGO 1558 1901 1 nucleotide_motif 781 71670 72007 Unknown00034 3865 4019 1 Unknown00034 3865 4019 1 nucleotide_motif 1031 72033 72186 ATHPOGON1 370 436 1 ATHPOGON1 370 436 1 nucleotide_motif 248 72184 72251 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1099 77983 78216 RepeatMasker tomato repeats master Unknown00034 3704 4017 -1 Unknown00034 3704 4017 -1 nucleotide_motif 1963 4510 4204 Copia00151 5600 5645 -1 Copia00151 5600 5645 -1 nucleotide_motif 262 10600 10555 Gypsy00073 1643 1838 -1 Gypsy00073 1643 1838 -1 nucleotide_motif 423 11955 11714 Gypsy00073 1563 1752 -1 Gypsy00073 1563 1752 -1 nucleotide_motif 625 12152 11961 Copia00151 9433 9569 -1 Copia00151 9433 9569 -1 nucleotide_motif 493 20368 20242 Copia00112 7396 7429 -1 Copia00112 7396 7429 -1 nucleotide_motif 244 29311 29278 Copia00112 7625 7689 -1 Copia00112 7625 7689 -1 nucleotide_motif 235 30611 30548 Copia00005 1 83 -1 Copia00005 1 83 -1 nucleotide_motif 644 31748 31666 Copia00005 397 4891 -1 Copia00005 397 4891 -1 nucleotide_motif 36582 36558 32055 Copia00005 1 192 -1 Copia00005 1 192 -1 nucleotide_motif 1357 36738 36558 Copia00168 4149 4655 -1 Copia00168 4149 4655 -1 nucleotide_motif 3283 37355 36848 TS2 573 650 -1 TS2 573 650 -1 nucleotide_motif 273 44463 44386 Copia00151 8482 8669 -1 Copia00151 8482 8669 -1 nucleotide_motif 428 52111 51914 Copia00151 8229 8370 -1 Copia00151 8229 8370 -1 nucleotide_motif 375 52590 52445 Copia00094 5050 5604 -1 Copia00094 5050 5604 -1 nucleotide_motif 3168 69301 68789 Gypsy00159 17 737 -1 Gypsy00159 17 737 -1 nucleotide_motif 4968 81572 80872 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1203 33123 34552 match_2 match 3642 143 2000 match_3 match 3047 32360 34871 match_4 match 2605 32286 34077 match_5 match 3025 34360 36279 match_6 match 3941 33926 36277 match_7 match 777 35159 36279 match_8 match 4044 31674 34531 match_9 match 2234 34893 36279 match_10 match 5846 32141 35759 match_11 match 6100 32273 36041 match_12 match 6385 32285 36279 match_13 match 1118 32399 33395 match_14 match 2863 32366 34745 match_15 match 1681 33254 34479 match_16 match 2091 32645 34369 match_17 match 3426 32753 35493 match_18 match 6807 32163 36279 match_19 match 6181 32536 36273 match_20 match 6807 32163 36279 match_21 match 3477 32342 34687 match_22 match 2175 34711 36091 match_23 match 5675 32285 36269 match_24 match 7376 31749 36276 match_25 match 4532 32370 35657 match_26 match 2216 31681 33136 match_27 match 5380 33155 36276 match_28 match 5830 32690 36279 match_29 match 6805 32293 36277 match_30 match 985 33783 34924 match_31 match 1076 35055 36279 match_32 match 1984 33036 35060 match_33 match 1840 33036 34950 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 1181 80849 81468 match_2 match 751 1460 1862 match_3 match 1622 40012 40829 match_4 match 1294 1296 1955 match_5 match 1229 40165 40784 match_6 match 1411 1238 1969 match_7 match 1247 74838 75494 match_8 match 1132 47781 48395 match_9 match 926 74984 75461 match_10 match 1172 44099 44722 match_11 match 1132 74916 75494 match_12 match 1223 58996 59649 match_13 match 394 59741 59951 match_14 match 906 59977 60441 match_15 match 1156 43501 44083 match_16 match 1124 27021 27608 match_17 match 1283 14872 15518 match_18 match 963 5004 5517 match_19 match 787 35174 35589 match_20 match 1465 16667 17417 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.997 258 937 match_2 match_part 1.000 258 858 match_3 match_part 1.000 258 792 match_4 match_part 1.000 1149 1575 match_part 1.000 1662 1765 match_part 1.000 2384 2581 match_part 1.000 2760 2924 match_5 match_part 1.000 1149 1575 match_part 1.000 1662 1765 match_part 1.000 2384 2581 match_part 0.993 2760 2897 match_6 match_part 1.000 1214 1575 match_part 1.000 1662 1765 match_part 0.989 2384 2561 match_7 match_part 1.000 1672 1765 match_part 1.000 2384 2581 match_part 1.000 2760 3056 match_8 match_part 1.000 1672 1765 match_part 1.000 2384 2581 match_part 1.000 2760 2929 match_9 match_part 0.865 1677 1765 match_part 0.995 2384 2581 match_part 0.972 2760 2903 match_10 match_part 1.000 1727 1765 match_part 1.000 2384 2581 match_part 0.994 2760 3233 match_11 match_part 1.000 2431 2581 match_part 0.991 2760 3303 match_12 match_part 0.992 2461 2581 match_part 0.998 2760 3223 match_13 match_part 0.984 2771 3337 match_part 0.613 5106 5136 match_14 match_part 0.922 2965 3337 match_part 0.613 5106 5136 match_15 match_part 0.995 59827 60219 match_part 1.000 61631 61751 match_part 1.000 62405 62590 match_part 1.000 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64262 match_part 1.000 64341 64445 match_part 1.000 64680 64965 match_part 1.000 65057 65180 match_part 0.998 66139 66601 match_16 match_part 0.981 59855 60219 match_part 0.967 61631 61751 match_part 0.973 62405 62590 match_part 0.963 62817 62952 match_17 match_part 0.989 62402 62590 match_part 0.994 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64131 match_18 match_part 1.000 62454 62590 match_part 1.000 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64262 match_part 1.000 64341 64445 match_part 0.996 64680 64911 match_19 match_part 1.000 62468 62590 match_part 0.976 62817 62980 match_part 0.981 63767 63874 match_part 0.933 64125 64169 match_20 match_part 1.000 62527 62590 match_part 0.994 62817 62980 match_part 1.000 63767 63871 match_21 match_part 1.000 64403 64445 match_part 0.997 64680 64965 match_part 0.985 65057 65122 match_22 match_part 1.000 64876 64965 match_part 1.000 65057 65180 match_part 1.000 66139 66298 match_23 match_part 1.000 64904 64965 match_part 1.000 65057 65180 match_part 0.994 66139 66458 match_24 match_part 1.000 64925 64965 match_part 1.000 65057 65180 match_part 1.000 66139 66458 match_25 match_part 1.000 73977 74542 match_26 match_part 0.950 73981 74642 match_27 match_part 0.964 73988 74595 match_28 match_part 0.936 73988 74487 match_29 match_part 0.997 73990 74664 match_30 match_part 0.988 73995 74577 match_31 match_part 0.971 73998 74475 match_32 match_part 0.998 74299 74776 match_part 0.986 75353 75423 match_33 match_part 1.000 74299 74667 match_34 match_part 1.000 74490 74776 match_part 0.998 75353 75765 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_35 match_part 0.998 13988 13340 match_36 match_part 0.998 13987 13517 match_37 match_part 1.000 20911 20834 match_part 1.000 18233 17952 match_part 0.991 16175 15835 match_38 match_part 0.992 24434 24303 match_part 1.000 24227 24169 match_part 0.990 23519 23419 match_part 0.955 22812 22746 match_part 0.996 22659 22403 match_39 match_part 1.000 24323 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 0.969 22659 22405 match_40 match_part 1.000 24323 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 1.000 22659 22413 match_41 match_part 1.000 24322 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 0.996 22659 22413 match_42 match_part 0.990 26318 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 1.000 24435 24303 match_part 0.957 24227 24181 match_43 match_part 1.000 25999 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 1.000 24435 24319 match_44 match_part 1.000 28137 28052 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 0.957 24435 24366 match_45 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 0.944 24579 24508 match_part 1.000 24435 24426 match_46 match_part 1.000 27758 27734 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 0.991 25476 25365 match_part 0.941 24847 24797 match_part 1.000 24579 24570 match_47 match_part 0.969 27617 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25453 match_48 match_part 1.000 28239 28219 match_part 1.000 27614 27553 match_part 0.998 26366 25914 match_49 match_part 1.000 28243 28219 match_part 1.000 27614 27553 match_part 1.000 26366 25956 match_50 match_part 0.940 33105 32754 match_51 match_part 0.997 40592 39840 match_52 match_part 1.000 41378 41097 match_part 1.000 40842 40327 match_53 match_part 1.000 41352 41097 match_part 0.995 40842 40409 match_54 match_part 1.000 42502 42127 match_part 1.000 41378 41099 match_55 match_part 0.997 45132 44769 match_part 0.996 43821 42194 match_56 match_part 0.999 43415 42729 match_57 match_part 0.990 43414 42908 match_58 match_part 0.992 43416 42941 match_59 match_part 1.000 45156 44769 match_part 0.996 43821 43357 match_60 match_part 0.995 45169 44769 match_part 1.000 43821 43514 match_61 match_part 0.994 51040 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47709 match_part 1.000 47566 47471 match_part 1.000 47303 47232 match_part 0.994 46775 46451 match_62 match_part 0.982 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47709 match_part 0.990 47566 47471 match_part 0.986 47303 47232 match_part 0.978 46775 46451 match_63 match_part 1.000 51036 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.992 47831 47710 match_64 match_part 1.000 51035 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.992 47831 47710 match_65 match_part 1.000 51027 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.980 47831 47732 match_66 match_part 1.000 51021 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.989 47831 47737 match_67 match_part 1.000 50936 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47779 match_68 match_part 1.000 51035 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47801 match_69 match_part 1.000 51035 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 0.966 47831 47803 match_70 match_part 1.000 50989 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49355 match_71 match_part 0.901 68853 68631 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 258 937 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 1149 1575 exon 1662 1765 exon 2384 2581 exon 2760 3337 exon 5106 5136 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 13988 13340 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 20911 20834 exon 18233 17952 exon 16175 15835 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 28243 28219 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 27617 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 27758 27734 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 28137 28052 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 33105 32754 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 45169 44769 exon 43821 42127 exon 41378 41097 exon 40842 39840 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 51040 50867 exon 50280 50169 exon 50062 49958 exon 49846 49769 exon 49406 49351 exon 48970 48913 exon 47831 47709 exon 47566 47471 exon 47303 47232 exon 46775 46451 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 59827 60219 exon 61631 61751 exon 62405 62590 exon 62817 62980 exon 63767 63874 exon 64125 64262 exon 64341 64445 exon 64680 64965 exon 65057 65180 exon 66139 66601 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 62402 62590 exon 62817 62980 exon 63767 63874 exon 64125 64262 exon 64341 64445 exon 64680 64965 exon 65057 65180 exon 66139 66458 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 68853 68631 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 73977 74776 exon 75353 75765 AUGUSTUS_tom_cdna de novo gene_1 gene 1 243 3050 transcript_1 transcript 243 3050 CDS_1 CDS 243 1575 CDS_2 CDS 1662 1765 CDS_3 CDS 2384 2581 CDS_4 CDS 2760 3050 stop_codon_1 stop_codon 3048 3050 gene_2 gene 1 59992 66280 transcript_2 transcript 59992 66280 start_codon_1 start_codon 59992 59994 CDS_5 CDS 59992 60219 CDS_6 CDS 61631 61751 CDS_7 CDS 62405 62590 CDS_8 CDS 62817 62980 CDS_9 CDS 63767 63874 CDS_10 CDS 64125 64262 CDS_11 CDS 64341 64445 CDS_12 CDS 64680 64965 CDS_13 CDS 65057 65180 CDS_14 CDS 66139 66280 stop_codon_2 stop_codon 66278 66280 gene_3 gene 1 73993 75402 transcript_3 transcript 73993 75402 start_codon_2 start_codon 73993 73995 CDS_15 CDS 73993 74776 CDS_16 CDS 75353 75402 stop_codon_3 stop_codon 75400 75402 AUGUSTUS_tom_cdna de novo gene_4 gene 1 14643 13852 transcript_4 transcript 14643 13852 stop_codon_4 stop_codon 13854 13852 CDS_17 CDS 14643 13852 start_codon_3 start_codon 14643 14641 gene_5 gene 1 18220 15209 transcript_5 transcript 18220 15209 stop_codon_5 stop_codon 15211 15209 CDS_18 CDS 15406 15209 CDS_19 CDS 16175 15524 CDS_20 CDS 18220 17952 start_codon_4 start_codon 18220 18218 gene_6 gene 1 44945 22618 transcript_6 transcript 44945 22618 stop_codon_6 stop_codon 22620 22618 CDS_21 CDS 22659 22618 CDS_22 CDS 22812 22746 CDS_23 CDS 23519 23419 CDS_24 CDS 24227 24169 CDS_25 CDS 24435 24303 CDS_26 CDS 24579 24508 CDS_27 CDS 24847 24797 CDS_28 CDS 25476 25365 CDS_29 CDS 26366 25914 CDS_30 CDS 27576 27553 CDS_31 CDS 40842 40037 CDS_32 CDS 41378 41097 CDS_33 CDS 43821 42127 CDS_34 CDS 44945 44769 start_codon_5 start_codon 44945 44943 gene_7 gene 1 51552 46713 transcript_7 transcript 51552 46713 stop_codon_7 stop_codon 46715 46713 CDS_35 CDS 46775 46713 CDS_36 CDS 47303 47232 CDS_37 CDS 47566 47471 CDS_38 CDS 47831 47709 CDS_39 CDS 48970 48913 CDS_40 CDS 49406 49351 CDS_41 CDS 49846 49769 CDS_42 CDS 50062 49958 CDS_43 CDS 50280 50169 CDS_44 CDS 51045 50867 CDS_45 CDS 51552 51295 start_codon_6 start_codon 51552 51550 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 72.50 51151 51223 AUGUSTUS_ab_initio de novo gene_1 gene 1 321 3050 transcript_1 transcript 321 3050 start_codon_1 start_codon 321 323 CDS_1 CDS 321 1481 CDS_2 CDS 2760 3050 stop_codon_1 stop_codon 3048 3050 gene_2 gene 1 62247 65110 transcript_2 transcript 62247 65110 start_codon_2 start_codon 62247 62249 CDS_3 CDS 62247 62250 CDS_4 CDS 62405 62590 CDS_5 CDS 62817 62980 CDS_6 CDS 65057 65110 stop_codon_2 stop_codon 65108 65110 gene_3 gene 1 73993 75402 transcript_3 transcript 73993 75402 start_codon_3 start_codon 73993 73995 CDS_7 CDS 73993 74500 CDS_8 CDS 75353 75402 stop_codon_3 stop_codon 75400 75402 AUGUSTUS_ab_initio de novo gene_4 gene 1 14643 13852 transcript_4 transcript 14643 13852 stop_codon_4 stop_codon 13854 13852 CDS_9 CDS 14643 13852 start_codon_4 start_codon 14643 14641 gene_5 gene 1 18220 15209 transcript_5 transcript 18220 15209 stop_codon_5 stop_codon 15211 15209 CDS_10 CDS 15406 15209 CDS_11 CDS 16175 15524 CDS_12 CDS 18220 17952 start_codon_5 start_codon 18220 18218 gene_6 gene 1 26356 25910 transcript_6 transcript 26356 25910 stop_codon_6 stop_codon 25912 25910 CDS_13 CDS 26356 25910 start_codon_6 start_codon 26356 26354 gene_7 gene 1 50234 40033 transcript_7 transcript 50234 40033 stop_codon_7 stop_codon 40035 40033 CDS_14 CDS 40815 40033 CDS_15 CDS 41378 41097 CDS_16 CDS 43821 42127 CDS_17 CDS 47303 47232 CDS_18 CDS 47831 47709 CDS_19 CDS 48970 48913 CDS_20 CDS 49406 49351 CDS_21 CDS 49846 49769 CDS_22 CDS 50062 49958 CDS_23 CDS 50234 50169 start_codon_7 start_codon 50234 50232 gene_8 gene 1 51655 51308 transcript_8 transcript 51655 51308 stop_codon_8 stop_codon 51310 51308 CDS_24 CDS 51655 51308 start_codon_8 start_codon 51655 51653 AUGUSTUS_tom_ugs de novo gene_1 gene 1 258 3050 transcript_1 transcript 258 3050 CDS_1 CDS 258 1575 CDS_2 CDS 1662 1765 CDS_3 CDS 2384 2581 CDS_4 CDS 2760 3050 stop_codon_1 stop_codon 3048 3050 gene_2 gene 1 62247 65110 transcript_2 transcript 62247 65110 start_codon_1 start_codon 62247 62249 CDS_5 CDS 62247 62250 CDS_6 CDS 62405 62590 CDS_7 CDS 62817 62980 CDS_8 CDS 65057 65110 stop_codon_2 stop_codon 65108 65110 gene_3 gene 1 73993 75402 transcript_3 transcript 73993 75402 start_codon_2 start_codon 73993 73995 CDS_9 CDS 73993 74776 CDS_10 CDS 75353 75402 stop_codon_3 stop_codon 75400 75402 AUGUSTUS_tom_ugs de novo gene_4 gene 1 14643 13852 transcript_4 transcript 14643 13852 stop_codon_4 stop_codon 13854 13852 CDS_11 CDS 14643 13852 start_codon_3 start_codon 14643 14641 gene_5 gene 1 18220 15209 transcript_5 transcript 18220 15209 stop_codon_5 stop_codon 15211 15209 CDS_12 CDS 15406 15209 CDS_13 CDS 16175 15524 CDS_14 CDS 18220 17952 start_codon_4 start_codon 18220 18218 gene_6 gene 1 26356 22618 transcript_6 transcript 26356 22618 stop_codon_6 stop_codon 22620 22618 CDS_15 CDS 22659 22618 CDS_16 CDS 22812 22746 CDS_17 CDS 23519 23419 CDS_18 CDS 24227 24169 CDS_19 CDS 24435 24303 CDS_20 CDS 24579 24508 CDS_21 CDS 24847 24797 CDS_22 CDS 25476 25365 CDS_23 CDS 26356 25914 start_codon_5 start_codon 26356 26354 gene_7 gene 1 44945 40033 transcript_7 transcript 44945 40033 stop_codon_7 stop_codon 40035 40033 CDS_24 CDS 40842 40033 CDS_25 CDS 41378 41097 CDS_26 CDS 43821 42127 CDS_27 CDS 44945 44769 start_codon_6 start_codon 44945 44943 gene_8 gene 1 51552 46713 transcript_8 transcript 51552 46713 stop_codon_8 stop_codon 46715 46713 CDS_28 CDS 46775 46713 CDS_29 CDS 47303 47232 CDS_30 CDS 47566 47471 CDS_31 CDS 47831 47709 CDS_32 CDS 48970 48913 CDS_33 CDS 49406 49351 CDS_34 CDS 49846 49769 CDS_35 CDS 50062 49958 CDS_36 CDS 50280 50169 CDS_37 CDS 51045 50867 CDS_38 CDS 51552 51295 start_codon_7 start_codon 51552 51550 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1149 1575 match_part 1.000 1662 1765 match_part 1.000 2384 2581 match_part 0.993 2760 3337 match_part 0.613 5106 5136 match_2 match_part 0.865 1677 1765 match_part 0.995 2384 2581 match_part 0.972 2760 2903 match_3 match_part 0.987 59827 60219 match_part 0.967 61631 61751 match_part 0.989 62405 62590 match_part 1.000 62817 62980 match_part 1.000 63767 63874 match_part 1.000 64125 64262 match_part 1.000 64341 64445 match_part 1.000 64680 64965 match_part 1.000 65057 65180 match_part 1.000 66139 66601 match_4 match_part 1.000 74490 74776 match_part 0.998 75353 75765 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_5 match_part 0.998 13988 13340 match_6 match_part 1.000 20911 20834 match_part 1.000 18233 17952 match_part 0.991 16175 15835 match_7 match_part 1.000 28137 28052 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 1.000 24579 24508 match_part 1.000 24435 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 1.000 22659 22403 match_8 match_part 0.940 33105 32754 match_9 match_part 1.000 45156 44769 match_part 1.000 43821 42127 match_part 1.000 41378 41097 match_part 1.000 40842 39840 match_10 match_part 1.000 51036 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47709 match_part 0.990 47566 47471 match_part 0.986 47303 47232 match_part 0.988 46775 46451 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 1149 1575 exon 1662 1765 exon 2384 2581 exon 2760 3337 exon 5106 5136 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 13988 13340 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 20911 20834 exon 18233 17952 exon 16175 15835 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 28137 28052 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 33105 32754 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 45156 44769 exon 43821 42127 exon 41378 41097 exon 40842 39840 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 51036 50867 exon 50280 50169 exon 50062 49958 exon 49846 49769 exon 49406 49351 exon 48970 48913 exon 47831 47709 exon 47566 47471 exon 47303 47232 exon 46775 46451 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 59827 60219 exon 61631 61751 exon 62405 62590 exon 62817 62980 exon 63767 63874 exon 64125 64262 exon 64341 64445 exon 64680 64965 exon 65057 65180 exon 66139 66601 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 74490 74776 exon 75353 75765 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 28240 28219 match_part 1.000 27614 27553 match_part 1.000 26366 25914 match_part 1.000 25476 25365 match_part 1.000 24847 24797 match_part 0.972 24579 24508 match_part 1.000 24435 24303 match_part 1.000 24227 24169 match_part 1.000 23519 23419 match_part 1.000 22812 22746 match_part 1.000 22659 22403 match_2 match_part 0.990 43414 42908 match_3 match_part 1.000 51036 50867 match_part 1.000 50280 50169 match_part 1.000 50062 49958 match_part 1.000 49846 49769 match_part 1.000 49406 49351 match_part 1.000 48970 48913 match_part 1.000 47831 47710 match_4 match_part 0.895 51037 50867 match_part 0.946 50280 50169 match_part 0.981 50062 49958 match_part 0.962 49846 49769 match_part 0.982 49406 49351 match_part 0.983 48970 48913 match_part 1.000 47831 47730 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 28240 28219 exon 27614 27553 exon 26366 25914 exon 25476 25365 exon 24847 24797 exon 24579 24508 exon 24435 24303 exon 24227 24169 exon 23519 23419 exon 22812 22746 exon 22659 22403 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 43414 42908 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0008H22.1 type gene exon 51037 50867 exon 50280 50169 exon 50062 49958 exon 49846 49769 exon 49406 49351 exon 48970 48913 exon 47831 47710 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 243 3050 transcript_1 transcript 243 3050 CDS_1 CDS 243 1575 CDS_2 CDS 1662 1765 CDS_3 CDS 2384 2581 CDS_4 CDS 2760 3050 stop_codon_1 stop_codon 3048 3050 gene_2 gene 1 59992 66280 transcript_2 transcript 59992 66280 start_codon_1 start_codon 59992 59994 CDS_5 CDS 59992 60219 CDS_6 CDS 61631 61751 CDS_7 CDS 62405 62590 CDS_8 CDS 62817 62980 CDS_9 CDS 63767 63874 CDS_10 CDS 64125 64262 CDS_11 CDS 64341 64445 CDS_12 CDS 64680 64965 CDS_13 CDS 65057 65180 CDS_14 CDS 66139 66280 stop_codon_2 stop_codon 66278 66280 gene_3 gene 1 73993 75402 transcript_3 transcript 73993 75402 start_codon_2 start_codon 73993 73995 CDS_15 CDS 73993 74776 CDS_16 CDS 75353 75402 stop_codon_3 stop_codon 75400 75402 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 1 8748 7189 transcript_4 transcript 8748 7189 stop_codon_4 stop_codon 7191 7189 CDS_17 CDS 7453 7189 CDS_18 CDS 8748 8567 start_codon_3 start_codon 8748 8746 gene_5 gene 1 18220 13852 transcript_5 transcript 18220 13852 stop_codon_5 stop_codon 13854 13852 CDS_19 CDS 14645 13852 CDS_20 CDS 15158 14914 CDS_21 CDS 15445 15246 CDS_22 CDS 16175 15524 CDS_23 CDS 18220 17952 start_codon_4 start_codon 18220 18218 gene_6 gene 1 44945 22618 transcript_6 transcript 44945 22618 stop_codon_6 stop_codon 22620 22618 CDS_24 CDS 22659 22618 CDS_25 CDS 22812 22746 CDS_26 CDS 23519 23419 CDS_27 CDS 24227 24169 CDS_28 CDS 24435 24303 CDS_29 CDS 24579 24508 CDS_30 CDS 24847 24797 CDS_31 CDS 25476 25365 CDS_32 CDS 26366 25914 CDS_33 CDS 27576 27553 CDS_34 CDS 40842 40037 CDS_35 CDS 41378 41097 CDS_36 CDS 43821 42127 CDS_37 CDS 44945 44769 start_codon_5 start_codon 44945 44943 gene_7 gene 1 51552 46713 transcript_7 transcript 51552 46713 stop_codon_7 stop_codon 46715 46713 CDS_38 CDS 46775 46713 CDS_39 CDS 47303 47232 CDS_40 CDS 47566 47471 CDS_41 CDS 47831 47709 CDS_42 CDS 48970 48913 CDS_43 CDS 49406 49351 CDS_44 CDS 49846 49769 CDS_45 CDS 50062 49958 CDS_46 CDS 50280 50169 CDS_47 CDS 51045 50867 CDS_48 CDS 51552 51295 start_codon_6 start_codon 51552 51550 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 109 74002 74775 match_2 match 108 74002 74616 match_3 match 109 74002 74775 match_4 match 269 261 1577 match_5 match 62.8 1661 1768 match_6 match 286 74011 74775 match_7 match 110 74017 74772 match_8 match 214 74005 74778 match_9 match 191 74005 74796 match_10 match 182 74005 74778 match_11 match 130 74005 74775 match_12 match 120 74017 74775 match_13 match 120 74017 74775 match_14 match 106 252 677 match_15 match 200 74005 74775 match_16 match 128 74011 74763 match_17 match 128 74011 74763 match_18 match 119 74017 74733 match_19 match 127 74011 74763 match_20 match 127 74011 74763 match_21 match 116 74011 74733 match_22 match 167 74020 74841 match_23 match 115 74014 74760 match_24 match 209 74017 74775 match_25 match 107 74017 74760 match_26 match 107 74017 74760 match_27 match 201 74005 74775 match_28 match 181 74005 74775 match_29 match 209 74017 74775 match_30 match 119 74017 74772 match_31 match 119 74017 74772 match_32 match 204 74005 74775 match_33 match 157 74017 74778 match_34 match 135 74014 74766 match_35 match 127 74005 74772 match_36 match 140 74011 74775 match_37 match 119 74017 74676 match_38 match 119 74017 74676 match_39 match 119 74017 74676 match_40 match 119 74017 74676 match_41 match 119 74017 74676 match_42 match 129 74017 74775 match_43 match 178 74017 74775 match_44 match 124 74005 74775 match_45 match 195 74005 74775 match_46 match 114 74035 74775 match_47 match 203 74005 74775 match_48 match 120 252 725 match_49 match 167 74017 74775 match_50 match 198 74005 74775 match_51 match 197 74005 74775 match_52 match 141 74014 74775 match_53 match 150 74017 74778 match_54 match 134 74014 74772 match_55 match 134 74014 74772 match_56 match 293 74005 74775 match_57 match 110 74029 74775 match_58 match 107 74002 74778 match_59 match 136 74014 74763 match_60 match 136 74014 74763 match_61 match 136 74011 74763 match_62 match 120 74011 74754 match_63 match 201 74008 74775 match_64 match 113 74002 74778 match_65 match 128 74017 74733 match_66 match 129 74011 74811 match_67 match 166 74005 74841 match_68 match 207 74017 74775 match_69 match 122 74005 74775 match_70 match 132 74014 74772 match_71 match 132 74014 74772 match_72 match 132 74014 74772 match_73 match 112 74011 74772 match_74 match 112 74011 74772 match_75 match 111 74017 74754 match_76 match 111 74017 74754 match_77 match 175 74017 74841 match_78 match 117 74017 74778 match_79 match 168 74017 74778 match_80 match 180 74005 74775 match_81 match 166 74017 74775 match_82 match 191 74005 74775 match_83 match 116 74005 74790 match_84 match 116 74005 74790 match_85 match 169 74029 74775 match_86 match 163 74029 74775 match_87 match 154 74086 74775 match_88 match 211 74005 74775 match_89 match 190 74005 74775 match_90 match 197 74005 74775 match_91 match 139 74005 74856 match_92 match 137 74017 74775 match_93 match 105 252 1004 match_94 match 105 252 1004 match_95 match 197 74017 74775 match_96 match 186 74005 74778 match_97 match 120 74017 74616 match_98 match 120 74017 74616 match_99 match 135 74005 74775 match_100 match 140 74011 74775 match_101 match 125 74017 74772 match_102 match 192 74005 74775 match_103 match 148 74011 74778 match_104 match 120 74380 74775 match_105 match 130 74017 74772 match_106 match 144 74017 74775 match_107 match 144 74017 74775 match_108 match 133 74017 74775 match_109 match 124 74011 74754 match_110 match 124 74011 74754 match_111 match 199 74008 74775 match_112 match 142 74005 74772 match_113 match 107 74017 74772 match_114 match 135 74035 74775 match_115 match 202 74005 74778 match_116 match 197 74017 74775 match_117 match 131 74326 74775 match_118 match 115 62404 62592 match_119 match 114 74011 74799 match_120 match 198 74005 74778 match_121 match 196 74017 74775 match_122 match 196 74017 74775 match_123 match 120 74017 74775 match_124 match 126 74017 74775 match_125 match 182 74005 74775 match_126 match 174 74017 74841 match_127 match 138 74035 74775 match_128 match 117 74017 74616 match_129 match 139 74014 74772 match_130 match 140 74035 74775 match_131 match 139 74005 74775 match_132 match 133 74017 74742 match_133 match 137 74005 74772 match_134 match 108 74002 74772 match_135 match 140 74014 74763 match_136 match 106 74017 74772 match_137 match 157 74017 74778 match_138 match 157 74017 74778 match_139 match 157 74017 74778 match_140 match 116 74017 74772 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_141 match 136 7563 7291 match_142 match 114 24591 24166 match_143 match 241 26356 25916 match_144 match 114 24591 24166 match_145 match 241 26356 25916 match_146 match 114 24591 24166 match_147 match 241 26356 25916 match_148 match 114 24591 24166 match_149 match 241 26356 25916 match_150 match 241 26356 25916 match_151 match 736 43824 42103 match_152 match 126 44945 44760 match_153 match 120 7542 7294 match_154 match 604 16183 14912 match_155 match 346 14643 13939 match_156 match 139 18220 17951 match_157 match 604 16183 14912 match_158 match 139 18220 17951 match_159 match 122 7551 7294 match_160 match 144 7551 7291 match_161 match 132 7551 7294 match_162 match 132 7551 7294 match_163 match 152 7551 7291 match_164 match 108 24591 24166 match_165 match 229 26350 25916 match_166 match 149 7551 7291 match_167 match 145 14640 14026 match_168 match 339 16183 14912 match_169 match 130 7563 7294 match_170 match 283 34470 33061 match_171 match 153 7551 7291 match_172 match 129 7551 7291 match_173 match 120 33888 33265