C02SLe0075O22.2 TTCAATACCAATTCCGTATTTATCTATTTACACCAGCATGACATCACCCAAAAAGCCACC ACCAGAATCCGACCGCCCACTCACGGCGATCATGCACCAACCGGCATCTCCTCGTTTCCA TTTAGGAACTCCGAATTCCGGTGCTAATCGGAAGGTTGCTATCGCCGTCGATCTTAGCGA CGAAAGTGCTTATGCCGTCAAATGGGCTGTGCAAAATTATCTCCGACCAGGTGACGCCGT TATACTCCTTCACGTCCGTCCAACTTCGGTACTTTATGGAGCTGATTGGGGTGCTATTGA TGTTTCTGTTGACACTGCAAATGAAGAATCACAGCGGAAACTGGAAGATGATTTTGATAA CTTCACAACTACGAAATCGAATGATTTAGCTCAGCCACTTGTGGAGGCTAATATTCCATT CAAGATTCATATTGTGAAGGATCATGATATGAAGGAAAGGTTGTGTTTGGAAGTTGAGAG GTTGGGTTTGAGTGCTGTTATAATGGGGAGTAGAGGGTTTGGTGCATCAAGGCGTAGCCC GAAAGGAGGGATGCTTGGTAGTGTGAGTGATTATTGTGTGCATCATTGTGTTTGCCCCGT TGTTGTTGTTAGATATCCTGATGATAAAGATGCTACTACTGGCAATGACTCGGTCACAGA TGTGCTTCACCCTGTACCTGAGGAGGAGCCTATATACCATGATGCCTCCGATAAAACCGC AGGTATATATATCTTAAGATTTTGCAAGTAGACATTGATTATGCGTGGTCTTTGTTTGAT TAAAGGAATGACATGTTGATTAGTTTAAAGGATAGTACTGCCTCAAAGGTTGTGACTTTA TTTAAGGGCTCATGCTTTTTGACATTTATCTTTGATTTTTCTTGGGTGATTTTAGAATAT GTGAAAGTGGTCTGTTGTTACTACTCAGTACGATGTCAAGATGTTTGATTATCAGCTAGG AAGTGGGTTGGCTCTAGTTTGATGTTTCAATCGGATTAGTTAGTCGTAAGTGATGCCATG TCAAATATTATTTCTGTTTCGTTATCACAGGATGATTGTTGATTAGATGAGTAATGTATT TATGTTAGGTGAATTTTGTGTAGTTGTAGCCATTGAGCAGGGTTTGGGTATTTCTCCCTT TTTGGCCTATGGAATCAGTTGTTTGGCTTTAGGCATAGTTGATAGATGTTAGTTGTAAGT AACTTATCAATTGTGAAGCCTTTGTGGTATACATTTGTAACATATGAGTTGTTTCACTTG TTTGTGACAAAGTTCATTGGAATAATCATCCTAGTTAGTTCTTTGTGGAAAATAAATCAG TCTTGTTCTGGTTAATGATAGTAGTACTCTTTGAAAGTCACCTTCATTTCTAGAGATGCT TTAATAGGGCTTTTTAGTATCCTCAAATACCATTATTCCTGCATGTGCTGCTATTGGGTA ACTTGTTCCCCTAGGTTACTTAGCGAAAGAAGCTTTTTTACCTGGGGTCCAATTACTTGT AGATGAGAGAGAGAGGAAGAAAGGTAAACAGGTGCACGGTTCTGGGGTAGATAGTGTCAA CAAGGAGAGAGAAGGGATGAGGTTTAGTGGGTAGCGATTGATACAGGTGGAAAGAGAAAA TGCTGGCCCTAAAATTCAGGGAATGCTACTTGGTAGAGCAGGGTGAACCCCGTGTGGTAA GTAAGTTGAGATCTCTTGTGCCCCAGGGGTTTGCTCTAGTGTAAGAAGCTCATTATTTAT GGACTAGGCGCACGTTATGGGTTTGAACCCAACTACAGACAAAAGCCTGGTACTTAAAGT GAAGGGTAGATGGGTAATCCCATTATCCAACGAATTTTGAACCGTGCGCTGCTGATTCTC TTAAGATTTCTCGGTTATAAAGAAGTCGAATTCTCTTTGTTGGTTTTTCTACTTTGTCCT TGTGAAATCTCGACTTTTGAACCATTTCTATGGGGAAAATTGGAACTGGCTTCGGATGTA CTCTAGCTGAAAACCAGGCTTTTGACCCTTTCTGGTATGAACCTTGACATCATGTGATCT CCATGAATTGTGTTAGTTTTCAGCTCCTGAATTTAAAACTTCTTGCATGTTTCATTTTTC TGACAGTGAGAGGTGTAGTGGTTTTGACAGTCACTCCTATTTCTGTTGCGAACCACCAAG TGTTCTTCAAGGTCACCATGCAAATAATGTTCTTATTATCCTTATCTTTTTCTTTAGATA ATGATGGAACAAATGTATGTAGTATTAATATTTAATAGTGAGGTATGTGATTTACTGTAA AGATAAAAATACTTAACAACTCCAGAGTTTGGGAAATGTCTTATCTTGTTGGACACAAGT TTTCCCTTAGAGGAATATGATGCCTCAAAGGAGGCAACTGTGAAAGATATAACAATGCCC TTTCCTTCCATTAAATAGCATCAATCATGTTTTTGCGCTCGCTCTTATGGATGACATTTT GTTGATTCCTAAGCTATACTCCTTATGCAGATTCGGAGAAGGCTTCTTGAATAAGTTGAA GGTGAAGAGATGTTTGAGTACTGTTGAGGCAAATGTGATTTTGGTGTAGGCGTGGGCCAT TTGGAACATGAATTTGGTGGTTCTCAGTTTCTTTTTCTGCTTGTGGTCGTCTGCTGTGTG TTGAGTTTATGAAGTTTGGAATGGTTGTAATTGTTCATGATCTTCTTTTCTTTGTTTTAG GTTTTAAAATAGTCTTGTCTGTTTTTTTTTTTTATGTGGAATAACAATCTTTTGAAGCTG CTTTGCAAGTTCAACTTCCCCATTGAATGCTTTACGACTATGCTTGAACTTTTTTATGTT ATTATTGAGAGTTTCGTCACAATCTTAACTCTCAAGTATATTAGATACCTTACAATAGGC TTCAGTACTGTCCATGTGTTAGAACCCTTGAACTGTTGAAGCGGCACTTCTCATTCTTTT TCACAAGGCTAATTGCTGAATTGGAAGTTCAAATTGAGCCTTCCAGTCAGTAGATAGCTG ACCTAGTCCCTTGTATTTTTATCATACGCGATGTTTGGGCTTCGAAACTAGATTGATTTA AAGCTGAAGTTCTGATTGGATGACATTTCCATTGTTCCTGTATTTTATCTTGAACCAAAT ATGCTTGTTTTATTTAAGTGAGACCTATTAACAGCATACTTAAAATTAGATGTGATGGTT GGTAGATACCACGTTGATCAATACTTGCCACAACCTACCTCATAACATGTAAGGTAGCTT TGTTTGGCAGTATAAGATACTTGGGAAATCATAACATCAACTATTGCTAAAGATTATGAT AGAAGAGGACTGAAATAGATGATGGAATACAAACTACCCTTTTCCCTTTATAATTTTCAT TGCTCATTCCCAAGTAGGTTAAAAGTATAGGACAAAATTTTTGGATTCATATTCATGCAA ACCATGAACCCTAAGTTGTTTTCTAAAGCAAAATCATACACGACCTCCAGCTCTCTTCAT CTCAAAGTCATCAACCAATAACAAAAATATTACAACTAGCTGGCAGGTGCTAATAATACG CGAGGTGAGCTTTCACAAAATCACCAGAGTTTCTTGTTTTATGTTCGCTCATGTCACCTC TGGTAAAATATCTTCGGCTTATCACCAGACCTCATTTGTTCTTCATCGTGGCTTTTCGTG TAGCTTCCCTAAGTGCTTTCCTCTTCTCCTCCCTGTAAAAATGTTGAAGACAATACTAGG TTATATTATCTGAAATTAACTCTGTTCCAATAGCACATCACTGTTTAACAACTAGTGATA GTGAAACTACAAATAGTACCTAGCTTTTGCAATTTCCTCTCTAGGAAGGGGTTTCTTCTT TTCCCTCTTTTTTGTTGCCACCACTTGGTTTTCTGTTTTTCCATTTTTAGTTGCACCGCT GTTTTGTCCAGCACCTTTCTTAACTGAATGTGTTTGGACATCCCTCTTCCTCTTTTTATC ACCTGCTACTTCCTCTTTCAATTTCCTATTCTCATTTGCAATGCCTTCTTTATCTGAATT CTTGTCATCATCCTCTTCAGAATCCTGCTGCTCACTGTTCTCAATGCTTTCAGCACCTTG TACTTCTTCAGACTGAGCCAACGAGTTTGCAGCAGACTTGGAATTGCTCATCTTTTTCAA CTGGAAAAGAAACAACACATACGAGGCCAAATGTTTTACCGAAACAAACTTGCAGCAACT TCAAAGAAGAAATATGCTTAAAATCATTCATTTGTTTTTACAACCACATATGCCACTCCC AATTCATTTTTTGAGTACCAGAAACCTTAATGAAAAGATGAAATGTTTGTTTGACTGACA TGAAGAAGCTAGATTTCTACACAAGTGCAGAAGCATGAGAACTGAAGAGAAGCACACAAA ACCTCATGTGTATAGGGTTGAATAGTATTTATTATGCCCAAAATTATTTTTTTTAAAAAA CAAGCAATTACTAAAACGAAAAATCATTTTGAGAAAAAAAAAAGTGACTTTCGGAGGATA TTTCGATGATATGCTAAGTCAGAATAACTAATGTGACTTTTTCGAACGGAATAAAAGAAC AGGATAGATCATTTTGTACTTCACGCTTTACTGTAATCAATTTTAAGAATAATGACCATC ATAAGTAGGACTCTTAAGCCTCCGTTCGAGCTCTCTCAACTTGATACTTCTCATCCTTGT AATTTACAGTCATTTGCTAAGCAGCTATTGACAGCACAAATTATTACCAAATAATAAGGC ATACCTTGGCTACAAAAAATCCATCCATGTTGTGCACATGAGGATAGAATCGCCTTGTCT TGTCCAAAGATGTGTGGAAACGGTGCTGCCTAAAGCGAATAAATCTGGGAGAGGTAGCAT TAATTAGTAGTAGAATTAGGTAACCTTTCGAGTAAAAGCGCAAACACTAAAAAATATACC CAGGCCTCCCAAAATCAAGTCCGCATGGAACAAGCTTAACATCTCTCTTCTTGAGTGCAT AATCTATAACCGCTTCATTCTGCAGTTCCAAATTAGACAAATGAGTAGAATACTTTGAAA AGCATCAGTTTTTTTGAGGATTCATTTGGAAATATATGTTTAGAAAGATACCTCTTCAAC CATAATGGAGCAGGTCGAATACACAATGTATCCACCTGTTTTTGAGTTGGCATCAACCAT GTCAATTGCTGCAAGTATTAGTTCCTGCAAATCAAAATTGACGATGAAACAGGTTCCTCA AAGGCCACAACAACATGTGAATGGGGAATATGTGATAAAAGAAACATCATGGAGCAAAAT TAACACTGCTGAAGGAGGGACATGAAGCTTCCAATACAATCACCAACACCCTCATGATTT GGGAGGACAAATATAACAACACAAAAAAAAAGGCGATAAGACAACTAGAAATGTAAAATT TGTCCTCCTATACAACAATTATGTTCAATGGAATCAATCATTAGAAACAAATACGATAAA GTTCAATTCTTTTTGCAGCTTTATCTCTTCCTGGATGCAGACTTACAGAAACCAGTATTT TCGAACAGTCAGATGCTTGCAATATACTCTGGGGTGTTCTGTTATGAATCATGACAAACT CTAAGCACCCAACTAATTCATGGAAAGTTTTCATGATATCCTCCCACAGCGCAAATCGTT GCAAGTGTATAAATATAGATGACACAAATCAACAAACTTACACATCTAACATATATACCT TCTGCAGTTGTGAGCAATTTTGTATATCTGGTGCAGTTTTGGAAGTTTTAACAGACTCAT CCTTGGAGATTACCTGCACAAAGAACATAATTCATTGGTTTAAACAAGATCCAAGCCAAG CATATACATAAAAGATTACCACATACCCCAGTGCCACTGCAGGGAGCATCCAGCAAAATC CTATCAGCAGTGCTCTGACCCAAAACTTTAGGCAACTGAAATGATCCCACAAACAAGGTA TTAGATCAGAGGACTAAGTCCATATCACCATTAAGAATGTAAACTAGGAAATAGAAACAG TAGAACAACGAAATCTTGTCGGATCAAAGCCTGTAGCTTAATGAAATTAGTAAAGACATA CTTAAGCCAACAAGCATAAGTGCTCATGATGGAGAAAAAAATAGGACATTGCCCGCAAAA TACAAAAAAAATAATTGTGCTAGTTCTAAAGGGAAGATTGCAAAATAGTCCAACTCAAAC CTCTCTTCCATCATAGTTGCAGATAATGGTGTTTGTTACCCCCATGCGATGTAAATTAGC AGTGAGAGATTTAAGTCTGGACTCCTTCATCTCATTCGCATAAATAATACCTAGTTATCA AGGTAAAATATGTCAGTGTCATTCAGACAATGATTGAAATGGCAAATGCTATTAAGCACT AATCTGGAAGACAGCATTATTTACAGTAACTTCAAAAGCAGAACCAGAGCAAGGAGAATT AGAAAAATACCATGGTAAACATTAATATGTCACAAAATCTTAGGACAAACAGTAGTAAGT ATATAAGACACATCAGGAATGACAACTGGAGGAAGCAAACAGATTGCTAATGCAGGCTAT TATTTACGAAGTACTATCTTTTTTTACCAAGAAGGGTGTACATGAGCGAAAAGTAAAATA GAACGAAAACATCCAGTATATTTTTGTAAACTGCATTAGAAATTAGCAGGGCAAGAAATG GAAAACAATAAATTATTTTACAAGGAAAAGGAGATAATCAATTCTGACACCAGGGCAGCT ACATGTATTCAATTCATTCTCCTTTCTGTATCCAGAAAGTATGGATGCATTGTGGATAAA ATGGATTCATTCACAAGAACATTTACAACACGATTAACTTCACAATGAATACATACCACT ATTTTTCATCAGTGCAGCAACATAAGTTGTTTTGCCTCCAGGAGCAGCACTACACCATGA AAGTTACCCACTTTAGGAGAACAAAAGCTAACAAAAATTTCACTTTTCTACTAACTGAGC TAACTAGTAAGAAGATGGCAGAAATTATTTTAGCTTTCCTCCCAAAAGAAAAGATATTAG GTGCATAACTTGAACCTAAGACGGACAAAATTATATCCAAGACAAAGCTGCTGATTTAAA GAAAGAAAGAAGAAATTAAAAGTGAGAGAGGAAAAGCAGAAGCTTTTTTTTCCGATTAGC TTTATCCTAGACTATCTAAGTATGGACTAGACAACTCTTTCAGCAATCAAACTCGTTAAT TCTTACCAATACATACAAGAAAATGAAATGATAATAATTCTGAAAACAATATCGATTAAG AACTAACTCAATAGGTGGAACTTCAATAATTGACAATTGAAGCTAACATTATTTAGAAAC TAAGTTATTTACTTACGCCATATCAACGACACGTTCATTCTCCTGAGGAGCAAGGGCCAT TACAGGCAGAAAAGAGCTTGCACTTTGGAGCTGTAAGAAAGTTATTATTAGAAATAAGCA TAACAGTTGCATATTAAGAGCAAAGATATCTTGTAAGCAAGTTAGTTATAAGTCAGGTTA CCATGTAATGACCAGCCATATACTCAGGGGTGGCACCAACTGGAACTTGAGAATCATATA CAACTAATCCAACCTACAAAGTCATAAATGCATATGCTGAAATAAGTAAGGATACATATG AAACTGAGAAATAACAGATTCAAATTGTTACCAAAATAATGGGTTAATCCAAAGAAATCA CACTTCATCTTTGTATTTGTACCTTTGACCATTTGCTTAATGGGTCCAAATTGACACCTC TGTTAAGAAGAACGCCAGCTAAATCCCGTCTGCGAGTCTGAAATATTGTCAAAGCAATAC AATTTGAGTCGACCATCAGAGCGAAAAAACGGAAGGATAGAAAAGAGACAAAAAAACATG ACCTTCAAAGTGTTTGTCCGTAGAGAAATTGGTCTAGGTTTTTCAAATGCTTCAATAAGT TCAATCAGCTCAACAGGTGGAAACAACTGCAGTAAGGTCACATATCATTCAAATTGAAAT GACAAAATCCAACTTTTGAGAAGGGAAAAGGTTCAGAGTCTACACTACTTTGACATAAAA ATTACCTCCACCAATGACTCAATCAGAAAATCATTGTATCCATAATATGAACCCAAGTCC CTTTTAAGTTGATCAACGTAATCCTTACGTGTCACACCTTCTTGCCTCAATGACTTCAAA TTTGAAAGCACTCTAACAACTGCATTTATTTTATGATATTTGAATGATAAACTTACATCA CGAGAAAAAATATATAATTCAATAAGGAGAAGAAACTCACTCTCTTTTATCCTCCTTTGG AGGTTAGAGAGATCTGGGGGTCTCTGTGTTTCTTCTTCAAGCTCCTAAAAGCACAGACAA ATTAGGCATTCATGATTATTTTTCCCCCTGAATGAGTATATAACAAATCAAACCACTAAT CAAGAACTTGAACATTAAAGGAAACCTCAGTTGTTGGCAGTCTGAAATCATCAGCTTCTT CTTTAATATTGAGCTGTAGTTCTAAATCATTGTCCTCTTCTTCTCTTTTCCTTTCATCAT CAATAGCTTTAGACTTCCTTACAAGATCATTATCATCTGCATCAGAGTCAGAATCTGCAT TTGAATCCGAATTAACATCTGAACCATCATCTGCAAACATATGACAAAACAAAGAAGAAG TTAGAGAGTCATAAATGATGGCTAAAAGTTAGAACACAAACGCAATGCCTTAAGTTAAGA TTGTACCAGCATCACCACTTCCTAATATATCAGCAGCAAAGGGGTCATCAATGTCAGAAG ACATCTCAGAATCTGAATTAATTTCCTGTTCATCATCTTCTTGAAAATCCCCATCCGTTC CTTCACTATCACTAAAAAGTTCCTCCTTTTCCAGTGGCTTAGCTGGCAAAGGCTCCTTCT TTTGCTTCTTCTTCGCAGGGAGTTTCCCTAATTTAGAACTTGATTTCTTACCGAGCTTGG GACCAGCCATTTAAGCTACAATGCAACAAAAAGTTTTCACAAATAAAACCCTAATTCACT TCCAAAACTTGTACCAGAATGGAAAATCAACAAAACCCTAATTTTTTTCCCAATATAACT ATACGTTAGTTGAAGTGAGCCCAATAAAATTAGTTGAAAAGAAAAAAAAACCACAGAGGC ATGCAAAGAGGAAGATGAAGATACCTTTGGAGGGAACGGCTGAATGTGGGAAAATTAATT AGCGAGGGCTTTTGGATTGGGTGCAAATTTTGGGTTTGGGTCTAATATTGTGTATTATTG TTCATCTTCTTTCGGCCCAGTTAAAGGAGAATGTGGGCTTCCGTTTTTGGGCCGCCATTT AATTGAAATTTTTTTTTTTGGATTAGGCAACATATGTTTAAGGAAAAATAACTTACATAC ACAACTATAAGTTTTATATTCTCTAATTTTCCCTTCTTTTTTTAAATATTACATAATTCC CTTTTTTTTAAATTTTAGTAGAAGTGTATAGATACATAACATTCTCTCTCATATAATACA CAATCCCCCAATATAATGCCTATTTTTTCTCCACTAAAACACTCAATCTTCTAAATCAGA TTTTTGAATTATTAATTTTAATTAAAACACTCAATTTTTAAATTTTGAATTTCAAAATTC AAAAAATTTGAAATTTCAAAAAAATGCACAATTTCTCTCCCGTTCTTATTGTTCTTCTTA CTCCATCATCGAATAGTACAAAGTCTCCAGCTTTCGTCAAAATCATCGGTTTTTCTTTTT ATGCCTTTCCCTTTTAATCATTCTCAGAAGTTTTTCATCAGATATCACTAACCCTACAAC CCCTTCGCTAGAATTTCATATGTCTTTCACTTCCACACCCATTGCCGGTGACAATCCATC TCAGCCGCCGTCGGCGGCGGCGGCTATTCCGAAGCTCCGACAGCCGGGGATGGAGAGGAC GGGAATTGTTGATGAGAATGGGGCAGAAAATAGAAAAAAATCTTTGCATGATCCTATGAA TCTTTAGAAGGATTCAAACAAAGACTCTGGCATATTTTATTGGTTTCTTCTTTTTATTTT TAATCCATCATCGTCTTTTTCTTCTTAATCTGTAATCGTCTTAACCCAACATCTTTTTAT TATTAATTCATCATCAGTTCGTCTTTTCTTCTCTTTTTTCTTATAATGTATCATTCAATA AGTTTAGTAAATGCGTCATCAACTGTGCTTGATGATACATATAGAATCCGTGTGTACAGT GTTTAGTCAATGCACTGATACATGTAGTAGATATGTATCACATGTTTTGCATGTAGTATG AATTTCTGAAAACTAATATCATGTATCAATAAGGTATTAGTTGTTTAGTTGATGTACTGA TACATGTTTTGAAAATTGTTATAATGTATCATTCACTAAGTTTAATAAATGCGTCATCCA CTGTACTTGATGATACATATAGAATCAGTGTGTATATTGTTTAGTCAATGTTTCTGATAC ATGTATTAGATATGTATCACATGTTATAATGTTTTAGTTAATTCACTTATTGAATTCCTT AAAATTTTACTTTTTTCAATCATGTTATGCCTTCATATTATATGTAGAAAGGCTTAATAC AAGCAAATAACAGCTGGAACTGAAACAAACGTACATTCATGTATATAATAACAACAATTA CACTACGATAGCATATACTGAACTGAACACAAGCAACTAGCACTATATAAAATAGAAAGA GATACGACATGATGAATACAACAATATTCTTCTTATTCCCCAGCGTTTTATCTAGTGATG ATTATGATGGCCGGGTAACTTCTCCTTGATCTTCTCCATCATACTCTTCTTCTCATGCTC TGTAGTAGTTGTAGTAGTTGTTGTGGTTCGAGTTCCAACACCATGTGCTTGGTGATGTGG TTCCTCATTCTTGTGCTTTCCACCTGTGAATTTCTCCTTTATCTTCTCTTTCAGCCCTTT CTTCTTCCTTCTCCCACCTTGTCCATCATCCTCCGACTGCACCAAAGTAGTAATTGAATG ATATTATATATATCTTGTGTGACTATAAAATGGATAAAATTTCAGTAATTCAACTAAAAA AAGGTGTCAAATAAATTGATAGTTTGTTCGAACAAACAAACATAAGATGAGAATTGAGAA GGGGCATGATAAAAATTTGAAATTAATATCCAATTAATTGCTGATTTAATGCTGATTAAT GATCTGTTACCACAAATTAAGTTGTTTTACTAACAACATAACTTTACCGTTTTTCCCCCT ATTTTTTCTCAACAGTTTGAAATTACCATGTATCATTTACCATGTATCACTACAATCTAA AGTATCACGGCTCAACACATTTAAGGGATTTTTTGTAATTACTAAACTTGTCGGGACAGA ATGTAATTATTGAATTACACTATGAGATTCTTTAAATTTATACTATGTTTAATTGAATTT CATGAAGTCAATTGATTTTAATATTATTTTTTTACAATAATTTTCGAGTTATCATAGAAC TTCTCTTGATCCGGCTCCTCACAATTTCTCTTCTCTTCATTTTCCCCAAGTTTCTATTTG GATTAATGAACGTGTCATAGGTTAAAATAAATGGTTAAGATTTAATTTTTCAAAGTAAAC CTCTGACAATGATTTAGTTAATAAATACATTATATATTAAGTATTAAAAATTATTATAAT ATAACTATCTTAGCAACATATCGTCTTGTCTATACATAAAACTTTTTATTTTATATTTAT GGACAAGATAATATGTTGCTAAGATTATGAAATTATAATAATTTTAATACTTGATATATA ATGTATTTATTAACTAAATCATGGTTAGAGATTTACTTTGAAAAATTAAATCTTAATCAT TTATTTTAACATATGACACGTGTCATTAATCTAAATAGAAACTTGGCAAAAATGAAAAGA AGAGAAATTGAGAGAAGCCTAATCCAACTTCTCTTCATTTTCTTGTCATTTTCATTTTTT GAATTTATATAACATGAGTTATGTACACTTCTATATTTTACATATACATCCTTATATAGT ACAATTAGTGAATATGCCTTGTAGTATGACAGAATGGTCACTTTGCTTTATTTTCCTAAT TTTTTTAGTAATTTTCGATAGAAAATTAGTGATCTTTTATTAACAGAAGATATATATAAG TGAATTTTGTAGAAAATTTATCATAATTGAGGAATCTTTTTAAGATATTCACCATAGTTA ATATTAAGAAAAGTTTAGTTTCACTTATATATAATATTTTGATTAAAATAATAAATTCGA GTTAGAACTCACAAACTCGCCCTAATCCACGTTGTTTTAGACTAGAATATTGCCAAGTGG TAATGCTTTGCAATTTGCAAAGTGTCATTTTGAAAGGTAGTGTTGTGACTTTCTCATGAT TAAAAACAAGATGAACAAAGGAAAAATATCAATTTGGGTACTGTATATGTTCCAGAAGTA TCAATACATCACATTACAGCTAAAAAAATTCTGAGTGCTGCAACTTTTTTAGTGAATCAA AAGCATCTTCTCTATGCATTTCGGGGGATTTAACTCCCAACCATTATTTATTTTCTACAT TTCGTAAGTACACACTTGAATGAAAATTATGTGTCATAATTTAAAATAAAAGGTCGAGAC TTAAAACTTTAGTTTTTACATTACTTCCATCCAAGACCTGATTTTACAACCTACAGAATT ATATAGCTAGTTTTTGGGGTGTGAGTTAGACCTAAGACCTAATTTTACAACCTTCAGAAT TATATAGCCAAAAATTAAACCGCAAAACATGACGATAGTGTACTAATCAATGACTCATAA TTGGTGTCAAAAGCTGAGTTCCTTAAAATTAATATGATGAATATCTTAAAAGCGATTTAG TTTTGCTTTTATATATGATTTTACTTGAAAGTTTAGTGCGTATAAGATCATAATCAGGTT TATTTTAAAAATAAGATCTACTAAATAAAATTTAATGTGTATAAATCTAAGTTTTTCTTT AATTTGAACGAAAGAAATACTGATAATTTTAGATTAAGAATCTCGTAACCGTGGATAAAT TGACATGACTTTGACTAAAGTATACTTTGGTTTAGGCATACTTGAACAAGAATAATCTGC CTTCGGTGGGTCCATTAATTAATTAGTTATGTTTTCATGTTAATAACCAATATAATTAAT CATGAATATTTATCGTCTTATTAATTTTATACTATTCTTTAATTCATTCAATGTTAATAA GCACCATGCTATATAATTCATGAATGTCTATCACCTTATAGTATTAATTTAAACAATCGT CATCTAGTTAGGAATATTAAGTCTTTGGAGTTGAGCCCCTTTTGTTAAAAGCAAAGAAAA AAAATCAAGAGGGCTTAATTGTGTGGCTATGATTCAAGGAAGGAAAGGGTAAAAAAAATT TGAGGAATCATTGTCTTTATGGTTGTGAAACACACAAATCAGATCTTTCAGGTGAAGCAG AATCCAAAGATATTTTCAATGTAAAGGACCTACCAAAAGCTATAGATGAAGGACAAAAAT AAAATATCATTTTATCACAAGGTTATGGTGGATACCATTTTGAATATAATGACACCATGT CCACACATATCTCAAAAAATAGTGTATTGCAATTTTCTTCTTCACGCAATGTGTTACCAC CACACAAATTAAAGTTACTTTCTAGACTAGATTCCTTAATTATATTGAGTGTTAACTACT TATAACCAAGTTAGTATATATGTTTAGCTTTTAAATTTTTTGTTTTTTTGAGTGATTTTG TATTGTACTGTTGATGGTACGTGTGAATTAATAATTTAAACCTTATTATGACTTATAAGT GATGCATCATTTAACATGCATGCATTATACAGTTCTTTATATTATAAGTACGTGTGTGTG AAACTTAAATATCAAATATAAACATTAGATAACTTGAAAAATTGCAGTTAAATTACTACT TTTGTTACGGGCTTGCGGCGATGTGTCGTGTATTTGATTGCAAATTGTAATTAATTATGT TAATAGGGTTTGTGTTACTGTTATGCACGTGGTCATGTAGAAAACTTTGCTTCTAATTGG CCCGAGTCTGTTAATTAATCTCATTATTATACTATACTTTAATGGTGTAGATCGAACTAT AGATTATAGATTAATAAAAAGCGTCATGATTAAGGTCTCGCATGCAAATTAAAATATTAC AGTCCCATTATCCTTGAGTATATGCTTAGTCTTAATAAAATATTGTTAGCTGTTGTCAGC TTGTCACTAAATCTTCCACCCTGACATAATTTAATCAAAATTAAACCTTAATAATCAGCA CATGTAATGTTTTATCTTAACTTTAATTATACCCCTTTATAATCTTAATAATAAAAGTCT CTCTTTTGTGTCGGTACTCAATATTTGACCTAGTAGTTCACAAATCCAGAAACCAAATTA AGATTAAATTTCAAGTTCAAGCAAGTTAAGATTTTTTTTATTATTTACTCGGAGTTTTGA CTTTTTGGGCTTTTTGTTCTTTAGGTGATTTGAACATATACTTTTAATAATGGAGATGAA GGATGTTTACTGTTCGAGCTACCACTCTTATTTAATTTCTTTTCATCACCTGTACTGATG AGAGCATGTAGAATTAATAATAAAGGTACATGCAAGTTGATCAAAACACTAATTAATTTC ATAAGCATGTGAAAAGAAAATCCTATACATTAAGATGAGATCTTGACACAAATGATCCCA CCACTATTTACTAACAAAAATATCTCTATATGTACTTGGTTGAACACGTTAACTTGCAGT TAACTAAATGATGTCACGTCTTTTCTTTAATAGCTTAATTTTTAGAAGAGATCAATATAT ATGCACTTCAACAAAATAAAGTAATAGTTGGAGCAATTAGTGAATAATTAATAGTACATT TCTATATTATTCCTCTTTAAAGGGTTGTCATGTAGAAAACTTGTGGAGTATGCAAAGCAT CACTTAAAAAACAATGCTATCAAGGATAAGGACAAGTGTCTCAGGTTCATGCACAGTTCT ACTCAAGTTGTGAGTTGTGACATTTGAGTACCAAAAGGTCAATTGATAACCATGGAAGCA ATTAAAAGTAGAAGAGGCCAAATTCCAGTGGAATCTACAATTTTATCTACTATGGTCCCA CCTCTATTTCAACAAAAACTTGGTAGGAGTAGTATATTTTTGGAATTTTAGGACCCTGCA CACGTTGTTGGTTTCCTCTTAGGTGGGCGGGGTAGGCGGGGCGGGACTAACTGAATTCCA GAGTTCAGACAAGCTCAATACATTTTTCATAGATTTTATATTTACATATTAGAAAATTAA ATAATTATATACATATATCAACTTGTGATCTCCATAACAAAATTGACTAGGGGCCATGAA AATGCTAGAACTGTGTTCGAACTCCAATATTATCCACTCCAAATTCCTAATCCTAGCCCC ACCCTACCAGGGGCTTGGGGTAGGGGGTGAGGTTGTTAAATATATATTTTTTGGTCCAAT TCAATGTCTCTAATTGAGTCAATATGTGGACCGGTTGGTTTGAAATTGGACCATATTAAT TGTCAAGATAGAAATAGTGACAAAGGAATTGTGAGTGATCACAAAATAAGGCAATAAGAT CATATCATGCAATAATTCAAAATAAAGTTGGTAGTGCTTGCTGGTAGTTAGTATTGGTCA TTAAATTTAGGTCCATTTTGACATTATTTAGTTGGCTATAAAAAGTCTAAGCAACTATAG TATACTTATTAGAGAATTGACTTTTTATCTCCTTTACTTAACCTCCTGCCACTAAAAACA CCACTTGTCAAAAACTTACTTTAATTGTTAATAGCCTTTTTTCGTGGCCATGGATAACTA GGTAAAAAAAAATAAGTATCTTGATATAGTTATGGACCACTAGAATAAAGAGTTGTGCTT TCTGGAACAAAAACAAAAATAAGCATCCATTTCAAAATATAATAATATTTTTTGGTTAGA CGCTAATCTTTTATAATATGTTAAATTATACTGAACTGGTCTCGATCTTTATTTTTAACA ATGAGGCATTCTTTATTGTATTTGGTGCAAAATGTCAGTAATGCTTGCCATGAGTAAAAC CATGAGTTATCAATCATTATCAACTATAATTGAGAGATGTGTTGTCCTAATCATCTTTTT TCCCTCATCTTTATTTGCTGCATCTGGTTTTTATATTTTCAAGTAGACAAAAATAAAAAA ACAAAAACTCAGCACATGGAAAATAATAGTATTCTCATCTAGGAATTAAAATTAGGATAA ATATAATAAAAAATTAGTGTATGCAGTAAAATCATTATACAGATTCCAAGTAAGAGCAAA TGGGAACAAGAAAGACTAGCTAACTCACATGTCAATTTACAAGAAGATTTATTCATACAT TGATCAGATAACAGAATTAGCTTTTGAGCTGTAAATATCCCGATTATCTCCATCTCCATG AACTCCTTTCTATCTTCTCTTTAGGTCTTGTAATGCCCTGAAAATACAAAAAGAGAACAG AACACACATTCAGCTGTAGAAATATTGGAATGTGTTACCTCTCTGTTTGACCTACTTTTC TTTTAGTCTGTTTAAAAAAATAATCGTTCCGTTTTTCAACGATTATGAGATTGAAATGTC AAATATTGAAACGGAGGGAGTGATTGATAACAGGTAGGGAATTAAAGACTTACACAATAA TGGGATTGGATATTTTCCTCTGTTCTGTTAGGTGAAAATCCAATTATACTTCTTCTGTTA AATCTGTTAGTGGAATCTTCACTACTAGAAGAGCTTGAAGTCAATGAGGGAGGATTAGGT TGATCTGAAGTTGAAGAAGATAAAGGAACAACTTGATTATCACCATCACTGCTTCCATCA TCTTCGTCTTCTTCCGTATCATCATCATCATCTTCTTCTTCTTCCGTATCATTATGATCA TTAAGATGTTGATCTGCGCCATCATTATTATTTCTGTGAAAACATTTCTGGCAAACAGAA ACAGTGGGACCAAGCTTAGAGCCAGAGCCAGTCCATGGGGTAAGTGATTGGCAAGAATTA CAGAGAAGAATCCTTGAATGTTTAGCTACAAGGAAATTGGCTGTGTGAACTCTGGCATCA CAATCCCAACAAAGACTGGCTTGATCTGATTCACAATAAACTCTTGCTATGGAACTGCAC AACTCACATTTCTTCATTGTTAATAATTGTTATCACACATACAGAGTCACTGAACAAAAG ATTTTTACAATTTTTCTATCTCAAATTTAGGTAAATCTTTAGGTCTTTGGAGATTATGAT GTGTTACAAGAAATATAGTAAGTGCCTACAACACTACAAACCACATTTGCCCTTATATAG AAAAAAGGTAAAAATAACTTAGAAGTCACATCACTCCCCCCCCCCCCCCCCCACCCTTTT CCTTTTTTAAACTTTTGTTAGTGACTAACAACTGTCAAATTACCAAAAATAGATCTTATC AAGTGTTAATCTAATTCTAATTCTTGAACCAAGAAAAGATCTAGAGTAGTTAATTTTGTT CTAGTTCTTTGGAATAGGTAAGGAGAAAAGTACTTTTCACTTCAAATATAATATAATATA TTCACTCTTTGCTATTTTCAATAATTTATTTTGACTTTGACACGTATGTTTTGAAATTTA TAATTTAAAATAAATCATTGATGGTTGTGTAACTATAAATAATTTGGGTATAATAAATAT TTTAATATTAAGTTGTAATTATAGAAATGTTTTATTCCTTTTTAGACTACTAAAAAAAAT AAGTTATATAAACCGAGACAAAAACGATATATAATTCTTATTTTTTTTAACCTAATACAA TAATTATAAGGTATTAAGGAATACGAATGGACCCCTCTTGAACAAAAATAGCTTTACCCC TGCACGCCGTTGTAGTTTAATAAATAGGCTTCATGAAAATAGCAGAGGACTTAACACCAT TCTGGTTTATTTGCTTAAAAAGCTCCTGTTGAAAAACCAATAATTATCTGTTTAGTAATA CTAATTTGTAATTTTTTTAATATTAAATTCAGTTAATATGAAATGAAAGAAAATAGAAAT ATGTCTGAATCCAGATGGCATCATAAAGAGTTTTGTTTGCTTGCTTTTTTTTTCGACGAA CCAGGATGAGTTAAGCCCCAGCTTAGTGACAGTGATGTAACTTTGGGGGTCCAAATTAAA TGATAATGTCGTAGAGTATCGTCAAACCTCCATAAAACGTTTATTTATTTTTTTCCACTC ATAACGTAATGTGCATCATATACTTTTGATGAATTGACGAGTAGATGCTTTGTTATACAG CCACATTAACGTTGGTAAAATTACCACATAGCGTCGCACCATTTGTAACACAACTTTTAC TATATTAGAATATCGATGATCAATAATATATTCAGTGACATATACAATGTAATTTACAAG TTAAGTTTGAGAAGAATAAATTCAGTTGGAGCTTAGTTGATTCAACATACTTTGTGCGAG GATTTTTTATTAAACTAAACCATTATATAAAGCAATTTATCAAATAATATATTTTTTTAA AATTTTACATAACTAGTATAATCGTATTTCACTGTAACATTTTAGGGTATATTTCATTTT TTAAAAACTAACAACGTTAGGTTAGTATATGTTACCGTAAGTAACGCTTTACTCCTAAAA CGTTATTTTTGAATAACGTTTTACTCCTAAAACGTTACTGTGAATAGCGTATATCAATCT AACGCCGTCAGCTTTTAAAAAATAAAATATACCCTAAAACGTTACTGTGAAATACGTTTA TACTAGTTTTATAAAATCTTAGAAAAATATATTATTTTGATGAATTACTTTATATAATGA GTTAGTTTGATTAAAACTGGTTTAATTATTCGGAGATATGAATCTAAAAAAACAAGGATA ACATATAGAAACTATGACCCACGCATCTATAGTTGGGGCTAGGGAATGCTGAGGCCCATA CTTTTCTAGAACAACTTTATATCACACAAACAAATAATAATGGCTATCCTCCATACTCAG ATGTAAGATTATTAGGTCCATGTATAATCATGTTTCTAATCTATGTGCACATTTGTCTAC ATATATATGTATTATAAATGTCTCAATCTAATATCAAATGTCCCTTTCATTCTCTACATA TAATATAATACATGAATATATATGGAATGATATCTTAATGCAATATAGTAATATTTATGA ATGGATGTCTCTTGGTGGGGGCGTCATCTCAGGAAGGTTTATCCACATTCATGCGGTGTT TAGTACGAAAGAAAATATTATTGACTGAAAAATATTTTTCAAAAATTGTGTAATATAGTA TTTACCATTTATTTTTTTCGGTTTTTAGTAAGTATGAATAAATAAATTTATTTTAAGAAT ATTTGTACATAATTTAGTTAAACACCAGAGGGTGGGAGAGGGGTTGGGAGTTTTAGGTGT GGGGTTGCTAACAGTTGAAGTAAGGAATGAGGTGGGGTAGAGGGGTCTATAGCAAAATTA TTTTCTTAATTTTCATAAAAATATTTTGATCAATTAAATTCAAAACACACACACCCTCAA TATATATTTGATACCAAATCATATTACATTATCATAGAAGTGTATGTAAAAAAATATTTA ATACTATAATATTTATCATTAATCTGATATAAATATCGAATCTAAATAGTTATTTTCTAT TTTAGCTCCATCATTCACTATTCGTTTTAATAAAATAAAATTATTGTCTTACATGGAGGA GAGAAAAAATAAAACTCACACAGTCCTGTCTTAAATAATTTATTCCCTTCTTTTCAAATT AATTGAATTGTTGAGATGTCTTACGTCGTTTAAGGAAAAAAGATTAAAACATAAATTATA CCTAACTTTTCATTTTTACCCTTATTCATTATTATCAAATTTATGATTAAAATAACTAAA TGTTAATTATTAATTAATTATAATACTAACTATTGAACGATAAAATTGAAAAAATGTTAG TCTTAAAAATTAAATAATTAAGTTAATTTATAAAATAAAAATATTTTAACAATTCAATTA ATTTAAAATAGAAAGAAGTACTACCATGTAATAGCAGATTTTCATATAAAATTAAATAAT TGTGTGTTGATTTGAAATGTATTAGATGTGCTAGCCACCATTGTTTGTCACAAAAACACT TAATAAATGGCCATGAATCAAGTAACCATAAGTCATAGCCCCAACTTTTGGCCACTTGTC TGAATTAGTGTAGTGTAGGACACTGAGTCAAGAAAGATATACTCAAACCAAAAGACCAAA CAAACTACAAAAGTATCATATGGTCTATTCAAGCACACTTATATTTTCCACCTTCTTTAC TTTATTTCAAAATTCGAAATGTCTTTATTATTTTAAAAGCTAGTGTTTGACTATATATTT CATTAAAATTTAAATATTATTGTTTTGATATTCGTCGAAAAATAGGGTTTAGGATTTGAA CTTGTATGTGGATATTCATTTTAATTACTTAAATTTTTATCAAAATTTTGTAAAAACATG AACTTTCACCCGAAAATTCAAAAGCTGATGTGAAACAATTTTTTGAAACCTGAAAACTTC ATGAAACAACAATGTTTTAATTCTTCTTCTAAAAATCTACTCTTAAAAATGAGTGGTCTT GAATTATCAAATTCGTTTGCCTTGTGAATAAAATTTCAAGGTTTTGTTTCACGAGCAATA TTTTTGACCTTGAATGTTTGTCAACAAGTGGGGAACTTCTTAAGTTTTAAATTGGGCTTA TAAATTCTAGCCCATTTTTTACGTTGGGTTAAACTGTTCTCAGAGCCCAGAAAATCCTTG CGGTTTCTGTTGGTGACGACGTGGCAAGAAAAGAAGAGAACAGAAGGCCTTCATTTGTTC TTGTAGTGATTTGGGCTCAATATAAAATAGGCTGCTTCATAACAAATGTATATATGAGCC CAGCTTCTAAGAAGTTTCCTGATAGAAACGTGTACAAGTAAGTAAATATTATATTTTGTA ATTACATGTAGATATTATGTGCACTTATTTTAGGTTATTTGTTATAACATAGATCAATTA GGAGATGTTATTTGACAAAGTGGCTTTTGCCGTGTTAGTGAGAAGTAGTAGGTATCACGT GAAATTAGTTAAGGTGCGAAAGCTAATCTGAACATCACGATCATTAAAAAAAATCAAGAG TTTTCGTATATAGCTAGTGACGGAGAAGTTTTTGAGTCATACTCAACCTAGTTCATTACT TCATTCAATATTGGCCTCGTCATATATTGTTAATGTTTTCAGATGTTGAGTCTTGAATGG AAAGTATTGAGTCGTTCCACATCGATAGACATTAGGATTTCGATCCTACTCTTTATACGT TGTTGAATAATTATATTTTTTTGTGATTGAGTTAATTCAAATATCACTTATAATATCTAA ACCATTACAAAAGATAAAACAACATCGATTAAACACGTTGATTAATTAATGGCAAACCCA TTTGTGCATATGTAAGTTGGTGAAGGGAAAAGCATTTTTTTGGGCCAAATAGGTGTGCCA ACCCGTCCCCAAGAAGCTCTATATAGTTGACATTTACATTTGGCAGTACTTCTATAATGG CATGTGTAAAACTTAAAAACAGGTATGACACATGTTATATTTAGATTAGAATTAATTGAG ATCTAATCAGATTTTGCTTATTAATTACCAACAAAAAGAGGCCCAAGTAATTGACCAGAG AAAGAGAAATCACAAAAGGGATGTAGATAGTGTGAAGGCATTAAAAAGTAAATTAGACCT TTTGTAAATTTGATAAAGACTTGCTTATATACTTTGAGGTTTTGGGCCGTTAAGTTAAAC ACATTCTAAATCAATTCAATATTTCATATAAAAATTAAAATTTATCAAAATTATACAAAA AATAGTACCAGGTTACGACCTTTGTCATGTTGATCTGGTCAAAGTTCACATAATTTGATG TTCCACGAGACAATAATTTGAACGAAGGGATTAATGTTTAAACAGAACACTATATTTATT AGTACTGTTTGCTTTGGTTTTACTATTTTCCTGAATATGTAACTCAAGACATGAAGTAGT TGTATATAAATCATATTATAACTAAGAAATAAAAAACATTGGAGATTTATTTTGCAAATT AAGATATGATAAAATACATTTTACTGCATTCGAAAAATAGAAGAAGGGATTAATCTTCAT AAAAACATCAAACAACTTGGAATTTTTATTTTCTGCTCTTCAATGCAATCCTGTTTTCTT CAGCTATCAGTGTGATAAGGTGGAATGCTTTGTTCATATCTGAAGAAATTTTTGGGATCT ACCTCACTCTTCACTTTAGCCAATCTCTCAAAGTTTCCACTGTAATACTTTTCACCCCAT TTTTTAGCCTTGGAATAACTATAGTCCTCTGAATTTGTTCCAAAATCAAGATCCCTATAG TTCAGATAAGCACTTCTTGGTGATTTTGCAACATATGGCTCCATTTTCTTGTAAAGTTTC CTCATCCATCTTATCTTCTGGCTTGATATACTCTCGCTGTTATCGCCCCAGTTCACCAAG TACTGAATATTATACAAATTCCCCTTTCTATGAGGGAATGGAATTTCAGATTCTGATATT TCATCTAATATCCCACCTAATGGCTCCATTATCATCTGAGGTCTTTCTTCTTCCAAAAAC ATTTTTTCAACCATTTCCCAACCACTTTCCGGAACTGGAGTCTTCACAAAATCAGATGTG GCTTTGAAATAATTCTTCTGTGTTGGAATACTCTTTTCTAGCAGAACTTCAAGTGATTCA TTTGTTCTCCTACCATAGAAATACAGGACTGATCCAATCCAGGAAGATTCGCGACATTCT TTCTTAATACAAGGCCTGTTACTACAATCCACAACAGGCTCTTGGAAGCAATCCTTTTTG TCCAAATCAAATTCAGGGAATTTTTCTTTGAGCAATGGAATTAACTCATCAACAGGTCCG AGGTATAGTGATTGAAAGATTACTTCAACGTACTTGTCATTCTCTGTTCCATCATTTTGT ATAATTACTCTGATAAGTAATTTATCAGGTAATTGATGCGCGGTGCTTTCCCATTTTGTG AGGAGATTGTGGTTACCCTCTAACCTCTTGTAAACATTGAAAACAGTAACTTTCTCCGGG ACAGGAACAAGTTTGAGTTTCCATGCTAAAATAACACCAAAACTTGCTCCTCCACCTCCT CTTATTGCCCAAAACAGATCTTCATTCATTTTGTTCTTATTAAGAATTTTTCCATTTACA TCTATTACGCGAGCATCTACAACATTATCAGCTGCAAGCCCGAATTTTCTCATCAAAGTA CCTAACCCTCCACCACTAATAATCCCTCCAGTGCCAATACTGAAACAAACACCTCCAGCA AAACCATGCACATTACTTTTTTTAGCAATTGCATAGTAAAGCTGGCCGAGGGTTGCCCCT GCTTGAACCCAAACTGTTCCTTCATTTAAATCAATCTTGATTTTGTTAAGATTGCTTAAA TCAAGCATAACAAAAGGGGTTTTAGAGCGAAAAGATATGCCTTCATAGTCATGGCCACCA CTTTTTATTTTCATTTGCAACCCTAGTTTTTTTGCACAGCGAATAACCGGCTTGATTTGT GATTCTTTTGTAGGGGAAACAATGAAAATGGGATGTGAAGAATTCATCCATCTAGGATTT TTTTGAGCATATTCTAAGATAGATGAATAGGTTGGAGATTTTGGGGTGTAAATGTTGTGT GTAACGTTGGTTTTAGAGTATTTAGAAAGACACTGAACAAAATCTTCTTGTTTGGAGTAA CATTTTGACAAAAAGAAGGAAAAGATTAAAAGAGAGAGGATTTGAAGGTTACCCATAATT TTTCTTTTTCTTTTGAGGAATAGAAATTGCTTATGGCTATAAACCTTACAAATGATCCAT ATTTATAGAATTTATTTTTTAATATGGTTATTTAAGTCGAGTTATCAAAATTTATAATAT TTATTGACTTTGACTCTAGGCACATGAAAGTACTCCACAGAATTAAAATCCGAGTTTTCA GCTGCCAAGGTTTTTTTTTTTTTTTTTTTTTTTTTTAAATATATTTTAAATTATATATTG TGGGAGGAAATTAGGTCCCAGTTGGATTTTATTACGAGTAATTTCTATATCTATATGATA ATATAATACTTGCCATGGTTCCCACGTTAGTTGTCTTGGTTCCCATGTGTGTAAATATAA ATATGCTTGAAATTATTACTCGTATATTCAAATATTAATGTGCTCGAAATTATTACTCGC ACGTTCAAATAAATATTGCAAGCTAGCAACTTGCAAGAAGATAATTCCTTCATTTATTTA TTTCACCTTTGTATCAAAAAAATAGTTTTATTTTTACTCTTCAATTTCAGTAAGGTAAGA TTGTAGTTTTTTTTTCTCTCTAAATACTCTTAATATTAAATGGACAAGTAAAAATGAAAT GAATGAAGTATTATCATATTTAATGTTTTCCAACGTTATTTAATTAGTTGTCCTATGTAT TTGAAGTTTTCAATTTGCAGATTATGTGCAAGACAGCTTTGTAACGAACATCATACCATA TATTCCAACTTATTATCTAAATAAAATTAAGGATAATAACGGCGTCATTTTAATAGTACT CCTATATAATGATAATTAATTTAGAACTGCTTGGTGTTTATCTTAGTTATATATTCCATT TCCTAGCAATATTTAGGTTGAAGCTCTTTTATTATTATTATTATTTTGGTATATCGGATC ACAAACAAGGATTTTTTTATTAATTTTTTTGAGAGTGTAGTGCATGTCACAAGTCATATG TATAACTGGGGAGCTTTTATTAACTAAAATGAATATAAACAACTGCTCTTCAGTTATTAA TTTTGTCAACTGTCAATAGTATGAATGCTCCACTATTTATGCAGCCCCCTAAAGTTCATC CCATTAATATTCAATATTCAATACGAAAACGTTTTTCCCAAACTAGCATTATTTCACTAG GCATAACCTATAGGGTGGGGTTATAAAAGAAAGAAAGACAAGGACTTTTAATGTTACGTT CTTAGTACTAGCGAATTGAATATCTTTGATATTATGCATTAAAATCGGATATTTATTGAA ATTTTGTAATTTTTCATGTTCATATTTAAAAAATGTTAGAATTTGATTAAAAGCACTACA AATAAACGCTTTATATTAAGTAAAAATTAAAGGAATTCCATAATGTAACATAATAATTAC ATCCATTAATGCATCAACGAATTACAAATGCTGAATATATTCTAGCTCAACACCATGTAT GATCTGATTTCGAAAAAAAAAACGTCTCCCAACTGATTGCTACGAGATGTGGATAAAACC ACGTAGAGAAAGGTGAAAATTATTTCCAATATCATGATTGTTTTATTATTTATATTTTGC ATGATAATCTTTAAAATTATTAGATTAGACATAGATAAGATATCAACTTAATCAATTCTA ATTTCAGGTAACTTGTAGTGTAGGAATTTGAGAAAATATTTGAAATCAAACTTTCTTTTG GGAGGCCTTCTAGTGCATCCACCACCCTATAGGGATATTGCGTGTAAGGAATATGCATAA TATCTATATTATAGTCTATTAAATTAGTTAATTTAAAATTTAGTGGGGAAATGGTTATTA ACTTCCAAAAGGGAACTAAGGGCCTAGTTTTACATGCTATATGAAACTATAATGGGCAAA CAACATGTATCCGAGGAATTGAAAAAACATCATGATACATGTTTAATTAAGTATTGTTAT CAATATGTTCCTTCCATTTATTCTCGAGCAACCAAGTGACTTTTAATTTTTAGAAATTCA AATTTGTTTCTCTAAATTTTGAATTTCCTCTTCCAGATATACATATTTGAAATACGTTTC TCTTCCAGATACATATATCTGAAATACGTTTTATATGAAATATGTTCTTCTTCCAAATAC ACGTATTATTTAAAATATATTTTTCTATCATATACACGTATTCAAGACATGTCAAATAGT TAGATACAATACAAATGTGTGTTTACTTATATAGCATAACATAATTGCTTAATTAGTGGA GTAAATCACTCCATTGTTTTTGAGAATATGTAGCATAACAACTTCCTAAAAAAATAAAAA ATCTTGAAATCCTTTCATTACTTTTTGTGAGAAAAGGATTAAAACAATGTAAATTTCATA TTTCTATCATAATTATAACAATGTGTAATAACCCTTTTGGTTATTTTTGTGTTTTGACTT CTGTGCATCGTTTAGAGCGTTCCTGTAGCAACCTCAAGTCAGCTATAATTTGCTGCGACT GACTGTTCAATTGCCTGACCTAATTGGAGGAGTGCTCATGTCGAATTTTTGGTATATTTG ATGGAGGTCTGTTGGATTTAAGCGCCTTACGGTAAAGTTTTTTTTAAAAAAAAATTAAAA ATTGAATTTATGATGGTGGAATTCAAATAATCACACTTTCTGATAAAATTGAAATGTATA TTATGATTTTAAATTGAACATTCAAACACTTTTGAAATCATAATTTTAATTTATGATATG AAATTGCATATCCAGACACAAGCTAATAGTAAATTAGGGCTTAACATAGTATTATATGAA ATATATATAGTAGTAATTCTTCAATACGCAAAGGAGACTTTCCGTTTAAGTATACTCATT GATGTGTCTTCTTTTGCACAAGTAACGTACGGGATGATTAACCAAAGTCATAAATATGAG ATTAACAAATATTAAATTCTAATGTTATTAAAATGGAAGACAAATTAGGGATGAGATGGG TGCACCCCTACAATGTTAAATCTTACTTCATAAATTAATGGACCTAGATCAGTTACAAAA TTGTTATTCATTAATTTGTGAAACGAAAGCAAATCCTATACAATTTGCATTAATTAATTA TATAAGACACAAAATAAAAATTCTTGTGCGCATTTGAGCTTCCGGCTAAAATTTTTGAGA TGTAATTTTGGAACAAAGATACATTAATTTTGACAAGTAATTCATCAAATGAATCAAATT TATAGTCTTTATTTAATGTTAACTCATTATAAATATCGATATACATAGAAATTCATCGAT TTCAATTATCACATTAGCATTTCAACACACGATAACTAAGGTGAATAACAAAGTCAATAA CGTAATATGTATACTATGTTCTAAAGTCTTAAGTGGAAGAAATGTCCTATACTAATGAAA CAAATAAGATCAAAGTATATTTTTGTGGATAATACAAATCTTGCCAGCTGATAACCAGGA TGATTCAGATCAGATTTGTATCAATTTGGATTATAATGTGCTTTGGGTCAAAGTCAAACT TTTAAATTGAATTAACCTATAAAACTAATTTACATTAAAGTCATCTTCATAAATGTCGAT TATTTGAAAAGCTACTCACGGCCGAAATTTTCTGCTCCTCCCTCAATCTTAAAGCATGAG AGCTCAAATTTAGAAAATCTAATCCTCGAGTATTCATATACCGCGTGATTTAAATTTGAT CAAAATTCTAATATAACTTATTACAATAAAAAGTAATTAAGAAGAATGTTAGAATCACTA ATTTTTTTTGATAAATTCTCACTAGTTAATTATTTAAACCCAAATTAATTAGAAAATATA TTTTTAGAAGAAAAATTATTGCAAATGAAAATAAAGGGCATCAGTAAATAAATTAACCTC GTTTTAATTAACCAGTAATCACTTGACTTTGAAAATATATATTTAGATACCTCAACTTGT TCCAGTATACCTCGTAAACACCTATAAATTACCAAGTCAACGAAAAATGTCAAATTGACA AAACGACCATAATTTTATTATTTAAATGATATAAATCTTATTTAAGATGTCCATGTAAAA AGTCATGATGCAAACTTTCAAGCGTGCGTTGATAAGTGCTGAGAGATTCCTAAAAGGGGA AATATATAAATTTAGTTGCCTATAGCAAGATAGAACCACTTTTTTATTTACATCACCTAG GGAAATTGATTAATTTCACTTTGAATAAAAATAGAAAATAAAAAATGCCCAAAAAGTTAA AGCTTGAAATCGAATTGACCGGACAGCTTTTGGGAGGTAATTTATTTATTTTAGAAGCAA AAATTAATTGAAATCCTAATTAAAATATATGTTTATGGATAGTTCAGTGTATAAGTCTTC CCAAATGAATATTGGGATCTAGGAGAAAAATACAATTTTAATTACCTTCCATCATAAGCT TAATTGAAATGACCCTAAAACAAATATTTGAATCAACATTATAAGAGTTTTGATTTTGGG GATAAACATTTTGGAACGATGCATTCATTCCAAATTAATTTTAGTCCTATAAATTTCTAA ATAGGTTTGTGAATTAACATTGAATTGAAAGACATTACATCAGCAACTAATATACATTAG TCCTATGGGTCAAATATAGTGCATTCAAAAACACTAAATTTATCGATATAAATCGGAGTC AATTTTATTTTTATTTCATAAAATACTCAACTTTTATTTGTAATGTAAAAATCACAATTA GTTAATCATCTAATAAAGTCACTCAAAAAAATCACTCTTCTATTGTCGTTTCACCTGCCA TAGTTGGGCGAATTGTCTAAAGCTGAGTGACTTTATGATATAATTACCATATGTTGAATG ATTTTTGTGTTATAAAACAGAGTTAAGTACTTTATGAAATAAAAACAATTAATTAAGTGA TCATGAAAGAAATTAACTCATATAAATTAAATCAGATTACTGTGATATACATCAGTAAAT TTATGTCTATAAATGGATCACTGGGATAGATATGAGAATTAAAATTCACATCTGTCCCCT CAAAGCATGGTAACTTATTCTTTATATATCAGCCTGAATCCCATTAGTTTTATTTTATTT TTTGTAAGAAATGGCTAGCCTTCAAATTTTCTGTGTTCTGCTCTTTTCACTCTTTTTGGC AAAATGTTACTACTCCAAAGAAGAAGATTTTGTCCAGTGTCTTTCTAAATCTCCTGAAAC AAACATTACACAAAACATTTACACCCCAGGCTCCCCAATTTATTCATCTATCCTGGAATA TGCCCAAAAAAATCCGAGATGGTTGAATTCTTCACATCCCAATTTCATTGCTTCCCCTAA GGAAGAATCAGAAATCAGGCCTGTCATTCTTTGTAGTAAAAAAACAGGCCTACAAATCAA GATCAAAAGCGGTGGTCACGATTATGAAGGCATATCTTTTCGCTCTGAATCCCCTTTTGT TATGCTTGATTTAAGCAATCTTAACAAAATCGAGACTGATTTAAATGAAGAAACAATTTG GGTTCAAACAGGGGCGACCCTTGGCCAACTTTACTATGCAATTGCCAAGAAAAGTAAAGT TCATGCATTTCCAGGCGGTGTCTGCTTTACTGTTGGCACTGGCGGAATCATCAGTGGTGG TGGGCTCGGTGCATTGATGAGGAAATTCGGCCTGGCAGCTGATAACGTTGTAGATGCACG TGTGATGGATGTGAATGGAAAAATTCTTGAACGAAAGATGAATGAAGATTTATTTTGGGC GATAAGAGGAGGTGGAGGAGCAAGTTTCGGTGTTATTCTAGCATGGAAACTAAAATTGGT TCGTGTTCCTGAAAAGGTTACTGTTTTCACGATTCGTAGGGAGTTAGAGGGTAACCTAAC TCTCCTCCGAAAATGGGAAAACATAGCATATCAACTCTCTGAAGATTTATTTGTCAGGGC GTTTGTTCAAAAAGGGGTATTTTCAGGTGGAAATGATACCAAAAACCAAGTGGGATTTTA TTTCCAGGGGCAATATATTGGGCCTGTTGACAAATTAATTCCTCTGCTCAATCAATACTT CCCTGAGTTTAATTTGGAGCGAAAAGATTGCTTCCAAGAGAATATTACTGCTGATGCAGA GAAAGAATGCCTGGAAGTTCCCTGGATCAGATCAGTGTTGTATTTCTCTTGGAGAAACCC AAATGATTCACTTGAAGTTTTGCTAGAGAAGAGTATTCCAACACACAAGGTTTATCACAA AGGAACATCTGATTTCGTGAAGATTCCAATTCCAGAAAGTGGTTGGGAAATGATAGAAAA ATTGTTTCGGGAAGAAGAAAGACCTCAGATGGTTTTTGAGCCATTAGGTGGAAAAATGTA TGAAATTTCTGAATCTGAAATTCCTTTTCCTCATCGAAAGGAGAATTTGTATACTATCCA GTACTTTGTGAGCTGGGACGATAACAGTGAGAGCGTATCAAGCGAGAAAATAGGATGGAT AAGGAAATTGTACAAGGAAATGGAGCCATATGTAGCAAAATCTCCAAGAAGTGCTTATCT AAATTACAGGGACTTTGGTCTAGGAACAAATTCAGAGGACTACAGCTATTCCAAGGCCAA AATATGGGGTGAAAAGTATTTCAAAGGCAATTTCGAGAAGCTGGCTAAAGTGAAGAGTAA AGTAGATCCAAAAAATTTCTTCAGAAGTGAACAAAGTGTAACACCTTATCAGTTATCATA TTGATATAGTGTGTAATCAGGAAAAGATTTTGTACTATGTGTTATAAAGGCTGAACAAAC TTTGACTATTGCTCAAAGAATTAATATGAACTCAACATATATTTACACCAAAATAATAAA TACAAACATGTGTCTTTTGATGTTTTCTTAATTTAATTACCAGAGTTCATCTAATTAAGT CAAATAAAATAACATACGCGTTAATCTTTTAGCACTTCGGGGGGTCTTCTTCAATTACAT TTTGACGAATATAATGAAAATGGCTAAAGCATAAGAAGTTTTAAAAAAATAATTTACCCT TTAAAAGAGTATCTTTATGAATTATTTTTTTTACAAAAAGTAGGAATAAAATGTTATAAT ATCATAAAATATTTAGCAATTAAAAAAAATACTATGTCTTTTTTAGACCAACTGTTAGCT ATTTTCTCATTTTATCAAGAAAATACTATGTCTTTTTTAGACCAACTGTTAGCTATTTTC TCATTTTATCAAGGCCTGGGAGAGAATCCTAGAAGGCTAGAACCCAAACATTAATTTGAA ATCCGTCAGTAAAACATAATAGTATCATACTCCTTTTGTTTTTAAAATGTACTATTTTGC TTGAACGTATTTTCAAAAAATAATTACTCAGTTTTATAAATAAGAAGTAAGTCGATATTT TATCTTTAATTAAATGTCTTTGAAAGAAAACAATACTTTAATTCTTTAATATTGTAAAGT TTTATGTACTAAAAACGGAAAAGGGTCTTAAAAGTATTCCTAACTTTAATAAAAATTGCT GTTACAAAATATCAAACTTTATGAAGGAGCTTTTGCTCTTGCAATATTTAATAGTTGGAG GATCTTTTATCCTTGCACTATTTGATAGTGTATTTTAAAAATATATATGTGTTGAAAATA TTACTATTTATAATGATATAATATTTATGATGTCTACATGAGTACATATATATATTTAAA ATACACTGTTAAATAGTATAAGAATAAAAAATGTTTCCAAAGTTCGATATTATTACAACA ATTATGATTAAAGTTTGGATATATTTCAATTTTTTTCTTAATAAAAATAAAAATAATATT TATATAAAATTATTTTGAAATAAAAAAACGTTATTTATTTTGTATGTAGGGAGTTGTACA AATCTTCCCAGCTGAATTATGGGATCCAGGAAAAAAAAAACAATTTTGTAATGTCCACGT GGGATAAATTACCTACCACTTCAAGATCAATTGAAATGATTCCCAAAACCAAATGGTATT ATTTATGATAAGATCAAATCTTGCCAGCTAAATACACGGATATATAGAACATATCATGAA ACTATTAATTTATTTTAAATTCATTTGAGTCCTTTATTTGAATTTTAATATTAAATAATT TTTATGAATTGCTCCTTTTCTGAGAGAATAATTTAGAAATAACTAAAAAAAGTGAGAGAA AAATAATCTTGATTTTACGTTTTAAATATTTTTCTTATAAAATTTATCATACTTCAACTA TTCACTTGACATGGACCAGAGATAATAGCATTGACCTGTCATGCATTCAAATACGTATTT TGGGTCTAAGTCAAATTGTTGAATGAATCCAGAACTACTGTTATAGTCCATTGAAGTATG TATAATTTACACTGTATTACTAATATATAGGTAGCTAATAAATGTAATACTTCTATTATT AATTTTTGTATTATTTGTATAACTTTGGCTAGTAATCAAACATCCCCTCACTTAATCTTA TAAATAGGAGTATTTGAAAGGTTAGTTATGAGCAAATTCATCTTCTTTCCCCTCAAACAA TGATTGCTCTTTCTTTGTAGTTTTGAATACCTTTTAAGTCTTTTAGATAACAATTTTCTA TTCCAAAGAAAAAAAAATGGGTAGCATTCAAATTCTCTTTGTTTTACTCTTTTTGGCTAA ATGTCACTCCAAACAAGAAGACTTTCTTCTTTGTCTTTCCAAATACTCCAAAAACAACAC TACACAAAACATTTACACCCCAAATTCTCCAACTTATTCATCTATCCTGGAATATGCCCA AAAAAAACCAAGATGGTTGAATTCTTCACATCCCAATTTCATTGCTTCCCCTAAAGAAGA ATCAGAAATCAGGCCTATCATTCTTTGTAGTAAAAAAGTAGGCCTACAAATCAAGATCAA AAGCGGTGGTCACGACTATGAAGGCATATCTTATCGCTCTAAATCCCGGTTTGTTATGCT TGATTTAAGCAATCTTAACAAAATCAAGATTGATTTAAATGATGAAACAGTTTGGGTTCA AACAGGGGCGACCCTTGGCCAACTTTACTATGCAATTGCCAAGAAAAGTAAAGTTCATGC ATTTCCAAGTGGTGTCTGTTTCAGTATTGGCACTGGTGGAATCATCAGTGGTGGTGGGAT TGGCGCATTGATGAGGAAATTCGGCCTGTCAGCTGATAACGTTGTAGATGCACGTGTGAT GGATGTGAATGGAAAAATTCTTGACAGGAAGATGAATGAAGATTTGTTTTGGGCGATAAG AGGAGGCGGAGGAGCAAGTTTCGGTGTTATTCTAGCATGGAAACTAAAATTGGTTCGTAT TCCAGTGAAGCTTACTGTTTTCACGATTCGTAGGAAGTTAGAGGGTAACCTAAATCTCCT CCAAAAATGGGAAAACATAGCACATCAACTCCCTGAAGATTTGTTAATCAGAGTTATTAT TCAAAATGCTGTGTCCTCTGGAGGAAATGATACAAAAAAGCATGTGGAATTCTCATTTCA GGCACAGTATGTTGGACCTGTTGATACGTTAATTCCTCTGCTTAAACAGTACTTCCCTGA GTTCAATTTGGAGCGAAAAGATTGCTTTCAAAAGACTACTAGTACTGGTGCGGAGAAAGA ATGCCATGAAGTTTCCTGGATTCAGTCAATCTTATATTTCTATTTCAGAAAACTAACTGA TGCCCCTGAAACATTGCTAGAAAAGAGTATTCCAACAAAGAAAAGTTACGACAAAGGGAC GTCTGATTTTGTGAAGACTCCAGTTCCAGAAAGTGGTTGGGAAATGATAGAAAGACTGTT CTTGGAAGAAGAAAGTCCCCAGATGATCTTTGAGCCAATGGGTGCGAAATTTGATGAAAT ATCAGAATCCGAAATTCCATTCCCTCATAGAAAAGGGAATTTGTACAATATTCAGTACTT GAACTACTGGAGCGATAACAGTGAGACTATATCAAGCCAGAAGATAGGATGGATGAGGAA ACTTTACCAGGAAATGGAGCCATATGTTTCAAATTCTCCAAGAACTGCTTATCTGAACTA CAGGGACCTTGATTTTGGGACAAATTCAGAGGACTACAGCTATTCCAAGGCCAAAATATG GGGTCAAAAGTATTATAGTGGCAACTTTGAGAGATTGGCTCAAGTTAAGAGTAAGGTGGA TCCCAACAATTTCTTCAGAAATGAACAAAGTATTCCACCTTATTCTACAAATTGAAGAGT CATTTTACTCACATGTCTCATATTATTAGACAGGCCAGTTAGTGCTTGTCACACATTGTA ATATGATATTACAAAGAAGTTTCAGTTTTAAATAAAAAATGTATTGCTCTCAGAGGATAA ATACTTATTCGCACTCTAAATTTATACCAAAACAGTAAACACAAAATATGCCTATAGTAT CTCATACACATATATTTTACTTAACTCAGGTGTTACATAACCACTTGGTCACGCTTGTTA ATGGGGGTTTATTCATGGTTTTCAACACACTTTTTGGGCAATCAAGTCATGATTCAACAC AAATTTTCGAAATTCAACTTTGGTATACCATTATAAATATTTTAATTGAAAATTTAAAAA GGAGATATACATATTTATTGAAAATCTTTATTCACGCCTATAATTGAAAAATCTACCAAC TTTTTGTTGCTGATCTTTTGAAACTCTAAAGTAGTAAATGTACGACCACAAGAAATTTAT GTATTTGGAAATTGGAGAAGTGTTCTTATCGTCCAAAACTCTTAAAGATGTTATTCCTAT TTTTTTTCCTTACATAATGGAATTCTTATTGAACAGGAAGAATAAACAAACAAAAAATAT AGTAATATGTTATACTAAAATAAAAATACAAATTACTTACCCGAGTACTACAAAGTTACT GCAGCTGTTATTTATATCGATTTAGTAATTAAAAATTAAACTAACAATACATAAAAGACA AAAGTTCTGTACTTATTATTTTGGTGTAAATGTATGCGAGTTAATATTTAAAAAATGTGC ATTCAATATCTGTTCAGCATTTTTGTCACCATGATTCTCTAGTCTTGAAGTGTTAGTTAG TTCATTAACTTGAGCAGAATCTAATCTTCTTCGTGCGATAAATGATAAGGTGGTATACTT TGTTCACTTCTAAAGAAATTTTTTGGATCTACCTTCCTCTTCACTTTAGCCAGCCTCTCA AAATTGGCCTTGAAATACTTTTCACCCCATATTTTGGCCTTGGAATAGCTGTAATCCTCT TGATTTGTTCCTAAACCAAAGTCCCTATAATTCAGGTAAGCGGTTCTCGGAGATTTTGCA ACATATGTCTCCATTTCCTTGTAAAATTTCCTCAACCATGCTATCTTCTGGCTTGATATA CTCTCACTGTTATCGCCCCAGTTAACCAAGTACTGAATAGTATACAAATTTCCCTTTCTA TGAGGAAATGGGATTTCAGATTCTGATATTTCATCTAGTTTTCCGCCTAATGGCTCCATT ATCATCTGGACTCTTTCTTCTTCCAAAAGCACTCTTTCTATCATTTCCCAACCACTATCC GGAATTGGAGTCTTCACAAAATCAGATGTCCCTTTGTTGAAATTTTTCCGTGTTGGAATT CTCTTTTCTAGCAAAACTTTAGGTGAATCATTTGGTTTTCTGAAAAATAAATGTAAGACT GATCCGATCCAGGAGACTTGGTGACATTCTTTCTCTGCTGAAGCAGTAGTATTCTCTTGG ATGCAATCTTTTCGCTCCAAATTAAACTCAGGGAAGTATTGTTCCACGAGAGGAATTAAT TCGTCAACAGGGCCAACATATTGTGCTTGAAAATAGAAATCAACATACTTTTTAGTAACA TTACCTTCTGATGATCTGTGATTTTGAACAACAGCTCTAATGAACAAATCTTCAGGGAGT TGATGTGATATATTTTCCCATTTTTGGAGGAGATTTCGGTTACCCTCTAATTTCCTACGA ATAGTGAAAACAGTAAGCTTTTCAGGAACACGAACTAATTTTATTTTCCATGCTAGAATA ACACCAAAACTTGCTCCTCCACCTCCTCTTATCGCCCAAAATAAATCTTTGTTTTTCTCT CTGTCAAGAATTTTTCCTTTAACATCCATTACGCGAGCATCTACAACATTATCAGCTGCC AGGCCAAATTTCCTCATCAATGCACCGAGCCCACCACCACTGATCATTCCACCAGTGCCA ACACTGAAGCAGATACCGCCTGGAAATGCATGAACTTTACTTTTCTTGGCAATTGCATAG TAAAGCTGGCCGATGGTCGCCCCTGTTTGAACCCAAACTGTTTCTTCCTTTAAATTAATC TTGATTTTGTTAAGATTGCTTAAATCAAGCATTACAAAAGGGGATTCAGAGCGATAAGAT ATGCCTTCATAGTCGTGGCCACCACTCTTGATCCTGAATTCTAGGCCTATTTTCTTACTA CAAAGAATGACAGGCCTGATTTCTGATTCTTTCTTAGGGGATGCAATAAAAATGGGATGT GAAGAATTGAACCATCTGGGGTTTTTCTGGGCATATTCCAGGATAGATAAATAAGTTGGA GAATTAGGGGAGTAAATATTTTTCGTAACATTTTTTGTGATGTATTTGGAAAGACAATGA AGAAAACCTTCTTTTTTGGAGTAACATTTAGCCAAAAAGAGGGAAAAGAATAAAACAGAG AGAATTTGAAAGCTTCTCATTTTTTTTTAACAGGAAATTGCTATCTATAAGAATTAAGGG ATTCAGAATGAGCTATCATGCTTTGAGGGGAAAGAATGTGATATTTTTCAAGTCTATAAT CCAATTTATAGAGAGAGATGAATTTGAATGTACTCACTATATTAGTTTCTGAATAAATTC AACAATTAGTCTTTGATCTAGAGGACTTAATGTAACTGAATGTACTATATAAATTTATGA ATTCAATGTACTTCAATGCAATGTTAATTCATAACCATTTTGAAACTTAAGGGACTTAAA TCAATGTAAATAAAATCCACTGTTTCAAAATGTCCAAACGTTATTTTTTTTTAATTAATG ATAAGAACTGAATCCAGATTTTTACAGACTATCTCAATATTTTGACACCAGTCTATAAAT ACACGTGCAAAAAATTGAGTACTAAAAGTACAATGGTAAGAACTTAACTTTGAACTCACC AAGTTCAAATTTTCATCCAGAGCACATTTGTACTCACTTTTGCCTATGTGGGATACATTT GCAAGAAGATCACATCAGAATACCTGTAATTCAGATGGAATGTAAGTGCTCGGCCATGCT TCTTCGATTAAATTTGTCATTCCTTCAGTAGTAAAAGGTGGAATGCTTTGTTGGTATCTG AAAAAGTTCTCGGGATCAACCATACTCTTCACTTTAGCTAACCTCTTGAAGTTGCTTTTA AAATACTTTTCACCCCATATTTTGGCCTTCGAATAGCTATAGTCATTCTGGTTAGTCCCA AAATCAAGATCCCTGTAATTGGTATAGGCAGTCCTGGGAGAATTGGCAACAAATGGCTCC ATTTCCTTGTAAAATTTTCTCATCCATCCAATCTTTTTGATTGATACATTCTCACTGTTA TCGTTCCAATTCACTAAGTGCTGAATGTTGTACATATTTCCCTTTCTGTGAGGAAAAGGA AGTTCAGATTCTGAAAATTCATTGATCCTTCCACCCAATGGTTCTACTATCATCATAGGC CTGTCCTCTTCAAGAAACAATCTTTCAATCATTTTCCAACCATTATCAGGAATCGGAGTC TTCACAAAATCAGATGTTCCCTTGAAGTAATTTTTATATATAGGAACACTGTTATCCAAT AGGACCTCAAGTGATTCATCAACTTCTTTGTTGTACAAAAACAAGACCGAACCGATCCAG GGAACTTCATGACATTCTTTCTTCAAACAAGGTCTCTCAGTGCAATTTATCACTGGTTCC TGGAAGAAATCTTTGTGTTCCAAATTAAATTCAGGATATTTATCGCTGACAATTGGAATT AACTCATCAACTGTCCCAAGAAATAGTCCTTCAAATGTGACTTTGACTTTCTTTTCTTTT CCTTCTCCATCATTTTGCATTATCATTCTAAGGAAGAACTCTTTAGGCAGTAAATATGAT GTATGTTGCCATTGCTGAAGGATATTTATAGTATTCCCCTCGAGCATTCGATGGACCCTG AAAACAGAAACCTTCTCAGGGACATGAACCAGCTTGAGTTTCCAAGCAAGAATGATCCCA AAACTTGAACCTCCACCTCCTCTTATGGCCCAAAAAAAGTCTTCTCCCATTGATTTTCTG TCAAGAATTCTTCCATTAACATCCATTACACGAGCATCGACAACATTATCTGCTGCAAGC CCGAATTTCCTCATCAAAGAACCTAATCCTCCACCACTAATTAGCCCACCACTGCCAGTA GTATAACATATACCTCCTGGAAATGCATGTACTCTGCTTTTCTTAGCAATGTCATAGTAT AATTTTCCCAACGTTGCCCCTGCTTGAATCCAGGCCACTTCTTTCTCTAAATCAATATCG ATTTCATCTAGACTACTCATATCAATCATGATAAACTGCGATTCAGCGCGAAAAGAGAGA CCTTCATAATCATGACCACCACCTAACACTCTAATTTGCAAGTCAAACTTTTTGCTGCAA AGAATGACAGGCTTGAGTTCATTTTCTTTACGAGGCACAATAATTAAAAGCGGATGTGCT GATGAAGAGTTCAACCATCTTGGATTTTTCTGAGCATGTTCGATAATCGATGAATATGTT GACGATTTTGGAGCATACATAAGTACTCCTGTGCTGTTACTTTCAGAAAATTGACTAGAA ATACAGTGGAGAAAAGATTCACATTGTGACAAAAAGAATGATAGTAATAGAAGAACAAAG AGAAGTTGAAAGTTCCTCATTCCCCTTCTTTGCAATAACAAGTGTAGCTTAAAATAAGAG GAAAATAGAAAATAGGATTTAATTTATGTACTAAAATATTTTTCAATAGGGAAGAAAGTT AACATACATAACATAATTTCAGAAAAAAAAAAAGAGTGGAGTTTAACCAAGCCGATTTGT AAATTATAGGTATTTGAGATACTTTGCAATTCAAATTAGTTGGGAAGAGGACGTTGTCTG ATTTTTGCACTAAAATAATTATGATAATCGCAGTATATTTAATTGGAGCCATGTGAAGTT GATTATATTAATATTTTAATTTTAATTTTAATAAAAAAAAAATCGCATTAAAAAAAGAGA CCACGTGAAGTCGACGTTTTCAACGAGATAAAGCGTGGACCATGATTGAGATTAGCAATT CATTTCTTATATTTATAATTCAAGTAGAAGAAAGTGATTTTTCAAAGATTTTGGGTGTTA GTTTTTAGGAATTTATAAACAGATTTCAAATTTGTTAGGATTTTCCTTTTAAGTATCTTA ATTGTATTATTTTTTATTAAATTATTTATAATTTTTTTTTTTGTAAATATTATTATCTGA TTTTCTATTACTTTATATAGGCTTTCATCCCACTAATAATTGACATATGTTCAAAATATA CGAGTAATATATATATATTTTTTTTATATGTTAAAATAAATATAATTATTTTGATCGACC TCCAAATATATAATTTGGGCAAATTAAAATCATATCAGGGACATCATACATTTAGTTGGT CGCGATTTACGTGCATGAGGTTACTAGTAGTGTTTGAAATTGTAAACAACATTACATTTT ACCAAAAGAGATTTAAGCATTAATAATGCTTCTTTTTAAATAATTTTTCTCCACATTTTA TTTATTGGATTAGAGCAAAGGTGGAACTAAAGCTCCTTTAGTCCCATATTATTGGTCAAA ATTACTAAAAATCTGTCTTAATTTATTTGTCTTTTTAGAGAAAATCAAGATACAATTAAT TTTATTTATCTCATTTTACTTTTAGAATTAATTTTTTATAGTATAAAATTAGTTTGTTCG TCTTGTTCTTAATTAAAGTATTCTCTACATTTCATATTAATTTTTGAGGCATTTTTTATT TTTTGATTCAACTTAATCATTCAGTTTTTAAGACTATTTTTAAAGTGTTTTTTCAATTTT ATCCTTTATTAGTTAGTATTGAAATTAGTGATTAGTTATTTTAATCATAAATTTGACAAT AAAAATGAAAAACTAGGTTCAGTTTATGTCTTAATCTACTTTTCTTATTAAATGTGTGAC ACATTAAAAATTAAATTAATATGAATTGGAGAAAGTATAATTTATTGGAGAGATATAAGG GTAAAGTAGTAAGAATAATTTTTATTTATGATTTTTTCAGAGTGCATAAAAAAATGAGGC AACTAATATAAAAGGAAAAAGATAACTAGTTACATTTTAATTTTATAAAATAATTATTAT TTTTACCAAGGTATATTTTTAATAAACACGAAAAATTAAAATGAATTAGAAGGAATAGTA TAAACAACTCAAATTAAAAATTGCAAACTGCCATAATTGCGCAAAACAAATCTGAATCAA TAATTGGAGTGTATCCACTACTGTCCCTACTAAATATTTGATTTCATTTTTTATTAATTT ATTAGACACCGTGGATCCAACTGATGTTTAGTTCAACTAACTAAATAAATTTGATTTTAA TTTTATAATTTAATTGATAAAATATCTATTTTAACATAATAAAATTCGGGCAAATACATA AATAGATTTCTAAATTTAATAGGTTTTTCTCCTCAAATACCTCAACTATGTTATTATCCT ATTGAATCATTTAACCACCCATAATTTGTTTCTTTTAAACACGATTGGCTGATGTGGAAC CAGATTTTGCGATGGGTATTAATAGAGGATACATATGTTATTCTAGAACTCATTAGTCCA ATTGATACTGAAAATGTTCGAGGATAATTGTGTTTTACTTGAAGTCGTTTAAACACAATT GAAAACAAATGGGAGTAACTCATAATTTGTCTTCAATCAAAATCATTGCAATACAAACAC AATTAAAAGCATTTAGTCATTTACAATAGAAAAATCGATTCCTTTTTAAAAATTTGCAAC AATACATAAATTTTGTTACAAATTCTTGTTGGGCCTATCTGCAGTTTCTCTAACTTGCTT AAGGGATTGCATCATGTCTTATTGGGCCTATCTGCAGTTTGTTTTTGAAGACAAAAAAGC CATACATATATGAAGTCTGTTTCCAATATATATATTTATAAGAATTTTGACTCATAAAAC TTTTCCAATAGAGAACTATCATTTCACGGTAACTAGTTACACTACAACAAAAAACAGACA ATAGATATATACATTAACAAAAATAAAGAGTATTAAAAAAATTTAGACACTAGTTAATTG TCATTACTCATTAGATACAATTCAGTGTAGCTATAGAAGTTAGTGACATTTACAAAGAAT GTTAAATTGTACTTTCTTCCTTTAAAAAAGAATAATTTTTTTCTTTTTTAAGTTTGTTAA AACAAAGGGAAAAGGATCAAATATGCCTTCTAAACTATTCGAAAAGGTCTAGATATAGCC TCCGTCTAAAGTTTGGTTCACTCATGCCCTCGCCGTCCAACTTTTGGTTCAAATATGTCC TTATGGACGTTAGTTGCCATGTTGGACATATCCAACTCATTTTTTTAATTTCTTTAAATG TCACATAGAATTGTCATGTCATTTTGACCTTATCACATGACATTTATATGAAAATGAAAA GATATTCGGACTCATAAACACTTAATCTAACCCATAAATCAGCTCCTATTAAATACGTTA TCCGACCCATTTTTAATAATTTTAAAAAAATGGCAATATCAAAGAACAAATTTGTACATT TGACCTAACTTTAATTTAGAACCACAAGATTCAAAAATTTCTTTATATTCTTAAATTTTG TGCCGAGTTAAACCAGGTCATTCTTTGTGAAATGAAGGAAATAATTATCAAACTGTCTCT CAAAAACATATTTAGCTATTATCATAAATTAATTAAACATTGAGAGGGAGCACACAAATA AATAAATATGCCATATATATCGCAATCTCATATTTCCTTCACACACACACAATCAAACAA GCTTAGTATATATATTAAAGTAGTTTTTATGCAGAAAACATCCTATGTTAGTAGGTCGTG TTGTATAAACACAAGTATTGTAATTTGTTTCTATACTTGAACCCACAACCTATGAGTCAA ACGGAAACAAACAACGTTTTCATTGCTCCAAAGCTCCCCTTCTGATCTCCGAGTACATAT GTATACACAAACATTGATTGATTACTTTAAACTGAGATAATCTGCAGTGAGGGGCTTGAA CACATTTGACGCAATAGCCTCAATCAAATCAATTTGTCCCTTCAACATATGCATGTAAAC AATCCAATCTCCATTTCCTTTTGGACTTGGCATTGGCATCACATATCCTGATTTCCCTTC CCATGGAAAATGGTACGAACCAAACACCGCCTCTCCCCATCCAAACTCAATCTTCCTCAC CGGAAATTGTTGCCCCGATGACACCACCAGCGCAGGTGTATCTTCATTCGTGGCATAAAT TCTTGCTAGAGCTGGCTCCGGACGATGATTCTCAACCCAATTTATTAACCCAAGAAAATG TTCTCTTGTCACAACATGTTCAAGAAACTCATGCACTGCACTTGCAACCCAACTCAATGA TTTCTCTTTTAGTTCCTCAACTTTTTTTTCCCCAAATGGGATGGAAAGAACATTCCCAAA ATACCCTTCTAGTATCTTGGCTTGTTCTTCATCTCCGTTGCTTAATCTACTTCTTCCATT AACCACAATTCCAAGCCTGAACTTGTTATTAGTATCACTGGCTATCGTTTTCCATAGGAA AGCGCTGAATGCTTCAAGTTTAGTAAACGTTGTGTTGTTACAATTGGCTAGTGATTGGAG GCGCCTGATTTCTTCGGCCTTAACATAGTAAATTCTACTTATAATTTCATCAGCATCATG ATCAATATTTGCGGTTTCCTGTTTCAGGGCTGAGATAGGTAAGTACATGGTATCAATTAT AGGATCATAGAAAGAGGGACACCGCGGAGTAAGAAAAGATCGTCTGAAAGATGGTAGCTG AGAGAGTGGTTTGGACTGAGCTAACTCAGCCCATGATACAAGAAACATGTTGAAAGAGTA AGCATCAGCAACTCTATGATCAAATGTACAACCCACCACTACTCCTCCACATTTTAGTTC TGTAACCTGCAATGGATTATTAAACTTTCAATTCTCAAAAAACTTTAGTAAGGAGCAGAG TTCATAGGAATAGCAGCATGCAAAACAACAAGTTCAAGTTGAGTTGCAAAAGGAGAAAAA GGGTAAATGGGCTTGACGTGGTCTAGTCCTTCACAGAACCCATGAAGACAAGAGGAAAAT CCAGCATTTGAAAACTTAAGATGCATCTATCAATATTAACTTAATTTAGGCAACTTTTAA TAACAGTAACGAATAATTTGTATTTGATTGGTCCTAATGACTCAAATAGGGCTCTAGCTG GATTTGAACCCTGGTCTCGCCGGTGTTTTCTCTGGTTTGTACAAGCGGCACAAAGGCACT CGTATATATGCTTCTCGTGTGGGCATGGAAAATAATAATCCTAGTTTCTCAAAATAGATA TAATCGCATGGACAATCCTTCTTTTTGAGCTAATTTAACATAGTATCAGAGCAATTCCAT CCCACCCAATGTTGGAACCTAAAATCAAAATTCAACTGGGCAGAGATGGGGTGTTAAAGA ATAACAAAAGTCTCAGATAGATGGTTAATGAGATGACGCGAGCTGGATTCGAAGAATATC TAGAGTGATTGAGGAATGATGAATAGTACCTGAACAGCTAGTACACCATGCTTCTTCTTT GGTACAAGCTTGCCTTCTATGCTTTCATCCGGATTATGAAAGTTGATCTCTTTAAGCTCT ACATCAGCCCAAGATTCTATGAAATCCACTCCAGCATTGTTACACAGAATTTCGGGCTCT CCAGCAAGGTTTTGAATTAACTCTCCAGCAAATGCATAGTATGAAACCAAAGTCTCACCC AAAGACACCTTAAGAACATTGACCATGGAATCAAATGACCAATTTTTTGACAATATTCCA GAAATAATGGGATTTTGATAACATAAGAATACTCCAACATCCACTGGAGGTAAAAGCAAA TCAAGATTGGACTGTGATAGCCAATGCTCTTGCATTGGCAACATTGCTGCTACCACCTCT GTTTTTATCAACTTCACATTGAAGTCCTTTTTGGCACCCATCTATTAATATTTCTAAGAT ATATTTTTTGCTTTTTGTTGAGGGAAAGAATACTGGAGAGACTTTTGAATCTTTGTATCA ATGGATTGTATGTTTGTAATGTTGTGTTTTCCATTTTATAGAGCATACTCATAGTATATA TTGTACTACATGGGCAACCTTTGACGTGGCATTTGTACGTAAGAAAAAGAAATAATTTTT TTAAAAAAATTGTGATCTAAAACAATTTCTGATATTTGTGCGCTTATGAATCATTTTATT AAGAGTAAAAAAAAATAAAAAATTAAACTGATTTGATCTAATTATAATAAGGTGACATTT TTTTAGATGAATTAAAAAGGAAACGGTGCCACATAAAATGTGAAAGAGTTATAAATTACG CGGAAAAAAAAGATATACTAGTTAATAGCTAACATAACTATAGTTTGAATTAATTACAGC TCGCGTTTTAATTTTATTTGTGATTACGTCGCATTCCTTTTTTATACATATATAAATATA AATTACACACACGCATGCGCACACAAGACAAATATACAAATACAATTAGTGTTTCTTTTC TCTCTCCCAGTCTTGCTCGCCTCTCTCCTCCCTCTCCCTATCTCGACCTATATATATATA TCTATATATTTCATCTCTCTCGCTAGCCTCTTTCCTTCCTCTCCCAATATCGCTCGTCAC TCTCCTCTTCAACCTCACTCGTTAGATAAACAAATACATACATATACAATTCGTCTCTTT CCACTCTCTACTCTCTCGCTTGCCTATCCCTATTCTTTAACATGTACCTACGAATTGAAA TTAGCAAATTTATAACTATGAAGTATAATCAATTAGTATTTTTAGTGCCTAAATGCGAAG ATTCCCCTTATTTATATCGTTCATTCAAACTATTGTATATAGCTTCTTCACTAGATATAT AGAATATTCTTGCTTCCCTTGATTGTATCTGTAGACATTGAAATTTTGTGGACTCTACAA GATACGTTCAATTTGAGTTGGGACTTTACAAATTGTATTCAACTCAGATTAGGATTCTTA AAGGCTACTCAACTCTAAACCCTAGTTTATGCCTATATAAAGTGTACTAAATTCTCTTAA AAGGCATCTCGGAAATTTCATAAAGAGATCAAGATCTCGAATACTCCACAAATTGATGGT TTATTCATAAAGAGAGGTCAAAATCTAAATCATCTTAGTTCGATAAATACGCCACTAACG GCTCTCGAATCATGGATAAATCTTTAGAGAGTAGAATCAAGGGATCAACAGATTGTACCC GCAATCTATCTTGATCAATAAATTTATGTTTCTTCATATTTTATTTGTGATTTTAATTTA TATTCTCTCCCTTTAAAATTTGTTGCAAATAGTATCAAAGATTAGAAATAGAATGCCATT TTCCGTTTGGTCTTTTTGTGTTAAATATTTTTGGGTGTGGAGACTACGGAAACTATCGAT TTCTCTCAACATAAATTTTATTATATCAAAGTAAGAACTAGCTATGGTCTTACAATCTTG ATCACTCTTGTTGTTTGCTTCAAATGGACCACCTCTATTTATAGGTGGTGATTGAAGAAT CTAGAAGAGATACATACTACTCTCTTCTGGAATATTCTTAACAATTTTTTTCTAGACCTA TCTTTTCTAGAACATTTATAGACTATTCTATCTAGAATACTTATTCTAGAGATCTTCCTT CGATTCTCCATAATTTCAGAATATTCTAATTTTTTTTTGAATTATCTTAAGTAATAATTA AGTTGGTTGGTTTTATTATGTGAAGAACAATTCTAGCAATTCAACCAGTACATGTTAATG TCCTTTATTCCGATATATAAAATCGGCGGCACTTGAGTAGAGCATATATTATTTAAGTTG CACATACCAATAATTGATTTTGATAGGACAAAAGTATTTAAATGTCATGCAAAAATTAGC AAAATAAATATCAAAAAAATAATATAAAAAGATATAAATATTCAATATGATATAATCAAT TGATCTAATTCACAATTAATTGACCTAATTCACAAAAGTAGTTAAACAATCCACTAAATA TAAAAGAGAGTACATAATGAGAAATAACCTGACAAAATTCGCAACATTATTAGTGATAAG ATAACACTTGTCACTTTTATCTTATAACGTATTGAATGTTACCAAGTTAGAAAAACTATT TATAGAATGATAAATATTTTTCTACCCAAAAAGAATTGTTTTTTTATTTTAGAAAAAGAA AAACTCAATTATTATTATAAAAAAGTCAGAAACCCAATAAATTTAAAAGTTTTTTAGCTA GGTTGTTAGTGTATTCATTTATTTATTTATTTTTAATTCCACCCCATTCGCGCTAAAGTT TAAGGATATTTACTAAAGTTTATTCACACAATTTATGTTGGTTTAGTTCTATTTGTTCCT TTCTCCTTTCACTTTCTCCATTTATTTTATGTGAGGTTTATATTGGTTTGTATTTCTGTT TGTTTTCTTTCTACTTTCTCTTTCTCCATTTATTTAAAGTTGTCTTTTATACTTCTACTA TCAAAACCAGTGAATTGATTTGTATTTATGTTTGTTTTCTTTCTCCTTTCTCTTTCTCCA TTTATTTAAAGTTGTCTTTTATACTTCTCCTATCTAAACCAGTGAATTAATCAATTTATA CTCAAAGAGTAAAAATCACAGCATACAAATTCAAGTTATTCATATAAATGAGATTCAAAA ATGAATGTGTAATTTATATAATATTTGATAATATCCTCTTGGGTACTATACAACCATTAA GTGGCCATCTTTTTAGAGAAGTGGGATTTAATTAAGGAAAAATTACGTGGTTAAACAAAT TTATATTACTTAATTACTCATCATAGCTATAGTTTGCTAAAATTATCATTCATGACTAAT ATTATACATTAATTACGTGGCTGACTTCGAGTTTATATAATTAGTCATGTTTGTATATGT ACAATACGCCAGAATATACAAATATATAAGTATAATATACAACTATCTAACCGATATACA TGTACATTTCACCTCTCTTTCACTCGCCTCTCGCCTTCCTTTCCCAATCTCGCTTGTCAT ATATACAAATGTATATGTATGATATACAATTATCTAATCGATATACATATATAATTCACC TCTCTTCCACTCTCTACCCTCTCTCAATTGCCTCTCTCCTCACTCTCTTAATCTCGCTCA CCTCTCTCATCCTACCTATCTCCTCCCTCACTCAAATCTCGCTTTCCATATATACAAATT CATATGTATAATATACAATTATCTAACTGATATGCATATAAAATTTACCTTTCTTCCATT CTTTGCTCTTTCTCGCTCGCCTCTCTCCTCTCTTTTCTAGTATTGCTCACCTCTCTCCTA TCTATAACATGTAGCTATAAATTGTAATTATCAAATTATGGAGAGTAATAAGACTATTTT TGAGTAGCTATATGTGAAAGTTCCTCGTTATTCAATTCCTCTCCAACAATTTAATCTAGT AGCGTGATAGAATTATGTGTTAGCATCCACATGTTTTAAACAATTTTTGGATCAAATTAA TCGGTGACCCCTAAAGTTTGCATCAAATTTCACTTAGATACTTCAAATGGGTGGTGCTCA TTTTAAACACCTTATGTAGGGTCCCGTCATGTCATTTTGACACTTTTTTTTATAATGAGT AAAAAGTTGAAAGCGAGTGTAATACACTCGTTGATGACGTGGCAAACAAACAATAATCTA TGTGTAATTCTAATAAAAAATCAATTATTTGTGAGAAGGAAAGTGGAAAAGGAAGAAAGA AAGAGAATAAATATGGAATATGAGCGTTTTGGTGTCCATTTTTCAGGTAAAAAAGATGTG GTTGTAGATTTACAAAAATAATATAATGAAGAAGAAGAAGAAAAATGACTTGAAAACAGA TTTGAATAAAAAATTCGGCTTTCATTGAAAGAGTTTAAGCTTCAAAAAATGGTGGAAACT GGTAGCATAAAAAGGGGAGAAGAAAAAGTAATAAAATAAAAATTGGTTAAATTGAGTCTT TCATACTCTACTGTTAAGTATATCACACTCATTTTGACATGTCAATAAAAACTTTACATG AAGTGTCTAAAATAAATATCATTAGTTAAAATATCAAAGTGAAACCTAGTTTTTATTTCT ATTATATAGAAGAGTGAAGTGAGAGGACGATTAAGATCAAAAATGTAATTTTACGCTAAC AAAAATCTATGAAGTAAGATGATAAATAATTCTAAAATTATCTTTCTACATGAAGTGAAT AATGATCAAGAGTAAAAATGTAATTTCATGCTAACAAACCAAGAATGATAACAAAAAAAT TAAATAGTTCTAGAAACATCTTAAATTATTGTTATTACCATTAACTTATTTTGTTATTAC TTCACTTTCTTTTTCTTTTCTTTTGTGACTTATTGTGATATTCATTATACTTATAAAAAA AAACTACTTTTTATATAAAAATATCATGAATTAATTATTTCAATTTTTATTTTGGCTCTA ATTAATATACTTGAAAATAAATTAATGTGATAAAATTAATAATATATATTAGATTGAAAT TAAAGAAAAGATGTTAAAAAGTAACTTTACAAATAAAAATGAATTGGATGATATATTTGT ATTAAAGATGACCAACAATAAAATGTAATTTTATTCTAACAAAAATTTATCAAGAATAAA TAATTCTGAAAACATCTTTCTATATATGAAGTGAATGTTGACCAAATGTAAAAATATAAC TTTATGCAAACAAAAATCTATGAAGAATGATAACAAGAAACTTAAATAGTTCTAGAAACA TTTTTAGTTATTCTTATCAGTATTACATCATTTTGCTATTTCTTCATTTTTTAGAGTTAT TGTGATATCTACTTATCATATGAAATTAAATAAATAATGATTACACTTAGCTCTTAATAA TTATATATCAAGTATAATATTAGGTGGTACCAATCAAAATTAAAATTAAAATTTATATGT ATATATAAATTTTTTGTATTGAAATGTTTTTTAATTTTGTGATCTTAGATATGTTATATA AAAGAATTAAAATTCAGAAGTTATTTTCATTTTGAAATGAAATAAAAAATAAGTTCATAT AAATCGAAAAGGAGAGAGTCATATATTAAAAATGAAATATATATATATATGTTATTATTG AAATGAGCTTTCATATATTATTATTTTTTTAAAAAAATGTTTGGCTTCCTTCTATTAATT TTTTAAAAATTGTTTTAAAGATTTAAACATTTTAATATAGAAAAATAATGATTTGAAAAT TTTAATTCTTCGTTTTAGTTATTAATTTTTTTACATATTAGAAAATTACATTAAAAAAAA GCTCAAAAAAGCAATGTAATAATTTAATATATTTTTTAGAAAAACATAGTTAAAAAATAT AATAAAATTTGGTTGACTATCTTATTTTAGTTGAAACAAAAAAAAATTGCATATCTTGTT TGAAAATAACGTGAATGACAACTAAAAATATGTGAGAATCATATAAGAAATTTCTTTTAC TTTTCTAAAACACTTGTATCACATAAATAAAAAAGTGGAGCAACATATATTATTTGAAAA TAACGTAAAAGGTATATAAATTTACAATTTAAAATAACTTTTTAGAGAACACATAAAAAA TTTATTTGTCTTTATCAAAATTTATTTGTGTTATTTAAATTTTAAAAAAAAATAACATAC GTTAAGTCTGTGCTGACGCTAGCGTTGACACATTATAGCTTGTATTGACACATAATATCT AGTACCAATCTGAAGCTTCCAAACATTGTGTGGTTGATTACACTTCCAAGTTTGAAGGAG ACAGAAAACTGACTGCGACTTAACTATGAAAAATTGGTGTACCATATGACAGCCTTCATG TGGTGTTGTCAGTAGTCACACACAAAAACGTGATTTTGCGCGAAAAGTTTTAACATAGGC AGAGGCACAACCACTAAAATTGCGTGAGTCTCTATTAATATTTTGAAATTTGGAATTTTG GATTGTGGACCATGTACTTTGTAAATGACGTACTGAGTTTGGAATTTAAACAAGTTACGA AAAAATAAAAATATAAAAATAAATCACAATGTAGAAAGTAAAAGATAAAAAAAATTATAT GAGTCTTGAATGTATTTTTGAGTTTGTTATTTAAATAAGTTAAAAAAGAAAGTGATCAAA ATAAATTACTATTTTATAAAGTAAAGGTTAAAGAAAATTATGTGAATCTTGAATATAATT TTCTATTTTTGTATAACAAAAAGACTTGGAATTTTCAAGAAGAAGAGACAAGCAGGGAAG TTGGGGTTTTGAGAAAGAGGTGGAGGGATTTGAAGAAAGGAGAAGAATAAGGTAGGTGGA TTTTTGTTTTTTTGTTGTTTTCATTATATACATAGCGGAATCTTTTTTTTTCAAAAAGAA AAAATGTACACGCCTTCAAATTTTTTTTGCTACGTCATCTTTTAACGTGATATTAAATTC ATTTGAAATGAGTTAGGGGGTAAATAATTACCCGTAAAGTTAAACTGTTAAAGCAAATTA TGCGGACATATTCAGGGAGTAGGAGGGAATTTATGTGTTTTCCTTAATAAAAATAAATAA TTTTTTTAATAAACTTGTGATTTAAAATAAATTTTTAATATTTGTGTTGATGTGAATCAT TTTACTAAGCGTAAGAATTTTTTTTTAAAATTAAATTGTTCTCACTATAGTAAGGTGAAA TTTTCAAAAAAAAAAATTAAAATTAAATTGTTTCTCACTATAGTAAGGTGAAATTTTCTT AGACAAACTAAAGAGAAAAGAATGTCATATAAAATGTAATAGAGTTATAAATTACGCAGA AAAATAAACATATTCTAGTTTATCAGCTAACTTAGTTATAGTGTGAATTAATTATGAGTC GCAACTAGATTTTAGTTGTAATTACGCGTGCATGCTCAAACACAAATATAATTAGTTTCT AAATAATTATCTGACAGATATACATATACCACTCACCTTTCTCCATTCTCTGCCCTCTCT TGCTCATTTGTCTTCTTCCTCTTCCAATCTCGCTTGACTATCTTCTTCCTCTAATATGTA GCTATGAATAGCAATTAACAAATTATAACTATGAAATATAATTTAATTAATTTTTAGTAC CTAAATGCAAAATTCCCCTTATTTATATCGTTCATTCAAACGTATGTACGCAGCTTCTTC TCTAGATATGTAGAATATTCTTGCTTCCCATTGATGTATCGAAGATTAGAACTAGAACGC CATTGTCCTTTTGGTCTTTTTGTTCGTTTTGTTTTGTGAAGAACAATTCAACTGGAAATA TTTTAGTCCTTTATTCCGAGAAATTGGAATATAAAATCGGCGGCACTTTACTAGAGCATA TACTATTATAGTTCTACATATCAATAGTTGAATTGTCAAGATAAAAATAATTAAGTGTCA TGTGAAATTTAGCAAAATAAATCTTGAAAAATCAATATATCAAAATCATATAAATATTTA ATATAGTTCAATCAATTAACCTAATTCACAAAATAAGATAAGTAATCTACTACTATATAT AAAAGAGGGTACAAAATATCACGAAAGATACCCTCACCAAACTCACTGAGAATAAAAAGA GATTTGCGTAATTAATGATAAGGTAACACTTAAGACTTGTATCTTATAAATTTTCTCCTT AAACAAAACTCTCAAAGTACTTATAATTACATTGTACATGTTCTATAATCATAAACATTT TTCTACCAAAAAAAGGACTAGCCAAATATGAAAAAAATATATATATATTCCTTTTAGAAA AAGAAAAATTCAATTATATTGAGAAAATCTTTCTCCATTTATTTGAAGTATCGAGTTTAA CTCAATCACAAAACTAACTTATGAGAATAGGTTTGGCCAAGTCCATATAAGGAGATCAAA ATTTTCATCCCTCTACCGATATGACACTTCTTAACGAGTTCTCTTTTATTTTTGCCTATC TAAGTGTACCATTTTAACTCAAAAGAATAAAAATCAAAGCAAATAAATTCAAGTTTATAT AAATGAAATTCAAAATGAATGTGTAATCTAAATAATATTTGATGATATTCTCTTGGTTAT ACTACGCGTTGTTATCATCCTTTTGTAGATGATTCCTCTTCCAACGTACGGTTTGTGTTT GTATCCACACACACGCTTTAAAACATTTTAGCCTCAAAACATTGTGTGGTTACACTTTCA ATTGCTTGAAGGGAGACAGACAATTGACTATGCAAAATTGGAGTACCATATGAGACCACT TATTCTTTTTCTGTGCTTTGTTCTAGGATATATTTTGAGAGCTAGTACCTGGGACCAATA CATGTCTTGGCCAATTCTAAATTCGAAGGATATAACATGTGCTCTTATCTAATCTATATG TATAAATATGAGTCCGGAACTTAAATAAGTCAAAAAAAAAGATTAATATAATCAAAATAA GCCACTATTTTAGGAAGTAACTAAAATAGGCTTAGTGGAAGAAAAAATTTTATTTTATCC AATATTTAGAACGTTTTCTGTTAGTCTCATAACGTGTATATTTTGATATATAACAGAACT ATTTATTATACTTTGTAAAGAATAATTTTTTTCTTAATCTTTGTAAAGAAAAAAAATTTC TTTCACTTTATGAAGTGGAACTTTTTCTTACACTTTATAAAGTAGAAAAAAATCTTACAC TTGGAGCAAAATTTCTATCTTACTGATATAAACCGCTACAGATATATAATAATAGTAATA GTAATAATAATAATAATAATAATAATAATAATAATAATAATAATATCATATAAATTAATA AATAATTAACAAAATCGATAAATAATAATCAAAATATAATTAAGGAGCATTATCAGTCAC TTTAATTGATAGTTTCGTTCAAATCAAAATCATATCGACCAGTAAAACTATTTTGATAAT GAGTAATGTTAGGAAATCAGTAATTGAGTTATCGGAAATTCTTCGACGCTATTACAATTT TCTAATCAAGGATGGAGATTGACCGATAAAGGAGAACATTGTTGACTAGTCTTAGGGTCC TTCCTAACATAGATTTTTCAAGTATTGTTAACTTGATTGATCTATATAGTCATTTGGAAC CCTCAAAAAGTCGGTCACTGTCACGATCCAATATCTCGAGCCATCAAGGCACCTACTATA ACCCACCAGTAGGTAAGCCAATCCGTAATCCAGAACAACACATAATGGGTGTGAGGGTAG AAACTAAACAAGACTAAGCAAAATTACTATAACAACATAAGCAAACCAAAACATAAATAC AATTAAGGATCCCTCCCAGAGCCTGGAAGTCACTAATACAGAGCTACCAACAAAACGAGT ACAAGTCCCAACAGTGGACCACCGAAACTAGACTGTCTCGAAAAGTAAAAGACAAGTTTT TATATAAACAGATGGAGACTAAAATAGTACAAAACGCCGTGTGCTCACCCCTGTCGCCAG ACCAGAAATGCTCCAAACTCGATCAACGCTGACTACTGGTGCTCGGACCTGCATCACGGA AATAGATACAGAGCGTAGCATGAGTACCAAATAACAGGTACCTAGTAGGCATCATAGGCC GACTGAACTAGAAAAGTAAAGTAATATGAAAAGACGGAATCACAAAACTAGAGGTCAAGA ACGGAAGGCTAAGTAACACAATAATGCACACGAGTGTATAAAGATCTAACTAAATTAACA TAAATAAGCTAACTACACCTAACTAGACCCACCATAAGCCCAGAAGGTACACTCTTGTGC AAGTTTAAATAAAAACCCGAACGGACCCCCATAAGCCCGACGAGTACACAAAATAACTAT AACTTAAGGAGAATAAAACTCGAGGCCAAAGAACACTGAACCAAAAAATAGAATCTGACA GTATGGAGGTCGGGCCTTGAACCGGACGCTCACCAGAATTTCACAAGTAGCCAATTGCAA AATATAAGTAACTGAGGCCGAACCTCTAACCGGATGCTCTAGATAAGTATGTGGATGGTC GAGGCCGGACCTTAAATCCGGATACCCGAAAAAGATGTCGATATAGCTGCTGAAAGAGTC TTTATCTACCCATAATCATATATACTCGTGGAACACCATCCAGACTTAGCTAATAAATGT AAGTTCTTAAAGCCGAATCGAAACTCAACTTTGAATCACGGAGCGGAATTTAATGTCACT GACGTAACTTGAGAAGCCGTGACATCGAAGAAATAAGAGTAACTATCGCTGGAGCGAGCT CATCGTCTAGCTAAATACTAAACTATTAGACTCAAGTCTGCTACATCAGTCTACAAGGAT TTAAGCCGGCCGAGCGACGTCAGGGCTAAACTAAGTCCTACCGACTTTGAATCATGCATT TCTAAGGAAAACCCTAGTCAAACCTAAACTAAGGCCCAACATACTTCTGATAACCAGTAT TCAAACATACAAGTAATCCATATAGCAAAGAAAGTCAATTAATAACAATAAACATGCTCA CAGTTACCCGATAATTCTAAGAAAAAGGCCGAAAATATAATATTAACACCTATGGATGAT CCAATAACTACCCAACCCAAAATACCAACTAATCAACATGCATTCACATGTTCGAGTTCA ATCTAAGAAGAGAAATTGTAGCCTACTTGAACGCAGATCAAACACGCTCCAAAATTCACT TCCTCGGATCTTTTACTTTTTAAAATGCTTCGAAACATTGATACACTATCAAAAATAGAG TCACAACGTTATTACGGTCATTTAAACACTAAAATCGCAAGAAACGGAGACGGGTCAATT TCGCGGTTAAAATGAAAAAAGTGGGATCCGCATTGAGAAATCCAGAATTAACCCCAAATA AAAGTCCTAAACAACTCTCGGAACTTGTGTACCAGAATGGAACACAATTCAGGACTCAAG ACAGTCCCAACATGAACATGCAACAAAAAAACCCAAATTCTACGCTAAAAATCAGCAACA ATGGTAGCAACTACTTACAAGAATTTACCAAAAATGAAGGTCCAACAGCAAAAATCAATC ACACCACGACGATCCTCACAAACCCCCCCCCCCCACCACCACCACCACAATATAGGCTCT TAAATCACTAGATTCGGACCTAAAATGGCCAAGAAATCACCTTCTAAAAGTTTTCCAAAA GTGGAGCTCGAAAATGAGCTATGACAGCAGCTAAAACACAAAATTTACCTCAAATCGGGT CCTCGATCAGATTCCAAGCTCACCAATGTGTTGCCCTCGAAAAATCACACAACTTAGCCT TTTGAATCGCCAAATTTGGAGTTCTATAGCTCAAAATATTGAAATTTTAAAGTAAAACAC AAAGGCTGAAAATTGGATTTTTATAAGGACGAAGCTGGTCACTAATAAACCCAAAAATCT GGTTGTTAAAACCCCAATTTCTGATCGTTAAAGGGTTGCACCAGATTTCAGCTTTGCCTA CTTTCTCTAAAGTCTCCGACGGATGCTCGGAATCCGTTCGAAACCTGATAAAAATAAAAC AAATATGCTACCCTACCAAAGTCGACATTTGGGACTCAATGGCGCAGTCGAAATTTCCAT CAGAGGTCATCTTGATAAAATGTGGGTCCCACTTCCATTGGCCATTTTAAGTCAAAAATC ACAAAAGGGCTCGAAAAAATATCAAAAATCTCAAAACCCGAAAGAAGGGTCAAACTAGAC CAAACTCGACATTCCGGAGCTATCCGCGCTGACGAAATTCTCATCCGAGCGCGTTTACTC AAACTGATGACAAAAGTCAAACTTAGCCTTTAACTTAAAGTTAAAACGCCTTATCACACC TACTCACACTGAAAACTTTGGGAGTCATGTCGACCATGTTACTAGCCTAAAATGACCCTT CAGGAACTGATGGAATCGTCAGAATTGAATTCTGATGTCATCTTCTTGAACTTTTGATAA AAAATGATCGTTCAAGGTTCATAAGCTCCAAAAATACTAAAGCTCACACAATAACCAAAC GAATGACCAGGTGACCGATCTGTCAGTCCCAGCAAGTCATAAATGACTTGGAATCGCTAT AGGAACGCTCTAAATGATGCACAGAAGATAAAACACTAAAAATGACAAGAAGGGTCATTA CAGTCGATTCGTCATTATAAATAATTCAATCTCTAAATACTTGTCCTTGTGATAAAAATG AAGTAGAATATTTTCTGACTATAATCAAATTATAATTAGTAGTACTCCACTATTTATATC AATTCTTTTATAAATTGATGAAAGAAATTTATGGTATCGAACATTGGTTGAATATTTAGC ATTGTGTTTGGGAGGACAATTACAATAAATTGTATTTCCATCACATATAATTTTGTCATT TCAATAAATCAAAACTCTAACTTTTGAGGTAGAAGACATTTTTTTGTGATTGAAATGAAG AAAAATACAATACTAAAAATGTAGAAGATGTTATGTTTGAATGTCCTTAAATAGAGCTTG GAGGAGTTTTCAGGAAAAAAAAATACATTATGTAATATTTTTTTTCGTTTTTATGATATG TCAAATAAATATAATTATATGACAAACATTACAAAAACTTCATAAAGCGAAGTGTAAGTT TCACCTTATAAAGTGTAAGAAAAAACTTCACTTTAATTTACAAAGTGTAATAATTTTGCT ATATATTAAAATAAATATGTTATGAGACTAACGGAAAACGTCTAGAAAATTGAATAAAGT GAATTTTTTTCTTCCACTAAGCCTATTTTAGTTATATCTTAAAATAGTGACTTATTTTGA TTATTTTCATCTTTTATGGCTTATCTAATTTTCGAACTTTATATATATAATGTGTATTTA CAATATAATATAATGAGAAAGTCTTTCTAGGTTCACCTACTTCCCTTAAAACATATGTAA AGACTTATAATCGACGCTTGTTTTTTTCCTTAATTACATTATAAATTTTTTTCGGTGGCC ATGATTGCCTTTTAGTAATCAAAAACTAAGGCATAGTCTCTACAAAAGCAAAGATAATAA AAGATTCTTTTAACAATAGTAAACATAATAGATATATTTTAAGGGTTATACTATAGTTTC AATAATTATGTCCTATAGCTATATTTATGTATGTTTATATATTTTGGCTGCGAATATTAA AATAGGGTAAGTGTATACAAATTTTATATTTATATATTTAGAAATTTTTTCAAAACTCCA TTTGTATATTTCACTTATCAATATACAAACAGAGTAACCTTTTACAATTTTTTTATACGT CATATATAGCATAGATAAGCATATACAAAATTTTGAATTTATACAACCAGAAACCACATA ATACAAATTATAAATTTATACAAATCAGATGAATAACAAGATTAGAAAAAACTATAGCTG CAAATTAGAATTTTTCTAAGCAGTAGCTATAACACTTAATGTGATTTAAATGTTTACTAT TCTATACTTTTCCCAAAAAAACAAATAAAATAAACCCGAATACTAACATAAAAATTAATG TGCATCTTGCATAAATCCATCTACTTTAGATTCTAATTACTAGGATTCTTAATACTTTGT AATATTACTTTTAATATCATATATAGGCCTTGAGATATATGTATCATTAATCGTCAAATA TAAGTATTCGACAATTTTAAATATCGAGATACATACTTAATTAATTCAAATGGACAATTA ATTTTGCAAATATTAATCAGATCTTTTAATATAAGACGTAAATCAATGAGTGTATCCATG TTTAAATAATTTTATTTTATCACGCTTTGAAATAATAAATTCATTAATATTATTAATAAA AGACAAAACATGTATATCTTAGTTATATAATCTGATTAATTTCATTTTATTACTCTTAAA ATAATATATATTTATTAATTTGATGTATCTATTATAAAAATATGATGTATCCAATAAAAT AAATACTTAGAAATATGAATATACGATATCTAGTACTTTAATTTCATAAATGTATTTTAT ATGTATATATCTAGTATTAATTTAATGTATCAAATATTAATTTTAAACGTTATATCCAAA AATATATATCTCGAATAGATGGTAAACATATACATCTAATTATGTGTATCTAAGTACTGA CACATAAATTTAGAACAAATCACCAAGATATATTTTGTTAGATACATATACACCTAATAC CCTTCGTATCTCTCTCCTCTTCACAAGAGACCAACACCACCTCCGTTGCTCGTTTTCTCG CCCACTCTTCTTCTAACCCTATCAAATAATGAAAGGAAAGGGTCAAAATTATCCTCAAGT TTATTTTATTGATTGACTTTACCCATGTTGTTAAAAGCAAACAATTTTTACCTCTGTCTC CAGTAAACTTAACAAATATATCCCTTCTTGGATGAAAACCTCAAATCAATTAAAATTGCT CTTGATTTTTTTTTACTAAAATTATCCAATTTTAATTTGATCCACTTAATAATATAATCC ATTTCTTTTACCCAAATCAACTTTGTTTTTGCAAACATCACCACTCCCACTCAATTCGTT GAAAAAAATATGGCCACTGTGTCGACGGTCATTAACACATGGGTCTCCTTGAAGAACGGA GTCTAGGGTAAAGAAAGAAAGGTAGAGTGGGTACTTTAGAATATATCATTGTCATATTAA AAAAAAAATGATATAACCATTAGCTTAATAACTGTAATATTAAATTGTTGCGGTCACTGG ATTATGAAAAATTGACGTGTTACAACAAAAAAAAAAACTGTGGCAGTAGGACAATGATAA TATCATACTTAATATTATTTATTGTTAGAATAATGGTCATTATCATACATTTTAACTCTT AAATACATAATAATATATTATAGTAATTTTGACCCTTTTCCTAATAATGAAACAAGAGAA ATAATAAAGTAAAACTAAGAAGGCCGGTCCTAAAGTGACTGGCCCATCAACAAATAATAC TTGGGAAGATAGATTCGATCTATCTAATATGTATAGATGTGCTTGTTTAGTTCCAAGGCT ATCCATAAAAACCGTTGACCCTTTCATTGACTACCTTTGGGTAGATATGGCACTACAACA CTGGGAGCCTCTTCCCGTTGCATCAACTAATAAACATTAAGTCGATCTGAAGCCTCTTAA AATTATTTACATAATTCATTTAAAAATCTTAGCTACGGTTAGTATCTATTAAAAAAGTGA GATGACACGTCTCCACTTCTACACAAATTAGTACTGTCCTGATCTTCTGATAGATGGACA TCGCGGTACTTGAACCAATGAGGCCCTTAAAGAAATTTTATTGTACTAGACGCATTGTTG TGCAGCTGCTTTTCTTATAATTCAAGTTTTCTTTTTTTTAAAAAAAGTTAAAGACAATGC TTTAGAAAAGAAAAAAAGGTAGACCCTCACTATAGACAGACCTTTAATAAACGATATATA AACAGAGCCCCTTGATTAATGTAATCATGTGAACCTTACAAATGTAACTATAGTTTGTTA TATTGTGGGAATTGCGGGTTTTGTCTCAAATATAAATTTTACTTCATTTGAACTTTAAAC TTTAGTTTTGAATAAAACTGCATATGTTTTGTAGGAGTATTAAAAATCGGCATGTGTGAA TTACTCGACTTGTGGTGGTATCCTCACACCTTTCTTATTTTCGTTTTCATAAGGCTATTT GAGTCCTATTTTTATTTTGCAGATTATTAAATTTTTAATAACGAATTGAACTATTCTGAT CAGCTCCAACATTAGCACACAAGGAAAACAATATTCATATAAAATAGGATGGATTACAAA ACAAATACCAAAACCAAACCACATTCTGGAGCCAGTGATTCTTTTATTTTGAAGAAAACA TGAAGCAACTAGTCGCGAGATAAGTTAATTAAAATTTCCGAATTTTTCACATAGAAGCCA CTGAAGTGGGATTAACCCTGCTACAAACATCACGAATTTCCAATTGAGCGCCGGCGGAGG GGGGCAAGTCTCCCATCTTGATCATGGCAGCAGCAAAATCTCCAAGGAAAACGTTCACAT CGTTGCTATAATCCGTTACAAAACCAGCAGTTGTAGCATCCCCGGTCAAAACTTGATCTG AAAACATTATGCCTTGGTTGCTGTTTAAGTTATCGTAGTAAACTTTGTCGAACATAGTAG GAGTAGTATCCAATTGTTGCAAATCAGAATCAGTTAGCGTGGCGGAGCAGTTGCATTGGA GTTGTGCGGCAGGATTAACGTTACCGCTGGTGCAAACTGTGGAACACCTGGCGAAACCTA CCGTGTGTGCACCAGCTAGTGCAACCATTTCACGGAGGGTGAAATTTTTGTCGCTGAATT TCTGTATTTGGACTGTTAGGTTGTCGAATGGAGCTGGAAGTTGATTTATAGCACCACTAA AGTTGGCAGTTCTAGCATCGCTTCTCCCTAATGCAACGCTATAAGTTTGTCCTCCTAACT GTCAAATACCAATAAAACAGAGTTTGAGTTAGCCCAAGTCAATTTCTTTGTCATATCATC ATAACCTAAATAAATACAATGCTTCATCTATTAAATGTTAGACGCCCACAGGCGAGGTGT CACAATTTCCACATTGATTGTGGATGTGGAATTTGGTCATCTCTTTGAACATTTCTCAAC TTCCACGATGACTTTAGAGTTTGATTAAATATCCATTTGTTACTATTCGTAATTAATTTT GGTAGAAATTATCAAACTGTAAAATGAATGATAGACTTACTTTAGCAACAGAATCACGAG CAGCAATAGCTAATATGTCGGCACAAGATACAGATACGTTGGGGCATGTGTTTATGACAC TTTGTTTAGCTTGTGCTATTACTTCATAACCTCTGGCTGAGTTGGCGTTGGGTGGTGAGT TTTGTTCCCCTGTAAATGTTCCATTAATATCATCTAGCAGAATACCTCCATCACAACCCT TATTTTTCGTAATAAAAAAGAAAACGAGAGAGGTATAATTAGTCAAATACATAAATCAAC TGCAGAAGATCTAAAATAAAATAAAACTGGAAAGCAGACTAGACTTTTCAAAGTTTTTGG AGTTCATGTAGAAGCAAAATGTGTGCGAAGATATTTTACTTGACGGGGAGTTCAAAAGAA AAAGTATTTTTTTTTTAAATATTTGCGATTTAAAACAACAAGTATGGCATTATAATTTTA ATTTGGAGTTCGTAGCCTCAGATCTTTCAACAATTTATTTATTTATGAAAGAAAAATATG ATCATACGGCCAGGTTTAATTAATAAGAGGAAAAGGACTCGGATTCAATTAATATGCTAC ACCTAACATTGTACTCTTTTTAGCCTGTCTTAAAAAATGATATCCCTCTACTCTTTTCAT TTCAATTTAAGTAGTCCCTTTAACCTATACCCGAAATTTTAGAGACACGCTTATACTATA CTAAGGTCCTATTATTTTACTTAACTTATTTTATTAATAATTTTTTACTTTTTTTCGGCC TACGTGACACTATCTTGTTGGCCTTACGCAGGTTGACTTTTTTTTCAAGCTAGGTAGAAT ATTACTTATAAAATAAGTTCAGGGGAGTAATAGAACCTTAGTATAATATAAGTGTGTCTC TGTAATTTCGGACATAGGTTGAGAATGTACTTGTGCATTTTCCCTAGTAAAGTAATTGAC TGCATGCATTGTGAGTTCAGGAAAAACTGAAAGAATTTTCAAATTTGTTTGAACAAGCAT AAAATATTTAAGTGACTTCAAATAAAATTTTGTGCATAATCAAATACGATAAAAAAAGAG CGAAGGAAATATATATTTACATCAACGAAGCAGTCATGAAAGTGGAGACGAATGAGAGAA GCTCCCATGCGAGTTTCTGCATCAATAGCACTGTCCACAACTGCTCGTACAGCTGAGAAA ACGCATGCCTCCGGAGTTAGTTGCTGTCTCAAGTACTTGTCTGAATTTCTCTTCTTATTA TTATTTAAGGTTAAAATACTGGCTACGCCTGATTCCAACGAATCGAAATCTGGAGAAACA TTTTTGAGGAGTGAACCGTTTTTCATGATGATGGCTTCATAAGTATTTCTATAAATAGCA ACACCTGCAAGTGCAAGTGCCACAAAACTCAATGCAAGACTCAAATGACTCAAACGAAAA CCCATCACTTAATTTAAATGTCTATCGAGGAAACAAATTAAAGGCTTTCGATAGGGATGA TTTTGCTTTTATTTATGCCTCTATTTATATAGGCAGGTGAAGACTTATAATTACTTGTCA ATATTACTGTTATTATTAATTCATCTTTGAATTATCGTGTAATTACAAACTGAGAATTGA TGTTTCATGTGAAAGTGACTTTTCTTTCTTTTCTAAAGTTCTAGCTGTGTAACGTGTGAT GTTTTCTTAGCTATATTTATCCGATAATTATGTCAAATGTCAATAATTTTCTTTCATGTT GTAGTCACAATATCGATTTTAAGAAGGAAAGATAATTTCGAGGATAGATTTATGTTTCTT TTCTCATTTGGTGCAAAGATATTAGTTCTTAATTGACGTTAATACTTGAGTATAATTATT AACGATCCCTGCATTACTAGTTGAATCGAGTTTTACGTATGTGAGAGAGCTAATCAAAAT TAAGGAATTAAGTATGGATAAATAAATCAAAGCTAAGATATCAATTCTGAATTTACAGCA ATACCTTTGACAAACATTACTCCTAATTTTTCAGTTGAAATATGTTAGTCATTGAGTTGG TTTGACATTGTTATGTGAGTACGTCATACCGTGAGAAGAAAAGTCTTTAAATAAAAGTTT CCAACTTAGAAAATAAGAAAGCTTGTTCCTGTATATAGTTGACAAATAAAATCTTCTCTC CCCTTTTATTAGTTTCCGTGGAAATTCGTAACGCTATTCCTCTATGTGTATCGTCTATGC AATAATTAACTCGCTAAATAATTTTTTTTGTCTCTATTTCTCATTTCATGGAAAATCATA GGCCAATAAATTTTTAACTATACGTATATAAGTTTGTATGAATTGTTATTAAATGAGTCA AAAAATATTCATTTTTTAAATAAATATATTTTTTTTAACACATTATTTTTCTAATAAATG TTTTTTTTAAAAAAAAATTGTTTATCCTACTTTAATTTGGAAAAAAAAAGATTTTCTTAT TTCAGTATGATTATTTTTTATCGTTAAACAAACATAGTTAATGATGGATACATTATAATC TAATAAATTAAATATAAATTTATTTGAGCGACTATCTTTATCATATTAGTATAGCTGAAA TATGTTTTATTATTTTTTAATGGAAGTGTCAATTTATTGTTTATAAGCTTATACTAGTCA ATTTTATTTTTGGTACGTACATGACAAATACATTTATGGTGATGAAACACGCATGGTGAA CACCAGGGAGAAAGGAGAGTGGTTGATTTATTTGTCCTCTTTTCTTATATTATCATCTCA AGAAAATTATATATAATCAAGTGACATGCACTGTTGAATTGATCACTGATGTTAGAAAAT TATTGGGGTGCTTGTGTATCTGTTAAGTTTTAAAAAATAATGTGTATAAATGTATATTTA TCTTGAGAAATTGATTGAAAGTAAAGTATATAATTAATAATGCACCTATGAAAAATATAG AAATACTCTTGTGTTGTTGGTACAAAGCGAAAGAGTCACCCACAAAACCAAAATTTTGAA AGAAAGCAAAAAATTACTATCAAAATATATATTGATAATATCTCCAAATTAATTTTGGTG TTTGATTGGACAAAATTTTTTGAAAATATTTTACGCTCTTTAAAAATAAAGATGTTGTTA GTTTAATCGTTTTATTAATATTAAAAATAAAAAAGTAAAAAAATAAATAAAAGGAGCCTA CTTGTCCTATTTTTCAAATTAGAAACTTATAAGTTATAAGACACTTTTAAGCTCAATTTT CCTATGGAACACAGCCCTTTGTGTTTGTACTTTTCTTTGGGTTATATGAATATTTTTGTA GCAATATGTTAAAGACTTAATGGTCTAAATTCCAAACCTAATTTTTCGTCGAATAATATT AGTCTATCTTCTAGAATTTGGAATAAGCACATGGTTGCGTATCAGACGAACTCTTGCTAC CGATTTCCTAATTACTATATGGATTAAGAAGAATAAATTGGATTAAAAACACTGCGAACA TAGGGACATATATATTATTGCATCAATACTGAAAAAGATGAAAACATGATGCGACAAATA GTAAGATAAAAGCTACTTAAAATTTCCGAAATTTTTCACATAGAAGCCACAGAAGTGGGA TTAACCCTGCTGCAAACATCGCGAATTTCCAATTGAGCGCCAGCGGAGGGAGGTAAATTC CCCATTTTGATCATAGCAGCAGCAAAATCTTCAAGAAAAACAGTAACATTGTTGCTATAA GTGGTTACAAAACCAGCAGTTGTAGTATTCCCAGTCAAAACTTGATCCGAGAACATTATC CCTTGGTTGTTGTTTAAGTTATCATAGTAAACTTTGTCGAACACAGCAGGAGTTGTATCC AATTGTTGCAAATCGGAATCAGTTAGCGTGGCGGAGCAGTTGCATTGGAGTTGTGCGGCA GGATTAACGTTACCGCTGGTGCAAACTGTGGAACACCTGGCGAAACCTACCGTGTGCGCG CCAGCTAGTGCCACCATTTCACGGACAGTGAAATTTTTGTCGCTGAATTTCTGTATTTGA ACAGTTAGGTTGTCGGATGGAGCTGGAAGTTGATTTATAGCACCACTAAAGTTGGCTGTT GTAGCATCGCTTCTCCCTAGTGCAACGGTATAAGTTTGTCCTCCTAACTGTCAAATACCA ATAAAATAGAGTTTAACTTACTATTGATCATATGATATAAGTTAATTAAACATGTAGTGT AAAGCTAAATTAAAAATAGTAACTTTGACTAAAAATTGAGCAATGGACTTACTTTAGCAA GGGAATCACGAGCAGCAATAGCTAAAATATCAGCACAAGATACAGATATGTTGGGGCATG AATCTACAACACTTTGTTTAGCTTGTGCTATCACTTCAAAGCCTCTGACTGAGTTGTTGT TGGGTGGTGAGTTTTGTTCCCCGGTGAATGTTCCATTAATATCATCTAGCAGAATACCTC CATCACAACCCTGTTTTTTTTTTCCAAACCAAAAACATAACTGTAATTAGTCAATTATAT GTATACATAATTAGTTACTCTATTGCTTCAATTTATATGGATGTGGTTTAATTTAACATG AATTTATTTAAAGAAAAAACAAACCTAATTAGATAAATAATCCTACTATATTTACTAGTT CTCCTTATAGTTCAAACAAATTAAATATTGTCTTACTAATCAATAATTTTATATTAGATT TTAAGTTAGATATTGTAAAATCATATATTTTTTTTATCAATATATTAATATAGAAAAAGA GCATGCTAGATAGAATGAAAATGAGTAAAACAGACTATTTATTTAAGGTATATAAAAATG GGACTAGATTTATATATATCTAAAATATGCAAAGAGAATCGAGCAAAAGAGAAAGTGATG AGTGAGATAAAGGAGATAAAGTTGCCCAAAATTAGCCAAGTGGCTGATAAAAAAGAGTTG TAAGGCAGAAAAAACTAATAAGAAACTGTTCATTTCACAAATTACAAGAAGATGGTACCA TTCATGATGCAACTTTACAACTACTACACTAATAAAAACCCACACAGTTTTCATAAGCAT GTTTTGAAATTCGTTCCGTCAGATTTTTCAAATAATTTTACGGATCACTTTCCTTTCGGA CCACTTACACATATTTACATTAAATAATATTATATGACCATGGTCCATGGAGCCAGGTTT TTACTTTTAATTTTAATAAGAGAAAGGAGGACTCGGATTCAATTTATATACTACACCTAA CATACTGTTTTATTTTTTTAATATGTCCTCAAAAATAAAATAAAAAATCCGATCTTTCTA TTTTTATATTAAGCGTTTAGTTGTAAGAGATTTTAAAAGTTAAAATTAAAAAATTTAAAA TTTATGATAAAAAATAAGTAAATACTTATTCATACGATTATATCAACCTTAAAATTACAT TATTATAAAATATTGAGCGGGAGAAAAAGGACGAAAGAATATTTACATCAACAAAGCAGT CATGGAAATGTAGACGAATGAGAGAAGCTCCCATGCGCGTTTCATTATCAATGGCACTGT CCACAACTCCTTTCACAGCTGAGAAAACGCAAGACTCCTGAGTTAATTGCTGACTCAAAT ATTTGTCTGAATTTTTCTTCTTATCATTTAAAATTAAAATACTGACTTCGCCTGATTCCA ACGAATCGATATCTGGAGAGATATTTTGGAGGAGTGATCCGTTATTCATGATCATGGCCT CATAAGTATTTCTATAAATGGCAACACCTGCGAGTGCAAGTGCCACAAGGCTCACCGCAA GGCTCAAAAGGCTCAAACGAAAACCCATCACTTAAAGAAATTATTAAATGTCTATTTGGA AGAAACAGAGGCCTTAGGGATGGTCTGTTTGCCTATATTTTCACTTCTATTTATAGGCAA GTGAAGACTTACTATTGGTCATGAATTAGTATTATATGATTAATTTACTGCTTTAAATAA TTGTGTGATTACAAAATCAAATTTATATTTTGTAAAATAAAAATTACTTTTTATATTTGT TTATTCTTTTGCGAGAATATCGTGATAAAATATTCATACAATATGATATGATGATATATA TAGTTACTACTAATGTTAACACATTCAATTTTATTAAAAAGTAGTACACTACAATTCAAG TTCAATGTTACTTTTTTTTATTTTCGCTAAAGTTTAATTAATAAATATTATATATTTTTA AATATAATTTTGTGATGGTATATTATACTTTTGTTTTATAAAATTTTACTTATTTATAAG CTATAAAAAAAATTGAAATGATTTCATTACTTATAAAAAATTTATATTCATGAGCAAAAA ATACAACCTAAAAATTTAAATTATTTAATCAAATAAAATTTCAATTTTATCTTCTATTAT TTCATATCCTAATTCATTTTGACGTGATCAAAGAGTATGTACTAAAGTAGAACGGGGAAG ACACGGTAATTTGGTGGACCTATTTGATTCTTTGTCCTGTTTTCTCATATATATTATTAA TATATCTGAAGAAATTTATATATAATCAAAATAAATATAATAAAATTAAGGTTAGATCAG AATGGGATAGCTGTTAGGGTTAAGAGGATGCGATCGAGTCATTTTATAACTTAAAAAATC TTGTTGCAAAAAAAATTCAAATAAGTGAAGATTAAAAAAAGAAAATACTTTACTGTATAC CAAATACCTCATTTGTTTGTGTCCGTTTAATATTTCATGTTTTGTTGGTCATATATTTAT TGATTTGTTTTATTTAGAAAAATTAATTAGTTAAAAATGAGAAAATAATATTTTTTCTTA GTGGAAGTAGTTAGGAAAAACAAGTAACATAAGTAACACTTTATATCAATTGTAGGTTTT CTTACTTTCAATACACCTCATCGTTATTCTCCCTCACCTCCGTTATATTTATATTTATAG AATAATAATTTTTTTCTTATGTTAACAAAAAACAAAATCTACCTATTTATATTTATAATA AAAGAAAATAGTTTTCTATATTTTCCATGAATTTCTTTTTGTTTGTTACCGACCACAATT TGTGTTTGTTCTTTTCTTGGTCCAAATTGTCCAAACCTTATTGTTAGTTTAATCTTCTAG AATTTCGAATAAGCACTTGGTTGACGGAACTCACGTCACCAACAATTCCTTTATTGATTA AGAAGAATAAATAGGATTTAAGACTAGTTTGTTAGAATTTATTAAAATTTACATTCGACT AGAGTTGTTAGTTTAAACTTGTAGACCTAAATTACTAATTTATACATTATTAATCACCAT ATTACTAATCGTTGCTTTCAATTGATATATAAAAGCTTTGATGAAATTATAATGTTTAGT ACTATTTTTAAATATATATATCTAGTGCTTGTAGCCTACTACTTTTACTTCTTTTTTTTT CGTTTTCAAAAAGGGAGGGATAGTCATCATGAGATATAAGAACCCTGCACCCCAAGTAAT ACAAGATTTGAGTAATTGCAACCCAGTCTCTAATTGAGTCTTGTAGACTGTGTATATTAT ATTTTAGACGTTTCATTTGATAATATTCAACAATTTATCAAAGTATGATGTATAATAGGA CATGATCAACTGTTATCCAACTAAGTATTGAATACAAGCAATATATACGTTGTTAGTCAA TATCTATATACTTAAAATAGTCATTTGAATTTGAACATGTATGCATTCTTTGAAATCTTA GGCCAGAGAGATATAAATAGCGTGTGATCAATATTCAATGCTTAAAATATGAGACATTGA ATGATAAGGAAAGGGGTGAAAGTGAAAGAAGAACAGGTATAAAAAAGTCAAGAGTCAAGA CAATGTTATTACAATAATCTCATAAGTAACATGTGAACGTGATATGTTATTGTTGACAAT TCGATTATTTCAGAGCATTAATATACATACATCCTCTGAACTTGAAATTTTAGGTCAGGT TTCATCATTAGTGTTGTATATTGTTGGATTTTCAGGGTTCTTCAGAAAGTCTTCATGGAA ATATATAATCAACGTGCTTGAAATATTTTCTTTATCGCTAATCAAGGATAATTATCTAAA ATGTTTCTTAGGAAAAGCTCATAAAATAAATAGTACTAAGTCTTGTTAAAAGAAATTTAA CAAGCATTATCAACATGGGTTGTGGTGCAGTGGTGAAACTGTTTCACCGTTAATCAGAGA TCTCGATTTCAAGTTCTGAATATGAAGAAAATTATGTTGAAATGTCATCCCCCGAATAGG CCATGGCCATGCATGAGCTATCCGAATTAAGTCAGACCTCCAATATAGACTTCGAGCACG GAGTGAGAAACTAAAAAAAAGAGTCTAATAAGCATTTTTTATACCCTTCTTAGGAACTCT CACCCCTTTGCTCTCCCGGTAATTCGAACTCGCAACCTTCAAGTTGAAATAAACATTAAT TGTATGTCTAACGAAAAATAAAATTAGGATTGTGTATTTACTTGTCTAAAATAATATAAA ATTAAGGAATAAATTTTCCGACTGGACTTAAATTATTGATTTGATATAATTTATTGATAT TTATTGCACACCCTTAAATATGTTGTTTCGTCAAGTCATTAGGTTGTACGATATGATAGA TCTTTCTGAAAGCTATTTCTGATGACTTTGCGACAAATCTTATCTAAGAGTCACAACAAA GTCTTCAAACAATTTATTTTAGCACTTAAGGTAATTACGAGACTTCAAATTTTAGTGTTA ATATCTTCGAAGTGATTTTTTTTAATTATCATATTATAATATCAGTTTCACAATAGCAAG TGTATTACATATGCGCCAATTCATTGCCACAGTGAAAATTATTTAAATTAAATTTTTTTA ATTCTGTTTTATTTCTTTTTATTTATACAATTTTAGAAAAATAAAAATAAAAATAAAATT GAGAATTAATCCAAGATTATAAAATTAAAACAACTCTATGGATCCAGGGCTAGAAAACAG TCGATTTTTAAAGTACATTATCAAAATAATTAAATAATACAAATTAAAAAAACTAATTTG AGATGAAGAAATTACAATTTTTTAATTAAAAAAACTTCAAGTTTATTACTATCAACACCC TTTCATAAGTAAGATCTTGAAGTAAAAATAACTTGTTGACTTTTTTTATTTTTTTTCTTA ACTCATAATTTTTTATAATAAGCAAGAATAATTTGAAATAAGAAATGGGCGGGGTATTTG TAAAAAGAAGAAAGAAAGTGGTGGGGATGGGAGCTCAAAGATGGAGAAGAAAAGAGGGAA GTAAGTATGAGTGTGTGTGTTGGGGTGTGAGAAAGATGAAACCTAATTAGTTGAAAAGAA AAAAAGAGGCTTATTTATTTATTTTTTTTGATTTTCACTCACCTTTTCTTTTTTTATTTG CCACATCAGCTTTTTGGGTGAATTTTAATTCACATGAAATGAGATTAAGGGAGTAAACAA TTATTTGTCAAGTTAAAATACTAAAATAAATTTAACGGACAAGTTGAGAGAGATTCTTAT GTGAAATCAAAAAATCATGGGCAAATGACAGAAATCACATATTTTAAAGGTAAAATTACC ATTTGTCTCTTATAAGTTTATAATTACAGAAACTCCTCAAACTTATAAAATAATAAGCGT TGATACATTAATCTGATGCGCGAGATACATTAATCGTTAAGTAAGATATATAACATTTTA TACATGATACACTAATCTGATTTACATTTTAGACATGATACACTAATCTGATGCGCGAGA TACATTAATCTGGTGCGTGAGATACATTAATTTGATGCACAAAAATAAAAAATTTTAAAA ATTTGTAAATTAATAAATTATAATGATAATAAAAAAACTTAAATGTGAGATTTTCTGTCA TTTTTCCAAAAATCATTCAATTTGGTCGAAGTATCAATCAAGTTGTAACACTGTTTCCTC CTAATGATTTCTTGTGACACTTAGATAAAATGAAGTTGGTTAAAAAAAATTAAATTAACT TTGGTAATACTTAATAAAGTTAAGTAATTTAATATCTTTGATTTGGAATAAAGTGAAACT ATTAGTCACCTTTCTCAAAATCAAAGTTCGTATTTGTGGTTGCTAGTGTGAAGTTGAAAC AACAATTGAGAAAGCAAACAACGTGATTCTTTTGCTTTCTTAGACTAAACCGAAATATCG AAATTAAGGGAAACAATTGCTTTCTTATAATGACACTTTTGAAATTTTCTCTTTTCCCCT TTATTATAGGTATTAAGTCAAAATAATATCATGTTTTTTTGCCTTTAAATATAAGGAAGA TCAGAACCTCATGTTTTAATGTACATAAACAGGGGAAGAATTAAAAACACGTAAAAAGAG AAAAAAATACCTATGTCCATGTTGGTCGGCAGTTATAAATCTTACAAAAAGGGGATACGT AGGAATAATATATATGTCAAATTATTTATTTAAAAGACATACAATGAATTTAAAATTTGA CACCCTTGACAAAAAGTTATGCATTTGACGCTAATGGTTTTTATTTGAATAAAGGGAAAT CTAGGGTTGTTTTTAATTTTTTTGTCATGTTAAGAAAATATTTGTGCGAAGCATAGAGTT TCGCCAGCATATTTCATTTTTCTCTAGTTTCCCCTCCCCGTCCTCCTTAATTGTGGTTGA AATTGAGTGGGTAATGTTGAGTTAAGTTTCTATTATCTATCCTTAATCACGATTTCTATT GGTTTTGTGGGTAAAAAATGAAGAATACCATTCACCATGGTTAATTTTGTTGAGCTTAAG AAAATTGTTAAAAAAGACAAACGGGATAAATTGATTGTTTAATATTTAGATTGAATACAA CAATTGATAATTGTTAGAATTGGTATTAGAAGATTGTACAATCAAATTTAGATTCATGTG AAATTGATTTGGATCGATTCTGACATAAAAATATGTTTAAATAATTTTATTTTAACACAA AATATAATGTTCATCGGGATTTTATTAGTCATTTCTGTTGATTTATAAAAATTTTGTGGT CATAATTTTGATGAACCATCAAGATTTGACCATAAATTCTGGTGAAGCTATGAAGATTTA TGCCGAGATAAGTCTTTTCATCAAATTTGAAATTCACCAGAATACGTAGTCAAAAAAATT CTGTCCATTTGTCAAGATTTAGCAATTATTGAATATTTGTAACAAAACATATCTTAACCT AAATTTAAAATCTTGGTGATTCACCGGGATTTTGGTACAAAATTATGGCAATAAATCTTT GTTTGCAAGATCTTTTCTTGGTGGAGTTAAAATTACTTGGGAAACTTTTAAAAACAACGA ACATTACGCTAGGAATTCATAGTTACTATTTCACTAATTACAATTCATAGTTATATTTTA ATTTGCTGTGCATTTACATTTGTTTGCGAATTTTAGCGAAAAATACAAATACAATCTGAT TTGTATCAACATAATTACATATTAAGAGGATAGAGGCAGAGGAGATTGAATGAGGAAGGG GAAAAAATATTTTAAATTTATTTTATACATAATTATTTTGTATTCTGTATTAATTGTATT GGAAATACAATTAACATAACTCTATTCATCCTCTCTTTGATCCGATACAATCGATACATA ATACAGAGAGGCCAACACATATTGTATTTATACGAATACAAATACACTTGATACAAAAAT ATAAATATAATTTTTTGAATACAATTAATATAAAATAGTACAAAACTCTCAGTTATATTT TATTGAATACAATTGATATATAATACATTTAAACGAATTTCTTCGGGCGAGAGAGAGGGA GAGGCAAGGGATAGAGTTTGCTATAACAAGAACTTGTAGGAAAAATTAGTGAATATTTCT AAAACCTCTAAAATTCCCTATTTCTTTAATGAATTCGAGCCAGTATTTAATGTATCCGAG CTAATTTTATATTGTATCAAGCTACATATTATGTATCTGAGCTAGTTTTTAATGTATTCG AACTATATATTATGTATCTGATTTATGTTATATTGTATCCAAGATACTTTTTAATGTACC GAGCTACATATTAATGTATCTTCTTTGTGTTACTTTTTAAGCAATTAATGTTATTACAAA CTAAAGAGGGATAAATTGTAATTTTTCCTTAAAAAGCGAAACTTACATAAATATACTATA ATTAAAAAATATTTACCGTTTATAGCAATAAACTTTTTTTTCACTTGATCACTTTTAATT CATTTATAATACAAGTTTAATACATATTATAAAGAACAATTTATTATTCACATTTAATAC AAGTTTTATTGATGGATAATAAATTTATCACGCATTTTAATACACTTATAATACAATGTG TCAAATTCTTACCAAAGAAACATAATATATTTTTTTAAAAACAATCATAATACATATATA TTGCATACATAATTTACTTTTAATACATATTGCAGATTTAATATAGTATTATTATGTAAT GCTATAAATAATAATAAATAAAAAGTATCGCTAAAATTAGTAATTATTTATTAAAAGGTA TCTATTCAAATAATTTTTCCTCAAAAAACAATGTAATTCCTGAAATTTATCTTTTGTTAA ACTATACATGTTTTCCATAAATATATTGACATTTTTGTCATATTTCATAATTTTCCCAAG GCACATCCTATTAATGCAAAACGCGGTCAAAACATATTGGTTGGCCCATAGAATAAAGCC TTATTCTAATGGATACTAGCCCAATTTACATTGTTGGAACAACAGGCTAATACTGGCTAG TCCAATTTTTATTAATCTAAATTTTCTGTTAGCATGTTACATAATCAATGTAATCCTATT ATTTTTGTCTTTGGAGCCAAAAAAATAGTGCTTCCTTCTCTTGGAATAAATCTTTCTTTC GTTAGCACAAAGATTCTAATACAAGGATTCCTTATGTTTGGCACAAGTTGAAATACATTG CAATAACTAATGATCACTCTCAACCTATACCTTGGATTCTTTTAATTATATACTATGATA TGAAATATTAAATTCCTCACAATTAGAGAAAAAAAAATTCTTCAACAATGTACAATAAAA TTTACTAGTATCTTCAGAAATTAGAATTATTAAAATTTCCGTTAACCAATATTCGGATTA GATATATCAGAGAGTTCAGATTAATAATTGGTTGTTCGATGGATACACGAGGATTCGATT CTGTTAAAGAAGGACAAAAGTCTCACATCGGTGGTTAATGAGATGAGTGAATTCCTTATA AGGTTTGGGCAATTTTCCTCTCTTAGAGTTAGCTTTTGGGGTGTGAGTAAGGCCTAAGAC CTAAAACCTAATTTCACATGATATTAGAGCAGGGTCTGTCTCACCTGATGTTGGGACCCC CAAAATCAAAATTGTCCACGCACTAGATGCTAAGCACTGAGTGTGAAATGGGTTGTTAAA GAATGACAAAAAGTCCCACATCGGTGGTTGATGAGATGGGTGGACTCTTTATAAGACTTG GACAATCTTCCTCCCTTGGAGCTAGCTTTAGGGGTGTGAGTTAGGATTAAGACCTAATTT TACATGGTATCAGAGCAGGGTCCATCTCACTCGATGTTGGGGCCCCCAAAATCAAATTAG CTTTTGGGGTGTGAGTTAGGCCTAAGACCTAATTTCACAGATTCCCCACCTTATAATCCC CTTTCTATTTTCCTACCCCATTTTTTATTTTTAAAAAATAATACTTAATAAATCAGTTGT TCAGTTTTCAATTTTAGTATATCATGATGAGTCCTATTCACAAATGCCACCTTTTTGTAA TTATTGAAAAAATATTTTAGTTGCCATCCAATCCAGGGGCCCAGTCATTACTGTGCGTTT TGCACAAAAAGAACCAAAGTTTTAGCATATTGTTGGCCTAAAACTAATCTTATTTTCGAT ATGTTTTGAGAAAATGTCACATATCTATATGAGAAACGACAATTAGGATTCATTTTTCAT ATGAAAATTCACATTTTATGTGGAAAGAGAACAGGAAAGAACATGTACATAGTCTATAGT AGGCCAAATTTAGAAATTTGAGTATATGATTTCGGATAGAAAAAAAACTGACTTATTAGA TTTTTTTAATAATTTATTTATACATATTAAGTGGATTTCCTTAATATAAATAATATATAT TTTGACTAACACTCTTGTAGGAAATTTGGTATTTTATAACAGTTTATGTGTCAATAAACT TATTTTTTTATTTTGGAAACTAAACTAAACATCACGAGATAAAATTTGAAAGAATAGAGT AACGATTAACAACCAAAATTTCATTGAATTCCGAAAAAACTACATTAATAATGGCAAATA AAACAATGAACTTCACTAATAATAAAACTAGACGACACATACATAGGAGGAAAAAATAAC AAGATAGAAATTAATAGACCTAGCTAGAATAGCTTAATAATCCTACTTCAAAATGAATGC CCTCAATAAAGCACATGCTAATACGAGCCTACATCAGATCATTTTCAATGCTCTGAGCGA ACCACATTCTCGATTTTTCCATCAAATCAGGGCTCAACCTTACCATTAGCACACAAAATT CTTTCTCATTCAAGCAATCATCTCCATTCAAATCCCCTTCCCTCAACATACACATTAGTT CATCATCACTCATTCCTTCTAACCCTAACAACGCCGAATTCCTCTTCAAGCTCTCAAACG TGATCACTTCCCTCTCCTTATCCATCAATGCCCGGAACCCGTTCTTTAGCTCCTTCAAGA ACCCTTCTGACCCTAGTTTCTCCATCATTGATGGAAAAAAATCCTCAAACACAACGTCAC GTCCCAATGTAGCCATGCCTTAAAAATTAATTAACGTACACGATGAATTTTCGAAAATGG ATATTATCGATGTTTTGTTAGTACAAAAGATGAGTTGATGAATAATAGATGACTCAACAT TGGGTATATATATAAAAGAAGAGAAAAAAAAAAGAGGAAATTTAAGAGGAAGGAACATAA TGAGGATAAAAATAGTCATATCATAAGACAAGTTTCGTGGAAGTTGCATGGGAAAGTACC CAAATAATAATCTATTCATATGATGATGATGAAGTACAATACTTTTTAGCAATTTCCTAT GACTGTCCCAACAGACAAAATAATACTACTCATGTAACGTTAATTCACTACTCCATTTGG TATGTAGTTAATTCACCTTCACCATATAATATTCCTCCCCTATATACATCTTACTGATCA TTTCCTTTTCAAATTAATTTGCTGTTTTTTGGATGGATAGAGCTGTGGTGACCACAATCA TTATTCTAATGTTTAAACATCAAATCTTTACTGGACAAAATGTTATCATTAAAGAATAAC GTTTGGTCATCAAAATTTTATATATCACTTGAAATTGCGTTTGAAATTTGAAAAACACAT ACCACCCAACATCTTGTTCTTATAAAAATTATCTCATTTAAATTATATTTGAAATACAGT GACCTTATGAGATCCCTAATTTAATTATTAATATTTGTTAAAGAGAGAATTTTAGGAATA GTAAAGATAAAAATCATATCAGCACTCTATACACAATCCGAGGTGATGATTTTTGAAGAA AAATAAAAATAAAAATATTAGCTCTATAGTTACAATTTTGCTTTATAGACAAATTATTTT TACTATGGAATATCTGATTTGTATAAGTCGGCGACGATTTGCATAAATCGAGCACTAATT CGTTTACGTCTATAAAAATTGTGTTTGTATATGTGTCTATATTAGTTGTGTTAGGCTAGA AAGGTGATCGATATTGGGAGAGAGAGGAGAGAAGCGAGAGAGAGAGGGCATAGAGTGGAG AGAGGTGAATTGTATATGTATATACATTATTGTGCTTGTATAACTGCATAAAATTTGAAT TTGTATACAGTTGAATCGAGTTAACACATTTGTATTTGTATATCAAATCTCTCTGTCGCT TGATACAAACACAAATGATACAATTTGTGTTTGTATAAAATGAGAGAAAGAAAGGCAAAA GAGAAATGGACAAGGGAAGATTTGTATTTGTATAATTATAAGTATATAGGACGGTATATA TATATATATTTGTATATATATACCGTCTCTCTCGCCTTATACAATCACATACACAAATTA TACATTTGTGTTATGTATAAAGCGAGAGAAAGAAAGACAAAGGAAAACTGACAAAGAAAG ATTTGTAATTATATAATTATAAGTGAATAAGATGGATATATGTATATTTGTATATACAGT ATCTCAAGCCTTATACAAACAGTCAAACACAAATTATAACTTTGTATTTATATAAAGTGA GAGAGACTGAAAAAAAGATGACAGTAATAAGCAAAATTCTAGAAAGCGGGGAGAGAGGCG AATAACAAAAAATTTACTGCGAAATTAAATTAAATGAAATTATAGTTATAACATTTATTT TTTAATTAATAATTTGTTATAAAGCACGATTTTCCCCGCGGCAGCCCAAATGATGAGTTG GACTTGATATTTTTTGGCCTACAAAATTATGATGTCAGTCAGACTCGTCGAATTTGAAAT CACTGTAGGCTCAACTTGGATATTATTGGATATTATACAGTATGAAAAAGTATATCTATC TGAATCATAAAATAAACTCCAAATTTTCAAGGCAGTACGAAACATCATAAAAGTTCAAGA GAAGCTACTGGATTTTGAACATTTCAAACTCCAAAAAATTCCAGTAAGTTTTTGTATTTT CGCTATGAGTACTTTTGTCCAAATTTATTACACATTAAGAAATATATTTAAAACATTATT ATTTTAAACTGCGGGAAAATTTTGAATTCAAATTGAGGGTTGATTTTTATTCATTAAAAT GTGAAGGGGTATTGTTACCAAAACCCAAATTTTTAATGGTGTGGAGTGAGTAGTTTTTTT TTTAATGATAAATTTGATCAAGTCATTTATAAGAGAAATTAAAAATCTAAGTTAAGAATA AAATTAATTGAGATAGAATTCTAATAGTTGAGTAATCTATTTAATCATTTTTACTAGTCT AATTTGAAAAAATAAAGAGAGAAGTTGTCATTAATACATGTTTTGCCCTAATTATTAAGT ACTACTCATAATTAAATGATAAACTGAAGGTTACTTTTCACTATTACCTAATACCTATTT GATTATTTTCAAACTATTGTTTTAGAAAATATATAGTGGTTTAGAATGTCATTACCTAAA CGGTAAGTATGGGGAAAAAATCTCAATAATTTTGTTGAACTTGAATGATTTACTTATTTT GAATTAGAAAAAAAAGTCTCAATAGTAGAGTTAATATGGACTAGAGGAAGTAACTGATTT GGTACACCGTTATACTTCTATACATTTGTATTCTGAACCCTTCTACTTGACGTTTTATCA ACTGAATCTTAAACTCAATAAAACATAATATATCAAACCCCTTTCACTGTTGACCAAACA TATGTGGCATTAAAATCAATGAGTTGACAGAAGTGTGTGATTACACGCGCAAATGAACAT CATATTTTAATTAAAAAAGAGTTGTTAAAATTATAATAAGATAATATAATAAATTTTTTT AAAGAAATCTTGTTCTTCTCCGTTTCACCTTCTTTTTCAACAATCCAATCCCTTCCATAT CCTTTTTTTTTCTTTCTTCCCTACACTCCAAAATATTAGAAAGTAATTTATTGAAATATT ATCTTAAATAATTTATTTGAGGTAGCGATTATCCATAAATCTTAATCATTTTTGGCGTCT GAATGAGAGAGGGATTGACATTGAAGCCTTCTGTTTCAAAGAGACTGTGGGAGGCCATAG TGGACATAACTTGAATAAGTGGCTCTTGGTTGCCAGCGAGGGTGCGAGGAGTTGGTCATA GCGGCGAAAAAGATTTGCCAGCCAAAATTAGTAGTGCGACGACCTAGGGTTGCCGATTTT GTGGAGATTGGAAAAGGACGAACAGAAAATATTGAGAGTGTTCGATGGAGATGACGGGTT TGAGAGAGAGAGAGAATAGCTAGATTACCTCATCGGCAAGAAGAGTGGTGACGGTGAATT CCTGGTGGCTTCGGGATACTTCACGGTGGAATGGGTTGGGGGAGAAGAACAGGGGCATCT TATTTGGTCTTTTCATTTAACATTTGGATTAATAATTTTAAAAAATAATTAATAGAGATA ATTATGACATGTTATTGATTTATGTGACATGGATTTGACCTGTTATCTATTTATGGGCAA GTGAATTAGGAGGGGTTCAAAAATCAATTAGTACGGAATTAAGTAGAAGAATTCATAATA CAAATTCGAACAAATATAAGGATTTATGAGATCATTTCGCGTATCTTATAACGAGGGATA AAGTAAATTTTTAATTTTATTTACTGTTTATTAAGTTTGTGTCAAAATCATATATGGACA AATAGAGTACCAGGAAAAGATTCAAATTAATGGAATGGTAATATGTATATCCTCTCAAAT CAACCTTCCCAAGCGTCAAATCATTCGAATCATGAACAAGTGGATCATCAATCTAACTCA ATTATTAATCCTTCTTAATTCATCAATAGTACGTGATGTGAAAGCTCTACAAATAATTAT GTGAATTTCCGTGTGTATGTTATGTGATTGTTGTCAAGAGAAAAATATGACCATAGGTAA TAATGATCTTCAAGTGGTGTTTTTGAGAGTGAAAAATAAATAAAATTTTTATTGTGGTAA TTGATTTAGAACAATGGTGGATGATGACTGAAAAAATAAATTCAAAAAGTTAAGAGACAA ATTTGAATCATTTCGCAGAGCTTAAGGATAATTTTTTCTTGTAAAAAAAATATATGTGCG AGAGCTTCCATGGATGGTGTGAATGTCGATTTGAGAATTGAAGAAGGAAAGAGGTGGCAA TCCCAGCCAAAGAGTAGTTTTATAGAAGGGGAAATTTCATATATGGCAAACATATTTTAT GAAATTACATTTTGTGGGTATAGTTTAAATAATTACATTTCATGGATATAGTTTAGTTTG TTAAGTGACTTCAAATTTGTATAAAAAGTTTTTTTAATTAAATTTATACAAAAAATTATT TTTTAATAAATGGTAACAGTAGCACAAAAGATGGTAACAACCATGATTTAAGCAAAACAT TCAAAATCAAATATTTTTCCAAAAAAAGAATTCTAAAGCTATAGAAAGACAATACCAGTT CAAAGTCAAATATTTTCTCAATTTCTTTTAGGAATTTGTAGAATGTACAATAATTTTGAT ATATATATTACTGTTATAGATGTGCATCTGTGATTTCAAGTTTTTTTTTTAAAAAAATAT TAATGATTAAATTGATTGTATAATATTCATTTATTAATCGTATATATAGTAAGCTTGAAA TCTGTTTTTACATTTGAGTGTGTAACGTTTATATATACAATATTTTATTAAGGTTCATAA TTTTTTGTATATATCGACGAATTTGTATAATGTATTATAATTTTGTATATGTATTATAGA GTGATTTTAACAAATTTCTTCTATAGAAAATTAAATAATTGTATACAAATAGATATTGAC TCATAAGACTTTGTATACATTACCCTAATATTCAACCCACTATATACTTAACTTTAGTAA TTGATATACAACTAATAAAATATACAATTAAGACCTATTTCATAATACTTTGTATATATT ACCTTAATATACAACCCCCTATATACTTTGTAATTTGTCTAAACGACTTTGTATATACTA CATTAATATACAAGCTTGATATATACTTAACTCCAGTATTTTGTATATAACTACTAAAAT ATAAAATTATAATATACAATTATAAATTAGGCATATTCCTATAACAAAATACAATTGATT TTTGTATATATATACAAAAACAAAAACAAAAAGGAGCCTTTAAGATACAATTCACTACTA CCCCCTATTAACTTAGTATACTAGTCATTATATACATAAATTAAAGAATCTGTATAAACT AATCGAATATACAAATTCGTACAATAACTAACGGAATATACATATAACTAAGGGAAGATA CATATAACTAAACATGTGTGTATTAAACATGCAATATACTATATACAATTATGTGAATAT ACAAACATTACTTAAACAAACAATTTTTGTATATCGACACATAAGTAACAAAATATTCTA TCTAAAATTGTGTTTTAAGCCACTACCTCATCCTCTGAATCACTGGTTAGTTTTTTCTTC TTTGTTCTTTCTTCGACAATTTTAATACCTCTAGCTATGACATTGTTAACAACTTTTTGA ATTGCCATTGAGTCATTTTTTTTTTGGATCTCAATTCTTCCTTTGATTTTTTAACTTGAA CTTGTTTGGATTTGCCATAGACGCTACATCAACCCCAAAATCTTGAGTTAAATCTATTAA AAACGATCGTCAACAATATTGACATGCAATGAAATATCTCTGATAATTCTCATAGATGAA GATGATTCATCCATTCCGATTTTGAAAAATTTATAATTTAATAAGAATTATTGATTATTT CAACAAAAAAAATATGAAAAAGGTAAGAAACAAAATACATATACAATTGTTGAATAATGA AAAAATAAAAACAATTGATACACGCATAGATTTTAGGGGTTACCTGCTAAAGTTGAATTG AGAAAGTGATTTTTTTTGTTTGAAATTCAAAATTGGATAGAAGGAGTGATTATAGGAGAA AGGGGTGGAATATAAATAGGAGAGATAATATTGATTTGTATAAAATTATATATAAAATCA AAATAAAGATTTTTTACGGTTGATTTAGGAATAGATGATGGATCCCATTAATGATGGCAA AAAAAAAAAACTATAATCATAGAAAGTAAATAAATTAAACTATATCCTTATTATATAATT ACTTAAGGATGTTTGCCAACCTATGTAATTTTCCCTTTTTTTGGGATTCATATTTTGGGC CTCCTTTGGTTATAATGGGCTCAGTCGAGAATGGGCTCAAGCAAACTGAGCAATTTAGAG ACGTGATACTTGTCACAGTTAGTTACAAATACGATTTTTTTTCCCGAGAAACTTTCATAT ATAGCCACTCAAAAATAACTTAATTACTCTTTATAGCTATAGTTTGATAATTAAAACTCG TGAAAATATGTTATAGGGAAGAGAGAGGTGAGTGAGTCTGGGAGAGAGAGAAGCAAGAGA GGGCAAAGAGTGGGAGAGATGTGAATTGTATATGTATATTGATTAGATAATTGTATATTA TACATATATAATTGTATATTCTGAAAAATTATACATATAAAAATGTGACTAATTATACAA ATTCGAAGTCAGCCCACGTAATTAATTTATATTGTTAGTCGTGAATGCTAATTATACCAA ACTATAGCTATAATGAGTAATTAAATAGTATAAATTTTCTTAATCACATAATTTTTTCTA TAAAATTTTTTTTTGATCGCAATTATTAGAGGACAATAAATTTAGATCATTTAAAAGACC AAGTGCAAAAAAATCCGTAGACCAATGTTCCCATTTCTTTCTTCTTTCGAAGATATTCTT ATTTTTTATCATTACGATCATCATGAATTCATGATTCTGGTAATTTTGCAGATAGCAGTA TCCAAATCTGCTTTTAGGGCAAGTGTTTTACTTTCACATGTGAGTTTTACCTCATAGAAA ATTGACTAATTTGTATTTAATTTTAACTAAAAGAATATTTGGATTTGACAAAACAAATAG CTATAACGATTGCTTTTAGAGTCATAGTGTTCAGGTCAATTTACAGATACCTAGAATAAT TTCACGAGATACCGTACACTAAAAGGTATTAAAGTCTTAAATAATACTATATCCTTTTAA ATTTCAATTTCTTTTATTAGCATTATTTTATGTTTTGCAAATAATAGATTACTATGTTGG TAAAATATATTGCATTCTCTTAAAGAAACGATATTTACAAGACACGCTATACACGAAGAG AATAAAATCCACTATATAAAAGATAACAATATAGATTTTGAGGATCAGTAATCCGAATTG TTAGAATTATAATCCATATTGAGTTTGACCACCAAAAATATTATTATTATTATTAATCGA AAAGTTCAACTCATTGACTAAGAAAAATATCATCAGAAAAAGATTGAAAAAAGAAAGAGT AGGGTAACTAAGACGATAAAGTTAAAGGTCATTAAAGATGAGAAAGTATTTACATGTACT TTTAGGAAAATATAAGTTTATAAACACTTTTAAGATAATATTATTTTACTCATCTATCAG TAGAAAATAAATAAAAAAACTTACTTGTCCTTTGTACCAAACACACCATCATTAGTTCAA ATCTCTAATCACCCTTTTTGTCAATTCTTCTGACCCTTAATTCTTTTTTGACTTTTACAT ACCTTTCCTTACGAAGTTTCCCACCCATATTATGTTATGATACAGAGATTCCGTTGACAA TCTCATTTTATGTGAAGGATGTCCAGTCAATATACCCACCCTTTCTTGATCATGCGACAT TTACAATACCATGTTCAATCAATTTACTTTAAAATAAAAAAAATCAATTTACTTTTTGTA TTTTTTTTAAATAATTGATGTTGACTTAAGAGATTAATTTAAATGATTAGTGAGATTCAT ATAGTCGACATCAACTTGCTTGAAACGGAGAGGTACTAGTAAGTTTTGCCATTTGTATTC ACATGGGGAAGAATATACTTGTTGACATTGTATGTTCATACCTGTATAGAAGTTTCCAAA CTGTTGATTTGGTTTGGTTAGTCTTTGTGAGCTAATGGGCAAGTACCTTATTATAATCAA AGTGCAGAAATTCCAACTTGACGGCTCCTCAGCCAATGCATTTGATCTACACCAACAGCT GACAAACACAAAAGATAACAGTCAAGCATACCGAAAAGAGAAAGAAGTGTGAGCAAATAT CACGAAAATAGTATTGCAGGCTGCAGATATAGGTATTCTCCATTTTAGCTTATACAGAAT TAATCCACACATGCAAAACAAACCTTAATAAGCAATGAAATTAAGCACAAGAGAGATACT TCTGTTTCCAGTTGTTCTTGTTCTGTTTCTTTCTATATCAACTGCTTCAGGTATCATTAG CACCAATAAATTCCTGCGAGATTCAGAAACTTTAGTCTCCAATGACAAAAGATTCATATT CGGGTTCTTTAGTCTTGAAAATTCGACGAATCGTTATGTTGGTGTTATGTTTAATGTCCA ACCACCAACTGTAGTATGGGTTGCCAACAGAGAGAGACCTTTACAGGATTCTAGAGGAAG AGTGACAATATCTGATGATGGAAATCTTGTAATCTTGAATTCACAGAATAGGAGTATATG GTCATCAAATATTTCACCAGCTGTGAGAAATTCTACAGCGCAGCTCTTGGATACTGGAAA CTTAATTTTGAACGACAGCTCCAATGGGAGGGTTCTCTGGGAAAGTTTTCGGGATCCTTC AGATTGCTTCTTGCAGACCATGAAAATTGGCGTTGATGTTAGTACTAACACGACAAATCT GCTGAAATCATGGATAAGTCCTTCAGATCCATCTGTTGGGAGTTTCTCAGCTGGTATTCA ACCTGAAACAGTTCCCCAGATTTCCATATGGAAGAATGGGAAACCTCATTGGCGTAGCGG TCCATGGAATAAACAGGTTTTCATTGGGGTACCAGACATGACTTCGTTCTATCTCAATGG ATTTGATCTAGTAAATGACAACAAGGGCACCGTCTACCTTACCTATTTATATGCAAATCA GGTTGAGCTGATGTATTTCACCTTGAACTCAACAGGGTTTTTGCAGCAGAAATATATGGA TCCTAGTAAGAATGACTGGGAAGTAACATGGGAATTTCCTGCAACTGAGTGTGATTTTTA TGGAAAATGTGGACCTTTTGGAAGCTGTGATCCTACAAGCTCACCAATCTGTTCTTGTTT AGAGGGATTTAAACCGACAAATGAAGAGGAATGGCGGAAAGGAAACTGGACTCGTGGATG CAACAGAAAGTCCATGTTAGAGAGCGAAAGGAACAGTTCTAACCTTGAGCAAGGGAAGCA AGATTGGTTTCTGAAGCTGCAGTCAATGAAAGTGCCGGATTCTGCTATTTGGGTACCTTT TGTAGATGAAGATTGTGTTAACGGTTGCTTGAGGAATACTTCCTGCATAGCTTATTCATA CTACACAGGCATAGGATGTATGCATTGGGAAGGAAACTTACTTGATGTTCAGAAATTCTC CATGGGTGGGGTTGATTTATTCCTTCGCCTTTCATACTCTGAGCGAGGTAAGACCTGTAT TCCAGAACGACATATAAGCTATAAAACTCTGCTTGCCAATGACATATGTATAATGGACAC ATATTTCATAATGCAGATCAAAAGAGAGAATATAAAGTTATCATTGCCATCATAGTCCCA GTAGGCTCGATAATTCTTGCCATTTTCGGATACATTTCCTGCAAATATGTAGCTAAGCGC AGAGGTAACAAGCTTATCTCAAACATTAGAAAATCCATAGTAGCTTTAATCATACGAATC ACTTTATCTCTAATGTCCTTTGGATCAGGATGGAAGAGAATGAGTAAGATTTTCTTAAGT GAATCATCGCCAAACTATTACAAGGAAGACAAGATTACAGAGGACATCAATCAAGCTAAA TTGGAAGAACTGCTTGTATACAACTTTGATATCTTAGCAAATGCAACTGAGAATTTTCAT CTGTCCAGCAAGCTTGGACAGGGAGGTTTTGGTCCAGTTTACAAAGTAAGGATTTGTTTG ATTGAGTGTCTTATAATTGTTTTTAAGAAAAGATATCTAAGCATGTGATATAATTGCAGG GGAAATTGCCAGATGGACAAGAGATTGCTGTGAAAAGGCTTTCCCAATCTTCTGGTCAGG GTCTACAGGAGTTCATGAATGAGGTTGTGGTGATTTCAAAACTTCAACATCGTAATCTTG TTAGACTTTTTGGTTGCTGCATAGAAAGAGGGGAAAAGATGCTGGTTTATGAATACATGC CAAAAAGAAGCTTGGATGCCTATCTCTTTGGTTCGTTATGATTAGTTTTCTTTTATTTTC CATAGAGTCTAACTAAACCAAACTTTTCTTTGATCTAAACTTGTCAAATTCTCAATGTAT GTTCAGGGTCACAGCAACAAGCAGAAGAGTTCCTTGATTGGAGTAAACGTGTGATCATCA TTGAGGGAATTGGTCGAGGCCTTCTTTACCTTCACAGGGATTCAAGACTAAGGATTATTC ATAGGGATTTAAAGGCCAGCAACATTTTGTTGGATGAATACCTGAACCCCAAAATTTCAG ATTTTGGGATGGCAAAGATTTTTGCAGGCAACCAAGATCAGGCCAACACAAGCAGAGTTG TTGGAACCTAGTAAGTTCTTGTATCCTTCCCTTTTATATTTCATGAATGAAATGTATACA CCAAGTAAACATTTATTACATGATTGCAGTGGTTATATGGCACCGGAATATGCAATGGAA GGAAGATTCTCAGAAAAATCAGATGTTTATAGCTTTGGAGTGTTGTTATTGGAAATTATA AGTGGAAGGAGGAACACCAGCTTTCACCAAGATGATGGTGCATTAAGCCTGCTAGCATGG GTAAGTTTTTATGAAAATTCAGCTCCAATTCATATGAAATGTAAACTTTTCATAGTTCAA GTTTCCAATGTTTTGTCAATGTGCATGCTCTTTAGGCGTGGAAGTGTTGGATTGGAAACA AGATTGTGGAATTGGTTGATCCCAAGATAACTGAACTGCACCTTGGAAAGGAAATTGTGA GATGTGTACAAGTTGGACTATTATGTGTACAAGAATATGCAGAAGACAGACCAAATGTCT CCACAATTTTGTCTATGCTCACCAGCGAAATTGATAATTTACCAAGTCCTAAACAACCTG CATTTACAACAAGACCGAGCTTTTCCAAGAAAGGCACTTCTAAATCTCAAGGCTCCGTTA ACAATGTTACTGTTACTATTATGGAAGGACGATAAGACATATAAGATTTTTATTTAGGCA TGATAGTTTTATTTTCTGTGTAAGACTGTCTAATTTATTATAATGGTTCCACTGAATATT ACCTCAGTAGATTAAGAATCCAAGGGAAAAGTGTTAACCCTGCAAGTCACTTATGCTTAA TAGCAGAACCGATATCCAAGAAAGAAGAAGCAAAGCTAGACTTCAAACTCAGAGTTGTCA ATAAGTAGCCTAAACAGGTGTTTGCAGAACTTTAGAGAATCCTATCCACGGATTGAGATC ATTTAGAGTTAGCTTTGTATTACAGCTGAATCTGAAGATGAACAACTTTTCTAGACAAAG GCATTCTTACATTGTGGTTGGAGGGTCACAGAATCAACAGGGAAGCCTGTAGGAAAGGGT AACATGTATCCAATTCACATCAGAAATTGCTGAAATGATGTGAAATCTTGCACCACTTTT GTTCTTGGAATTCAAGTCACGTCAGCCCAAGAATATTTGCAGTACCACAGGTAACAAACG ACAAGAAACCTTCTGAGATAGCATGTAAATTTTTCAAAATCCAGGCAAGGATTAATCCTT TCCTTAAAATTGTTAATATACCTATTATTCTGCTGATGCCTTTACTAAATATTATAATGA AGAATCCTAGTAATATTCTTGCACTTGTAATCTTGATTTTTGGATTGTAAACTTACCAGA GTGAGAAAAATATTCTACAAACTGCAACTGGTAAAAATATGTGAAATAATCTACTCTTTC AACCTATTAACATTAAAAGAGTGAGTAAGAGGTGATGTATCCAAGTTCTTTTACATTCTC TAGATACTTTCATATATCAATGTGAATATTTTATATACTTAATGCAGAATGTTAGATCAA GAGTTATCTTCCAAGGAAAACTGTTCTTTTTATGAGTAAGATCAAAACTTGGAGTTCGAG GCCCCTCGGGCTTCCAGCTAATTCCCGGCAACATAAACAAAATAAAGGACAAAAAAGGAA AAGAAAAGGAGCAGCAAAATTTTTATTGATGGATTTCCGAGCAATTCCTTCCCATGGCTA AAAATCATACTTTAAGCGACAATTTTTTATCACAACACTCCCCCCATTTGCTAATATTGC TATTAAATCTTAAAAATTAGGCAAATTAAAAGTAAGAGGAAAATACTGACCTTTTGTAAT CTCCAGAAAGGACATTTGGTTCAGCTTTTCATGTCCGACTACCAAATTCGGAGGCAGAGG TGGATCTAATCCCTTCATTCAAGCTTCTGTATTATTTTTGTTTGATATCTCCAGAGTTCA ATAAAATTTAAGAATTTAATCAACTTTTACTCACTGTTCATATTAGATCAAATGCTTATA TGAGGTTTATTAATACCAAACCTCCGAGTCAGATAGAATGAATTATTTGCCTGGGGAAAG AAATTCACAGAATACTCAATTATGATTTTATCATCTGTTCTTCTAATTATACAAAAGCAA TTTTGTAACAAACAAATTAGGAAAAGAGATGTTCAAAGTTTCATCCTTATCATTTCAATT GGTTGAAGTCTTGTAGCAGTAAGTTTTTATTGTGAAATTTTTTCAATTCAAATACTTCAA GTATATCAACCTACATTTTCTTGCAACTTTGTCCATCTACATAAATTTCCCTAGCTAGTG TACAGAAAATCAAGCAGATCAGGAATCCAATCATAAAGTGACATTGGAACATACTCAGAA ACTTAAATTGTAACAACCTTTTTTGTCAAGTTTCAGTTGATCCTCCCAGCATTTATATCA ATTAGATTGGAAACTTGAATAACGTCAATTGGCTTAATTGGAACTATAGTGTCCTATCAT TCGCAATCTAATTCGTGATGCACATCACTTTTTTTTAAGTTGTAAGATTTTGGTCAAATA CACACCCAAATAAAAGGGAAACAAAATGAAGCATTATTGACCATTACCACACCTCTCAAT TCAAACATTACCTAATAATATAACTGGCTTTCAAATGGCCTTTTCCAGGAAGATGCCTAA CCTATGTCATATAATGGTGCAGAGATTATGTAGACAATCTTATTCTAGGTGAAGGATCTT TCTGCCCACTGCCTAATTCAATAATATATCTTTCTAAATAACTTGACATTTGAACTACAT GTTTAAATAAAGAGGTTGAATCTAAATACTGACAAATCCTATATTATGACAGCTTAAAAT TGACCATGAAACATCATATTCTTGACATTTCTAATTAGTATGGAAGTCTCCATAACGCTG ATGTGGTTTGTTACCATCCTAAGTTGAATAATAATGATAAAATATTTTAGTTATCACCCA AGTGTAACATGACGGGTCAATCAAGGCATCTGATCCAGATAGTTGTTGGCAAATTAAGAT AAAAAATGATACTATTGAGCAAACAGTGGGAAAATATCAACAAATACTGCAACTATAGGA AAATCAATTTCAGATGATAACTACAATTCTAGTGCTTATTGGGAGAAGAAAACTTGATAA GAAATGAAGCTGAGCTTAAGCTGTAAGAATATACTTCTTTGTTGTGCTTTTCTTGTTCTG TTTTTTCTTATAACAAATGCTTCATCAGACTCCATTAGTATTAATGAGTTTCTGCAAGAT TCAGAAACTTTAGTCTCTAATAACAAAACATTCAAATTGGTTTTTTTTTGTCCTGAGAAT TCGGCGAATCGTTATGTTGGTATCATGTTTAATATGAAATCACAATCTGTTATATGGGTA GCCAACAGAGACCAGCCTTTACAAGATTCTAGTGGAAGAGTAACAATATCAGAAGATGGC AATCTTGTAATCTTGAATGGACAGGGAAAGAGTGTATGGTCATCAAATATTTCACCTGCT GTGAGGAATTCTACAGCCCAGCTCTTGGATACTGGAAACTTAGTTTTGAAGGACAACTCA AGTGAGAGAGTTCTATGGGAAAGTTTTAGTGATCTTTCAGATTCCTACTTGCAGAACATG AAACTTGGCACTGATAAGAGTACTAACACCACAAATCTGTTGAAATCATGGAGAAGTCCT GTAGATCCATCTGATGGGAGTTTCTCAGCTGGTATTCAGACTGAAACAATTCCTCAGATT TTCATATGGAAGAATGGCTTACCTCATTGGCGTAGCGGTCCATGGGATAAACAGGTTTTT ATTGGAGTACCAAACATGACTTCTTTCTATTTCAGTGGATTTGAGCTAGTAAATGACAAC ATGGGCACCACCTACTTCTACTATTCATATTATCAAGGTGATGACATTTTATACTTAGTT TTGAACTCAACAGGATTTCTGCAACAAAAATATTTATATGCTAGGAAGAATGAGTGGGAA GTCACATGGGCAACTCCATCAAATGAGTGTGATTTTTATAGAAAGTGTGGACCTTTTGGA AGCTGTGATTCTGAAAGTTCACCAATTTGCAGTTGTTTGCAAGGGTTTAAACCAAAAAAT CAAGAGGAGTGGGTGAAAGGAAACTGGACAAATGGATGCATCAGAAAGACAGTGTTAGAG AAAGAAAGAAACAACTCTAACATTGAGCAGGGTAAGCAAGATTGGTTTTTGAAGTTGCAG TCGATGAAAGTGCCAGATTATCCTATTTGGGTACCTTCAGCCAAAGAAGACTGTGAAAGT GATTGCTTCAGAAATTTCTCCTGCATAGCTTATTCATACTACAGAGGCATAGGGTGTATG CATTGGGAAGGGAGCTTAATTGATTCTCAGAAATTCTCCAAGGGTGGGGCTGATTTATTC ATTCGCCTTGCATATACTGAACAAGGTACTACCTCTTTACACTTAAGTTTTCATTCTTTA GCTTACTGTCTAGAAAACAACATGTATGTTTACTTGTTCTCTGCATGTCGAATGCAATTG TAATAATGAACACTTATTTTGAAACGCAGAAAAAAAGAAGAGCAATAAAGTAGCCATCAG GATCATAGTTCCAATAATTTGCACAATAGTCATTGCCATCTTGGGATACATTTCCAGCAA ACTGTTGGCTAAACATAGAGGTAGGTATCAAGCTTATCTACAGCAGCTTTAATCAGACAA ATGATTTGATCTTTCAATGTGTATTTTGAATCAGGAAGGAAGAGAAAGCGTGAGCTCTTA TCAAAAAAATCATTTCCAAGCTATTACAAGCTAAGTTTGGCTAGAGATGACATTAACAGA GTTAAATTTGAAGATCTTCCGATATACAGCTTTGACATGCTAGCAAATGCAACTGACAAT TTTCATCTGTCTAGCAAGCTTGGGCAGGGTGGTTTTGGTTCAGTTTATAAAGTAATGTTT GTGTGTTTGATTGAGCGTTTTGTTATCTTTTTTTTCAGAAAAGAAATTGAAGTCATTTGA TATAACTGCAGGGAAAACTTCCAGAGGGACAAGAAATTGCTGTGAAAAGGCTTTCACAGT CTTCTGGTCAGGGGCAAGAGGAGTTCATGAATGAGGTTGTGGTGATTTCCAAACTTCAGC ATCGTAATCTTGTTAGACTCCTCGGCTGCTGCATAGAAAGAGGGGAGAAGATGTTGGTTT ATGAATACATGCCAAAAAGAAGCTTGGATGCCTATCTCTTTGGTTGGTTTCTTTTTCTTT TATTCCTTTTCTTTACATTCACTATTCAGTATGGTCTAACTAAAAAAGAAAAAAAATCGA ACTGATACATTTTCAATGTACTTACAGGTGTACACATTGAAGAGGAATACTTCCTTGATT GGAGCAAACGTGTGATCATCATTGAGGGAATCGGCCGAGGCCTCCTATACCTTCACAGGG ATTCAAGACTAAGGATTATCCACAGGGATTTAAAGGCAAGCAACATTTTGTTGGATGAAT ATCTGAACCCTAAAATTTCAGATTTTGGTATGGCAAGAATTATTGCAGGCAACCAAGATC AAGCCAATACAATTAGGGTTGTTGGAACCTAGTATGTTTGTGAATCTCATTCTCCATTTT ATTCATGGTTAAAATGAAAAGAAAAAGTAATCGTTCAAATTTATAATGTGATGCAGTGGT TATATGGCACCTGAATATGCAATGACAGGAAGATTCTCAGAAAAATCAGATGTCTACAGC TTTGGCGTATTGTTACTGGAAATTATTAGCGGAAGGAGGAACACTAGCTTTTACCAAGAG GATGGTGCATTAAGCCTTCTAGCATGGGTAAGTTTTTATGAAAACTAAGCTCCACTTCAT ATGAAATGTCAACCTTTCATAGTCAATACTCTTGCTCTTCAGGCATGGAAGTTGTGGAAT GAAAATAAGATTGTCGAATTGGTTGACTCCAAGATAATTGAACTACAGCTCAAAAAGGAG ATTCATAGATGTGTACATGTTGGACTATTATGTGTACAAGAATATGCAGAAGACAGGCCA AATGTCTCCACAGTTTTGTCTATGCTCACCCGGGAAATTGATGATTTACCAAGTCCTAAA CAACCTGCATTTACAACAAGACCGACCCCTTCCAAGAAAGGCTCCTCTAGAATTCAAGTC TCCGTGAACGATGTTAGCATTACTATTATGGAAGCACGATAGAGATCATATAATTTTAGT GTAGGCATATATCTTATTCATTTCCTGTAATTATTCTTGTATGTGATTCTACATTTAGAA TCCAAGAGAAGTTTAAACCGAGCTGAGTCCTTTAGCAGCGAGAATTTCAGTCAAGAGATT AACAAGTTAGTTTCGTTGCCAAAGGGTATTACATATCTGAATTTGGAGTTCAAAATACAA ATTTCTTTTATGCTGAGCACCCACCAGTAAAAAGGACCCCAATTCATTTCAGACAAAAGA TTATTGAGAAGATTTGAATGTAAGCAACATTTCTTTTGGATGAAAAACTGTACTCTAATG TTTCAGATTTTGGGCATTGGAAGGATTGTGCTGACCACCAACATCAGGTGTATCATTCTC TCAATTTCATTTTTTAGAAGGAGACAGCCAGTGGGGTTGTTGAAGGAAGTTAGTTCTTAT ATTATTTCACTATTTCATTATCTTACATGAGACAATAAGTAACCATCCAAAATTATTATA TGATGTTGTGGTTACATGGTGCCTGAACAGGCAAATGAAAGGAAGTTTCTCAGAAAAATC AGATGTTTATAGTTATGAAGAATGAAACGTCAACTTTCCGTAGCTCAATTTGTTATTATT TTGTCAATGTTGCTCTTCAGGCATAGTATTTCAGGAATGGAAACAAGATTGTCAAACTGG TGGACCCCAAGATAATAGACTTGCAGTTTGACAGGGAAATTTGAAATGGTCACATATGGA CTACGGAGAAGGGCAATGCCCGTCAAATATTTGAATTGATATAAAATTATCCTTCATCCA CCTTTTGTCCCTAAAATACCCCTAACGTTTACCTTTTGGCTCAAAAATTCCCTTGATGTT AATCCTTTGCCCATATTTGTCCTTATTTTTAATAGCTCCCTTAACGTAAAATTATTAAAT ATTTATTTATTATATTGCCTAATGTGATCAGTTCAAATTTAAACCCTTTTCAAATAAATA ACAAAAACCATATTTTTAATTTTTATTTTTTTTGTAAAATCACGTATGATTCGTATTTTG ACATGATACACTCGAAATAATATTGAAAAATATTGATTTCATGATATCTTCCTATTGACC TATTTTAAGCCAACCCCAATTTATTATTTTTAATTTACTATGAAACTTAAAATCAAGTCA ATCATGTGAGCTCATATATTAAGTAATTTCAAATTATTCTAATGGAAAAGGCCCTAAAAT GCCCTTAAACAAAAGAATCTGGTACAATATTGCCCTTCATCTACCTTACAAGTAATGATT CGCTAAACATAAGGGTATTGTTGAGCCAAAAGGTTGACATCACGGGTATTTGGAAGCCCA AAAGTTGGATGGACGGTAATTTTATACCAATTCAAATAATTTATGGGATATTTTAGACTC TTCTCCGATTGGACTATTATGTGGTCAAGAAAATGCAGAAGAACAGATGGACCAAATATG TCCATGGTTTTGTATACATTGTATATGAGGAAGTCATTATAACTCAGTTGGAGAAAAATA TTTTCAACAGTTAAGGCCACAAAATATTTTATAGGATACCAATTCTCAATAGACGCCAAC ACTCATCAAATTGAAAAGAGATAGTAAAAAAAAAACAAACTTAGAGCTAAAAATCTGACA GATATCACTATCTTAAGCTTTTACATGGAGGAGAGACCACTTTCCTGAATGATATTTCCT TTAGTAAATATCCCCACTTAAAATATCTTCCAGAATTAGCAGATACGGTTGGTGCTTCAT TGAGTCAATAAGGAAACCCATAGAAAAAAAGATGAACCATCAAATTCAACGTGACACAAG ATCGTTCCGCTTTTCAATTCTCAGAGTTTAAGCAACATCAGCCCAAGAAATTTTGCAGAA TCAAAGGTACTAAAATGCACATAACTACTCTGGAAAACACGGGTCTAACAATTAATTGAT ACCTGGTTGACAAGTAAACTGAAGAGAAATATTAGTATCCAAGAATCTTATTTTCGTGGC TAAAAAAGGTCACTTTTGAATTTCTCATATTAAATTTCAAATGATAGACTGACCCTTTTG GCAGAAAAGAAATCAGTATGAGCTTCTATCGATCATTTCTTCTTTTGCTCAGTTGCTTTT ACGTAGTCTTTTCTGGTGCCAGTGCTTCAGACATCATTACCAGTAGTGAGCCCCTGAGGG ACTCGGGAACTGTCTTTTCGAGTGGCAAAAGATTTAAACTGGGATTTTTTAGTCCTGG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.979 245 722 match_part 0.916 2491 2693 match_2 match_part 0.987 32509 33250 match_3 match_part 1.000 32509 32879 match_4 match_part 0.993 33361 34111 match_5 match_part 0.985 89195 89812 match_6 match_part 0.985 89229 89750 match_7 match_part 1.000 91255 91302 match_part 1.000 91408 91651 match_part 1.000 91737 91887 match_part 0.981 91963 92168 match_8 match_part 1.000 91828 91887 match_part 1.000 91963 92405 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_9 match_part 1.000 3939 3800 match_part 1.000 3692 3324 match_10 match_part 1.000 3814 3800 match_part 0.981 3692 3324 match_11 match_part 0.997 3656 3324 match_12 match_part 0.997 3647 3324 match_13 match_part 0.945 6290 6181 match_part 0.913 5915 5847 match_part 0.933 5773 5699 match_part 0.914 5184 5092 match_part 0.900 4999 4920 match_part 0.940 4844 4745 match_part 0.878 4140 4018 match_14 match_part 0.945 6290 6181 match_part 0.913 5915 5847 match_part 0.933 5773 5699 match_part 0.914 5184 5092 match_part 0.900 4999 4920 match_part 0.940 4844 4745 match_part 0.855 4140 4058 match_15 match_part 0.939 6229 6181 match_part 0.913 5915 5847 match_part 0.933 5773 5699 match_part 0.914 5184 5092 match_part 0.900 4999 4920 match_part 0.940 4844 4745 match_part 0.946 4140 4104 match_16 match_part 1.000 5883 5847 match_part 1.000 5773 5699 match_part 1.000 5184 5092 match_part 1.000 4999 4920 match_part 1.000 4844 4754 match_17 match_part 0.987 7779 7703 match_part 1.000 7573 7502 match_part 0.986 7410 7337 match_part 1.000 6889 6837 match_part 1.000 6290 6190 match_18 match_part 0.955 9081 8707 match_part 0.984 8610 8426 match_part 0.984 8324 8261 match_part 0.980 8179 8081 match_19 match_part 1.000 17284 16674 match_part 1.000 16477 16385 match_20 match_part 0.998 17282 16705 match_21 match_part 1.000 17280 16705 match_22 match_part 0.996 23219 22521 match_23 match_part 0.993 23908 23159 match_24 match_part 0.963 23879 23284 match_25 match_part 1.000 23865 23309 match_26 match_part 1.000 23908 23364 match_27 match_part 0.990 42461 41874 match_28 match_part 0.991 42461 41874 match_29 match_part 0.992 42956 42195 match_30 match_part 1.000 44154 43650 match_part 0.989 43026 42678 match_31 match_part 0.975 60939 60821 match_part 0.970 60538 59866 match_part 0.551 59765 59717 match_32 match_part 0.958 60252 59823 match_33 match_part 1.000 60335 59833 match_34 match_part 1.000 60300 59833 match_35 match_part 0.987 60969 60821 match_part 0.987 60538 59845 match_36 match_part 0.949 62191 61881 match_part 0.975 61018 60821 match_part 0.934 60538 59871 match_37 match_part 0.956 60409 59905 match_38 match_part 1.000 62031 61881 match_part 0.995 61018 60821 match_part 0.992 60538 60040 match_39 match_part 0.984 60946 60821 match_part 1.000 60538 60147 match_40 match_part 0.997 62279 61881 match_part 1.000 61018 60821 match_part 0.991 60538 60203 match_41 match_part 1.000 62259 61881 match_part 1.000 61018 60821 match_part 0.994 60538 60205 match_42 match_part 1.000 62259 61881 match_part 1.000 61018 60821 match_part 0.985 60538 60216 match_43 match_part 1.000 62259 61881 match_part 1.000 61018 60821 match_part 0.985 60538 60216 match_44 match_part 0.997 62258 61881 match_part 1.000 61018 60821 match_part 0.990 60538 60231 match_45 match_part 0.997 62260 61881 match_part 1.000 61018 60821 match_part 0.984 60538 60234 match_46 match_part 0.995 62273 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60254 match_47 match_part 0.983 61998 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60364 match_48 match_part 0.956 62263 61881 match_part 0.970 61018 60821 match_part 0.896 60538 60385 match_49 match_part 0.997 62260 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60394 match_50 match_part 1.000 62262 61881 match_part 1.000 61018 60821 match_part 0.993 60538 60398 match_51 match_part 1.000 62262 61881 match_part 1.000 61018 60821 match_part 0.956 60538 60426 match_52 match_part 0.997 62278 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60438 match_53 match_part 0.965 62253 61881 match_part 0.975 61018 60821 match_part 1.000 60538 60524 match_54 match_part 1.000 62262 61881 match_part 1.000 61018 60821 match_55 match_part 1.000 62262 61881 match_part 1.000 61018 60844 match_56 match_part 0.952 62257 61881 match_part 0.979 61018 60877 match_57 match_part 0.995 62257 61881 match_part 1.000 61018 60935 match_58 match_part 0.947 62254 61881 match_part 1.000 61018 60945 match_59 match_part 0.984 62257 61881 match_part 0.865 61018 60967 match_60 match_part 0.968 62257 61881 match_61 match_part 0.976 64695 64229 match_62 match_part 1.000 64753 64241 match_63 match_part 1.000 65155 65033 match_part 1.000 64907 64267 match_64 match_part 1.000 65155 65033 match_part 1.000 64907 64494 match_65 match_part 0.989 66594 66227 match_part 0.995 65230 65033 match_part 0.980 64907 64566 match_66 match_part 0.987 66617 66227 match_part 0.995 65230 65033 match_part 0.993 64907 64640 match_67 match_part 1.000 66465 66227 match_part 1.000 65230 65033 match_part 1.000 64907 64683 match_68 match_part 0.882 66606 66227 match_part 0.965 65230 65033 match_part 0.953 64907 64780 match_69 match_part 1.000 66476 66227 match_part 1.000 65230 65033 match_part 1.000 64907 64780 match_70 match_part 1.000 66476 66227 match_part 1.000 65230 65033 match_part 0.991 64907 64802 match_71 match_part 0.996 66476 66227 match_part 0.985 65230 65033 match_part 0.924 64907 64842 match_72 match_part 0.885 66608 66227 match_part 0.949 65230 65033 match_part 1.000 64907 64899 match_73 match_part 0.888 66600 66227 match_part 0.949 65230 65033 match_74 match_part 0.885 66601 66227 match_part 0.960 65230 65081 match_75 match_part 1.000 66476 66227 match_part 1.000 65230 65084 match_76 match_part 1.000 66605 66227 match_part 1.000 65230 65146 match_77 match_part 0.986 75616 75041 match_part 0.812 74955 74940 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 245 722 exon 2491 2693 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 3939 3800 exon 3692 3324 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 7779 7703 exon 7573 7502 exon 7410 7337 exon 6889 6837 exon 6290 6181 exon 5915 5847 exon 5773 5699 exon 5184 5092 exon 4999 4920 exon 4844 4745 exon 4140 4018 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 9081 8707 exon 8610 8426 exon 8324 8261 exon 8179 8081 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 17284 16674 exon 16477 16385 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 23908 22521 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 32509 33250 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 33361 34111 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 44154 43650 exon 43026 41874 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 62279 61881 exon 61018 60821 exon 60538 59823 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 62279 61881 exon 61018 60821 exon 60538 59866 exon 59765 59717 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 66617 66227 exon 65230 65033 exon 64907 64229 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 75616 75041 exon 74955 74940 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 89195 89812 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 91255 91302 exon 91408 91651 exon 91737 91887 exon 91963 92405 RepeatMasker tomato repeats master Copia00143 162 206 1 Copia00143 162 206 1 nucleotide_motif 341 12665 12709 ATCOPIA24I 2707 2815 1 ATCOPIA24I 2707 2815 1 nucleotide_motif 257 16818 16923 GYPSODE1_LTR 1 114 1 GYPSODE1_LTR 1 114 1 nucleotide_motif 667 26244 26357 Copia00151 5511 5583 1 Copia00151 5511 5583 1 nucleotide_motif 264 31273 31348 Copia00151 5553 5826 1 Copia00151 5553 5826 1 nucleotide_motif 829 31353 31608 Copia00143 1 120 1 Copia00143 1 120 1 nucleotide_motif 485 43481 43595 Unknown00049 2253 8252 1 Unknown00049 2253 8252 1 nucleotide_motif 967 45500 45847 Copia00143 77 223 1 Copia00143 77 223 1 nucleotide_motif 939 73922 74075 Copia00143 38 9674 1 Copia00143 38 9674 1 nucleotide_motif 1213 74085 74301 Copia00143 165 206 1 Copia00143 165 206 1 nucleotide_motif 354 74338 74379 Gypsy00073 810 1149 1 Gypsy00073 810 1149 1 nucleotide_motif 874 76591 76921 Copia00110 13317 13521 1 Copia00110 13317 13521 1 nucleotide_motif 424 76842 77036 Gypsy00043 1012 1218 1 Gypsy00043 1012 1218 1 nucleotide_motif 281 76917 77109 RepeatMasker tomato repeats master SONATA2 1 131 -1 SONATA2 1 131 -1 nucleotide_motif 648 41743 41614 Unknown00014 533 944 -1 Unknown00014 533 944 -1 nucleotide_motif 2374 45451 45039 Copia00151 8225 8367 -1 Copia00151 8225 8367 -1 nucleotide_motif 432 47543 47406 Copia00107 413 732 -1 Copia00107 413 732 -1 nucleotide_motif 692 51822 51513 Gypsy00162 494 560 -1 Gypsy00162 494 560 -1 nucleotide_motif 270 52912 52846 Gypsy00176 2 2531 -1 Gypsy00176 2 2531 -1 nucleotide_motif 18482 55753 53239 GYPSODE1_LTR 1 2963 -1 GYPSODE1_LTR 1 2963 -1 nucleotide_motif 6576 56222 55754 Unknown00034 3704 4004 -1 Unknown00034 3704 4004 -1 nucleotide_motif 1704 61725 61449 Gypsy00073 1591 1797 -1 Gypsy00073 1591 1797 -1 nucleotide_motif 589 72865 72594 Unknown00038 4364 4481 -1 Unknown00038 4364 4481 -1 nucleotide_motif 345 93115 93002 Gypsy00107 8846 8962 -1 Gypsy00107 8846 8962 -1 nucleotide_motif 424 93667 93549 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 7521 1 3830 match_2 match 969 22256 23377 match_3 match 2589 53390 55159 match_4 match 2613 53390 55159 match_5 match 2424 10052 11385 match_6 match 969 22256 23377 match_7 match 1441 54073 55159 match_8 match 948 54073 55159 match_9 match 2189 10052 11255 match_10 match 1076 54092 55150 match_11 match 2591 53239 55159 match_12 match 1423 54082 55159 match_13 match 2460 10052 11383 match_14 match 2460 10052 11383 match_15 match 1400 54073 55154 match_16 match 728 54073 55143 match_17 match 1362 54082 55159 match_18 match 2474 10052 11386 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1285.5 35 94498 clone_start_1 clone_start 1094 35 598 clone_2 clone 1148.5 956 38706 clone_start_2 clone_start 1112 956 1516 clone_3 clone 603 5528 39202 clone_start_3 clone_start 936 5528 5999 clone_end_1 clone_end 345 23705 23878 clone_end_2 clone_end 1178 28157 28783 clone_4 clone 544 34353 76318 clone_start_4 clone_start 444 34353 34600 clone_5 clone 646 34654 76318 clone_start_5 clone_start 648 34654 34980 clone_start_6 clone_start 1178 35451 36059 clone_start_7 clone_start 1160 38155 38747 clone_end_3 clone_end 706 43741 44103 clone_end_4 clone_end 315 44117 44275 clone_start_8 clone_start 1082 45243 45809 clone_6 clone 966.5 51293 92793 clone_end_5 clone_end 500 51293 51544 clone_7 clone 945.5 51617 92793 clone_end_6 clone_end 458 51617 51847 clone_start_9 clone_start 609 71681 72024 clone_end_7 clone_end 1066 77757 78339 clone_end_8 clone_end 541 80219 80503 clone_start_10 clone_start 916 80613 81112 clone_end_9 clone_end 1396 85484 86219 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_10 clone_end 1477 94498 93695 clone_end_11 clone_end 1185 38706 38109 clone_end_12 clone_end 359 4419 4239 clone_start_11 clone_start 351 4419 4243 clone_end_13 clone_end 819 4896 4484 clone_end_14 clone_end 270 39202 39067 clone_start_12 clone_start 416 9994 9764 clone_end_15 clone_end 829 10497 10052 clone_start_13 clone_start 720 10414 10052 clone_start_14 clone_start 436 16838 16619 clone_end_16 clone_end 789 21836 21418 clone_start_15 clone_start 955 26147 25666 clone_start_16 clone_start 539 26437 26162 clone_start_17 clone_start 910 28046 27553 clone_start_18 clone_start 353 28260 28076 clone_end_17 clone_end 644 76318 75994 clone_end_18 clone_end 644 76318 75994 clone_end_19 clone_end 464 35628 35379 clone_start_19 clone_start 1413 43690 42967 clone_start_20 clone_start 1433 92793 92071 clone_start_21 clone_start 1433 92793 92071 clone_end_20 clone_end 882 63131 62663 clone_end_21 clone_end 321 63386 63198 clone_end_22 clone_end 297 66012 65863 clone_start_22 clone_start 373 80020 79812 clone_start_23 clone_start 359 80020 79812 clone_end_23 clone_end 1209 85187 84570 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.987 32509 33250 match_2 match_part 1.000 32509 32879 match_3 match_part 0.993 33361 34111 match_4 match_part 0.985 89195 89812 match_5 match_part 0.985 89229 89750 match_6 match_part 1.000 91255 91302 match_part 1.000 91408 91651 match_part 1.000 91737 91887 match_part 0.981 91963 92168 match_7 match_part 1.000 91828 91887 match_part 1.000 91963 92405 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_8 match_part 1.000 3939 3800 match_part 1.000 3692 3324 match_9 match_part 1.000 3814 3800 match_part 0.981 3692 3324 match_10 match_part 0.997 3656 3324 match_11 match_part 0.997 3647 3324 match_12 match_part 0.945 6290 6181 match_part 0.913 5915 5847 match_part 0.933 5773 5699 match_part 0.914 5184 5092 match_part 0.900 4999 4920 match_part 0.940 4844 4745 match_part 0.878 4140 4018 match_13 match_part 0.945 6290 6181 match_part 0.913 5915 5847 match_part 0.933 5773 5699 match_part 0.914 5184 5092 match_part 0.900 4999 4920 match_part 0.940 4844 4745 match_part 0.855 4140 4058 match_14 match_part 0.939 6229 6181 match_part 0.913 5915 5847 match_part 0.933 5773 5699 match_part 0.914 5184 5092 match_part 0.900 4999 4920 match_part 0.940 4844 4745 match_part 0.946 4140 4104 match_15 match_part 1.000 5883 5847 match_part 1.000 5773 5699 match_part 1.000 5184 5092 match_part 1.000 4999 4920 match_part 1.000 4844 4754 match_16 match_part 0.987 7779 7703 match_part 1.000 7573 7502 match_part 0.986 7410 7337 match_part 1.000 6889 6837 match_part 1.000 6290 6190 match_17 match_part 1.000 17284 16674 match_part 1.000 16477 16385 match_18 match_part 0.998 17282 16705 match_19 match_part 1.000 17280 16705 match_20 match_part 0.996 23219 22521 match_21 match_part 0.993 23908 23159 match_22 match_part 1.000 23865 23309 match_23 match_part 1.000 23908 23364 match_24 match_part 0.990 42461 41874 match_25 match_part 0.991 42461 41874 match_26 match_part 0.992 42956 42195 match_27 match_part 1.000 44154 43650 match_part 0.989 43026 42678 match_28 match_part 0.975 60939 60821 match_part 0.970 60538 59866 match_part 0.551 59765 59717 match_29 match_part 0.958 60252 59823 match_30 match_part 1.000 60335 59833 match_31 match_part 1.000 60300 59833 match_32 match_part 0.987 60969 60821 match_part 0.987 60538 59845 match_33 match_part 1.000 62031 61881 match_part 0.995 61018 60821 match_part 0.992 60538 60040 match_34 match_part 0.984 60946 60821 match_part 1.000 60538 60147 match_35 match_part 0.997 62279 61881 match_part 1.000 61018 60821 match_part 0.991 60538 60203 match_36 match_part 1.000 62259 61881 match_part 1.000 61018 60821 match_part 0.994 60538 60205 match_37 match_part 1.000 62259 61881 match_part 1.000 61018 60821 match_part 0.985 60538 60216 match_38 match_part 1.000 62259 61881 match_part 1.000 61018 60821 match_part 0.985 60538 60216 match_39 match_part 0.997 62258 61881 match_part 1.000 61018 60821 match_part 0.990 60538 60231 match_40 match_part 0.997 62260 61881 match_part 1.000 61018 60821 match_part 0.984 60538 60234 match_41 match_part 0.995 62273 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60254 match_42 match_part 0.983 61998 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60364 match_43 match_part 0.997 62260 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60394 match_44 match_part 1.000 62262 61881 match_part 1.000 61018 60821 match_part 0.993 60538 60398 match_45 match_part 1.000 62262 61881 match_part 1.000 61018 60821 match_part 0.956 60538 60426 match_46 match_part 0.997 62278 61881 match_part 1.000 61018 60821 match_part 1.000 60538 60438 match_47 match_part 0.965 62253 61881 match_part 0.975 61018 60821 match_part 1.000 60538 60524 match_48 match_part 1.000 62262 61881 match_part 1.000 61018 60821 match_49 match_part 1.000 62262 61881 match_part 1.000 61018 60844 match_50 match_part 0.995 62257 61881 match_part 1.000 61018 60935 match_51 match_part 0.984 62257 61881 match_part 0.865 61018 60967 match_52 match_part 0.968 62257 61881 match_53 match_part 0.976 64695 64229 match_54 match_part 1.000 64753 64241 match_55 match_part 1.000 65155 65033 match_part 1.000 64907 64267 match_56 match_part 1.000 65155 65033 match_part 1.000 64907 64494 match_57 match_part 0.989 66594 66227 match_part 0.995 65230 65033 match_part 0.980 64907 64566 match_58 match_part 0.987 66617 66227 match_part 0.995 65230 65033 match_part 0.993 64907 64640 match_59 match_part 1.000 66465 66227 match_part 1.000 65230 65033 match_part 1.000 64907 64683 match_60 match_part 1.000 66476 66227 match_part 1.000 65230 65033 match_part 1.000 64907 64780 match_61 match_part 1.000 66476 66227 match_part 1.000 65230 65033 match_part 0.991 64907 64802 match_62 match_part 0.996 66476 66227 match_part 0.985 65230 65033 match_part 0.924 64907 64842 match_63 match_part 1.000 66476 66227 match_part 1.000 65230 65084 match_64 match_part 1.000 66605 66227 match_part 1.000 65230 65146 match_65 match_part 0.986 75616 75041 match_part 0.812 74955 74940 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 3939 3800 exon 3692 3324 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 7779 7703 exon 7573 7502 exon 7410 7337 exon 6889 6837 exon 6290 6181 exon 5915 5847 exon 5773 5699 exon 5184 5092 exon 4999 4920 exon 4844 4745 exon 4140 4018 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 17284 16674 exon 16477 16385 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 23908 22521 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 32509 33250 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 33361 34111 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 44154 43650 exon 43026 41874 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 62279 61881 exon 61018 60821 exon 60538 59823 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 62279 61881 exon 61018 60821 exon 60538 59866 exon 59765 59717 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 66617 66227 exon 65230 65033 exon 64907 64229 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 75616 75041 exon 74955 74940 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 89195 89812 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 91255 91302 exon 91408 91651 exon 91737 91887 exon 91963 92405 AUGUSTUS_tom_cdna de novo gene_1 gene 0.67 1 3353 transcript_1 transcript 0.67 1 3353 intron_1 intron 0.67 723 3318 CDS_1 CDS 0.98 1 722 CDS_2 CDS 0.76 3319 3353 stop_codon_1 stop_codon 3351 3353 gene_2 gene 0.95 9624 9967 transcript_2 transcript 0.95 9624 9967 start_codon_1 start_codon 9624 9626 intron_2 intron 0.95 9709 9791 CDS_3 CDS 0.95 9624 9708 CDS_4 CDS 0.95 9792 9967 stop_codon_2 stop_codon 9965 9967 gene_3 gene 0.3 23662 34015 transcript_3 transcript 0.3 23662 34015 start_codon_2 start_codon 23662 23664 intron_3 intron 0.95 23675 24040 intron_4 intron 0.52 24158 24322 intron_5 intron 0.71 24415 29017 intron_6 intron 0.81 30470 32386 CDS_5 CDS 0.7 23662 23674 CDS_6 CDS 1 24041 24157 CDS_7 CDS 0.48 24323 24414 CDS_8 CDS 0.55 29018 30469 CDS_9 CDS 0.86 32387 34015 stop_codon_3 stop_codon 34013 34015 gene_4 gene 0.51 83735 86735 transcript_4 transcript 0.51 83735 86735 start_codon_3 start_codon 83735 83737 intron_7 intron 0.55 85008 85288 intron_8 intron 0.99 85486 85559 intron_9 intron 1 85771 85866 intron_10 intron 1 86111 86189 intron_11 intron 1 86341 86435 CDS_10 CDS 0.92 83735 85007 CDS_11 CDS 0.92 85289 85485 CDS_12 CDS 1 85560 85770 CDS_13 CDS 1 85867 86110 CDS_14 CDS 1 86190 86340 CDS_15 CDS 1 86436 86735 stop_codon_4 stop_codon 86733 86735 gene_5 gene 0.68 89224 92262 transcript_5 transcript 0.68 89224 92262 start_codon_4 start_codon 89224 89226 intron_12 intron 0.84 90506 90814 intron_13 intron 0.8 91012 91091 intron_14 intron 1 91303 91407 intron_15 intron 1 91652 91736 intron_16 intron 1 91888 91962 CDS_16 CDS 0.9 89224 90505 CDS_17 CDS 0.7 90815 91011 CDS_18 CDS 0.99 91092 91302 CDS_19 CDS 1 91408 91651 CDS_20 CDS 1 91737 91887 CDS_21 CDS 1 91963 92262 stop_codon_5 stop_codon 92260 92262 AUGUSTUS_tom_cdna de novo gene_6 gene 0.6 8950 3632 transcript_6 transcript 0.6 8950 3632 stop_codon_6 stop_codon 3634 3632 intron_17 intron 1 3799 3693 intron_18 intron 0.92 4744 4141 intron_19 intron 1 4919 4845 intron_20 intron 1 5091 5000 intron_21 intron 1 5698 5185 intron_22 intron 1 5846 5774 intron_23 intron 1 6180 5916 intron_24 intron 1 6836 6291 intron_25 intron 1 7336 6890 intron_26 intron 1 7501 7411 intron_27 intron 1 7702 7574 intron_28 intron 0.64 8425 7778 intron_29 intron 0.98 8706 8611 CDS_22 CDS 1 3692 3632 CDS_23 CDS 0.93 4140 3800 CDS_24 CDS 0.98 4844 4745 CDS_25 CDS 1 4999 4920 CDS_26 CDS 1 5184 5092 CDS_27 CDS 1 5773 5699 CDS_28 CDS 1 5915 5847 CDS_29 CDS 1 6290 6181 CDS_30 CDS 1 6889 6837 CDS_31 CDS 1 7410 7337 CDS_32 CDS 1 7573 7502 CDS_33 CDS 0.99 7777 7703 CDS_34 CDS 1 8610 8426 CDS_35 CDS 0.98 8950 8707 start_codon_5 start_codon 8950 8948 gene_7 gene 0.86 11263 10732 transcript_7 transcript 0.86 11263 10732 stop_codon_7 stop_codon 10734 10732 intron_30 intron 0.86 11260 10957 CDS_36 CDS 1 10956 10732 CDS_37 CDS 0.86 11263 11261 start_codon_6 start_codon 11263 11261 gene_8 gene 0.45 17177 16424 transcript_8 transcript 0.45 17177 16424 stop_codon_8 stop_codon 16426 16424 intron_31 intron 1 16673 16478 intron_32 intron 0.45 16963 16805 CDS_38 CDS 1 16477 16424 CDS_39 CDS 0.94 16804 16674 CDS_40 CDS 0.45 17177 16964 start_codon_7 start_codon 17177 17175 gene_9 gene 0.96 23594 22260 transcript_9 transcript 0.96 23594 22260 stop_codon_9 stop_codon 22262 22260 CDS_41 CDS 0.96 23594 22260 start_codon_8 start_codon 23594 23592 gene_10 gene 0.42 38600 34881 transcript_10 transcript 0.42 38600 34881 stop_codon_10 stop_codon 34883 34881 intron_33 intron 0.42 37043 36327 CDS_42 CDS 0.42 36326 34881 CDS_43 CDS 0.42 38600 37044 start_codon_9 start_codon 38600 38598 gene_11 gene 0.72 44081 42082 transcript_11 transcript 0.72 44081 42082 stop_codon_11 stop_codon 42084 42082 intron_34 intron 1 43649 43027 CDS_44 CDS 1 43026 42082 CDS_45 CDS 0.72 44081 43650 start_codon_10 start_codon 44081 44079 gene_12 gene 1 62126 59987 transcript_12 transcript 1 62126 59987 stop_codon_12 stop_codon 59989 59987 intron_35 intron 1 60820 60539 intron_36 intron 1 61880 61019 CDS_46 CDS 1 60538 59987 CDS_47 CDS 1 61018 60821 CDS_48 CDS 1 62126 61881 start_codon_11 start_codon 62126 62124 gene_13 gene 0.49 66568 64105 transcript_13 transcript 0.49 66568 64105 stop_codon_13 stop_codon 64107 64105 intron_37 intron 0.51 64359 64118 intron_38 intron 1 65032 64908 intron_39 intron 1 66226 65231 CDS_49 CDS 0.51 64117 64105 CDS_50 CDS 0.51 64907 64360 CDS_51 CDS 1 65230 65033 CDS_52 CDS 0.96 66568 66227 start_codon_12 start_codon 66568 66566 gene_14 gene 0.76 75556 75209 transcript_14 transcript 0.76 75556 75209 stop_codon_14 stop_codon 75211 75209 CDS_53 CDS 0.76 75556 75209 start_codon_13 start_codon 75556 75554 AUGUSTUS_ab_initio de novo gene_1 gene 0.22 38 2569 transcript_1 transcript 0.22 38 2569 start_codon_1 start_codon 38 40 intron_1 intron 0.38 723 1502 intron_2 intron 0.39 1582 2490 CDS_1 CDS 0.96 38 722 CDS_2 CDS 0.38 1503 1581 CDS_3 CDS 0.45 2491 2569 stop_codon_1 stop_codon 2567 2569 gene_2 gene 1 9624 9967 transcript_2 transcript 1 9624 9967 start_codon_2 start_codon 9624 9626 intron_3 intron 1 9709 9791 CDS_4 CDS 1 9624 9708 CDS_5 CDS 1 9792 9967 stop_codon_2 stop_codon 9965 9967 gene_3 gene 1 28931 30544 transcript_3 transcript 1 28931 30544 start_codon_3 start_codon 28931 28933 CDS_6 CDS 1 28931 30544 stop_codon_3 stop_codon 30542 30544 gene_4 gene 0.96 32417 34015 transcript_4 transcript 0.96 32417 34015 start_codon_4 start_codon 32417 32419 CDS_7 CDS 0.96 32417 34015 stop_codon_4 stop_codon 34013 34015 gene_5 gene 0.78 83735 86735 transcript_5 transcript 0.78 83735 86735 start_codon_5 start_codon 83735 83737 intron_4 intron 0.89 85008 85096 intron_5 intron 0.9 85205 85288 intron_6 intron 1 85486 85559 intron_7 intron 0.98 85771 85866 intron_8 intron 1 86111 86189 intron_9 intron 0.99 86341 86435 CDS_8 CDS 0.96 83735 85007 CDS_9 CDS 0.85 85097 85204 CDS_10 CDS 0.96 85289 85485 CDS_11 CDS 0.98 85560 85770 CDS_12 CDS 0.99 85867 86110 CDS_13 CDS 1 86190 86340 CDS_14 CDS 0.99 86436 86735 stop_codon_5 stop_codon 86733 86735 gene_6 gene 0.19 89224 92262 transcript_6 transcript 0.19 89224 92262 start_codon_6 start_codon 89224 89226 intron_10 intron 0.62 90506 90629 intron_11 intron 0.53 90741 90814 intron_12 intron 0.8 91012 91091 intron_13 intron 1 91303 91407 intron_14 intron 0.91 91652 91736 intron_15 intron 0.97 91888 91962 CDS_15 CDS 0.6 89224 90505 CDS_16 CDS 0.53 90630 90740 CDS_17 CDS 0.7 90815 91011 CDS_18 CDS 1 91092 91302 CDS_19 CDS 0.91 91408 91651 CDS_20 CDS 0.91 91737 91887 CDS_21 CDS 0.97 91963 92262 stop_codon_6 stop_codon 92260 92262 AUGUSTUS_ab_initio de novo gene_7 gene 0.15 8950 3632 transcript_7 transcript 0.15 8950 3632 stop_codon_7 stop_codon 3634 3632 intron_16 intron 0.99 3799 3693 intron_17 intron 0.76 4744 4141 intron_18 intron 0.69 4919 4830 intron_19 intron 1 5091 5000 intron_20 intron 0.53 5698 5185 intron_21 intron 1 5846 5774 intron_22 intron 0.69 6180 5916 intron_23 intron 1 6836 6291 intron_24 intron 0.99 7336 6890 intron_25 intron 1 7501 7411 intron_26 intron 0.99 7702 7574 intron_27 intron 0.98 7862 7778 intron_28 intron 0.87 8045 7947 intron_29 intron 0.77 8260 8180 intron_30 intron 0.75 8425 8325 intron_31 intron 0.99 8706 8611 CDS_22 CDS 0.99 3692 3632 CDS_23 CDS 0.94 4140 3800 CDS_24 CDS 0.67 4829 4745 CDS_25 CDS 1 4999 4920 CDS_26 CDS 1 5184 5092 CDS_27 CDS 0.53 5773 5699 CDS_28 CDS 1 5915 5847 CDS_29 CDS 0.69 6290 6181 CDS_30 CDS 1 6889 6837 CDS_31 CDS 1 7410 7337 CDS_32 CDS 1 7573 7502 CDS_33 CDS 0.99 7777 7703 CDS_34 CDS 0.98 7946 7863 CDS_35 CDS 0.77 8179 8046 CDS_36 CDS 0.66 8324 8261 CDS_37 CDS 1 8610 8426 CDS_38 CDS 0.99 8950 8707 start_codon_7 start_codon 8950 8948 gene_8 gene 0.53 11263 10732 transcript_8 transcript 0.53 11263 10732 stop_codon_8 stop_codon 10734 10732 intron_32 intron 0.53 11260 10957 CDS_39 CDS 1 10956 10732 CDS_40 CDS 0.53 11263 11261 start_codon_8 start_codon 11263 11261 gene_9 gene 0.75 23594 22260 transcript_9 transcript 0.75 23594 22260 stop_codon_9 stop_codon 22262 22260 CDS_41 CDS 0.75 23594 22260 start_codon_9 start_codon 23594 23592 gene_10 gene 0.48 44081 34881 transcript_10 transcript 0.48 44081 34881 stop_codon_10 stop_codon 34883 34881 intron_33 intron 0.94 37043 36327 intron_34 intron 0.63 42085 38635 intron_35 intron 0.99 43649 43027 CDS_42 CDS 0.94 36326 34881 CDS_43 CDS 0.62 38634 37044 CDS_44 CDS 0.64 43026 42086 CDS_45 CDS 0.79 44081 43650 start_codon_10 start_codon 44081 44079 gene_11 gene 0.56 62225 59987 transcript_11 transcript 0.56 62225 59987 stop_codon_11 stop_codon 59989 59987 intron_36 intron 1 60820 60539 intron_37 intron 0.94 61880 61019 CDS_46 CDS 1 60538 59987 CDS_47 CDS 0.94 61018 60821 CDS_48 CDS 0.57 62225 61881 start_codon_11 start_codon 62225 62223 gene_12 gene 0.84 66568 64356 transcript_12 transcript 0.84 66568 64356 stop_codon_12 stop_codon 64358 64356 intron_38 intron 1 65032 64908 intron_39 intron 0.88 66226 65231 CDS_49 CDS 1 64907 64356 CDS_50 CDS 1 65230 65033 CDS_51 CDS 0.84 66568 66227 start_codon_12 start_codon 66568 66566 gene_13 gene 0.72 75556 75209 transcript_13 transcript 0.72 75556 75209 stop_codon_13 stop_codon 75211 75209 CDS_52 CDS 0.72 75556 75209 start_codon_13 start_codon 75556 75554 AUGUSTUS_tom_ugs de novo gene_1 gene 0.14 38 1594 transcript_1 transcript 0.14 38 1594 start_codon_1 start_codon 38 40 intron_1 intron 0.29 723 1502 CDS_1 CDS 0.44 38 722 CDS_2 CDS 0.26 1503 1594 stop_codon_1 stop_codon 1592 1594 gene_2 gene 0.95 9624 9967 transcript_2 transcript 0.95 9624 9967 start_codon_2 start_codon 9624 9626 intron_2 intron 0.95 9709 9791 CDS_3 CDS 0.95 9624 9708 CDS_4 CDS 0.95 9792 9967 stop_codon_2 stop_codon 9965 9967 gene_3 gene 0.49 23662 34015 transcript_3 transcript 0.49 23662 34015 start_codon_3 start_codon 23662 23664 intron_3 intron 0.86 23675 24040 intron_4 intron 0.81 24158 29000 intron_5 intron 0.87 30470 32386 CDS_5 CDS 0.71 23662 23674 CDS_6 CDS 0.98 24041 24157 CDS_7 CDS 0.69 29001 30469 CDS_8 CDS 0.89 32387 34015 stop_codon_3 stop_codon 34013 34015 gene_4 gene 0.49 83735 86735 transcript_4 transcript 0.49 83735 86735 start_codon_4 start_codon 83735 83737 intron_6 intron 0.52 85008 85288 intron_7 intron 1 85486 85559 intron_8 intron 0.98 85771 85866 intron_9 intron 1 86111 86189 intron_10 intron 0.99 86341 86435 CDS_9 CDS 0.96 83735 85007 CDS_10 CDS 0.89 85289 85485 CDS_11 CDS 0.98 85560 85770 CDS_12 CDS 0.98 85867 86110 CDS_13 CDS 1 86190 86340 CDS_14 CDS 0.99 86436 86735 stop_codon_4 stop_codon 86733 86735 gene_5 gene 0.51 89224 92262 transcript_5 transcript 0.51 89224 92262 start_codon_5 start_codon 89224 89226 intron_11 intron 0.73 90506 90814 intron_12 intron 0.72 91012 91091 intron_13 intron 1 91303 91407 intron_14 intron 1 91652 91736 intron_15 intron 1 91888 91962 CDS_15 CDS 0.78 89224 90505 CDS_16 CDS 0.62 90815 91011 CDS_17 CDS 0.98 91092 91302 CDS_18 CDS 1 91408 91651 CDS_19 CDS 1 91737 91887 CDS_20 CDS 1 91963 92262 stop_codon_5 stop_codon 92260 92262 AUGUSTUS_tom_ugs de novo gene_6 gene 0.16 8950 3632 transcript_6 transcript 0.16 8950 3632 stop_codon_6 stop_codon 3634 3632 intron_16 intron 1 3799 3693 intron_17 intron 0.78 4744 4141 intron_18 intron 0.61 4919 4830 intron_19 intron 0.99 5091 5000 intron_20 intron 0.88 5698 5185 intron_21 intron 0.97 5846 5774 intron_22 intron 0.68 6180 5916 intron_23 intron 1 6836 6291 intron_24 intron 0.99 7336 6890 intron_25 intron 1 7501 7411 intron_26 intron 0.8 7702 7574 intron_27 intron 0.41 8425 7778 intron_28 intron 0.97 8706 8611 CDS_21 CDS 1 3692 3632 CDS_22 CDS 0.8 4140 3800 CDS_23 CDS 0.6 4829 4745 CDS_24 CDS 0.87 4999 4920 CDS_25 CDS 0.99 5184 5092 CDS_26 CDS 0.89 5773 5699 CDS_27 CDS 1 5915 5847 CDS_28 CDS 0.68 6290 6181 CDS_29 CDS 1 6889 6837 CDS_30 CDS 1 7410 7337 CDS_31 CDS 1 7573 7502 CDS_32 CDS 0.8 7777 7703 CDS_33 CDS 1 8610 8426 CDS_34 CDS 0.97 8950 8707 start_codon_6 start_codon 8950 8948 gene_7 gene 0.88 11263 10732 transcript_7 transcript 0.88 11263 10732 stop_codon_7 stop_codon 10734 10732 intron_29 intron 0.88 11260 10957 CDS_35 CDS 0.98 10956 10732 CDS_36 CDS 0.88 11263 11261 start_codon_7 start_codon 11263 11261 gene_8 gene 0.68 17177 16424 transcript_8 transcript 0.68 17177 16424 stop_codon_8 stop_codon 16426 16424 intron_30 intron 1 16673 16478 intron_31 intron 0.68 16963 16805 CDS_37 CDS 1 16477 16424 CDS_38 CDS 1 16804 16674 CDS_39 CDS 0.68 17177 16964 start_codon_8 start_codon 17177 17175 gene_9 gene 0.97 23594 22260 transcript_9 transcript 0.97 23594 22260 stop_codon_9 stop_codon 22262 22260 CDS_40 CDS 0.97 23594 22260 start_codon_9 start_codon 23594 23592 gene_10 gene 0.45 38600 34881 transcript_10 transcript 0.45 38600 34881 stop_codon_10 stop_codon 34883 34881 intron_32 intron 0.45 37043 36327 CDS_41 CDS 0.45 36326 34881 CDS_42 CDS 0.45 38600 37044 start_codon_10 start_codon 38600 38598 gene_11 gene 0.8 44081 42082 transcript_11 transcript 0.8 44081 42082 stop_codon_11 stop_codon 42084 42082 intron_33 intron 1 43649 43027 CDS_43 CDS 1 43026 42082 CDS_44 CDS 0.8 44081 43650 start_codon_11 start_codon 44081 44079 gene_12 gene 0.5 66568 59987 transcript_12 transcript 0.5 66568 59987 stop_codon_12 stop_codon 59989 59987 intron_34 intron 1 60820 60539 intron_35 intron 1 61880 61019 intron_36 intron 0.52 64359 62149 intron_37 intron 1 65032 64908 intron_38 intron 1 66226 65231 CDS_45 CDS 1 60538 59987 CDS_46 CDS 1 61018 60821 CDS_47 CDS 0.52 62148 61881 CDS_48 CDS 0.85 64907 64360 CDS_49 CDS 1 65230 65033 CDS_50 CDS 0.97 66568 66227 start_codon_12 start_codon 66568 66566 gene_13 gene 0.69 75556 75209 transcript_13 transcript 0.69 75556 75209 stop_codon_13 stop_codon 75211 75209 CDS_51 CDS 0.69 75556 75209 start_codon_13 start_codon 75556 75554 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.945 3438 3565 match_2 match_part 0.993 32507 33179 match_3 match_part 0.999 83590 84262 match_4 match_part 0.985 89194 89782 match_5 match_part 1.000 91253 91302 match_part 1.000 91408 91651 match_part 1.000 91737 91887 match_part 0.996 91963 92408 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.993 3940 3800 match_part 0.992 3692 3324 match_7 match_part 1.000 17309 16674 match_part 0.965 16477 16365 match_8 match_part 0.990 23220 22503 match_9 match_part 0.996 23913 23226 match_10 match_part 0.994 34118 33345 match_11 match_part 0.996 44194 43650 match_part 0.992 43026 41874 match_12 match_part 1.000 62278 61881 match_part 1.000 61018 60821 match_part 0.996 60538 59830 match_13 match_part 0.999 62260 61587 match_14 match_part 0.992 66607 66227 match_part 1.000 65230 65033 match_part 1.000 64907 64267 match_15 match_part 0.989 75617 75047 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 3940 3800 exon 3692 3324 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 3438 3565 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 17309 16674 exon 16477 16365 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 23220 22503 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 23913 23226 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 32507 33179 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 34118 33345 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 44194 43650 exon 43026 41874 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 62278 61881 exon 61018 60821 exon 60538 59830 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 62260 61587 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 66607 66227 exon 65230 65033 exon 64907 64267 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 75617 75047 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 83590 84262 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 89194 89782 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLe0075O22.2 type gene exon 91253 91302 exon 91408 91651 exon 91737 91887 exon 91963 92408 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.85 1 3353 transcript_1 transcript 0.85 1 3353 intron_1 intron 0.85 723 3318 CDS_1 CDS 1 1 722 CDS_2 CDS 0.91 3319 3353 stop_codon_1 stop_codon 3351 3353 gene_2 gene 0.98 9624 9967 transcript_2 transcript 0.98 9624 9967 start_codon_1 start_codon 9624 9626 intron_2 intron 0.98 9709 9791 CDS_3 CDS 0.98 9624 9708 CDS_4 CDS 0.98 9792 9967 stop_codon_2 stop_codon 9965 9967 gene_3 gene 0.39 23662 34015 transcript_3 transcript 0.39 23662 34015 start_codon_2 start_codon 23662 23664 intron_3 intron 0.91 23675 24040 intron_4 intron 0.68 24158 24322 intron_5 intron 0.95 24415 29017 intron_6 intron 0.86 30470 32386 CDS_5 CDS 0.71 23662 23674 CDS_6 CDS 1 24041 24157 CDS_7 CDS 0.65 24323 24414 CDS_8 CDS 0.81 29018 30469 CDS_9 CDS 0.9 32387 34015 stop_codon_3 stop_codon 34013 34015 gene_4 gene 0.58 83735 86735 transcript_4 transcript 0.58 83735 86735 start_codon_3 start_codon 83735 83737 intron_7 intron 0.62 85008 85288 intron_8 intron 1 85486 85559 intron_9 intron 0.98 85771 85866 intron_10 intron 1 86111 86189 intron_11 intron 1 86341 86435 CDS_10 CDS 0.95 83735 85007 CDS_11 CDS 0.89 85289 85485 CDS_12 CDS 0.98 85560 85770 CDS_13 CDS 0.99 85867 86110 CDS_14 CDS 1 86190 86340 CDS_15 CDS 1 86436 86735 stop_codon_4 stop_codon 86733 86735 gene_5 gene 0.68 89224 92262 transcript_5 transcript 0.68 89224 92262 start_codon_4 start_codon 89224 89226 intron_12 intron 0.79 90506 90814 intron_13 intron 0.82 91012 91091 intron_14 intron 1 91303 91407 intron_15 intron 1 91652 91736 intron_16 intron 1 91888 91962 CDS_16 CDS 0.97 89224 90505 CDS_17 CDS 0.72 90815 91011 CDS_18 CDS 0.96 91092 91302 CDS_19 CDS 1 91408 91651 CDS_20 CDS 1 91737 91887 CDS_21 CDS 1 91963 92262 stop_codon_5 stop_codon 92260 92262 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.84 8950 3632 transcript_6 transcript 0.84 8950 3632 stop_codon_6 stop_codon 3634 3632 intron_17 intron 1 3799 3693 intron_18 intron 0.95 4744 4141 intron_19 intron 1 4919 4845 intron_20 intron 1 5091 5000 intron_21 intron 1 5698 5185 intron_22 intron 1 5846 5774 intron_23 intron 1 6180 5916 intron_24 intron 1 6836 6291 intron_25 intron 1 7336 6890 intron_26 intron 1 7501 7411 intron_27 intron 1 7702 7574 intron_28 intron 0.89 7862 7778 intron_29 intron 0.89 8045 7947 intron_30 intron 1 8260 8180 intron_31 intron 1 8425 8325 intron_32 intron 1 8706 8611 CDS_22 CDS 1 3692 3632 CDS_23 CDS 0.96 4140 3800 CDS_24 CDS 0.96 4844 4745 CDS_25 CDS 1 4999 4920 CDS_26 CDS 1 5184 5092 CDS_27 CDS 1 5773 5699 CDS_28 CDS 1 5915 5847 CDS_29 CDS 1 6290 6181 CDS_30 CDS 1 6889 6837 CDS_31 CDS 1 7410 7337 CDS_32 CDS 1 7573 7502 CDS_33 CDS 1 7777 7703 CDS_34 CDS 0.89 7946 7863 CDS_35 CDS 1 8179 8046 CDS_36 CDS 1 8324 8261 CDS_37 CDS 1 8610 8426 CDS_38 CDS 1 8950 8707 start_codon_5 start_codon 8950 8948 gene_7 gene 0.91 11263 10732 transcript_7 transcript 0.91 11263 10732 stop_codon_7 stop_codon 10734 10732 intron_33 intron 0.91 11260 10957 CDS_39 CDS 1 10956 10732 CDS_40 CDS 0.91 11263 11261 start_codon_6 start_codon 11263 11261 gene_8 gene 0.37 17177 16424 transcript_8 transcript 0.37 17177 16424 stop_codon_8 stop_codon 16426 16424 intron_34 intron 1 16673 16478 CDS_41 CDS 1 16477 16424 CDS_42 CDS 0.37 17177 16674 start_codon_7 start_codon 17177 17175 gene_9 gene 0.97 23594 22260 transcript_9 transcript 0.97 23594 22260 stop_codon_9 stop_codon 22262 22260 CDS_43 CDS 0.97 23594 22260 start_codon_8 start_codon 23594 23592 gene_10 gene 0.46 38600 34881 transcript_10 transcript 0.46 38600 34881 stop_codon_10 stop_codon 34883 34881 intron_35 intron 0.46 37043 36327 CDS_44 CDS 0.46 36326 34881 CDS_45 CDS 0.47 38600 37044 start_codon_9 start_codon 38600 38598 gene_11 gene 0.75 44081 42082 transcript_11 transcript 0.75 44081 42082 stop_codon_11 stop_codon 42084 42082 intron_36 intron 1 43649 43027 CDS_46 CDS 1 43026 42082 CDS_47 CDS 0.75 44081 43650 start_codon_10 start_codon 44081 44079 gene_12 gene 1 62126 59987 transcript_12 transcript 1 62126 59987 stop_codon_12 stop_codon 59989 59987 intron_37 intron 1 60820 60539 intron_38 intron 1 61880 61019 CDS_48 CDS 1 60538 59987 CDS_49 CDS 1 61018 60821 CDS_50 CDS 1 62126 61881 start_codon_11 start_codon 62126 62124 gene_13 gene 0.4 66568 62727 transcript_13 transcript 0.4 66568 62727 stop_codon_13 stop_codon 62729 62727 intron_39 intron 0.41 64397 62733 intron_40 intron 1 65032 64908 intron_41 intron 1 66226 65231 CDS_51 CDS 0.47 62732 62727 CDS_52 CDS 0.86 64907 64398 CDS_53 CDS 1 65230 65033 CDS_54 CDS 0.97 66568 66227 start_codon_12 start_codon 66568 66566 gene_14 gene 0.69 75556 75209 transcript_14 transcript 0.69 75556 75209 stop_codon_14 stop_codon 75211 75209 CDS_55 CDS 0.69 75556 75209 start_codon_13 start_codon 75556 75554 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 22.3 85399 85485 match_2 match 111 91089 91649 match_3 match 115 85557 86108 match_4 match 58.2 91723 91866 match_5 match 55.8 86191 86319 match_6 match 76.3 91723 92136 match_7 match 22.3 85399 85485 match_8 match 111 91089 91649 match_9 match 115 85557 86108 match_10 match 38.5 86442 86609 match_11 match 61.2 86191 86343 match_12 match 347 32477 34009 match_13 match 352 29003 30520 match_14 match 82.8 91098 91685 match_15 match 87.0 85566 86108 match_16 match 38.1 86457 86657 match_17 match 78.2 91738 92184 match_18 match 25.4 85402 85482 match_19 match 60.8 86191 86346 match_20 match 82.8 91098 91685 match_21 match 87.0 85566 86108 match_22 match 38.1 86457 86657 match_23 match 78.2 91738 92184 match_24 match 25.4 85402 85482 match_25 match 60.8 86191 86346 match_26 match 72.0 91723 92127 match_27 match 95.9 91107 91649 match_28 match 72.0 91723 92127 match_29 match 95.9 91107 91649 match_30 match 32.7 86463 86651 match_31 match 77.0 91738 92178 match_32 match 132 91089 91649 match_33 match 139 85557 86108 match_34 match 66.6 86191 86340 match_35 match 34.3 85423 85485 match_36 match 37.7 86442 86690 match_37 match 72.0 91723 92211 match_38 match 108 91089 91649 match_39 match 112 85557 86108 match_40 match 25.0 85423 85485 match_41 match 57.0 86191 86361 match_42 match 30.0 86463 86615 match_43 match 69.3 91723 92148 match_44 match 113 91089 91649 match_45 match 114 85557 86108 match_46 match 30.0 85399 85485 match_47 match 58.9 86191 86340 match_48 match 45.1 85231 85485 match_49 match 273 89311 90501 match_50 match 282 83795 85003 match_51 match 114 91738 92259 match_52 match 63.9 86191 86430 match_53 match 182 91089 91688 match_54 match 40.4 90916 91011 match_55 match 182 85557 86108 match_56 match 45.1 85231 85485 match_57 match 273 89311 90501 match_58 match 282 83795 85003 match_59 match 114 91738 92259 match_60 match 63.9 86191 86430 match_61 match 182 91089 91688 match_62 match 40.4 90916 91011 match_63 match 182 85557 86108 match_64 match 45.1 85231 85485 match_65 match 273 89311 90501 match_66 match 282 83795 85003 match_67 match 114 91738 92259 match_68 match 63.9 86191 86430 match_69 match 182 91089 91688 match_70 match 40.4 90916 91011 match_71 match 182 85557 86108 match_72 match 45.1 85231 85485 match_73 match 273 89311 90501 match_74 match 282 83795 85003 match_75 match 114 91738 92259 match_76 match 63.9 86191 86430 match_77 match 182 91089 91688 match_78 match 40.4 90916 91011 match_79 match 182 85557 86108 match_80 match 333 83834 85093 match_81 match 343 83834 85075 match_82 match 340 89332 90501 match_83 match 140 91738 92259 match_84 match 332 89332 90501 match_85 match 155 91738 92244 match_86 match 53.1 90895 91011 match_87 match 56.2 85369 85494 match_88 match 205 85557 86108 match_89 match 197 91089 91649 match_90 match 58.5 90895 91023 match_91 match 208 85557 86108 match_92 match 200 91089 91649 match_93 match 57.0 85369 85485 match_94 match 63.9 86191 86301 match_95 match 63.5 86191 86298 match_96 match 89.7 86436 86732 match_97 match 348 89308 90516 match_98 match 370 83840 85003 match_99 match 154 91738 92259 match_100 match 54.7 90895 91011 match_101 match 55.8 85369 85494 match_102 match 213 91089 91649 match_103 match 219 85557 86108 match_104 match 75.5 86191 86340 match_105 match 242 89302 90489 match_106 match 245 83816 84991 match_107 match 72.8 86439 86732 match_108 match 121 91738 92259 match_109 match 41.6 85369 85485 match_110 match 187 91089 91649 match_111 match 192 85557 86108 match_112 match 73.6 86191 86358 match_113 match 348 89302 90501 match_114 match 350 83804 85003 match_115 match 152 91738 92259 match_116 match 99.0 86436 86732 match_117 match 55.1 90892 91011 match_118 match 199 85557 86108 match_119 match 197 91089 91649 match_120 match 55.8 85366 85494 match_121 match 72.0 86191 86340 match_122 match 283 38 715 match_123 match 283 38 715 match_124 match 233 89302 90489 match_125 match 241 83816 85003 match_126 match 127 91738 92259 match_127 match 42.7 85369 85485 match_128 match 70.5 86191 86388 match_129 match 196 85557 86108 match_130 match 191 91089 91649 match_131 match 288 32765 33997 match_132 match 288 29291 30520 match_133 match 30.0 86454 86648 match_134 match 112 85557 86108 match_135 match 50.4 86191 86343 match_136 match 30.8 85399 85485 match_137 match 48.9 86436 86615 match_138 match 85.9 91738 92142 match_139 match 134 91089 91649 match_140 match 137 85557 86108 match_141 match 40.8 90910 91011 match_142 match 57.0 86191 86358 match_143 match 82.8 91738 92172 match_144 match 51.6 86439 86645 match_145 match 120 85575 86108 match_146 match 120 91107 91631 match_147 match 33.5 85372 85467 match_148 match 63.2 86191 86361 match_149 match 63.9 91723 92127 match_150 match 22.3 86460 86600 match_151 match 106 91089 91661 match_152 match 113 85557 86108 match_153 match 60.1 86191 86340 match_154 match 35.4 85399 85494 match_155 match 23.5 86457 86600 match_156 match 61.6 91738 92127 match_157 match 100 85557 86090 match_158 match 99.8 91089 91649 match_159 match 27.3 85387 85485 match_160 match 50.4 86191 86340 match_161 match 31.6 90913 91011 match_162 match 68.6 91723 92127 match_163 match 115 91089 91649 match_164 match 117 85557 86108 match_165 match 31.2 85399 85485 match_166 match 57.8 86191 86340 match_167 match 69.3 91723 92118 match_168 match 110 91089 91649 match_169 match 113 85557 86108 match_170 match 62.0 86191 86340 match_171 match 382 32405 34000 match_172 match 387 28946 30526 match_173 match 380 32420 34000 match_174 match 379 28937 30535 match_175 match 382 32411 34000 match_176 match 378 28934 30526 match_177 match 379 32396 34000 match_178 match 376 28955 30535 match_179 match 394 28937 30535 match_180 match 390 32477 34000 match_181 match 96.7 85575 86108 match_182 match 37.0 85297 85485 match_183 match 52.0 86191 86289 match_184 match 32.3 86463 86726 match_185 match 72.4 91738 92142 match_186 match 93.2 91182 91649 match_187 match 101 85650 86108 match_188 match 62.8 86191 86370 match_189 match 37.4 86463 86615 match_190 match 77.4 91738 92142 match_191 match 129 91089 91649 match_192 match 137 85557 86108 match_193 match 63.5 86191 86370 match_194 match 70.1 91738 92142 match_195 match 129 91089 91649 match_196 match 137 85557 86108 match_197 match 32.7 85423 85494 match_198 match 61.6 86191 86340 match_199 match 28.1 86442 86600 match_200 match 64.3 91738 92127 match_201 match 120 91089 91649 match_202 match 127 85557 86108 match_203 match 54.3 86191 86346 match_204 match 28.1 86442 86600 match_205 match 64.3 91738 92127 match_206 match 120 91089 91649 match_207 match 127 85557 86108 match_208 match 54.3 86191 86346 match_209 match 401 32414 33997 match_210 match 399 28946 30520 match_211 match 390 32429 34012 match_212 match 391 28994 30520 match_213 match 342 32483 33997 match_214 match 347 29009 30520 match_215 match 369 32432 33997 match_216 match 383 28931 30520 match_217 match 350 28958 30520 match_218 match 353 32435 34018 match_219 match 422 28955 30520 match_220 match 431 32474 33997 match_221 match 26.2 86469 86612 match_222 match 68.2 91738 92139 match_223 match 99.8 91098 91649 match_224 match 97.4 85566 86108 match_225 match 62.4 86191 86349 match_226 match 21.9 85453 85488 match_227 match 381 32474 33997 match_228 match 382 29000 30520 match_229 match 58.9 91723 92163 match_230 match 119 91089 91649 match_231 match 122 85557 86108 match_232 match 32.3 85399 85485 match_233 match 32.7 90925 91011 match_234 match 54.7 86191 86289 match_235 match 60.1 91723 92178 match_236 match 116 91089 91649 match_237 match 34.3 90922 91023 match_238 match 40.4 85240 85494 match_239 match 37.0 86457 86600 match_240 match 72.0 91738 92127 match_241 match 133 91089 91649 match_242 match 144 85557 86108 match_243 match 59.7 86191 86343 match_244 match 82.4 91738 92217 match_245 match 37.0 86463 86624 match_246 match 129 91089 91649 match_247 match 139 85557 86108 match_248 match 63.9 86191 86340 match_249 match 35.8 85414 85485 match_250 match 82.8 91738 92217 match_251 match 37.0 86463 86624 match_252 match 128 91089 91649 match_253 match 138 85557 86108 match_254 match 64.3 86191 86340 match_255 match 35.8 85414 85485 match_256 match 31.6 86463 86612 match_257 match 73.6 91738 92127 match_258 match 102 85557 86108 match_259 match 100 91089 91649 match_260 match 59.7 86191 86340 match_261 match 110 85557 86108 match_262 match 31.6 85366 85494 match_263 match 43.9 86191 86292 match_264 match 44.3 86436 86681 match_265 match 92.0 91738 92178 match_266 match 134 91089 91649 match_267 match 145 85557 86108 match_268 match 64.7 86191 86340 match_269 match 40.8 85399 85485 match_270 match 83.2 91738 92178 match_271 match 130 91089 91649 match_272 match 141 85557 86108 match_273 match 61.6 86191 86376 match_274 match 40.4 85396 85485 match_275 match 41.2 86436 86693 match_276 match 40.0 85234 85494 match_277 match 84.7 91738 92178 match_278 match 141 91089 91649 match_279 match 151 85557 86108 match_280 match 61.6 86191 86340 match_281 match 43.5 86436 86663 match_282 match 39.3 85207 85494 match_283 match 85.5 91738 92187 match_284 match 135 91089 91649 match_285 match 143 85557 86108 match_286 match 59.3 86191 86340 match_287 match 67.8 91723 92259 match_288 match 105 91089 91649 match_289 match 109 85557 86108 match_290 match 26.2 85414 85485 match_291 match 55.8 86191 86343 match_292 match 67.8 91723 92259 match_293 match 105 91089 91649 match_294 match 109 85557 86108 match_295 match 26.2 85414 85485 match_296 match 55.8 86191 86343 match_297 match 67.8 91723 92259 match_298 match 105 91089 91649 match_299 match 109 85557 86108 match_300 match 26.2 85414 85485 match_301 match 55.8 86191 86343 match_302 match 67.8 91738 92127 match_303 match 35.0 85336 85485 match_304 match 99.8 91089 91649 match_305 match 102 85557 86108 match_306 match 48.1 86191 86304 match_307 match 42.0 85204 85494 match_308 match 294 89311 90501 match_309 match 39.3 90883 91011 match_310 match 115 91738 92238 match_311 match 322 83816 85003 match_312 match 66.2 86436 86696 match_313 match 185 91089 91688 match_314 match 185 85557 86108 match_315 match 66.2 86191 86358 match_316 match 48.1 85219 85485 match_317 match 286 83798 85003 match_318 match 292 89332 90501 match_319 match 122 91738 92259 match_320 match 39.7 90898 91011 match_321 match 84.7 86436 86732 match_322 match 190 91089 91688 match_323 match 193 85557 86108 match_324 match 65.5 86191 86358 match_325 match 292 89311 90516 match_326 match 291 83816 85003 match_327 match 118 91738 92259 match_328 match 72.8 86439 86732 match_329 match 40.8 90865 91011 match_330 match 67.0 86140 86355 match_331 match 187 91089 91688 match_332 match 40.0 85399 85494 match_333 match 188 85557 86108 match_334 match 46.6 85204 85494 match_335 match 300 83816 85003 match_336 match 300 89314 90501 match_337 match 125 91738 92259 match_338 match 83.6 86436 86732 match_339 match 185 91089 91688 match_340 match 188 85557 86108 match_341 match 66.6 86191 86355 match_342 match 38.5 90931 91011 match_343 match 48.9 85216 85491 match_344 match 281 89302 90501 match_345 match 286 83795 85003 match_346 match 117 91738 92259 match_347 match 83.2 86436 86732 match_348 match 43.9 90883 91011 match_349 match 192 91092 91688 match_350 match 196 85560 86108 match_351 match 63.5 86191 86340 match_352 match 48.1 85204 85494 match_353 match 275 89296 90507 match_354 match 116 91738 92259 match_355 match 288 83795 85009 match_356 match 72.8 86436 86732 match_357 match 186 91089 91688 match_358 match 190 85557 86108 match_359 match 42.7 90895 91011 match_360 match 63.9 86191 86349 match_361 match 273 83846 85003 match_362 match 269 89344 90501 match_363 match 80.1 86436 86732 match_364 match 124 91738 92259 match_365 match 42.0 90895 91011 match_366 match 66.6 86140 86340 match_367 match 192 91092 91688 match_368 match 39.7 85399 85491 match_369 match 195 85560 86108 match_370 match 42.7 85234 85494 match_371 match 286 83795 85003 match_372 match 282 89332 90501 match_373 match 76.3 86439 86732 match_374 match 122 91738 92259 match_375 match 43.9 90883 91011 match_376 match 65.9 86140 86343 match_377 match 192 91089 91688 match_378 match 198 85557 86108 match_379 match 150 89719 90507 match_380 match 154 84215 85009 match_381 match 55.8 85204 85494 match_382 match 22.3 86191 86259 match_383 match 182 91089 91649 match_384 match 188 85557 86108 match_385 match 43.1 90925 91011 match_386 match 47.8 85204 85494 match_387 match 282 89332 90507 match_388 match 116 91738 92259 match_389 match 300 83846 85009 match_390 match 73.2 86436 86732 match_391 match 46.2 90886 91011 match_392 match 184 91089 91688 match_393 match 189 85557 86108 match_394 match 63.2 86191 86358 match_395 match 49.7 85204 85494 match_396 match 285 83816 85009 match_397 match 281 89332 90507 match_398 match 121 91738 92259 match_399 match 78.6 86436 86732 match_400 match 47.0 90883 91011 match_401 match 191 91089 91688 match_402 match 191 85557 86108 match_403 match 61.6 86191 86355 match_404 match 53.1 85204 85494 match_405 match 290 83801 85003 match_406 match 293 89290 90501 match_407 match 115 91738 92259 match_408 match 70.9 86436 86732 match_409 match 194 91089 91688 match_410 match 61.6 86191 86355 match_411 match 197 85557 86108 match_412 match 47.8 90895 91011 match_413 match 51.2 85204 85494 match_414 match 280 83795 85009 match_415 match 281 89332 90507 match_416 match 114 91738 92259 match_417 match 72.8 86436 86732 match_418 match 42.0 90868 91011 match_419 match 189 91089 91688 match_420 match 191 85557 86108 match_421 match 66.2 86191 86358 match_422 match 292 89290 90507 match_423 match 71.6 86436 86732 match_424 match 319 83801 85009 match_425 match 120 91738 92259 match_426 match 42.4 85369 85485 match_427 match 193 85557 86108 match_428 match 50.8 90895 91020 match_429 match 190 91089 91649 match_430 match 75.9 86191 86340 match_431 match 76.3 91723 92208 match_432 match 104 91110 91661 match_433 match 47.0 85234 85494 match_434 match 249 89296 90501 match_435 match 241 83798 85003 match_436 match 74.7 86439 86732 match_437 match 128 91738 92259 match_438 match 43.5 90904 91011 match_439 match 180 91089 91649 match_440 match 186 85557 86108 match_441 match 70.9 86191 86343 match_442 match 40.4 85234 85485 match_443 match 233 83798 85066 match_444 match 244 89299 90492 match_445 match 77.4 86439 86732 match_446 match 126 91738 92259 match_447 match 46.2 90895 91023 match_448 match 179 91089 91649 match_449 match 184 85557 86108 match_450 match 70.9 86191 86343 match_451 match 140 89299 90051 match_452 match 124 83828 84382 match_453 match 43.5 85387 85494 match_454 match 171 91089 91649 match_455 match 181 85557 86108 match_456 match 42.7 90913 91011 match_457 match 102 85575 86108 match_458 match 35.4 85390 85485 match_459 match 52.0 86191 86289 match_460 match 60.8 91738 92127 match_461 match 40.0 86442 86606 match_462 match 42.7 86191 86343 match_463 match 105 91089 91649 match_464 match 113 85557 86108 match_465 match 43.1 86445 86726 match_466 match 63.5 91738 92127 match_467 match 112 91116 91649 match_468 match 121 85584 86108 match_469 match 43.9 86191 86343 match_470 match 28.1 85399 85485 match_471 match 104 85557 86108 match_472 match 31.2 85399 85494 match_473 match 59.7 86191 86340 match_474 match 72.0 91723 92142 match_475 match 120 91089 91649 match_476 match 125 85557 86108 match_477 match 31.2 85399 85494 match_478 match 60.1 86191 86340 match_479 match 85.9 91738 92172 match_480 match 51.6 86436 86645 match_481 match 124 91089 91649 match_482 match 127 85557 86108 match_483 match 58.5 86191 86349 match_484 match 43.9 86439 86645 match_485 match 88.6 91738 92172 match_486 match 114 91089 91649 match_487 match 120 85557 86108 match_488 match 69.7 86191 86361 match_489 match 41.2 86436 86696 match_490 match 88.2 91735 92166 match_491 match 139 91089 91649 match_492 match 143 85557 86108 match_493 match 48.9 85354 85494 match_494 match 45.8 90886 91011 match_495 match 62.0 86188 86340 match_496 match 36.2 86460 86609 match_497 match 30.4 85348 85494 match_498 match 95.1 85557 86108 match_499 match 49.3 86191 86343 match_500 match 66.2 91723 92118 match_501 match 101 91089 91661 match_502 match 107 85557 86108 match_503 match 64.3 86191 86352 match_504 match 37.4 85186 85485 match_505 match 112 85557 86108 match_506 match 43.1 86191 86292 match_507 match 38.9 85156 85485 match_508 match 115 85557 86108 match_509 match 53.9 86191 86340 match_510 match 105 85566 86108 match_511 match 32.0 85342 85494 match_512 match 47.8 86191 86340 match_513 match 61.2 91738 92127 match_514 match 107 91098 91649 match_515 match 50.1 86191 86445 match_516 match 101 85557 86093 match_517 match 34.3 85348 85494 match_518 match 120 85557 86108 match_519 match 28.9 85399 85485 match_520 match 55.5 86191 86340 match_521 match 222 83798 85003 match_522 match 239 89296 90501 match_523 match 112 91089 91604 match_524 match 113 85557 86060 match_525 match 33.1 85390 85485 match_526 match 35.8 90916 91011 match_527 match 65.9 91723 92127 match_528 match 113 91089 91649 match_529 match 115 85557 86108 match_530 match 28.1 85414 85485 match_531 match 60.5 86191 86340 match_532 match 26.6 86445 86591 match_533 match 48.1 86191 86370 match_534 match 114 85566 86093 match_535 match 29.3 85393 85485 match_536 match 30.8 85219 85485 match_537 match 33.1 86460 86609 match_538 match 100 91089 91649 match_539 match 68.6 91738 92127 match_540 match 106 85557 86108 match_541 match 49.3 86191 86343 match_542 match 33.1 90913 91020 match_543 match 82.8 91098 91685 match_544 match 88.2 85566 86108 match_545 match 79.7 91738 92190 match_546 match 37.0 86457 86600 match_547 match 25.0 85408 85482 match_548 match 60.8 86191 86346 match_549 match 427 28934 30520 match_550 match 433 32399 33997 match_551 match 376 29003 30520 match_552 match 369 32477 33997 match_553 match 23.1 85351 85482 match_554 match 117 91092 91634 match_555 match 116 85560 86108 match_556 match 21.9 90940 91008 match_557 match 47.8 86191 86301 match_558 match 48.1 91738 91848 match_559 match 23.1 85351 85482 match_560 match 117 91092 91634 match_561 match 116 85560 86108 match_562 match 21.9 90940 91008 match_563 match 47.8 86191 86301 match_564 match 48.1 91738 91848 match_565 match 26.2 86448 86711 match_566 match 61.6 91738 92127 match_567 match 127 85581 86108 match_568 match 123 91113 91649 match_569 match 48.1 86191 86343 match_570 match 30.4 90895 91011 match_571 match 28.9 85399 85485 match_572 match 40.0 86460 86687 match_573 match 95.9 85575 86108 match_574 match 54.3 86191 86361 match_575 match 73.6 91723 92163 match_576 match 114 91089 91649 match_577 match 117 85557 86108 match_578 match 24.6 85423 85494 match_579 match 57.4 86191 86343 match_580 match 67.8 91723 92256 match_581 match 30.8 86457 86600 match_582 match 102 91089 91661 match_583 match 106 85557 86108 match_584 match 53.1 86191 86340 match_585 match 35.4 85357 85485 match_586 match 43.1 86439 86621 match_587 match 84.0 91738 92136 match_588 match 121 91089 91649 match_589 match 133 85557 86108 match_590 match 58.5 86191 86343 match_591 match 211 83798 84934 match_592 match 219 89293 90432 match_593 match 82.8 91738 92127 match_594 match 43.5 86457 86600 match_595 match 129 91089 91649 match_596 match 141 85557 86108 match_597 match 63.2 86191 86343 match_598 match 34.7 85423 85485 match_599 match 117 83828 85015 match_600 match 127 89305 90519 match_601 match 69.7 86439 86732 match_602 match 112 91738 92259 match_603 match 174 91089 91649 match_604 match 184 85557 86108 match_605 match 43.9 85387 85494 match_606 match 42.0 90913 91011 match_607 match 71.6 86191 86358 match_608 match 65.5 91723 92151 match_609 match 104 91092 91649 match_610 match 106 85560 86108 match_611 match 53.9 86191 86343 match_612 match 24.6 85423 85482 match_613 match 59.7 91723 92208 match_614 match 127 91089 91649 match_615 match 130 85557 86108 match_616 match 34.3 85399 85485 match_617 match 34.7 90925 91011 match_618 match 53.9 86191 86292 match_619 match 27.3 86460 86600 match_620 match 63.9 91723 92127 match_621 match 111 91089 91661 match_622 match 111 85578 86108 match_623 match 55.1 86191 86346 match_624 match 110 91089 91649 match_625 match 68.9 91723 92139 match_626 match 112 85557 86108 match_627 match 31.2 85399 85485 match_628 match 58.9 86191 86340 match_629 match 64.3 91723 92127 match_630 match 119 91089 91649 match_631 match 121 85557 86108 match_632 match 30.8 85399 85485 match_633 match 56.2 86191 86292 match_634 match 70.1 91738 92256 match_635 match 100 91089 91631 match_636 match 106 85557 86093 match_637 match 35.4 90889 91011 match_638 match 48.1 86191 86304 match_639 match 70.1 91738 92256 match_640 match 100 91089 91631 match_641 match 106 85557 86093 match_642 match 35.4 90889 91011 match_643 match 48.1 86191 86304 match_644 match 25.8 86460 86693 match_645 match 97.8 85575 86108 match_646 match 62.0 86191 86343 match_647 match 25.8 86460 86693 match_648 match 97.8 85575 86108 match_649 match 62.0 86191 86343 match_650 match 39.3 86442 86648 match_651 match 121 85557 86108 match_652 match 40.8 86191 86343 match_653 match 42.4 85201 85485 match_654 match 123 91738 92259 match_655 match 171 91089 91649 match_656 match 177 85557 86108 match_657 match 36.2 90925 91020 match_658 match 69.3 86191 86376 match_659 match 62.8 91738 92127 match_660 match 125 91089 91673 match_661 match 129 85557 86108 match_662 match 28.9 85399 85485 match_663 match 28.5 90925 91011 match_664 match 55.1 86191 86343 match_665 match 25.8 86460 86630 match_666 match 99.4 85563 86108 match_667 match 50.4 86191 86361 match_668 match 30.8 85399 85485 match_669 match 34.7 86439 86633 match_670 match 59.7 91738 92160 match_671 match 43.9 86191 86343 match_672 match 123 91089 91649 match_673 match 28.5 85399 85494 match_674 match 133 85557 86108 match_675 match 30.4 90925 91011 match_676 match 37.0 86457 86702 match_677 match 67.0 91738 92214 match_678 match 95.1 91089 91649 match_679 match 99.8 85557 86108 match_680 match 54.3 86191 86340 match_681 match 73.6 91723 92151 match_682 match 111 91089 91649 match_683 match 115 85557 86108 match_684 match 27.7 85423 85494 match_685 match 58.2 86191 86343 match_686 match 79.0 91098 91685 match_687 match 87.8 85566 86108 match_688 match 36.6 86457 86600 match_689 match 76.6 91738 92127 match_690 match 25.0 85402 85482 match_691 match 60.8 86191 86346 match_692 match 79.0 91098 91685 match_693 match 87.8 85566 86108 match_694 match 36.6 86457 86600 match_695 match 76.6 91738 92127 match_696 match 25.0 85402 85482 match_697 match 60.8 86191 86346 match_698 match 79.0 91098 91685 match_699 match 87.8 85566 86108 match_700 match 36.6 86457 86600 match_701 match 76.6 91738 92127 match_702 match 25.0 85402 85482 match_703 match 60.8 86191 86346 match_704 match 33.1 85210 85485 match_705 match 113 85557 86108 match_706 match 46.2 86191 86358 match_707 match 32.0 86448 86627 match_708 match 32.3 85336 85485 match_709 match 45.1 86191 86343 match_710 match 110 85557 86108 match_711 match 30.4 86448 86624 match_712 match 111 85557 86108 match_713 match 45.1 86191 86343 match_714 match 30.0 85414 85485 match_715 match 166 89311 90393 match_716 match 179 83816 84895 match_717 match 71.6 86439 86732 match_718 match 123 91738 92259 match_719 match 148 91089 91649 match_720 match 150 85557 86108 match_721 match 65.1 86191 86343 match_722 match 76.3 86439 86732 match_723 match 130 91738 92259 match_724 match 37.0 85345 85485 match_725 match 152 91089 91649 match_726 match 159 85557 86108 match_727 match 67.0 86191 86343 match_728 match 26.9 86457 86600 match_729 match 33.9 85303 85485 match_730 match 71.6 91723 92208 match_731 match 99.4 91089 91649 match_732 match 108 85557 86108 match_733 match 59.3 86191 86340 match_734 match 57.0 91738 92127 match_735 match 120 91110 91649 match_736 match 124 85578 86108 match_737 match 28.1 90895 91011 match_738 match 26.2 85405 85485 match_739 match 43.5 86191 86292 match_740 match 29.6 86439 86609 match_741 match 57.8 91738 92127 match_742 match 119 91110 91649 match_743 match 125 85578 86108 match_744 match 46.2 86191 86343 match_745 match 31.2 90895 91011 match_746 match 27.7 85405 85485 match_747 match 73.6 91723 92154 match_748 match 110 91089 91649 match_749 match 112 85557 86108 match_750 match 24.3 85399 85485 match_751 match 61.6 86191 86343 match_752 match 216 83792 85012 match_753 match 213 89344 90510 match_754 match 122 91738 92259 match_755 match 39.3 85327 85485 match_756 match 76.6 86436 86732 match_757 match 43.5 90913 91020 match_758 match 178 91089 91649 match_759 match 187 85557 86108 match_760 match 72.4 86191 86340 match_761 match 38.1 85234 85485 match_762 match 63.2 86436 86732 match_763 match 100 91738 92259 match_764 match 164 91089 91649 match_765 match 166 85557 86108 match_766 match 63.5 86191 86355 match_767 match 38.9 90925 91011 match_768 match 41.2 85219 85485 match_769 match 53.5 86439 86666 match_770 match 92.8 91738 92193 match_771 match 171 85557 86108 match_772 match 164 91089 91649 match_773 match 42.4 90925 91011 match_774 match 60.5 86191 86316 match_775 match 40.0 85216 85494 match_776 match 95.1 91738 92259 match_777 match 57.8 86436 86648 match_778 match 171 85557 86108 match_779 match 169 91089 91649 match_780 match 55.5 86191 86340 match_781 match 42.0 90925 91011 match_782 match 33.1 85237 85485 match_783 match 103 91738 92259 match_784 match 160 85557 86108 match_785 match 157 91089 91649 match_786 match 64.3 86191 86370 match_787 match 102 91738 92259 match_788 match 33.9 85390 85485 match_789 match 162 85557 86108 match_790 match 158 91089 91649 match_791 match 64.3 86191 86370 match_792 match 33.9 85390 85485 match_793 match 162 85557 86108 match_794 match 158 91089 91649 match_795 match 64.3 86191 86352 match_796 match 63.9 91738 91899 match_797 match 55.8 91735 92124 match_798 match 110 91113 91649 match_799 match 64.7 86439 86717 match_800 match 123 91738 92259 match_801 match 177 85557 86108 match_802 match 174 91089 91649 match_803 match 72.8 86191 86361 match_804 match 67.4 86439 86732 match_805 match 125 91738 92190 match_806 match 37.4 90886 91011 match_807 match 162 91089 91649 match_808 match 167 85557 86108 match_809 match 35.8 85405 85485 match_810 match 70.5 86191 86325 match_811 match 44.7 85204 85485 match_812 match 122 91738 92244 match_813 match 172 85557 86108 match_814 match 166 91089 91649 match_815 match 65.9 86191 86376 match_816 match 40.4 90925 91017 match_817 match 118 91738 92256 match_818 match 65.5 86191 86376 match_819 match 35.4 85393 85485 match_820 match 179 85557 86108 match_821 match 172 91089 91649 match_822 match 37.0 90925 91017 match_823 match 116 91738 92172 match_824 match 160 91089 91649 match_825 match 167 85557 86108 match_826 match 71.2 86191 86376 match_827 match 34.3 85201 85494 match_828 match 119 91738 92244 match_829 match 33.9 90925 91011 match_830 match 177 91089 91649 match_831 match 181 85557 86108 match_832 match 72.0 86191 86376 match_833 match 69.3 91738 92157 match_834 match 122 91089 91649 match_835 match 124 85557 86108 match_836 match 28.1 85399 85494 match_837 match 46.2 86191 86313 match_838 match 69.3 91738 92157 match_839 match 28.5 85381 85494 match_840 match 122 91089 91649 match_841 match 124 85557 86108 match_842 match 46.2 86191 86313 match_843 match 69.3 91738 92157 match_844 match 29.6 85342 85494 match_845 match 122 91089 91649 match_846 match 124 85557 86108 match_847 match 46.2 86191 86313 match_848 match 155 83795 85000 match_849 match 167 89296 90537 match_850 match 36.2 85384 85494 match_851 match 31.6 90949 91011 match_852 match 101 85557 85772 match_853 match 94.7 91089 91289 match_854 match 30.4 86457 86693 match_855 match 106 85575 86108 match_856 match 50.1 86191 86340 match_857 match 31.6 85399 85485 match_858 match 388 28946 30526 match_859 match 386 32477 34006 match_860 match 400 32468 34006 match_861 match 401 28994 30529 match_862 match 372 32438 33997 match_863 match 375 28949 30520 match_864 match 372 32438 33997 match_865 match 375 28949 30520 match_866 match 372 32477 33997 match_867 match 386 29003 30520 match_868 match 481 28931 30526 match_869 match 483 32432 34000 match_870 match 115 91738 92259 match_871 match 40.0 90868 91011 match_872 match 39.3 85369 85485 match_873 match 149 91089 91649 match_874 match 160 85557 86108 match_875 match 69.7 86191 86364 match_876 match 223 83798 85012 match_877 match 230 89311 90507 match_878 match 44.7 85225 85494 match_879 match 66.2 86439 86705 match_880 match 112 91738 92181 match_881 match 154 91113 91649 match_882 match 160 85581 86108 match_883 match 39.7 90913 91014 match_884 match 68.2 86191 86340 match_885 match 257 83792 85003 match_886 match 277 89302 90501 match_887 match 80.5 86439 86732 match_888 match 41.2 85324 85494 match_889 match 123 91738 92259 match_890 match 176 91089 91649 match_891 match 180 85557 86108 match_892 match 43.5 90913 91011 match_893 match 69.3 86191 86343 match_894 match 71.6 86436 86732 match_895 match 293 89293 90507 match_896 match 118 91738 92259 match_897 match 304 83798 85012 match_898 match 40.0 90901 91011 match_899 match 38.5 85387 85485 match_900 match 196 91089 91649 match_901 match 202 85557 86108 match_902 match 72.0 86191 86340 match_903 match 69.3 86439 86732 match_904 match 108 91738 92259 match_905 match 38.9 85366 85485 match_906 match 44.3 90892 91020 match_907 match 159 91089 91649 match_908 match 168 85557 86108 match_909 match 62.4 86191 86343 match_910 match 39.7 85234 85485 match_911 match 115 91738 92259 match_912 match 70.1 86439 86717 match_913 match 43.1 90874 91020 match_914 match 159 91089 91649 match_915 match 165 85557 86108 match_916 match 66.6 86191 86343 match_917 match 68.2 86439 86732 match_918 match 40.8 85240 85485 match_919 match 127 91738 92259 match_920 match 172 91089 91649 match_921 match 177 85557 86108 match_922 match 39.3 90925 91011 match_923 match 69.3 86191 86334 match_924 match 68.2 86439 86732 match_925 match 42.0 85240 85485 match_926 match 127 91738 92259 match_927 match 172 91089 91649 match_928 match 177 85557 86108 match_929 match 39.3 90925 91011 match_930 match 69.3 86191 86334 match_931 match 37.0 85174 85485 match_932 match 134 91738 92259 match_933 match 77.8 86436 86645 match_934 match 164 91089 91649 match_935 match 33.1 90940 91020 match_936 match 169 85557 86108 match_937 match 78.2 86191 86340 match_938 match 37.0 85174 85485 match_939 match 137 91720 92259 match_940 match 167 91089 91667 match_941 match 77.8 86436 86645 match_942 match 33.1 90940 91020 match_943 match 169 85557 86108 match_944 match 81.6 86182 86340 match_945 match 129 91738 92259 match_946 match 76.6 86436 86720 match_947 match 159 91089 91649 match_948 match 162 85557 86108 match_949 match 72.0 86191 86340 match_950 match 35.8 85234 85485 match_951 match 77.0 86439 86711 match_952 match 130 91738 92196 match_953 match 165 91089 91649 match_954 match 33.1 90940 91020 match_955 match 169 85557 86108 match_956 match 77.8 86191 86334 match_957 match 41.6 85222 85485 match_958 match 139 91738 92259 match_959 match 38.1 90859 91011 match_960 match 175 91089 91649 match_961 match 179 85557 86108 match_962 match 78.2 86191 86376 match_963 match 112 91741 92181 match_964 match 42.7 85357 85494 match_965 match 63.9 86194 86376 match_966 match 175 85557 86108 match_967 match 170 91089 91649 match_968 match 39.7 90913 91011 match_969 match 119 91738 92259 match_970 match 37.0 90892 91011 match_971 match 164 91089 91649 match_972 match 167 85557 86108 match_973 match 67.0 86191 86376 match_974 match 37.7 85402 85485 match_975 match 33.9 85195 85494 match_976 match 61.6 86191 86448 match_977 match 156 91089 91649 match_978 match 161 85536 86108 match_979 match 62.0 91738 91851 match_980 match 33.9 85195 85494 match_981 match 161 85536 86108 match_982 match 33.9 85195 85494 match_983 match 112 91738 92232 match_984 match 156 91089 91649 match_985 match 161 85536 86108 match_986 match 61.6 86191 86376 match_987 match 114 91738 92259 match_988 match 28.9 90925 91008 match_989 match 65.5 86191 86376 match_990 match 162 91107 91649 match_991 match 168 85572 86108 match_992 match 38.5 85237 85485 match_993 match 127 91738 92172 match_994 match 67.8 86436 86645 match_995 match 35.0 90931 91020 match_996 match 172 91089 91649 match_997 match 177 85557 86108 match_998 match 74.7 86191 86340 match_999 match 125 91738 92259 match_1000 match 71.2 86439 86654 match_1001 match 168 85557 86108 match_1002 match 165 91089 91649 match_1003 match 32.3 85393 85473 match_1004 match 31.6 90925 90999 match_1005 match 66.6 86191 86334 match_1006 match 67.4 86439 86726 match_1007 match 126 91738 92271 match_1008 match 166 91089 91649 match_1009 match 169 85557 86108 match_1010 match 70.1 86191 86334 match_1011 match 129 91738 92259 match_1012 match 163 91089 91649 match_1013 match 167 85557 86108 match_1014 match 70.5 86191 86400 match_1015 match 38.5 85237 85485 match_1016 match 72.4 86439 86717 match_1017 match 127 91738 92259 match_1018 match 174 85557 86108 match_1019 match 32.3 90925 91011 match_1020 match 172 91089 91649 match_1021 match 67.8 86191 86367 match_1022 match 35.0 85237 85485 match_1023 match 119 91738 92259 match_1024 match 65.5 86439 86654 match_1025 match 173 91089 91649 match_1026 match 177 85557 86108 match_1027 match 35.4 90925 91020 match_1028 match 72.4 86191 86367 match_1029 match 47.0 85195 85485 match_1030 match 130 91738 92259 match_1031 match 70.1 86439 86654 match_1032 match 161 91089 91649 match_1033 match 164 85557 86108 match_1034 match 43.5 90925 91020 match_1035 match 72.4 86191 86334 match_1036 match 47.0 85195 85485 match_1037 match 130 91738 92259 match_1038 match 70.1 86439 86654 match_1039 match 161 91089 91649 match_1040 match 164 85557 86108 match_1041 match 43.5 90925 91020 match_1042 match 72.4 86191 86334 match_1043 match 145 85557 86108 match_1044 match 122 91741 92172 match_1045 match 139 91089 91631 match_1046 match 69.7 86436 86645 match_1047 match 67.4 86194 86340 match_1048 match 40.4 85237 85485 match_1049 match 68.6 86439 86675 match_1050 match 124 91738 92259 match_1051 match 175 85557 86108 match_1052 match 172 91089 91649 match_1053 match 37.0 90925 91020 match_1054 match 68.2 86191 86334 match_1055 match 43.9 85234 85485 match_1056 match 164 85557 86108 match_1057 match 162 91089 91649 match_1058 match 37.4 90925 91020 match_1059 match 50.8 86191 86280 match_1060 match 50.8 91738 91827 match_1061 match 251 89302 90501 match_1062 match 249 83795 85003 match_1063 match 103 91738 92172 match_1064 match 179 85557 86108 match_1065 match 178 91089 91649 match_1066 match 40.4 85387 85485 match_1067 match 71.2 86191 86364 match_1068 match 37.7 85201 85494 match_1069 match 206 83792 85003 match_1070 match 221 89314 90501 match_1071 match 115 91738 92259 match_1072 match 37.4 90913 91011 match_1073 match 64.7 86191 86367 match_1074 match 184 91089 91649 match_1075 match 194 85557 86108 match_1076 match 206 62 658 match_1077 match 58.5 86439 86645 match_1078 match 117 85557 86108 match_1079 match 60.8 86191 86358 match_1080 match 35.0 85210 85485 match_1081 match 120 85581 86108 match_1082 match 43.1 86191 86292 match_1083 match 31.2 85174 85494 match_1084 match 30.8 86460 86609 match_1085 match 102 91089 91649 match_1086 match 67.0 91738 92127 match_1087 match 106 85557 86108 match_1088 match 28.9 90913 91011 match_1089 match 48.5 86191 86343 match_1090 match 34.3 85237 85485 match_1091 match 67.8 91738 92127 match_1092 match 108 91089 91631 match_1093 match 113 85557 86093 match_1094 match 48.9 86191 86295 match_1095 match 62.0 91738 92139 match_1096 match 110 91089 91649 match_1097 match 113 85557 86108 match_1098 match 57.4 86191 86340 match_1099 match 33.1 85204 85494 match_1100 match 34.3 86460 86609 match_1101 match 101 85557 86108 match_1102 match 49.7 86191 86343 match_1103 match 57.8 91723 92205 match_1104 match 126 91089 91649 match_1105 match 129 85557 86108 match_1106 match 34.3 85399 85485 match_1107 match 54.7 86191 86289 match_1108 match 65.1 91723 92151 match_1109 match 97.1 91104 91649 match_1110 match 103 85572 86108 match_1111 match 26.2 85399 85485 match_1112 match 58.5 86191 86340 match_1113 match 41.6 85195 85485 match_1114 match 105 91738 92214 match_1115 match 70.9 86191 86454 match_1116 match 154 91089 91649 match_1117 match 157 85557 86108 match_1118 match 37.0 86460 86717 match_1119 match 117 85557 86108 match_1120 match 52.4 86191 86343 match_1121 match 32.7 86460 86615 match_1122 match 110 91101 91649 match_1123 match 117 85569 86108 match_1124 match 64.3 91738 92151 match_1125 match 57.4 86191 86343 match_1126 match 28.1 86460 86615 match_1127 match 63.9 91738 92151 match_1128 match 107 91113 91649 match_1129 match 112 85581 86108 match_1130 match 55.5 86191 86370 match_1131 match 72.8 91723 92196 match_1132 match 29.3 86460 86636 match_1133 match 100 91110 91661 match_1134 match 105 85578 86108 match_1135 match 34.7 85399 85485 match_1136 match 61.6 86191 86340 match_1137 match 70.5 91711 92190 match_1138 match 124 91104 91649 match_1139 match 33.9 90940 91011 match_1140 match 66.2 91738 92127 match_1141 match 35.4 86460 86600 match_1142 match 114 85566 86090 match_1143 match 115 91098 91649 match_1144 match 30.8 85366 85485 match_1145 match 49.3 86191 86340 match_1146 match 28.5 86460 86600 match_1147 match 93.2 85587 86105 match_1148 match 32.3 85357 85494 match_1149 match 55.1 86170 86352 match_1150 match 31.6 86460 86603 match_1151 match 71.6 91723 92130 match_1152 match 103 91107 91661 match_1153 match 108 85575 86108 match_1154 match 37.4 85348 85494 match_1155 match 59.3 86191 86340 match_1156 match 64.7 91738 92127 match_1157 match 98.6 91089 91649 match_1158 match 106 85557 86108 match_1159 match 31.6 85372 85485 match_1160 match 33.1 90901 91011 match_1161 match 48.5 86191 86304 match_1162 match 95.9 85575 86108 match_1163 match 38.5 85321 85485 match_1164 match 52.8 86182 86340 match_1165 match 64.3 91723 92136 match_1166 match 110 91089 91649 match_1167 match 115 85557 86108 match_1168 match 24.3 85414 85485 match_1169 match 24.6 90940 91011 match_1170 match 55.8 86191 86343 match_1171 match 64.3 91723 92136 match_1172 match 110 91089 91649 match_1173 match 115 85557 86108 match_1174 match 24.3 85414 85485 match_1175 match 24.6 90940 91011 match_1176 match 55.8 86191 86343 match_1177 match 30.4 86460 86642 match_1178 match 68.9 91723 92169 match_1179 match 104 91107 91661 match_1180 match 108 85575 86108 match_1181 match 35.4 85399 85494 match_1182 match 57.4 86191 86340 match_1183 match 33.5 86436 86639 match_1184 match 104 85584 86108 match_1185 match 48.5 86173 86313 match_1186 match 29.6 85399 85485 match_1187 match 32.7 86457 86621 match_1188 match 90.5 85557 86108 match_1189 match 33.5 85396 85485 match_1190 match 49.3 86191 86340 match_1191 match 74.7 91723 92217 match_1192 match 108 91089 91649 match_1193 match 110 85557 86108 match_1194 match 62.8 86191 86340 match_1195 match 49.3 86439 86711 match_1196 match 86.7 91738 92238 match_1197 match 137 85560 86108 match_1198 match 130 91092 91631 match_1199 match 57.8 86191 86340 match_1200 match 469 28931 30526 match_1201 match 452 32474 34000 match_1202 match 435 28946 30526 match_1203 match 434 32468 34000 match_1204 match 441 28946 30520 match_1205 match 438 32438 33997 match_1206 match 426 28955 30526 match_1207 match 441 32402 34000 match_1208 match 392 28994 30520 match_1209 match 408 32423 33997 match_1210 match 382 32468 33997 match_1211 match 392 28946 30520 match_1212 match 34.7 85189 85485 match_1213 match 120 85557 86108 match_1214 match 48.1 86191 86289 match_1215 match 34.3 85210 85485 match_1216 match 53.5 91738 92127 match_1217 match 121 85557 86108 match_1218 match 122 91089 91649 match_1219 match 46.2 86191 86289 match_1220 match 30.4 85336 85485 match_1221 match 120 85557 86108 match_1222 match 46.6 86191 86289 match_1223 match 214 59 631 match_1224 match 36.6 86439 86633 match_1225 match 33.1 85339 85542 match_1226 match 70.1 91738 92160 match_1227 match 101 91119 91634 match_1228 match 102 85587 86090 match_1229 match 46.6 86158 86343 match_1230 match 32.7 86463 86612 match_1231 match 71.2 91738 92139 match_1232 match 106 91092 91649 match_1233 match 112 85560 86108 match_1234 match 58.2 86191 86340 match_1235 match 64.7 91723 92145 match_1236 match 119 91089 91649 match_1237 match 123 85557 86108 match_1238 match 60.5 86191 86364 match_1239 match 29.6 85414 85485 match_1240 match 30.4 86445 86723 match_1241 match 55.5 91738 92127 match_1242 match 126 85557 86108 match_1243 match 122 91089 91649 match_1244 match 46.6 86191 86346 match_1245 match 53.5 91738 92127 match_1246 match 100 91089 91640 match_1247 match 35.0 90925 91011 match_1248 match 33.1 86445 86639 match_1249 match 109 85557 86108 match_1250 match 39.7 86191 86343 match_1251 match 35.0 85399 85485 match_1252 match 39.3 86445 86630 match_1253 match 114 85557 86108 match_1254 match 42.0 86191 86343 match_1255 match 30.8 86460 86609 match_1256 match 22.3 85396 85485 match_1257 match 101 85557 86108 match_1258 match 60.5 86191 86346 match_1259 match 74.3 91738 92244 match_1260 match 33.9 85399 85527 match_1261 match 106 91089 91649 match_1262 match 113 85584 86108 match_1263 match 58.2 86191 86322 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1264 match 335 36431 34911 match_1265 match 354 23807 22269 match_1266 match 340 38621 37104 match_1267 match 278 36143 34911 match_1268 match 295 23519 22281 match_1269 match 281 38360 37119 match_1270 match 336 38645 37116 match_1271 match 366 36425 34908 match_1272 match 375 23804 22278 match_1273 match 342 38645 37116 match_1274 match 364 36476 34908 match_1275 match 373 23804 22278 match_1276 match 328 38645 37116 match_1277 match 373 36491 34908 match_1278 match 366 23801 22278 match_1279 match 330 38624 37116 match_1280 match 376 36515 34908 match_1281 match 367 23801 22278 match_1282 match 341 38627 37116 match_1283 match 382 36488 34908 match_1284 match 384 23807 22278 match_1285 match 372 36491 34911 match_1286 match 368 38645 37119 match_1287 match 401 23816 22281 match_1288 match 359 38600 37119 match_1289 match 388 36488 34911 match_1290 match 409 23816 22281 match_1291 match 349 36506 34911 match_1292 match 335 38645 37119 match_1293 match 355 23801 22281 match_1294 match 369 36500 34911 match_1295 match 354 38597 37119 match_1296 match 382 23807 22281 match_1297 match 334 36473 34911 match_1298 match 332 38549 37119 match_1299 match 358 23807 22281 match_1300 match 394 38585 37119 match_1301 match 409 36365 34911 match_1302 match 436 23810 22281 match_1303 match 190 43053 42085 match_1304 match 346 43032 42088 match_1305 match 147 44072 43647 match_1306 match 355 38597 37119 match_1307 match 385 36434 34911 match_1308 match 400 23810 22281 match_1309 match 331 43032 42088 match_1310 match 138 44069 43647 match_1311 match 417 36524 34911 match_1312 match 388 38585 37119 match_1313 match 451 23810 22281 match_1314 match 345 38645 37119 match_1315 match 360 23807 22281 match_1316 match 378 36431 34911 match_1317 match 362 38645 37116 match_1318 match 389 23807 22278 match_1319 match 369 36431 34908 match_1320 match 372 38645 37110 match_1321 match 395 23816 22275 match_1322 match 396 36440 34905 match_1323 match 365 36470 34911 match_1324 match 351 38600 37104 match_1325 match 382 23816 22281 match_1326 match 365 36470 34911 match_1327 match 350 38600 37119 match_1328 match 382 23816 22281 match_1329 match 372 36482 34911 match_1330 match 352 38600 37119 match_1331 match 389 23807 22281 match_1332 match 449 38648 37116 match_1333 match 461 36491 34908 match_1334 match 479 23810 22278 match_1335 match 311 43032 42088 match_1336 match 407 38600 37116 match_1337 match 445 36500 34908 match_1338 match 444 23810 22278 match_1339 match 401 38594 37116 match_1340 match 445 23816 22278 match_1341 match 432 36485 34908 match_1342 match 387 38585 37119 match_1343 match 432 36470 34911 match_1344 match 438 23816 22281 match_1345 match 426 36506 34908 match_1346 match 399 38582 37116 match_1347 match 447 23816 22278 match_1348 match 367 38645 37119 match_1349 match 401 23816 22281 match_1350 match 392 36431 34911 match_1351 match 353 38645 37119 match_1352 match 390 23816 22281 match_1353 match 381 36485 34911