C07HBa0309F18.1 AAGCTTGCCCTCAAAAGAACAGGTAACAAAAATTCCCTTTTTATTTTACTTCAATTATAT TTTTCCCAATATACTATAAGGTCAAAATATTTGTTTTTGGTATCATACTTCACTTTTTCC TTTTTTCTGGAAACCCCTTTTTATCTCCATTTGACCATTTAAGCTTCATTTTACACAAAA AGTTTGGATCTTGACAATAAAAAATTGGGTCCATAGTGAACCCATCTCAAGAATCTTGAT GAGATGAAACTTTTCGTTCCATAACAATGAATTTGACAATACAAAGCAATAGAGTAAATT TAAGTAACAATCAAAAAACAAATAATGTATTTAAAGTAACAATAGATAAACCATCCAAAC AAGCTGTAAAAAGGGTTAATCATCTTGATCTTTTCTTGTGTTAATTTAGTAGTATTAGTT TCTAATAGTTTCTTTCAATAATTGAAACCTGTACAAGTTGATGATACTCACAGAAGCTAA TATGTGTACTCACCGTGAAAATTCAGGAAATGAATGGACAGCTTTGGCACATTTAATTAC AGCAGTAATTGGTTCTGGTGTTCTATCATTAGCATGGAGCATGGCACAGCTAGGTTGGGT TGCTGGTCCATTGACTATGCTCGTATTTGCTTGTGTCTCTCTTACTTCTGTATTTCTTCT CTGCAATTGCTATAAGTCTCCTGATCCAGAAACTGGCCCTGATAGGAATGGCTGTTATCT TGATGCTGTACAGAAGATTTTAGGTGAGAATTCAAGCTAAGAATAAATTAGAAAAAATCC TATGTCCTGCACTTTTTCAGTTCAGATGAACCATTTATTTACTTCTCGTTTTCCTTACTT TTCGTGGAAATAAATTATGTTCAAGTAAGCAAGCACGTCGTTCTTCCAGGAGTCTATATA TAGATTTTAAGGACATGGTGGCCTAACCATCGTAAAACTTTAGTTTTCTCTTAATTGGAG GACCAACTGGATAGTTCATGGGATGCCAAAATTAACTGTCCTTATGTAGAACTTGACTTG GCAGCAAGGGTCTTCTTACCTTACTGAATTCAAGAGGGCTGTTATATACTTGGGCTTACG CAACAAATTCCTTTTTTCTGGCATCTCAGGAAAAAGAAATGCCTGGTTTTGTGGAATCGC TGTTCGTATAAATTTCATCAAGCTTGCAATTATATATACAATTACATCCGCCTCCAGCAT ACAGTATGTCATTGATCTTCTCTCTACTAGTATTATCAATGTCTCCTTCTGACAATTTAT GCACGTACATTTCCTTTATGAGCTTTGCTGCTTATCATACTGAATTTTTGTTTGGGTTAT CCTAGTTTACATGGTTGCATTTCCATACTATCAGACAACTTAATTTCCTCTTGCCAAATT CATGCTTCAGACCTATTATCTCCTCTAAAGTCCAGTGGCGGAGCCAAGAGTTTGGGAAAG AGTATGCAGATTTTCTTCTCAGTTGTGTTAAGGGTGTGCAAAATCAAACATACACTCATA ATATCTCACAGTTAACATTTAACCTTTGTACACCACATAATATTTCAGCGAAGGGTGTGC ACGGGACCATCCTTAGCCTAAGGTGGCCCAGCCAATGCTCTAAACTAATGAGGTTTTTAT TTTACACTATCTTCTGAGATTCCTTTGACTGCTAACAGTTCATAAATAAACTTGTTAAGG ATTCTTAAGGGTTCAAGAATTACCAAACAATATAGTCCGAACCGTACGAATCTAGCTATA AGCAGAGATTTGTATCCATGTCATCATTCTAATCAGATAACTAGAGGGGGATACAGAAGT ATATGTCATAATTAGTGAAATTAGGATAGGTGTTCCATTATCAAGGAGATAAAAGTTCCA TAACCAATGGGATTAGGAATATTAAAAAGGATACACAGTACTTAGTGTACATATAAAGTT GATATTGCTATCATATATTCTCAAAATTAAACTTACATTCGATGTATATTAGTGGATTAA GGGAATGTGTCCCTAAATGATTTTAGGAGTCCCATATAACCAATGAAATAAAGAATCATA GATAATAAGGCTATAATGCATAGCACATATACATAAGAATTGAGAGTTGTTACTCCTGTG CATTCTCAAACTATCTATTGGGAGGGTTTTTTCTAAAGCTGATATTAATAATGCATCCTC TAAATGCTTCCAGAGCTATCCAGAAATCAAACTGCTATCATGATCAAGGTCACAAGGCTA CCTGTGGATATGAAAGTACTAGGTATATGGTAATATTTGGATTAATCCAAGTTATAGTGT CTCAAATTCCTGATTTTCCGAATATGAAGTGGCTCTCCGTAGTTGCTGCTGTCATGTCCT TCACATATTCAATTATCGGATCAGCACTTGGCTTAGCCAAAGTAATAGGTAGGTTACCTT TTTGCATGCTTTTAGAGTCCTAAAATCTTCACAATAACAAGCATGTTCAGGCCTAGAATC TCAGGTAATATAGATGATCAAACTTGTCATTATCTTAAAATTCCATTCCGCAATCTTGAT ATGCAGAAAATGGAGAAATCAAAGGAAGCATTACAGGACTGCCAAGTTCTACAGCTGCTG AGAAAGTATGGTTGGTTGCTCAAGCGCTCGGGAACATTGCCTTTGCCTTTCCATTCTCTC TTATATTTCTGGAGGTTCAGGTGCTGCAATTTGGCTTTCTAAATTAAATAATTTTCTTAA TCAGCATTAAGCTGCACTAAACAATTAATGAAAACTTCCAAATATGTAGGACACATTAAA GGCACCTCCTCCAGAAAAGATCACCATGAAGAAGGTCTCAATTATGACATCCTGTATTAC AACTTTTTTCTACCTTTGCTGTGGAGGATTTGGTTATGCAGCCTTTGGTAATTCCACACC AGGGAATCTCTTGACAGGATTCGGTTTCTATGAACCATATTGGCTTGTAGACTTTGCTAA TGCGTGTGTTATTCTTCATCTTGTTGGTGGATATCAGGTACTTTTACTTGAAGTGTTCTG TCAAGTATAACATTGTAGCCCCATGTTTTTATTCCTATACAACTTTTACACCTTCACCTC TAACTTGTTCGGAACTAAGGTGTAGTTGTCATTGTTATTGCGTTTATGCTTTCACAATCT TTTTAACCGAATAACTCTTCCTTGTTAGTGGATATCTTTACTTTTGACATCTTCTTCTAA ACTTATTAGAGTGTCCCACATTGGTTGAGAGAATGGGTTGTTGTCTCCTTATATGATATC AAAAGTATCCTTACCTCACGAGCTAGATTTTGTTCTTGAGTTAGGCCGCAAGTCCTATTT CTTTACAAAGCAAATCCATTCTTCTTGTTGTGTTTCACAATATTGAGCCCCTAAGTTATT TTATCGATGCTCCAATTGTCCAAGCCGGGGTGCGTAGGGTTGTTATAGTGTCCCATATCA GTTGAGGGGATTGTCATCTCCTTATATCATTTTGACAATTCTCATCTCACTAGCTAGTAG ATGTTGAATCACCTTGATTTCTGTCTTTACTTCTTTATGTTTTAGATTCCCTTGGTGAAA ATTCTAGCTCCGTCATTGGTTGCCTAAGTTATATTTTCTTTACTTTTTGTATCGACTTGA ATATGCTTTACAGGTTTTTAGCCAGCCAATATTTGCAGAAGTTGAGAGATGGTTTGCCAG AAAATTTCCAGATAGCAAGTTTGTTCACAAGAATCACACTCTGAAACCTCTATCAATGCT GCCATTTAGTTTGAATTTTATGAGATTATTCTTCCGAACAGCATATGTTGCAATAATGAC TGGGATTGCTGTATTGTTCCCTTACTTCAACCAGGTCGTAGGGGTGTCCGGAGCGATAAC ATTTTGGCCTATCGTCGTCTATTTCCCTGTAGAGATGTACTTAACTCAGAAAAGAATTGA AAGTTGGAAAAGCAAAGCTATCATGCTTCGCGTCTTTACAATGGTATGTCTGGTTGTGAT ATTGTACGCATTTGTTGGGTCTATCAGAGGAGTTATTGTTGCTAGGTTCAGGTAAAAATG CTTCTTCACGTTTCTACAAGGTTTGCGTACATGCTATCCTCTCCGAACCCCCACTTGTGA GATTATACTAGATATGTTATTTAAAAAAGAAATGTAAATAAATTCTTTATAGTTTTAAAA TGTTCGGTATGTAAACAATGCCTTACGTTGTCAACAACCAAATATGTATTATAAAATTTC ATCGATTTTCGTGTACTATAGTTCATAGATCTTTTTTCAATTTGGAATTTCCGCGGGATG ACCAAAATTTTTCATTGTGTCCGTTAAGACGTTATCAATGTGACCAGTTCATTCCGCGGG GAAAACACCACACATTTTTAAGTTCAAACGAGTCTCAACGCAGGTAAATGCAGATTTTAT AGATTTTCGTGTGCTATAATCCATGAATTTTTTGTGATATGAAATTTTTGAAAAGAAATG ACCGAAAATTTTCATGGACATCCGTTAAGACGTTAGCAATGTACTCAATTCGTCCCATGA GGAAAACATGTACATATTCAAGTTCAAATGAGCACCAAAGCAGATAAATGCAGATTTTGT CATTTTTCGTGTGTTATAGTCCATATATTTTTTGTGATCTGAAATTCACGAAACGAAATG ACCAAAATTTTTTATGTACATCCGTTAAGACGTTAGCAATACACCTAGTTCGTCCCGCGA GGAAAATGGATACATTTTCAAGTTCAAACGAGCCTCAAAGCAGGTAAACGAAGATTTTGC CAATTTTCATGTACTATAGTCCATTAATTTGTGATTTGGAATTCCCGAAACCAAATGATC GAAATTTTTCATAGACATCCGTTAAGACGTTAGCAATGTACCTAGTTCGTCCCGTGGGGG AAACGGGCTCATTTTAAAGTTCAAAAGAGCTCCAAAACAAGTAAACACAAATTTATCCAA TTTTCGTGTGCTATAGTCCATAGATTTTTTGTGATATGAAATTCCCGAAATGAAATGACC AAGATTTTCATGGAAATCCACTAAGACATTAGTTATGTACCCAGTTCGTTCCGCATAGTA AACGGGCGCATTTTCAAGTTCAAACAAGCCACAAAGCAGGTAGCAGATTTTGTCGATTTT CATGTGTTATAATCTATGAGTTTTTTGTGATACGGAATACCCAGAACGAAATGATCAAAA ATTTTCATAGACGTTCGTTAAGACGTTGACAATGTATCTAGTTCGTCCAACAAGGAAAAA CATATGCATTTTCAAGTTCAAACAACCCCTAAAGCAGGTAAAAGTAAATTTTATCGATTT TCTTGTGCTATAGTCTTTAGATTTCTTGTGATCCAGATTCCCAAAATGAAAAGACCAAAC TTTTTCATAGACGTTCTTTTATAAGTTAGTAATGTACCCGGTTCATCCGGCGGATAAAAT ATGTGCATTTTAAAGTTCAAACGAGTCCTAAAGTAGGTAAATCACATATTTTATCGATTT TTCTTGTGCTATAATCCATGGATTTCTTGTGATCCGGAATTTGTGAAACGAAATTTCCAT GGACATCCGTGATGACGTTAGAAATATACCTAGTCCGTCTCCTGGGGAAAACAACCGCAT TTTCAAGTTCAAACGAGCCCAAAGAAGGTAAACACAGATTTTGTTGATTTTTGTGTACTT TAGACCATGAAATTTCAGTGATCCAAATTTTCAAAATTAAAATGAACAAAATTTTTCATG GACATCCGTTAATACAATAGCAATGTATTCAGTTCGTCCCGCAAGGAAAACGGACCCATT TTCAAGTTTAAATAAGCCTCAAAGCAGGTAAACGCAAAATTTTGTTATTTTTTGTGTGAT ACAGTACATTGATTTTTTATGGTCCGAAATTTTTCATGGACGTCCATTAAGACGTTAGAA TTGTACCTAGTTCGTCCTGCGGGAAAAATGAGCGCATTTTCAAGTTCAAACGATTCTATT GCACGTAAACACAAATTTTACCGATTTTCTTGTGTTATAGTCCATGAATTTTTTTTGTGA TCCAGACTTCTCAAAATAAAATGAACAAAATTTTTCATGAACGTCCATTATGAATTTAGC AATTTATCCAATTCGTCTCGCGGGAAAACAAATATTTTTCAAGTTCAAATGAGTCTCGAC GCAAGTAAACACATATTTTCCCAATTTTTGTGTGCTATAGTCTATGATGTTTTTTGTGAT CTAGAATTTCCAAAACAAAATGAGCGCAATTTTTTATGGTCGTTCGTTAATACATTAGCA ATGTACTCACTTCGTCCCGCGGAGAAAACGAACGCATTTTCAAGTATATACGAGCCTCAA AGCAGGTAAATACAGATTTTATCGATTTTCGTGTGCTATGGTTAATGAATTTTTTGTTAT CCGAAATTCTCAAAATCAAATGACCAAAATTTTCCATGGACGTCCGTTAAGGTGTTAACA ATGTTTTAGTTCATCCCGCGGGGAAAACATGCTTATTTTCAAGTTCAATCGAGCCTAAAA GCAAATAAATGCAGATTTTTCAGATTTTCGTGTGCGTCTATAGATTTTTTGTGATCCGAA ATTCTCAAAACGAAATGGCCATAATTTTTAATGGACATCCATTAAGACGTTACAGTATAT CCAGTTCTCCGCTCGGGGAAAACGAGCGCATTTTCAAGTTTAAACATGACATAAATAAGG TAAATGCAAATTTTGACGACTTTCGTGTGCTATAGTCCATGAATTTTTGTGATTGGGTAC TTCTGAAATGAAATGGCCAAAATTTTTCATCGATGCCCTTTAAGACGTTAGCAATGTACC CAGTTCGTGCCACGGGAAAAACGAGCGCATTTTCAAGTTGAAACGAGCCCCAAAGCAGGT AAACTCAATTTTTTTCAACTTTTGTGTGCTATAGTCTATGAATTTTTTGTGATCCAAAAA TTTTTGAAACGAAATAATTTTTTCATGGGCGTTCGTTAAGACGTTGGAATGTACCCAGTT CGTCTCGCGGAGAAAACAAACGCATTTTCAAGTTCAAACGAGCCCCAAAGCAGGTAAACA CAAATTTTACCGTTTTTGTGTGATATAAATCAATGAATTTTTAGTGATCTTGAATTTTCG AAGTGAAGATAAAAAACTTTATGGACTTTCGTTAAGACTTTAACAATTTATCGCTTCGTC ACCCGGGAAAAACAAGCGCATTTTCAAGTTCAGGCGAGCCTTAAAGAAGGTGAGATTTTT GCCGATTTTCATGTGCTATAGTCTATGAATTTTTTGTGATTCAAAATTATGGAAATGAAA TAACCGAATTTTTTCATGGATGTTCGATAAGACGTTAGCAATGCGCCCAGTTCGTCTCGC GGGGAAAACTAGCACATTTTCAAGTTCAAACGAGCACCAAAGTAGGTAAACACACATTTT GCTGATTTTCGTGTGATATAGTCCATAGATCTTTTGGGAGTTAAAATTGCCGAAACAAAA TGACCAAACTTTTTCATGGACGTCCGCTAAAACTTTAGCAATGTACCCCGTTAGTCCCGC GGGGAAAAACTGGTTGCATTTCAAGTTCAAATGAGTCCCAAAGCAGGTAAATGCAGATTT CATCAATTTTCATGTGCTATAGTCCATGGATTTTTTGTGATCCGGAATTCCCAAAACAAA ATGGTTGAAATTTTGCATGGACGTCCGTTAAGACGTTAACAATGTGCCTAGTTCGTCCTG CGGAGAAAATGAGTGCATTTTCAAGTTCAAACGAGCCCAAAACAAGTAGTTACATATTTT TTCAATTTTTGTGTGCTATAGTTTATGAATTTTTTGTGATCTGGAATTTCGAGAACGAAA TGGCCAAAAAATTTTATGGACGTCTGTTTAGAGGTTAGCTATGTACCAGTTTATACTGCG AGGAAAACATGTGCATTGTTATGTTCAAACAAGCTCCAAAACAGGTATGCAGATTTTACC GACTTTTATGTGTTATAATCCATTGATTTTTTGTGAGTCGAAATTTCGAAAATAAAATGG CCGAAATTTTTTATAGACGTCCGTTAACACGTTAACAATGTACCCAGTTTGTTCCGCAGT AAAACAAAAGCATTTTCAAGTTCTATAGTGCTTCAAAGCAGGTAAACGCCGATTTTGTCA ATTTTCGTGTGCTATATTCCATGAAATTTTTTTTGTAATCCAATATTTTTTAAATGAAAT GGACAAAAATTTTCATGGACCTCCATTATGACGTTAGCAATGACTCAGTTTGTACACAGG CGAAAACGGACGCATTTTAAATTCCAAACGAGCCCCAAAGTTGGTAAACACAAATTTACC GACTTTAGTGTGCTATAGTCCATGAATTTTTTCTAATCCACAATTTCTGAAACAAAATGG TCGAAATTTTTTATGGACGTTCGTTAAGACATTAGCAATATTCCCAGTCTGTTCCGTGAG AAAAATCAGTGCATTTTCAAGTTCGAACGAGCCCTAAAGTAGGTAAACGCAGGTTTCTCA TGTACTCTAATCCATTAATTTTTTGTGATTCGAAATTCTTAAAATGAAATGACCAAAATT TTGTCCGTTGCGATGTTAGCAATGTTCCCAGTTCGTCCCGCGAGGAATGAGCGCATTTTC AAGTTCAAGCGAGTCCCAAAATAGGTAAACGCTGATTTTAATGATTTTCGTGTGCTATAG TTTATGAAATTTTTGTGATCCATATTTTTCAAAACGAAATTGGTGAAATTTTTTAGGGTC GTCCATTAAGACGTAAACAATGTGCCCTGCTCGTCATGCGGGAAAAACAGACGCATTTTC AATTTCAAACGAACACTAAAACAGATAAACGCGATTTTACTGATTTTCACATGCTATATT CCATAAATTTTTTATTATCTTAATTTTCAAAACAAAATCACCAAAAAAATTTATGGACAT TTGTTAAGACGTTAACAATGTAAACCAATATATTTCTAAATAAAGTTTCATACAATTATC CAAACCCAAAGAAGCATAGTATTTTTTGCACCAACATTCTCATGGAACAACTTGCTATGG AAAGAATCAATTTGACATCAAAATAGATACTTTTGAAAAGGTTTCCAAATCTGAAAGGAT TGTTGAGAAGTGCAGGAGAAGAGCAATTCTCTATGCTTGAAGAAACATATATACAGAAGT GTTTTATGATTGTTTATGTAACGTTGTTTTTTGTCAAGAAATTAGATGTTTGAGTGATAA TTTTATTGATCAATGTATATATTTCTCCACGCAAATTTATTAAATGTTGTAAAACTATGA AAAATCTGTTACTCCTGGAAGATGAAAGAACCAAAACCTTAAAATTGAAATAATTACTGG TGATAACTAAGCAAATCAAACATAACAATTGTGGGAAGATGACAACACAATTTTCTACGT TCAAATTCAATGTAGAAAATGAATGATTTTCTGTCTAAAAGTTTTTTCTTTTAATTTTTA GTGTAGAACAAAATTTTTAATAAAAAATTGTATGAGCATTTTTGTAGTTCAACTTTAGAC TTGGAGACTTCCCACTTACAATATATGAGATATATGATATGGTATAATTCTATCTCTCAT GTAAGGCACACCATGAATGTCAAGCAAAGTATGATGAGGATGATGATGTATCAGCCAGGA CCTGCAAAGATGTCACAAATGATCTTGTTAGCTAAGAAAACACCAATCATCAATTATAAG AGGTGGCTTGCTGAACAACTCAATTCTTCTAATTCTCTTGCCAAAATCTCAAATCCCATA TGGAACTAGGATTTGATGTAAAAAAAAAGTTCAAGTCTTCTATAGAGCTTCAGAAAAAAA CTTCTTTTTCACATTAAACAAGTAACCAGTTTTGGATGGAATTTAATACAGAGCCCTCTT GGCCAAAAGATCTCAACAAGGTCGTACCCATGGATCTAAATTTTGACATTACCCTTGCTT GTATGTCAATATTTGGTTAAAGAATTTAGTTTGGAGAGGAACCTACATCAGCGAAATGTA CAAAATAACAATAAATGTACGTGCGAACCATACCTCAAGTTGTTCTTCAGTGAAGGAATC TTTCTGAACATTCCATGTGTCCGCATGAGTGCGTCGAAACTCTGCCACAGCTTTTGTCAC GGTAGATTTTACAGGTGATGATTCAGAAACAAATTGAGCCAATAGTGTAACCTGTTCTGG TAACCAACTGCGATAAAATTTGGCAATTTGTCACTAATGAGAAACATTTCTCTAGAGTAA TCCATATTACTGAAAATATCTAAAGATTAATAGTAGTACACTACTTTGGACCATCTCAAA AAGAATAATGATATCTTTGTACATGTAGAAATAAGTTATAACTTTAAAAGAATTATATTT TGAAAAGGTAATAATTTTATTTGTAAACAGCACAAAGTTAGTGCTGGAATTTCTATACAG TAAGCAAGCACATTGCCCTCTTCTAATCCTTAAGAAACTCTATGAGTTCTAGCGATGCTT CTGCGTCACTTACATATTTCTTTTAACAGCAAAAGTGAAATAACACAATACACTCTTTAA CTAATAGACTGATTTGTTTGTTTTCTGATGAGACGTTTTATAGCCTCACAAACATTTTTG GCTTGTTTTAGACAACAAGTTTCAAAAGTCTTCCTTCATTTCTTTCTTAAACTTCATGCA TAATCAAACAACATCACGTAAAACAAGACAGGAGACAAATACAGTATTTCCATCAAGTAT TAAAACTTATAAGTCTCTAAATTAAAGAAAAAATTTGCTTATATATTTATTTCTTTTAAC AAATCTTAGTTATACAAAACCAAAAAATTCGAAAAAGAAAGACACTAGCTAGCAGCTACT ATTCAATACACTGAATGGCATATGAAACTTGACTAATAAAATGTAATGCATGGAAAGTAA CTTGACTCTTTTGTATTAACAAAATTACTAACTCCTAATTTGAAAGTTTAGAATGTCAAG CTACATTCAAGTAGATATAACAAAATAAAATTGAATAGGTAATATACAATGGAAATTAAA AGCAATATACCATGTGGAAAAAAAGTTGACGTCGTGTTAGCGACAATTATGACCCCATAC TTAGGATGTGAAATCCATAAACATGATTATCCTACACTTTTGTAAAGACTGCTTGAAAGA AACTGTCTGCTAGAATACTTCAAAACATTAAGCACGATCTCCACACACTCAATTAATTTG GACCAGCATAAGTTGATCAATTTAATATTTTATCAGATTGCTGGCCCTAATCATCAGGGT CATCTCAAACGCAGTTTAAGTTACATTTCGTTTTATTTTACTTCATCTTTTGTGACAAGT TAAAATGCTGTTTATCATTCCTGCAGTGGATTGCTACTTCCAGGAACTTCCTAGGATAAC ACTTGGTCATATATATCTTTGAACATATGAATTTATGTTATATAATGGGCGGTGTGCCTG GGAATATTATAAGAAACTGATAGTGAAATATATCTTGAATATATGAAACTATATCAGACA ATGGACGTACCTGGGAATATCATAAGGAACTGATAGCACGCAAGCAGCCAAAGCAAGTAT CTTTCCATGTAGGGATGCTACAGAGAATCCAGAACGCATGCTTCTGCAATAGCAATTTCA TTTTTGAGAATGGTAACACATTGATTATATGTAAATATATAACCATCAGTACAACATTTG TTTTGGAATACAAAATGATAGTTATATCATCCTTGTTCATCTTACAAGGATCCTAACACT ACTGTGTTTGCAAGAAAATCTACACATACAACATCCGGTGATGTGTATGATCCTTCTCTT CCTACGATTCTTGGTTGTCAGTATCGCTCCCCTAGCTGCCAACCACACATAGAAACACAC TTTTCTAGGTGCCCTAGGTATCCAAATCAAATTAGTCGCTTAATTGATGTTTGTGTAATA TCTTCGTAATATTAGCTACTACAAAACCAAAACAATTCACAGGAATTCTTTTAGTAGAAT TGCAAATGATTATTATATATATACACATCTTGAGCAACAAAACCATGGTGTTAATTCATA TGCACAAAGGCTTGATCTCTCTAGAATGATCATCAGGAAGGACTTAACAAAAACATGCCA GGTGCATGGTGAGAGTGGGTTAAAGTCCCACATCGGTTGGGGAATGGACCGGTGGTCTAG ACTTGGCAGTCCTCCCCTCATGAGTTAGCTTTTGGGACTAAGTTACGCTCTGGTCCCTTT GGGCTCCCGATCCATGCTCCAATTGGGCCTAGGTGTGGAAGGGTGCACTTAGTGTGTTAA AGTCCCACATTGGTTGGAGAAGGGAAACAATGATTTGCTTATATGGACTTGAAAAATCCT CCACTCATGAGCTAGTTTTTGGGGATGAGTTAGCCCCTTATGTCATATCTCACATAATAA AGACAGGCTTCATCTCTCTAAGGTTATCATCATTAATGTTACAAGCCCATCCCAGGCAAA TGGAGTTAGAATATACAGATAGATGTGACCTCTCTAGGATGATCATCAGTAATAACCCAA CAAATTATATAAGCATAGTAATAATAACTAGCCAAAATTGAGTAAAACTAAAACAATAAA AGAACCTTTGTTTCCTCTTCTTCTGAATGATACTTGCTTCTGTATAAGCTCTATGACGGA AATCCTGAGCTAAATCTTCATCTCCGCCCTTCATTAGGCCAGCCAAGACTGCTGCCGCAT GCTCCCTTACCTGACCAAAATATTCAGAAGAATTCAAATGAGCTTCTTTAAATCACCATA ATCTCCATATTTAAGTAATCAGGGAGAACTAAAGCTATTTTTATCATCGAAAGGATATTA AATGACTACTTGAACCACCACTTAGTAATGGGAGCATGAAGCCTTAAGTAAATGGGGGTG CGATAATCAATTGTACGTTCAAACTAAAAAACTTTCAGACACCAAGCAACTTAAAAGCAT AATAATCTCACTAGATCAGAACAGGAAGGGTTGAAAAAGGTCTACAATCAAACACATAAC ATCTACTACCTATAAGTTCATGGTCCTATATTAAGCACATGACACACTTACAGGCTACAG CAATAGAAGAGGAACGGCCATAAGAAATGGATGACTTTGATAATACTATAAAGAATTAAA CAAGACATACTGACATAGGATAAGCAGGAGTGATCTTTGAAAAAAGGTTGTCTTTTGGTG CATCAAACATATGATAGGATAGACAAAGAGGTAAATTGTATATTATCCTAGCCTTTCCTC TTCTATGTAATCAAACATGATCCAGTAAGTTTAGGAAATTAAAAAGGCAAAAAAAGCTAC CTAAATAAGCTACGAGCAAGAACCACCAGTTAATTCCCTTTGGGTCCACCCCTTACTTCA CCATTATTATAGGGATATGGGGTTTGAGAAATCAATAATATATTTGTTGTATATCAACCA TTGAACAAAACAAGCAAAGAGCATCAAGAGATCCACTTACTTTCTCCAAGACTAGACATC ATATGGTAATGCACAACATTTTAATTATTTACATAGTTGATACCGCAAATATTTCAGCTA ACATTTATGTGAACTTACCTCAACTTGATTATCTGCGAGTAGCTTCTCGACAGTTTGCCA AATTTGTTGTTTGTCCACCTTAGAGAGGACGAAAGTGTGCCTGTATGGTGCAACAAGATA GCAACTCATTTATTCAGGATATTACAAGTTTATTTTTGCATCACTTAGCTATTCTAGACC ACCGCAACACCTGAAGACTGAGTTTGAAATAAAAATAACAATGATTCAGTGTAGAGTGAT GATAACAATACTTGTTTCTTTCAAAGTACCTCATTTTCTCTTCAAGAACCAAAATGACTT TTTTTCACCGAAGGAGGAGAGAGGAGGGAAGATCAAAACGGAAAGATCATACCTATACAT GAAACTCCGTAAATAGGTCAGAGTCGTAGATCTTGTACGCCAATTGGTATCATTGGCTAT AGAAAGAATGGTGAGCACAACTTTCCTTAAATGGGACTCTGAATAAACTCTCCACTTTAG CAATTCAAAAGCTATTTTGGCCAGTGTCGACAAATCCTTATTTGACGTCTCCTACAAAAA ATCAACAGTATCAAAAGAGAAATGCACTTCTATTATAAACACCTCCAATGAGAATATATT AATTTATAGTGTATCAATTTCTTCACGTGTGCAACAGCTGAAAAAATGTCAATAATTCAA ATTTTCAGTATCATTCGTTTGAACAAAATTAACTAGGACTTACTTCATATGTAGATATAA ATCAAGACAAAAACTGAACGAAAGAATTAGAAACATGCAGATCTAATATGGTCTGGGATA ATATATACACCCGAAATATCACCAAAACATGAAGGGAGCACAGACTCACAATTCTCCTTC TTTGTACAGGATACAAGTTCAATGGCTATGGCTCGTGTACCAAGCATAAAACCATAGGAA ATTAACAATGGAGATGCCTTGCAGTCAGAATTTAATCCAAAAATGGAACTCTTCAACAGG AGTCTTTTCGATTTAATCCTTTCTTGTTGATATACAGTAGCTCCCGTCAGTTAAGGGAAA AGGTCAGTTTAGTTAAAGACTCGGAGAGAGATAAGAATCAAAATTCGGCAAGGAGAAGTT TATGTGACAACAGTTTAATGCAATAGTTCTTACGATGTGGCTATACCTTCCCTAAAAGCT ATGTTGTTAAAGTTGAGAGATTTATTTCTTTAAAGATTTCATCAATACCACGATATGCAG GCTTAACTCTTATAGGCAAGTAAGGTTGACTAATTGGAACGAAAATCAAACCTGATTGGT GTCACCTCATCTAAAATCTTAAGTCCTTAAAGAGAGGAGATAATTAGTTATTTTCTTAGG TCACAACATTTCGTACACACTCATTTGTAAAATTTGAACAAGCTAAAAAGCAGTAACTCA AAAAACTATCTTAGACGCCAAATGATGAGATGAAGAAGAAGAAAAACATGTAATTTCAGC ATTATCAGCCTATTAACTTGGCTCACAGAAGTTCCTCTTATATTTCAACTATGGAAACAA CTAAATCCAATCATCTATTTCCAATAATATCCTGCCTTCATAGATTTCTCCATCCTCATT ACCTAAGAAAGGCAGACCTCTAGTTCCAATGGTACAAATATGTAGTTGGTAAAAAAAGAA CAACCAGCCAAATGTGAGGAACTGCAAGAAATAGCTGTTGAAGACAAGAAAAATTACAGA AAACTTAAAAGTATAGCCTTATCACCATGAGATAAACAAGATGCTTCTTATCAATTTGTC AAAAATCATAAGTCAAAGTTTGTTCTTCTAAGAGATCTCAATCACAGAAATTGACAAAAA ACAAAAATCAAAGTTTCTTTTCTCCAACTCCAAGAGACCTCAGTTACAAGATTTACCATT TTCATCCGTAAATGGAGGGAAAGTGTGTATATGCCAAGTTCTTCAGACAGTAATTTCATC CCTTCAAAATGTCAAAACAACTGAAAAGACAAGCAACGGGAATGATGTGATGTTGCAACT AACCTGTAGAGATATTACAGGATACAAAAGACCAACAACAACATCCAGCAGAACCGAGGA TCTTCCTGACTTTAGAGATGAGATAATGAAATGAAATAGCTGCATATCACCAAAACAAGT AATCAATAAAAGGTCTTAGGTGCAAAAAGCCCAATAGATGAGTTGGCTGACTGTACCGTC TCCATCCATTTAACATCATCATGAGACTGTTCGGTTAATACTCCATTGTCAGAAATCATG TCCGTTTGCACATCCAGAGTGTCTGACTGGCTAAAACTTTGGATCTTCACCACAAGCTCA GATGCACGTTCTACTAGATAATGATCCCAATTCCCTGCTTCAACTTTCCTGTTCACATTA CTTGTTCCTACTTCATGTGGATGAGCTTGATTGCAGGACACCTGGAGCCGAATGTTTGAG CATAAAACAGAGAGGGTGACACCAATGGATTCCCTCACCTGTTCCAGAAATTGTTTCATT ATCTGTCACCACAGAAACAACAAACTCTACAGAAGACTTTGAAGGAGATTGATGAAACTG TGAAAGGATCCACTCCTTTTTCTGGGGTGGTCAATTTTATCAATTTCCCTTAAACATAGA TTAATTTGTCTTTGAAAGATAAACTTTTTGTTAGAAACTAGATATGAAGAACAGTAAGTA ACAATGTTCTCGTTTACAAATGAAAAAATAATCTTAAACAAAAACAAAATAAGTGATGAC ATTATACATTAAAAGTTGTAGTCAAAGATCTTTCTTGGTGAACAGGAGTCAAAGAATACC TTTTTGATCCTCAAAGTTCAACAACTTTGGATACAAGGAATGTAATGAAACTATGAAGTC GAGATCAGCTCAAAGATATAGCCTCAATGTATGTACAACTTGAAAAGAAGAATGGTCAAA GAGAATGTACGTGGGGGCCATAATGCCTTCGAGATTAAAAGAGAGGAAGCACAAAAAAAA TGGGATCAAGATCAGATGTGGATCCATAACCATGAGGAGCAAAAAGGTTATTGAAAAATA TATTTTAGAAGATCTTAGAAGGGACCCAACAATGATGCTCAGAGCTGAACCTATTGATCT GGAAAAGCTGAGACTAACAAGCTTGTCTTTCCAGTAGAACAACTGAGAAGAACCAGTTCA ACTTGTAAAACTAAAACTGATCGAGAAGGAAAGTCCTATCAAGCAAAGCAATTCATCAAA GAGGTATGCGATTTGAGTTGATCGACAGATAAACGTATGCTTCCTTTGACAATCAAATCA AATATCAAATGGCTCATGTAACCAAGCAACTCTTAGCATAACCAGAAAAATAATAGAGAA ACTGAAAATGATAAATTGTGATCCTAAGCAGAAAATTGAAACGTTGAATACTCACTTGTG GAGATGAATGGCTCATACTGCCAAGCAATTCTTCAAGAAGCTTATAGTGAAGCGCTAGTT CAGTAACTGGCATTTTTGGTGGGGAAACTTCTATTAGTGCAGCTGAAAGAAACATGTATC GCTTGGCAACTACAGTAGTACTAACTGTTTCAGGCAAGGGGTTCATTAAACAGTCCATGA CCTTTTGTCTCAAGAGTGGAATTTTTGTTCCATGTTTTCCTTTTCCAGTAACTGCATAAC GAATACAAGCAGCCCACTCAGGTATGGACTCAACTGTTGGTGCTTGAATAATACTCTGAA AATGGGTCATCAACCAGCTATCCCATGCTTCTGAAACACCGGAAACATCAGAATGTAGCA CACCTGCCACTGCCTCAGCAGCAACACACTGCTTTGTCCTCTCCTTTGCATTTATGTAGT CTGCTAATGCATCTTTTAGTGCCAGTATAACAGGAGCACCACATTCCTGTACTAAACGTT TAAAAATTCGGGCAAAGCTTGAGTAGAATGTGTCATTTCCAAACAAAGATATCCAATTGG GAGTACGGGGCCATGATGAAGAAAATTCAAAATAAAATCGAGTAATGGATTTGTCAGCCA CACTCTGAAATGAGGAGGTGCCATGATTTCCTTTAGAAGAAGCACCATCAGTGTCAATTA TATGAACATGAGAAAGACTATTCAGGGTTTCATTGAAAAACCCCTCTTCCTGGAATATAT TACTTAAAGCTTCTTCGAGAGAAGACTTGAATTTATCCTGACGGTTAGTAGAGCAAATGG GTCGGTCCTCAGAGAGCTTATAAGGCGATTCTTTCAGTAAAGTATTTAGAGCTGAGATTG CCAAAATTCTTGTCTGTGGTAGTTGGCTTTTTAAACTCTGTAAGAAGTGACCTGACAAGA TTAATCATAAGATGAGAATCTCTCAAAATCTATAGGTAAATTTAAACATGAAACATACAG CTGCTTACTCCAGATCACAAAAGAAACACAGTAATAAAGGTGAATTGAAGATAGCAATCA TTTTGACTGCTTGTTATGATAGATCATACTCACGGAACAAGAATACTGTAAGGAGAAGAA TACTGACCATAAATAACAAAAAACAATAAAATACTAGAAGGAGTTCCTATTTCTACCCTA TTGAGGGAACAAGAATTCTAGCAGAAATGTTCAACTAACGAAATGAACTGAAGCAAAACC CACGGACAAACTTAACTAACCAGCAGTTTCACTCAGAATTTTGGAGGACGAGTTAGGATC ATTTCTGGAAGCCATAGCCAACAGCAGCAGTACTCGGTTAGCCATCAGATTGTACCTGAA AGAAATCAAGAAATAAAATATATTTTATGCAAAGAAGGAAAAATGGGTGTTGTTGGCAAT AGGAAGACAAAACCAGTCCTGCAGCAACTCTGTCATATATCAATAATTAGATATGGCGGT AGAGGCAGGTCATGTGAGAGAATATTCTTTTTAAGAAAATGTTGGGGTGCCCCACTTGTG GGATTACATCGGGTATGTTATTGTTGTTTTAAGAAAATTGTGGGGCGGGGCTGGTTGTGG CATCGTGGACAACTCCAAAGACCTATTTATCTTTTACCCACTGCCTGTAACTAGCCTCCA ACATTATCCACGTTTGAACCTCTCATTGAAATCTCTCTACCCACAACTTTTTCTTTCCCC AAAATCAATATACAATACACACAAGATAGAGTAACAACAAGCAAAAATGAAGCTTAGAGT TCTTCAGATATTAAGAAGATGACATAAAGTTTAGGCACAACGTCATTCACAGAATTACAT ATTTTTTTTAGATCATACTGAAAAGTTAATGGCTTTAAATGGTATTATTGGTTTTAATAT CTATTTCCATTTCCTTGATCTTCTGACAATCTTGAAGCATTATGTTGAACTTCTCTTAAT GTTCAAGATAGGTGTGCTCAAACAGAAAATGTTGCAGCATGCAGACAGTGTGGGGCCAGG ATTTTGCAGGAAGAAAAGAGGGTGTGCAATGAAGAGGGGTGTAGTGTGGCACTGTTACAG CGGAATTTGAAACCTGCCACACCCTGCCCTATACAAAAAGCTTGTATGGTGAAGTGGGCG TTGTGACACAGCTTTGTTGCAGTGCAAATTAAAATCCGCCACAGCCAGCCCTATAGTCAT TCCTAGGTGTGATGGTTCAATTGAGACACATACACTTGGAAGAAATCATGAAGCCCTGTG TGTGTGGGGGTGGGGGTGGGGGTGGGGGGGAATGACATTACATAAAGCTTTCTTACCGCC AGTGCAAGTTGGAGCTCTCAAAACTCAAAGAACCTATCTCAGAAACCAACACTCCAAAAT CTGTTCCTTCTGAATTGCCTGATGCCTTAAACATGTTTCTGGATACTCCAGAAAAATGAA TGTTGTACTTAATGAAAAGCTGTAAGATATCCAATAAAAAAATAAACTTTCTTTTGTCAA CATAGAAAAGAGAAATGAAAAGACTCGACTTTGAATGTATATCTCACCTCATTGATGGCT TTCTGAGCTTTTAGTGTTTCATGATGAGAGCTTGAGCAATAAAGATTCGGTAACAAAGAG TCAACACCAACATTGGGCTATAAGGAATCACAAGCTAAACAAGATGCAAGCAAAAAAATT TACCTTGACAGAATTCCAAGCAGGAAGGAAGAAAGTGCCTTCAAATCCTTGTGTCATGAA GAGCAAAAACAAAGTCAGGTACTCACTTCCTAAAGAATAATGCATGTAGTATGAAGATCA GTACCGTTGTTAAACATTTAAGAACAGTTTGCGTTGCAAGGACTGCACAGGAACCTAAGA CTGCGCATTCTGGTGAGCTAGAATTTTTCAAGTTCTGACTCAGACTGAGCACACATTTTG AGATTGTAGAGGGCCATCTCTTCATCATCTTCAAGAGAGATTTTCCAGCAAGTCTGAGGA AATGAGGAGTAGATAGATGAGATACAAAAAATCTTCCAGAAGATGCAACTTGGTTATGGG ACCTAATCATTAGCAATCAACATAAAAATGGTCTTCCCAATGGAAATTAAGAATGACAGG ACAATGACCATGAGAGATATGCACACAGTTAGTACTCCTCATTGTATTGCTTAAATCACT CAAAAGATTATATCATTATTCTACTTCCATGACTTCCCTACAACAGGATAAAATAGCATG TAATTATATTAGCTTAAGCACCTATTTAATATATGAGTACTAAGTGAATGAGTAAAAGGT TTAAAGGCTTCCGTATGTCCAATATAGAGCGACTGTGAAGCTCCTGTTGCAGCTATTCTA TTCGTTGATGTAGAAATATTTCAAATTCAAAGAATTTATAAACTTTGACCTCATTTAAGG CAAAGAGGACACATGTTCAGACAATATGATTGAAAGATTAGAACTCACCCACGGACTGTT TCATAACTATGCAAGGAGAGATTAAGAAGATCATCCGTCAAATGAATGATATGATCTGAA GGAGATACATTTGCACTCAGCCGGAAGATATGATATGATGATTGTGAGGCTCTCCAAGTA CTATGCATGCATGCTTTGTCAATAAGTGCCCAACTAGGCCTGCAAAATTGGTGTTATCTT CAAAGACGGAAACACCATATTCAATATGGCCGTGAGTCTTACATACAAAAACATAGCTAA ATTTACCTTTTTTTCCCTTTCGAATGAGATGACACAATAAAATTAACTGGAGGTTCTATT ATGGCAGAGGATTCTAGTTTCCAGGACTGCCTGTGATTTGACCACTCATCATATTCTGAA CTCCCTGTTGACCATCTCAATAACTTAGGATACAAGTTATGGGAAGACCCATAACAAGAA AAAGAAGATTGTACAAAGAAAATTCAACTACCGTAGTTCCCCAAGGAGTCAATTATACGA ATCAGAAGCAGCAATAGAATGCTATCATCTGATTTTTCCTCCAGTAAGTATCTGTCACGA CAGTAGGGGTCAAATTCACCACATGGAACCAAGGGAGAGAAGCAAGAAAAATTTATAAGA GATAAGATGAATACTGGCAGGTTGCATGAATAATGTCAGCAGCCTTTGCTCGCAGTTCCA TGGTGCCAACACATGAACCAGAAGCTCCAGCAATTACGAAAGGAATGTCAGGTTGCTCTT CAGCCATCCCGTTCCTATAGGATGGTCTGAAATCAGGTAGACACGTTAAAACACCTTGAA GTGACGAATCAATACGTAGAAGGGTCACTTTTAGGTGTTCTTTCTCTATGCCTGCAATCA CAAAGTAAAAGAACAGTAAAACAATGAGTTACAGAGAAGGATACATAAACAGCACATATT TTTAAATGAAGAAAAAGAAAAGGTCGACAACTCTTCTTCTTTTTTGAGAAGGTAACAATT GTGTATATTGACAAGTCAGTACATGAATTGCACTGAAACCATATTTACAGCATAATTAAA AAAAAAAAAGAGAGCTGACTCAATTACAAACAAGATTTTAGGATGTATATAATTGAGTCA GTCACCTCTAAATATATTTGCTTACACCAGAAACAAAAAAAGTCTTATGCAATTTAGTAA GACAACTATTAATTATACCTTTTTATTCTTTTTTATGCATGCTTTATATCTTTTTCTAAA CAAATAATACATGTTTTGGGTTTGAATAGAGCAAAATGGATATAGAGAATTCATCTAATT GACCCCAACTTCATATTGGAACTAATACCTAACAAGTTTAGATCTTCCGGCAATAAATTT AAGGACTTATTCCAAGCTTAATGATGTATGCAAGTATCATTCAGCAAAATGTTATGCCTT CATTCAGTAGAGGAATAGAAAATCTCCATAAAGTCTATCATAACAAGTTTTATGATTCAT CCAATTGGCAGATTGCCCTTTCAAGAATCAGAATTGTAATAAAAAAATAATAGTTACCTG GATCAGAATGGATTTTGGATTTGCATATTTTCAAAAGGTCATCTAAAGGAGAATCAAAAT GCAGCTTCAAGAGTTCATTTGCAAAATGAATTTCTTCAGAGCAAGGGACATGCCACTTGG GGGCTAACCAGGGTTTATCTTCGGTAAAATCTTTTGTGCTGATCCATTCCTCCAGTGCAG GGGCTGCAGCATGGTGCAAAACACACCTGGTATTTTGAAGTGGAGCAATCAACAGATACA TACATACATGAAAAGTCATCTAGTAGAAAACACTTGTCCCATATATTTTGACCAAAAAAT TAAATAGAAAGAAACTGAATGGTGAATGTATAAAATTCTTAACCAGACAAAAGTTTCACG TACTTGTACTGGTTGATGGGATAGTAAAGAACAAGATTTCCAAGGAGAGATCGAAGGAGA TGATCACCAGCACCATTAACCTGCCATGTACAACTATTCTTATCAGATAAAATTGAAGGA CCAAGAATACTTTGGTTCAAAGCTTCATATGAACAATGGTCTAGCAGGACTAACTGGGCG TAAATAAACATATATGCCGGTATGTAATTCTCAGTTTACTACTACCCAAGACAAAAGTTA AGAAGAGTCAACTTCTAAGACAGGTGAATAACTGACACTGCTGCAAATAAAAGAAATGAT TAAGGGCTTATAACCTTTTTGGGATAATTATTCTCGAAAAATACTTGTACCTTAATCAAG CACAAAAATTGGCTCATTAAGTGAGGATTGTCAACAACCTTATATACTTGACTAGTATTG GACTCTAAGACCTGAACGCAAGCACTATATGCCATGGTTGAACTTCTGGAACACAGGAGC AACATATATAAGGTCCCAATAGTAGAAAACCAAGAATAAGATGGGTCTAGTTTTCATATC ATGTTAAATAAGCGGACCTTACGCCTAACTCAACCCAAGAGGCGAGGATTGTCCAACACT GTATAATGAGACAGCAACCTAAATATTTGATTAATGTGGGTACAATCAAGGGTTTATAAC AATAAAAAGGTAATCATCAGAAAATGATGTATAGTTGGAAAAAAGAACCTTCCAAGATGG TGAATCAAAAGCATAAAAAATAGCTTCCTTGAATTCGTCTTTGTAATGAAGAAGTGATGG ACCTCCATAACTAATTGCAATAGATAAAACTTTCAGATGATATTCAATTGCAGTTTCGAG AGCGGGAGAGACCATTGGCTTTGCCTGGAGAATTGAAAAATGAGAAACCAATGCAGACCG TAAGTCGAATCCAGAAGCATATTACAATAACCATTAGTTAAAGAAGACAACCTTGCTTGC TTCAGAAATTTTAAAAGCTCCTCTTCCACCAAATCCTGTAACAGGTGTTCCTTTTAAGGA TGATAGAGCAGACTCCAACAGGGGTTTGATAAGGTGAGAAATTGCCTCATCAGGGTTAGA GTGAACACAGGCACAGCAAAGCAGTCCAACCTCTGCAATGGCCCCAGGAAGAATATTTGT TGTGACAAACTTGGAAATTTTTTTAAGAGCCTGCTCAGTAAAATAGAATTTAACATCAAT AGAAATCGTAAATTTCAGAACAAACATAATCATTTTGAAATCCAGAAAAAGATACCTTTT TGAATAGTGCTTCTGAAAGCCTCCCAAGCAGGATTTCCAGCATGCAAAAATAAAATGGAC CATCTTCTACCAGGAAAGTTCCTGAAGTTGCTTGCGAATGAAGACCTTCATTACTGAAGC ACCAGTTATTACAAAGCCTTGAGCATTCAATTGACTTCATTTACTTGTGCTCAAGTTTTG TCCCATTAAAAATGGAAAATATGATGCAAAAGGGAGAAGAATCTATCTAGTGATACTTAC ACAACACTGTTAGCTTCCAAATTCTGAAGTAACGAAAATAAGCGGAACAAGAACTCGTCA AGCCATTCTGAAAAGTGAAATCCCGGCATGATTGAGGACTGGTCCATAGTCTCTTCCAGT ATAGCCATCTGCAAGTTAAGACAAATAAGCATAATCCTTTTGTGGATAAAGCCATAACTG GGAAGAACTTATAATATTGGTACGTACATTGGAGAACAAGGAGCCAATTAGTTGCATTGT TGCTAAGGTTTTAGGTGGGTCATTGGCATCCATCCCAAGTAATGCATTCGACAAGGAAAT CATCATCAGGTCAACAAGTGAATCAGAAGGATCAACAACGTCCACAACCATGGATGAAGC TGACAAGGTAGTCAGGAGAAGAGATCGACCAGCATATGCTACAGACGTCACAGCACTTTT CAACTGGTGAGTGGCTGTCATCTATTCAGAAAATTGTAGTAAGGGAGTAAAACCATCAGT CTAATTCAAACAATATTAACTCTTCAGCCAAGTAGGAGCATTTGTAATGACTCAAAAGGA GTGTGAATCCAAATTGCCAAGATTCTTTCTTAAACAAACTAACCGTCTCTAAGGCCATAC GAAAGCGAGATGATAGAAAGGGAAGAACCAGAGATGGTTCAACATATGAAAGGATAGAAG TGGCAGCTGCAACGGTTTCAGAAAGATGTTCATTTTTGCTATACTGTCCACGATCAATTA GCTTGAGAATAGAATGCACAAAAGAAACCCTCTCTGACTGCCCTAGGAAGATTTCAGACT GCTCGCCGTCATCTTTTCTCCTGAGCCCACCATCTCACAGTCAGACAAAGGCTACATACT CTCATATAGAATCTAGAATTACTATGATAGATTAAAAATTCTTACTGTTGCTCATTTTGC AAGCGTTTCTGAAATATATTTACCAAGTGGAACAAGAATCGCTCCAAGGAATAAGTCCAG CGACCACCATTAGAAGGATGGTAATACCTAAAACAACAAAATGAGATGATTTACAAAATT TTATAAGGCAAAATTTTTTAAAGTAAGGTGATATAAAATCTGTGTAGAAAACGAACTGTT CCAAGAGGTTGACCAATTTCTCCAAATGTTCTTGTGCAGAACCACCAGGTTTTAGTAGAT AAACCTGCATTTACATTGACAAAAACAGAGGTCATTTTTGCCACATGCAGATGTATTCTT ATGATCACTTATACAAGTGCGCTTACTATAGATTTAGCAATGGCTTTTGATGGAGTGATT GTTCTATTTGAGAACAAGAATCTTGTGTTTCTGGGAACATCCACAGAGAATGGGTTTGAC CCACTGCCATTTGCTACTGGAACCTGTGAACAAAGATGAATGAAATATTACATGAGAAAC ACCAGGGCAACAAGTTCCATTTCTCTCTAAAATAAGGAACCTTCCAATATACAATTATGA TGGAATATGATCTTCCATACAAGGCATAGTAATAAGACAAACTTGTTTGCACATGCTCAT TTGCTAAGAAAATTTCTTCAAGCAACAAAGATAAAGTCTATGCAACATAAGTACATAACC TACCTCGAACATATTCAAATATTTATTGAAAATATCTGGTAAGAAATGTTCCCAGTCAAT GAAGCTATAGTTCTTTAAAACACGAGCTGTAACGGAGGCCCACTGGCTGTTCCAAAACTG GGAATTTGGTACGGAATCCCAGTGGACTAAACACGTAACAATCCAAGTGCTGCCATAACA CCAAAAAGAGGATTAGTTTACTTATGTAGTGAGATGAAAGTGAAAATATCTTCAGAAGAA GTAGATTGTCCTTACTGAGAAAAGAAATCCTGGTTGTCTCTATTGGTAGGAAGGAACAGT CTTACAAAACCAGCACCCTCAAAGGATGAATTGTGCCATGGATTTTCAAGCAAAGATCTG CAAAATGCACTCCATTAATGAATGAGGACCTAACAAGCCAAATTCAACCCTAAAAAATTA GTTCATGAGAGGAGAAACACATCAATAGTGGTTGATGGATCTTGGCCTAGGAAAGAAGTT CAGCAAACACCCCAAGTTACTGTCACTTTTTGCACTTACAGAGCCTAACCCAGGAAGTAA ATCCTACCTGAACTCGGACCATATCTCAAATGCAGAGCCTGAAGGGAAAAACCTCCGGCA GGATCGTACAAGAGAAGTAACGGTCTCAAAATGTCGCTGTCTTATTCTCCACCCTTCTGG GCCTGTATTCCTTTAGCAAATAAAATAGTTCAACAAATCAGCATAAAAGTGTATTAAAAA GAACAGTTGCTGGGTTAACGATACAAAAGCTACATATTAAGTACCTGACAATGAGATTTA GATACGTATTAAACTGATTAAAGTACAGATCCCTTTAGTTACGGTAGAAAAGTAGCAACA AAAAGAAACATGTATCACCTCTAACCTCCAAAAAGACAGAAATATGTAGTATGTGAGCAG TCAGATTTATATGATATTAGGCTTATAAACATCAATTTCAGAATGGGTTGATAATGCCAC TTTTTGCGAACTTCTTACACTTCTCATATTGCTGCTGGTTATTGTATTTTTACTTCCCAT CCAGATTAACTAATAACATCTAAAATTCATTAAATTGTGAGTGACGCGTTGACAAAGACC ATCAAAAAGGATCATTCCTTATTTGAATTACTCTCGCATCAATAAATCTATGGAAACATG AGGTACCCAGTATGAGTTAAGAAAGATGAGAATAAGAGATGAATCTTCAACCTCCATCTG GAATTGACAGGGAGAGACATGGATATTTTTGAACCCTAAACTATTTGCAAATTTTTACTA AAATTGAATACAAGATTGAGGAATAATTCAAGGCTCTTATCACTTTTACACATCCATTAA ACAGCAAATGAGTGTGAGCCCTGATGAGGTTTTCAAAGCCATGAAAGGAGACCATACTCC TAAGCTATTGACCAGCAACTATTAGGTTTCACAAACTTCATGAGGGTAAATTGCATATTA GCTGCAAAGGCAATCAGATGTAGGTTCAGGAAAGTTGTTATCTGATGTAAAATCCAGGTG TCTTAGTTGTGTCCACAAATGAATCAATTTTTGAGAATGGTAACAAGACCACCAAACAAA CTAATTAGGATGTCCATACAGAAAAGAAAATAAAAAGCAAGCTAATTAAGGAACAAAAGG TTACAAATAAAAGTAAAGCAGAGACTTGCCTCGTGAAATGTGTGTGAATCAGAGTATCAT ATAAAGGGCGCCACTGAACTTCCAAGGACAACTTTTTCCGGTATTTATTCAGTAGCTTTA CCAAGATATTTCCCCATCTAACCTGATGAGAGCAAATGACCTTAACTATGACGATAGACA GCCATCAAAAAGGATATGCATGAATATGTATCTTTCTGAAGAAATTACCTGAGCAAAAAG TTTATTTTCTGATATACGGAACAATTCCAATCCAACTTCAACTACTTCTGTAACATCCTC CAGAGCTAGTTCACTTTTTGCTTTTATGAAGCTGCAGGTAAGTCCATCAGTAAATAGGTT TATATAATTCAACAAGTTTGTGTTAAGTTTGCACAGGTCTCAAGAGATAAGTATTTCTTT AGTCAGAAATAACAAGTTTTTCTAAATCAACATATTTTTTTCTCAAGTCGTGCCAAGTCT ATAAATCTTGTTATCGTATCAGGATTAGCATGTTTTTCAATTCTGTAGAAAATAAGACAG TAAAATTAATCATGTTACTTGAATTGAAGAGATTCAAAGACCCCAGACTAAAAAAATGAA AGAGACAGCAAACCAGGGAGTAAAACCATTCAGCACCCGGATATGGTACCTCAGGCATTC TAGGTTGTACGTAGCCATTGACTGTTAAAATATAAAATAAGATTAGTTATGTATTTTCTA CTATTACACTTAGTCCACAATTATCTACTTAGTCCATTTGAGTCCTGGAACTGTCCAAAG TGTTATCAGTTTGTAAAAGGTTCACAAGTTCAGTGAGGTTTGTACATGATTGTAATAGAA ATTGGGTTAATGTAATGAAATTTGTTCCTTCACTTTACTTCTCTTCTTTGCTGTTTATTA TTCTGTCAATTCCACTCCTGGCTAGTTACACTGATCCTGGTTAGCGTAACAGTTGGTATC AGACCCATCGATTCCTTCCAGACTCTCTGCTAGACTTAGAAGATTGGATTAAGAACGGAA GAAGGTGGAGACATAACTCTCCCGGGTTCAGAGGTCGGAGAGATTGGAGAAGCCTTAGTA TGAGAATCCTGAATTTCAAGTGACTGCACAAGAGATCACAGAAATTCATTGGATGATGAA GCATTTGATGAGACAAGCAGACCTCATTCATAGAATTGAGGAAATGAATGCCTCAATATC ATACACAGCTGTAATGTTGCAAGGCAACACCTACTTTAGCTCCTCTAAATAGTAAGGAAA ATTTTCTACTGTCAGTCCTATGTCTGTCTACTACTACCATAAGTTCCCTCAACTAGTAAA AGAGTGGTACTTCCAATTGTTCCTGCATCCATTTAATCCCAAGGGGAAAGTCAACAAACA CCTACTATACCTTTTCCACAACCTAATTTCTCAACTGTACACTTCCCTTCGCAACCTCAC TTCCAATACAAGAGCCTAAACCCAATATTCTTTCTAATACTTAAATTAACTTTTCAACAG CGATAGTGCTAAACTCGATTCCCCTGAATTCAATAAATGCAATCCTAGAGATAGTGGTAC AGTCTGCTTCCCCAGTGAGATTTTGTTGTCCTTGAGCAGAAAGTCTATCTTCTGAAGAAG CTAAATGAGAAGACTGCAGTTTGTGAAGTCTCAATTTCCAACTTCTCAGTAATAGAGTCT AATGTTTAGAAGGAAACTGGGATGTACCATCCAGAGATGGTACTTCAAGCATTTTAGGTC TGAACATATCCATTAACCATTAAAATATGAAATGAGAGTAGTTAAATATTATCTATTAGT ATCCATAACTAGCTCCTTAGTCCATTTGAGTCCTGGTAAGCTGTCCAAATTGTTATTAGC TTGTTAGGAGGAGCATATACACGTGATTGTAATAACTGGCTCTACACGATTAAACTTTTC CCTGTCCTGTTTATTACTCTTTCATTTCCATCCCGGACAGTGTAACAAACCAATCAGTTC ACTCAAACTCAATAAATTCACATACATCAGACCACGAAACCGAACAAGCAGTACAATTCA CTGTACACCACACTGAAAAAGGTGAAAAAACTACAAACTCACATGCCAAAATAAAAAACT GAACTTGCAAGTGAGTGATCAAAGTCAACGAGCAAATGAATTCAGTACACACACAAGGAA TTACGTAAAACTAGGAGCGAATAGTGAAACTTACAGGTCAATAACGGAAACCCATTTGAG GGTAGCATAAACTGAATCGGGATCATCCGACTTGTACGATTCTTTAACTGATTTCAGTAC TTTAGCAAAGGATTGTTTCTCCTTTTTCGTCTCTTCTGCCACCGGCGGCGGCAACCAAGC GTTATACAAGTGCATTTCTACTGATTTTTACAGTATCTGAGAACTGAATTGAATTCTGTT AACAATGGAGAAATGTAAAAATGTTAAAAACCCCTCTTCTTCAGTTGGGATATTTATAGC GAGGGTCTTCCTTTCTTTCTTCCCAAGACAAATTTTGACCATAACCCAATTTTGGAGTTT GGCTCAACTCATTTAATTTGAGCTAATATTAGTTGATGCGGACTTATAATTTTGAGTTTA ATAATTTAAAATTAATTATAATGTTTCATCGAATTTATAATTAAAATGTGTTTTATCTTT TTTCTATTTTATGTGTAATATGTTTTATGTTTTATTATTTGAATCATTTTATAATTATAA TGTTTGGATTGAATTATATGTATCAATATTTATGTTATGAAGATTTTGTTTGTTAAATGA AAAATATCATTTAATGTTTTTGTTTTTTAATATAATTTTTTTAAGAAAAGATCCATAATT TAGAAATTCATTTTATTATTAACTAAAATCGCAATATAATACATTTTAAACTAATTTCTC AATTACTTTTTTTTGTTATTTAGTATCACAAATACCCTTAATCTTTGGTGTGTTAAATAT GACAATGATATCTAAGATGTTAGTTAAGGTGGGCCAGGGGCATTACTATTAGTTGGCTTA TTTGGAGACAACAGGGGTATTACCATTAGTTGGCTTATTTTATATTTCTGTTTAGTTGTT CGCTCTATAAAAGAATATATATTAAGATAAAATAATTAATATAGTGAAATTACAATTTTA TTTTTATTAAATATGGTCTCAAAAAAAGTATGAAATTTTTAAAAAGTTTAAATGAGGATA TAATAGGAAAAAAATTTATTTTTTCTTAATTTATCAAAATGAACAAGTAAATAGAGATAT TTAAAAGAGGAAATATGGACAAGTAAATAGGGACAGGTGGATTATGTTTTTAAGATAGAA AAAAGATATTTTAAATATTTTTGTAATATTTAGACGTTACACAAAAGTTATTTTTATTTA AGTCAAAATAATTTTAAAAAAATCAAATGTCATACATTGTGATTTTAAATTAAAGTCTCT TCAATTATAAGTTATATACTCATACATTAGTTAAAACGTGTCGCACAATGTTATTCATAT GATGATTTTATTAAACACACGTAATACATATAACTATGAATTAAATAAAATTAATGTAAT GCTTACAATATTTTTTGCTCACGCTAATCCTTCGAATCAAGAAGAAGAGTTAAGGAATAA ATTTGACCAATGCACTTAATTTTGCGTCTTGGCATACGTAATTAATATACATTTATAGCT CTCTTAAGATATAAAAAAATTTCTAAAGCTACGTGATTTTTTTTATTTATTGCGTGTATG TATCTCTAGTGAAGTAACTAAAGCATAGAATACACTTGGCACAAATATGATGAGTTGGAT CCAAGGTGGATGAAAGCCACAAGAACTATGATGCATGCCACGTGTATGTATAGAGTATTT TTATCATTTCCAAATATAGACATTTGCCACTTGTTGGATAAATAATTTTATATTATATAT TTGCCATTTTTTGAAACTTTTATCCTAAGTTTTAAATTCGATGCGCATTAACATAAACAT CAGAATATATCACCAAAAAGATTTCCCATTAGCCTTTTTGCTTTTCAATTCTCCACCAAG TTGCAATATCTATGTGCTCAAAATTGTGAATCAATAGAACTCGTCTGATTATAAAAAAAA AAGAAATTTAAATTTAACTTGAAAATATATTATAAATTTGGAAAATAGTTTATAATTTAT ATTTTGAATAATTATTTTACTTTTTTAATGAATTAGCAATATTTTATAATGAATAAATAT GTCTATAGATGGGTGTTGCGAGCAAAATAATTAAAACTTATGAACTAGATATTAGTTGAT TATTGACTATTAATCAAAAAAGACGAATCTAACCTTGCTTTCTTTTGTAACAAGAAAAGA TAACAGTTATAACATACATAAAAGTTGTTTATCAAAATACATCTAGAGTAGGAAATTAAT ATAATTTTTCATCCGTTTACTTTTACGTGTATACTATTTGTTATTTATTCATTATTATTT AAAGGTGTGTTAAATCAATATTGAATAAGTAAAACGACGTAGGGAGATTACATGTGATAG TAGATTATTGTATAGTCATTCCATGATCCGACCGTTGGGGTTGGCAGCAATGGAGAACAC AAAAAAGTGACCGTTGCAAAACGCTAGTTTAAATATCTGGTTATCCCCTCTATTTCGGAT ATCAAAAGCTATCACAATCTACTCTTAAGTTAACCGCAATTTCGTCTAAAGCTCACTAAT TTCTTTTGTTATTGTTAGTATTTTTGTTTAGCTGTTCTTTCATTTCAATTTTCATTAATG GCGGAATCAAAGGATTGTCATGTTATCGTTGAAATTCCGGTTGATGAAGAGCATCAGCTT AAACTTTCTTCGGGTATTACTACTATAACTGCGATTCAAAACCATCCATTGATGGAAATC TCAAAAAGTCCAGGGCATCTGTTGCTTCTCAAGCTTTGGCAGAGAGAAGAGGATCTCTCT GGCCGCAGAATTGCGGCCAAAGAGGCACGAATGGACAGTATTAGGAGAGAAATATTTCAG ATCTGTTGTTTTTTCTTTATATTTCATGCTCTGTTTTTTACGATTCTGTTCACCTCTGTT TCTGAGGACCACCTTGATGGTAAGGTTATGTGTCAAAAATGGTGGATTCCTTCGATTCTA TCAGTTTGTACTTCGTTTTGTATTGTGTTTTTGGTGCAGGTGAAACTTTACAGGTTTTGG AAGGTATCGAGGCAGTTGCAGAGGGAGAAGGGGGATGGTAGAGCACTGACAAGGTGCATT TCGGAGTTGAGGATGAAAGGAGCGAGTTTTGATCTGTCGAAAGAGCCACAGATTGGGAAG AAGATGAAGAGCTCTAGTGTGGAGATCAAATGGAAGCCATTAACTTGGTTATCTCAGTAT GCTGTAACTATCTGTCTCATTTGTTTTACAGGATTGCTCTTCCCTGCTTCCAGGCTCGTC CTTTGCGCTTGATGTACTTCGTCTTCAATCTCTCTTCTTACACAAATCAGCAAATTTGGA ATCTGGAAAGAGTTGTTCTTTGCTTCAAAGAACTTGCAGACATCCAAGTCGAGGCATTCG TACATGAATGAAAATGGTAAATGATTATTCTCAGATTGATTTTGTCACCTTCTTCAGTAA GCACAATTTGTGAGCTCATTTCATTCTTCAACTTTGTTTCTATTTCAGGGAATATACAGT CTCAAACCTGATGTTTCCCACATAGAGCCGTCTGGCCGGAAAAAGAACCCAAAGGCAACA GGAGAAGAGTTGTCCACCAGCAGAGAAAAATGGACAGTCCAGTGCACAGAACATTCAATA TTCAGGCAGGGATCTGGAAAAGGAACACACACACCCCAAGGGACGGGCACCACAGCTCAA GCATCACATGAAAACTCTACCATTGCTCCAAGCTCCTTTCAGGGTGCTAGCCAATGATGC CTACACACAATTTCTTTACACCTCCATCTCAATCATGCTGCAATGACATCAATATTGGAA ACTTGCTCACCATTGCGGTGTCTCGACTCAGCTATCAGGCTCACTGCTCTGCCCACTGCA TGAGCGGAAGAGCAGAGATCTAGAGTTTTAACAGCCAGCACTTTTGAAGTTTGCAGATTT GGGAAACACTGCCCATGTTCTAACGTCTCTTTCAGCATTTTTCAAAAATGACATGTAATA AATGTTACAAAATCAATGTAAACAAGTTGTTCATCTGAAAATTTTGCTTTCTTCATCATA AATTATACAAGATCTTTTTCAGGCCTCTTTTATAACCTTTCATCAGGGCTCTATGCGCTC TCAAAGCCAAATATGCGAAACACACCTACATAGAAAAGAAAAATATTAGGCCTTGGAACT CGTAAAGAGTTCTTTCTTAGGTCAGAAAGACACCTTCATCAGCCTGGTATTTGTTCTTAT CATCCCCGGCAAAGGCAAGCAAGTTGTGTTTTGGATTCCATTCAACACTGTTCATGGCAG CACGACATGGAATTTGGTGAACTGACCGTCCAGATTGGACATTAGCCTGTGCAAAATAAT GGCTGAGTTATCGAAAGGTTAAAGAGATTTTCTATGTAGAAGAGACTAATGGCTAAGTTA TTGAAAGGTTGAAGAGATTTTCTATGTAGAAGAAGAGTATACAGGTTCTTGACAACATAC AATATCAATAAACAAATCTTCACTAGCAGAGGCAATGTAGTCTCCTGTGTGATTGAAACT TATTGTCCGAACTGGCCACCTGAGTAGCAAAAAGAAAAAATTAAAGATCAGCTACCTAAC CCAGGACACTCGTATAAATTATAAGATGGACGAAAACATACTTGAGAACTTACTCAAGTT TTGTAAATGTTCGAAGACATAGCATCTCCTTGATGCTCCAAAGGCTGACCAATGAATCAG CACTTCCAACAGCAAAATATCTTGTGTAATATTGAATCAAAATAAGGTATAATTAGTTCA GATCAAAACCCCCACTCATGGTCTGAGAGAATCTATGAATGGTCCTTCAACAAAACTCAT AATGACATCATAGAGTGACCATATGCATGGTCCTGTGCCAGAAGCCTTATTGACATCATA GTGCCACAAGGTACTAGCTACTTGGAACTAGTGCCAAAGAATTTTCCCATTACTAGAAAG GAATGTCCATATTCTTGAGCTGTCTGAGGCCTCTGTAAGTCTCATTTAAACCATAGCACA AAGGAATTATACTTGCAGCAAAATATCAAGCTCACCTTCCTAGTGGATCAATTGCAATGC AGTAACAACCAGCAGTGTGAGCATTAAGCGTGTTAACAGCTTGTAGAGACGGATAAGCTA AGACTTCCACAGTTCCTATATGACAAACACGAAAACTTTGACACTGAGAAAAGTTCATAT TGGAAATTCAAGCCTTTTCTTACTGAATGCCAGCAAAGCCAACTCACTAATTTGTACTCA CCATTTCCAGTTGTAAGAAAGAACATATCGCCACCCGTGTTCCATGCAATCTCATTTACC TGATGAAGCAAAAGTGTAACCATGGGAACTTGGGAGAGTTCAAAAGTGTTAACAGTATGG AACCCATCATGCTGAATGCCCCAGTAGGAATATGACTCAATGCATTGAGCAACTAATTAC TTTTCTTTAACAGGTGAACTCTTTGCAACTAATTCCAGAAACAAGAGGCCGGTTACATGC ACGATCAAGAATACGGATGAATTGAATAGATATGAAGAGCTTTGGCAAATTAGAGTTAAA GACTTGTCCTGAGAAGCAGAAGCATTCACCCATACTTCAAGAGCATCTCTAAGTTTAAGA GGAAATGGTTATTTACTCATACCACAAGAAAATCAAGTTAGGAGAAATATATGCATTACA CATGAATTTTCTGCATTAACATGTAATTGTCTCTACACCCTTGGAGGGAAGAAAGATCAA GCCAAGAGGAAGAACTGGTGTTCTGTGATTTCAAGTCCTTTCTCAGAATGTCCAACAGAT AAAGGTCAAAACTTGCAGCAACACATCTGAGAAACTTGATTCACATTGGAACACTAGCAT CACAAAAGCAAGGGCCAGCAGTAAGAGAAAGAGACGGACCAAATGCAGTAGGCTTAAACC CAGTACAGCACAAGTCAAGTTTACATAACTTTTGATAACTACTACATGGGCTTATGAATC ACCGTAAACTTAGCTGGGGAAGAGACTACCTCATAATTAAACTTGCGCTTATGAATAGGC TTAAACTTGCGAACATCCAAGATTGTTAGCTCATCATCCTGTACCATAAAAAAACTGAAT AAGAATATGCACCAAATTAATCTCCATGATAAGCAGATAGTACGGAACTCCACAGAATAT CACCAATAAAACTCACCATCATAAATATGAATGATAGAAAATACATGCAATAGAAAGAGA TGAAGCTAAGATACATTTCTGTTTTTGTCTGCACTCATTTTGACTACATACATATCTATA AGCAGCTAAGATAATAGAATATAGAAGTGCTTATTTTAGGAATTAATAAATGACAGAAAT AATGAGTACCCTGTTCCCAACAGCTATATGTGTCCCATCAGGCTTGTAAGTGATATTGAT ATTTTCCCCACTGAGTTCAACTTGCTGTGAGCATTTCCCACCTGCCAAATGGAGACCAAA ATGTTTTAGCATCTGCAACACCCTGACCAATAAATAAAAACATATGAATATCTTCAACTT CCTGGAAATTGACGGGAAACTAGGCTGTGAAAGTGTACGTAGAGTTTTTGATTAGTAGTT ATAAAGAAGAAAGTGCATGTAGAGTTACCTAACTCATACCCAACCCCCCTGGGTTCCACT TTACATGACATACTTCTAAGCAGTCAAATAACCTTTTCTTTGACCAAAAATATTTTCATA TTAGAATGTGTAATTTATAGTTTTCTTTTTTCCAGTTTCTAACTATATAAGATTGTTCTA GACATAAGAAACTGATGTATGAATTGAGACCGGAAATTAACAGGTTTGACCCACTTACGC TAGACCCCTCCAATTATTTTTGAAACAGGAGTAATATTGTTCTCGGATGATTACTTTATG GGAATAAATATAGTGCAAGTCCTCAAGTAACCAATAGACATAGGCTCTTATAGCATTACA TTCTTTAAATTCCAACTCATTATTTCATACAGTACTTTGGCAGCTTATTGCTGGTGCAAA ATAATATAAACTTACTACGGGCATCCCATAATCGAACTGTCTTGTCACCAGATGCTGTAG CTATCAATTCTGCATGTTTTGGATCCCAACATAACTGGTCCACACTGTCGGTGTGACCCT TTAATTCAACATCTTTTACCTTTCCCTGCAAAAGAGCTATCAGAGACTTGGAGTGTATGC AGACATAAGAGGTTCTATACTCCACCTCTCAAGAATGAGAAAAGACTAGAATATTGAAAA CATAGATAGGGCGCAATCATTTTAGTGTAGTTTTATGGTGGCAAGCTATTAATTGTTCAG GTTTTTGCAAGCAAAGGCAAAATATACTACAATCTTCATGCAAGTTCCAAAGTTGAGGAA CTTGGGATCTGTGACTATGAAACAAGATAAAAGTACATTTATAGTATTGATACAGAGCAA CAGAAGCAAAATATCATTCAATCTTCATGCAAATTCCAAAGTTGAGGAACTTGGGATTTT TGCGACTATGAAACAAGATAAAAGTATGTTTATAGCCTTGATAAAGAGAAATGACAAATG ATATAGAGTTATGGAGCACTCGATCTACTAACAAAGTAAAAATTTATCTGGTCTATGACC AAGTAAAAGATTTAATTGATAATAACAAGGCTATCTTGGTCATATAAAAGGAGTATACCA CAAAAGGAGAAACCTACCAAACATGGTTCTCCAAAAGACACCTCAATCCTCTATACAAAC AAAAATTACACCAAAAGAAAATAAGGGATCGGAGACTACTCCTCAATTGAGCAAAGCTAA TCTCCAATTCTCCACCCTTTCAATAGCTCTCCTATTTCTCTCTTTCCAAATGACCCACAT TACTGCAAGAGGAGTAACATTCACACCTTGTGTCTTCTTATCCTAACTCCACTCTTCCAA CTGAACATCAACACTTCAACAGACATTTGGGATTGCCCAAGAAATATCAAACCATCTAAA GATATCCTACCATAACCTCGAGATGTTTTGCAATGTAGCAAAATATTGATCATGTCCTCT CCTGCCTCTTGACACAAGAAACAACAACTTATGCCCACCACCTTTCATTCCCTAAGATTC TTCACCGTCAATATCACCCCTTTAGTAGCTAACCACAAGAAGAAATACACCTTCTTCAGC ACCTTAGGTGTCCATACCGAGTCATACAGAAAACTAACTTCCACCCTAACAGGAAGCTTT TATAGGACTTAATAGAGAACACTTTTTTATTCACCAACTCCCAACTCAAAGCATCAGGTC TATCTACTGGTTTGCATTGCTTATGGTATAAAACTAGAAAGCTTTGAAGATCGGTCATCT CCCAATTTCGGAAATCCCAGAAGGTCCCACCCCCTAATTTGCTGAACAGACAGCTCCCTT TGCCCAGAAATGCTATACAACACCAAGAAATCATTCTTTAACCAAATCACTGCACCACTT TTGACCCCCAAAAACTAGTCTCCTCCCAACCCCAAACTTAAAAGAAAATGTTTTTGTTAA AGGCTTCCCACCCCTTCATTATATTCTTCTACATGCCAAACTCGGAAGGTAACCACATTT GTTCTCCATCTTCCTTCCATAACTCCATATTTGTCCGCTATCACCCCTCCCATAAAGCTT CTTCCTCCATCTCGAATCTCCAAAGCCATTTATCCAAGAGGACTTTGTTAAAAACCTTCA AGTCTTTAACCCCAAGTCCTCACCACTGTTTAGGAGATGTCACGGTCTCCCGTCCCACTA GGTGAAACTTCTTTGTCCCATCCGCCGCATCCCAAATGTTCCTTTGCTACCTTTCCAGCT TTTCTATAACTCCACACCAAGTGCGTTGAGCTGGGACATGCGATATTTTACCATCCTGTA CAACTCTGGAGCATTTCTGCATCTTTTTACCCATTCTCCCAATTCAAACCTCTCTGTGTA TCTATAACATCGAATTCGTATGACCTCCCACAAGTGAGGTTACGCTTACTTTACCCCACC TTTGATAAGTAACAACAAAATTTAAACCTAACTGCAACAGGCATTACTATCATAGGTTCC TTAACTCATACCACATAGAACTAGACTTTGGCAGAAACAACTAAAGTGAGAGACCAGCTT CTTAACTCTAGAGAAAATCTCAGGTGCCTAAGTTCATGCATATATCATAAAAAGCTATCC TTTTTTCAGTTTATTTACAACACCCAGTTTCCCACCACTTCAGTAGAACATTTAAAAATC AGAGCAATAACAAAAAGCTATCCTTTTTTCAGCATTAAAACTTAACTGAAAACAAAAAAG ATGAGCTCATGAAGCTTACATGACCATGAGGCTCAATTTGCCAAATACGAGCTGTTTGAT CCACAGAACCTGAAGCTAATTTCGTGCCACTGCAGTTCCATGCCACCGAATGCACCTTTA ATTTTTTTTAAAAAAACAGAGAAGATAAAGTATCACATAGTCAATTCATCTAATCAGAGA GTTCATAAAAAGGAAAAGCAAAATTAGGGTTGTATTGTTAACAATGAAGTGAAGGAATAG TTTTAGAGAGAGAAACCTTCTTCTTGTGTCCCTGGTACTCTCTGCTATGAAGATTTTTGA AGGGTATTGTTTCCGCCATTACTCTTCTGCTTGTTTGCTCCGTTTACTTCTCTGAATATT TTTTTTGCTTGTGTAGAAGACGAACAAAACGACACACAATATTGTCGTTTCATGCCAACC CTGTTTAGAAAATGATAGACTAGTCCTTTAAGTTTGAGAATGGTCTAAAATAGTCCTTTA TACTGTCGAAATTGAGCATTTTTGGTAATTAACACATGGTCGCTAGTAGTTATTTTTGTT GAAACTGCCTCATGAGAAATAGGTGAGCCCTCTTTTAAACAGAAAAAAAAAATCATCTAA ACGGGAATTTCAAGGTTTAAATTTAAACGAGTTACATATTTTGTGTTATAACAATGATCA AGAGCTAGAAGTGTTCAACTTTAATAAATTATTTTGGTGTATAACATTTAAGATCCATTG ATTTACCGTAATTATAATTCTTTTGTTATAAAGAAACAATTCATATATTTTATAGAAATA ATAATATAAATGGTGGAAATTAATCTTTGATATTTTTTTCATCTAATAATTGTGAAGGAA TTAATCGTAGAAATATTTATTGTACATGTTTGTGTGTACTGGCATATATTTACTTTTTTA ACAATATTTTATTTTTTCACAAGCATAAGTCAAAGTGTTCATCAAAATGATATCTTTTAT ATTATTTATTTATTTGGTCTATTAATTGAAAAATACATATAACAAAATATTAGTACCTAT CAAATAATTGTCAAAACTGTACAATTATGACTTTTGAGCAAGACAACATTTTCAATAATT TTAAATTTAATTCAAAAGTTTGAACAAATAATACTTCTTATTTCCCACTTTTTCTGGAGA TTAATTGATGTGATTGGGGATTAGATATAAAATAAAATAAGTAGCTTGCCCATCTATTCA AAAAAGCAATTTAAAGAATATAAGAAATATTAAAATAAAAAGGTTCAATCAACTTCCTAA ATACGTGGAGAAAGTCCAATCTCATCCATTTAAGAGTACTATTAGAGATAATTCTACTTT TATTCCCTCAATTATTCATAATTTTAGTCATTGTGATATTTGATTAAGTATATTTAATTT GTAATGAATTAAAAGTGGGTTTTTTAGATTATATTTGAGTAATAATATAAAACTAGTATG ATATTTTGATAGCGAATAATTTAACACAATTATTCATGATATGTTTCAAAGGACATATAA TTGAAAAAATTAAATACTTCATGCAATTAATCGAAAATATTCATCAGTTTATTCAAATAT TATAATTATAAAATAATTTTAAAAAAATTCATTAGTGTTAATCTTAAAGTTTTAGCTGAG CTATAGTCTCTTTTGACAGAATTCAAAGAAATTACAGTTAAAAATAAATTATTTTAGTTC TTAATTAAATATTTTAACTTTAAATTTAGATAAAATATTATACTAAAGAATACATTTTGT TACATAAATTTTATATAATATAAAAATAAACAAAAATATCAAACAAACAAAAAAAGAAAT TATTAGCCACCTACCACAAAATCCACTAATTTAAGGTGTGAAGCACAAGGATGGTCTTTG GTGATACAGTAAAAAGTTGTTAACTTTTTCCATGTTGTCTTTTTTTTTTTTTCGGATAAA TTTGAATTAGTTATATTAATAAATTTTGAACAATAAATTACTGAGGAAAATATCTCAAAA TAGAGAACTATCTACATGGTAATTCATATATAATATATTTACTTTCATATTTTATACTAA ATTTGTATGATTAAATTGCAAATCATCAATTTCTTAGAGGTTCTTTTGATTAATTTTTAA ATATAATATACTTGGCAATAAATATAATTATAACATGACAAGTGATATAAATTTAATGTG TCACAATATATTTATTTTGTTAAATACAATATAACATGACGAGTGATATAGATCTGATAT CTCATTTATGTGAAGATTATTGAATATCAAGTAGGTATATAAATCAATAATGAAAAATTT TATATATTTTTTAAAAATTAAAACTTTATCATTCATCTATTAAAAAAGTGAAACTATTTT GTGCTCGCATATAGAAACACATTTTTAAAATCATAGAGAATTGAGAAGAAAACAAGTTTA GTGTTGTCATTATACTCGACTTAAGTCAAATAATTTGATTAATCGATAATCTTTTTAATG TTAATTTTACAAATAATAGATTTTATATTTTTTTGTAAAATACCATTACTTCAATCAAAT GTATATTATGGAAGAAATTAATACCTCAAAATCTTAAATATAATAAAAGGATTTAATTCT TTAAGAATGCACACGAAATTTTATGGCTTAGATAATTATTTAAGGTTTTTAGATTATTTT ACATATTATAATTTACTATGTAGACTATAGGATATTTAGATGAAACTTTATTCTTAATAT AATTTTTTTTGAATTAATTTAAATTAATCGAATTTTAATGCGGATATCGAATTCATTCCC TTATCCACCGACGATTATATTAAATCTACTAATAACAGGTCATTGCCAGTCCAAAAGAAG AAACAGAGGGACTCCTTTTTGGAAAGTGAAAAGTAGGTGAATCTGGCAGTCATCGGATTC TGTCGCCGCCGGTGAAGATGTCTTCCGGAAGATACATGGCCTACTCACCATCTCCGTCTG CTCCTCAGTCTCCTCATATCGCCGGACTTCGCTCTGCTTCCTCTGCCATCGCCGAGCAAG AGAAGTGCGTTTTTCCTTTTTCTCTAACAACTTTGATTTTTTTGTTTGAAGTCTTCGTCT TTGTTGATTCAGTGGATCGTGCTGAAATTGGCTAAGCATATGTCCGATCTTCAGCTTTTT TGTTCCTTAATTTGTTGCTTTAATTTTACTATGTGGTTGTGATTTGTGACTTGATTTTCA TTTTTTGGTTCAACGATTTATAAGTTGATTTATCTGAAAAGATCTGGTTTAGCTTCTTAC TTAGTTAAAAGCATCAGTTTAAGGTTCAATATACTTTAACGCAATTTCAAACAATCTGGA TTGGTTCTATGAATTCCTTGGATACTTTGATCAGGTTTGTTCCTCCAAAAAGTTGGTTTC TTTGATCTTATCAGAAGTTGCTTGTTACTGTTTCTTCTTCTTCGGTTCATTTTGTCAATT CTAATACTTTTTTGGGTTGGTTGCGTCGAAAAGTTTGTTTATTTACTTCTATCAGATGTT GATTGTTGCTGTTTCTTTTTCCTTCGGATCATTTTTTCAATTCAAATACTTTTTTTGGGT TGGTTGCGTCGAAAAGTTTGTTTCTTTGCTTCTATCGAATGTTGATTTTTGCTGTTTCTT CTTCCTTTGGATCATTTTTTTAATTCAAATACTTTTTTGGGTTGGTTGCTCTCGAAAAGT TTGTTTCTTTGCTTCTATCAGATGTTGATTGTTGCTGTTTCTTCTTCATTCGGTTCATTT TTTCAATTCAAATACTTTTTTGGGTTGGTTGCGTCGAGAAGTTTGTATCTTTGCTTCTAT CAGATGTTGATTGTTATTATTTTTTCCCCTTCATTCAGAGAATTTGGTCCAATCTTCTCA TAAGAAATTAAGAGAGGTGCAATTGTAAAGAAAAGATTCACTTTCTTGCTTGAATTACTC GGGCATTTATAACCCAAGAAGACTCTAGCACTTCGGCCTTGCAATAGCATTTTTTGTATG ATCCCTTTTTCCCTACTTTGCTGATTGATAGAGTGGATCCGGGATTTTGAGTTGGCGGGT GTGGAGTACCACTGCACCCACTACTACTTTGTGGTGGTCGATGCAACTTTTGGTAAATGA TTCAATTTGCTGCAGCCACTGACCAAATACTGCAACCCTGTCCTTCCGATTTGCATTTTG TTCCTATCTTAAGTGAACTTGTCTGCTTATTTTTGCTTATTCTAGTGCATCTTATGTGAT TGACCAAATAGGAGATCTCGCTGCTCTATGTGCATTGTTTTTTCTCGATCTTCAGAAGAT TGACAATAGCACAAACTAAATTAATTGGACTATCAAACTTGGAACAACCATCTTTTAAAG AGATACTGATGGTTTTCTTCTTATGTGTACCTATACCATAATTTGTTGCGAGTATTTAAT TTGTCAATGTGTGTTAACAGGTATCTCTCAGAGTTACTTGCAGAACGCCACAAACTCGGC CCATTTGTGCCCGTCCTTCCTCATTGCTATCGATTGCTGAATCAGGGTGAGTAGGAAGTT GAATTTTGATTAGTTCAGCCACTTGTGCTTCTGATATCAAAAAGTTTGTTTTATTGCTCA ACCTGAGAGAAATCAAAGATTAGAGAATGAGGTGAAAAATATTTTAAGTTGATGAGTACA TTCTTTTCATCTGAACAAAGATGATAAATCCATTGTATACGTCTGTTTTTGCTAATTGGG TGGAAGTTTAGGTCAAGTTTGGATCTTCTATGTTAAGTCAGTCAGCACTTTTTTCTGGAC GACTCCCAACACTTTTTGTATATTCCATGATTGTCTTTTTGTTATTCATGTTTAACTAGA TATTTGTCCCATAAAACGGGTATTAGTATCTCTAATTTCCTCCTCCTATGCAGTTTCTAA ATAAAAATAAACAATTCCTTCTTCTATGGTCAGCTGTGGTCCGCTTACCGAGTGTATAGA CCTACATGTCGTAATAGGTACCAAGGGAATTACATTTTACTTAACTGGGAAGCTTGTCAC AAATTTGTTTATAAATAATGTTGTAACCACCCCCTGGCAAGAAAGAGAAGAGGTATAGAG AGTCATGGTATTGAATCCATGTTTATTTCCTATATGTTGGAAATAAACACTCCATTGTCC CATTCCAGTTCAAAGATAAAAAAGAACTTCACTATCCTTTTGTTACACCCTCCCACCCCC ACCCCCCAAAGTATCCTATAGGTTTTTTCTTCACATTTATAATATGCTTCACTGACAATT TAAACTGTGATACCACACATATTATTTGTGAGCCTCTAAGTTTTAGATGGAAAGTGTTAT TAAAATCATCTTTTGGCCAGATTGTGGGAAATTTGCTTATAGTTTTCAATGCAAATCCCA GCTTATTTCACCATCAGCCTGTCATATATTCTTGGCTGTACCGGGAAGTTTTCAAGTACT ATTTAGCAGTGTAGCCTGTAACGGATCTGGAATAGAAAGAAACACGACACTAGTAGTATA CAATATTAAGATGAGGACCATGAAATTGATCCTCGAAGTATAAGAAGCATGATGTGCATT GTGTGAAGCCTGTTTAGTATGAAGGGGAAGGTTGAATCGTTGTGTGATTAGTAATAACGC TCAAGTTTGAGCGGTGGACCTGCACTCTGGGAATATCTATATCATAGTAAGAGGTTATAC TGGGCATGTTATATTCCTCTTGTAAATGTGTTTGGCAATGGTGGATTGCATGGCCAAGGA CATGTTAGACCTATAAGGAAATTCTTTTCTTTTCATATATCTTCTAAATATATCTTGGAA ATGGCGGAGGATATGTCCAAAGACAAGTTTAACCTTCAAGCAGTAATTTTTTTTTTAATT ATGACCAACAACCTAGGAGAGTCCTAACATTTATGAGATTTTTTTTACTGTTGTCTGCCT AAATTCTTCTCTCCTTCAATTAGGTTAGACCTTCTCCTCCTTCCTCCGTTTGGTTGTCAT CTTCGGGACTTCTTTTAATAAAACGGTGTTGCTCCTAGTTGCTGTCTAGCATCACACCAA ACCACTTAAATGGCAGGGTTTCTTATTTGTTATAGAAAATATTGTATATACCTTGATATT GAAGTTTGGCATCTTCAACTGCAAAAAAAGGTGCCTTAAAGTGACAGAATTAATGCCCCT CTAATTGTACCGTTGCGTCGTAGATTTTCTGCCCTATGCTTCCCATCTCTACTGTTCCCC GTGTTTTAACCATTCATCCACAAATTGGTCATCTTAGGAGTCTCTTTTGTCCATAACATT TAACTGATTGCTTTAACAATTCATTTTTTTTCTATAAATCCGTGAGATAACTAACCAATG AAGGATCGTGTTGTTGTCCATATTGTGGTGGCTGCTAACTGATTTATTAACCACTGCTAA CTGGTACGTCTTATTCTTGGAAATTGACCTTTTTGAAGCAGAACTTTTGCGTGTAACTAC ACTGTTGGGGAATGCATCAGTGTTAGATCAAAATGGGCTTGAACATGCTAGCCCCCTGGC TTCAGGAGGAATGTTTTCAAATGGAGGAGCTAATGTGGACAGATGGGCATCACCATTTCA ATCAGAAGTATGGATACTAACTATTAACATAACCTCTTTTAGATCTGATTTTATATGTTT GAAAAGCTTTTCTGACAAAGGTTTCTAATTTCCATGCTAACTTGATTTCTTATTAAGTGT TTTAACTTCAATCTCCACTTGTCTCGTGACAGGTAGGTGAAGCTAACAACAACAAGGTTG ATAAATAGTTTAGCTGAGCATCTGATTTAGAATTTTGCTTTTAGTTACTAGGAGCCAGCT TTCCGATGAGATCTAGATGTGTATGACACCACAAAAGCATCTCCTTCTTTGTTGATTCAA ATAATTAACTCAGTAGATTGTGAGGGTCTTGTTTCACAGAATTCTGCTAACACATACGGG ATGCGATCTAGATGTCCACGAGACTATTTTACGATGTGAGCTAGATGTCTATGACTCCAC AGGAGCGTATCCTTACTTTCGATTCACTTATGGATGCTTTGATTCATTCTGAAACACTGG AGATTGAAAATCATAAGCTGGTTGTTTCCAAATTTATTAGAGTCATCAAGATCCTGTTAT GTTTTTAAGGGTGTGCTTTCTGATTCCTCTTGTAGTATATGTCTATCTTATCTCTGTTAA TGTTGCATTCGTGATTAGTAGATTATTGTCTTTATTTTGTTTCAACGTGTGTAGATCTAC TGTGTGTTTTCTTATTCCTCTTGTTGTCTTGGATTTGGAATGTCTTAAATGTTCTGAATC ATATGGAGGTTCAGGGTTAGTCATCTCACAAAAAGGAGGCTTCCGGGTTTATCTTTAGTG TAGTACAAAAGAGAGGGCACAAGGTGTGGATTTCTCTGTTTAACCGATTTTGTGGTTATC ATATCCAGATATCAGGTTTAATGCACTCCCCGTCGACTCAGAACTGGCTTAATACTCAAA GTAACTCATCAGGCCTCATAGTGAAGCGAACACTCAGAATTGATATACCGGTGGATCAAT ATCCTAGTGTATGTACTATTATCTATTTTCTCATTCTGCTTATCATGACTTCTCTACATC ATGTTGAATGTGTGTTTTAGTTACCTTTGCAGTACAATTTCGTGGGCCGACTTCTGGGCC CTAGAGGGAACTCTCTAAAGCGGGTGGAAGCTACTACTGAATGCCGGGTTCTGATAAGAG GACGCGGAAGCATCAAAGATCCAGTAAAGGTAATATTATGAACTGATGGAATATTTGAGT GGCCATGGAATAATCTCTATTCCAGTCCATTTTGAAGTTCTTATTAAATTTAGATTAGTT ACCCTTTTCTGGCTTGTTTAGTTGATTCATCTGTGATATTAAGGTGGGCCCTTACCTCCA TAGGTTGGTACGAAGTTGATGTATCAAAAGTTCTTTTGGTGGAGGTCAAGTTTTGATTCC GTCATTAGAATTTTCAGCAACTCTTGTTAGTGGCATTGGATAGTCTGATGTCCCAGTCAA ATTTTACATCCGGATAGGCGTGAGAGATTCTAGAGTTAAGGAGGGGCTTGCGGATAATTT TATAACACCTTTAGATATTTCAAGAAAGCTTTAGAATATCCTAGATTATCTAGATTTTTC TAGAGAGGGAACAAAGTGTAAATATTTTAGGGACTTGTAAAGTAATTTTAAATTGCACTT AGCCCCTTAGTAGTATAAACAGAGGTGTCATTCATTTGCAATGCATCCCTCCTCAAGTGT AAAGCAGTCTTCCAAGCTAATACAAAGCCATCCTCAAAACTTCCCAAATCTTTCGAAGTC TTTCTTTGCATCGCTAAAGGCTTACTTGAGCTTACGAGATCTTGAAACAATAGTAAGTTG TCAAGGGTTGCACGGAGGTGTAGTGAAAACTCCAAGTCCGTGACGCCGAGGTGGTAATTG TACAATTTTTCCATCCGGAATCATCTTTCTTAACATTTAACATAATATTTTACTTCGTCA TTTTGAAGGAAGAAATGATGAGAGGCAAACCGGGATATGAGCACCTGAATGAGCCTCTTC ATGTTATTGTGGAAGCTGAACTGCCAGTGGAGATCATTGATGCCCGGCTATTGCAAGCAC GTGAGATATTGGAAGATCTGCTCAAGCCTATGGTAAATTCAACATATAGATTGCAAGTTG TCATTGTTTGTCTACTAACTATCACACATTTTCCCAAGTTGAGAGATATTCATTATTATT TCTTCATTTTCCTCCAAATGCAGGATGAGTCACAGGATTTCTACAAAAAACAGCAGTTGC GTGAACTTGCAATGCTGAATGGTACTCTTCGTGAAGAAGGTTCTCAAATGTCTGGTTCTG TTTCCCCCTTCCACAACAGTCTTAGTCTTGGGATGAAGAGGGCTAAAACCAGAGTGTGAT CTTTGTGTAGTGGGATTTGGAGCTTGTGCATTGATACACACCACTAACCAACCAGCAGGT CCTATATGCAACCGATGTTGCTATAACGTCTTATGCCTCGCACTGCCATCGGGGCACTGG TGCTGTTCTGTGCCAGTTCTAACTTGTCTCTATAATGATATGAAGTGTGTTTATGTTCCG GTCAGGGAAGATTTAGTAACAGTAAAGCCATAGTTGTGGACCGCTTAGAGGTTTGCTTGA TGTCGTCAGAGCGGTGTCTTACCAACGTCATTGTATTATTCCATTAATTTCTAGTTTGTG ATTTGAAGGTGTGGGAATGACTGTAATGCGAGCGAGGCGTGTCTGTACTGATAAAAAAAG AAAGAAAAAAAAAGAGAGTTGAACTGAAGAAGATGTATGTTTACAGTTTTTATGCCGTTG GTGGCTTTTCTGCTCTCCTTTAGAACATTATGTAATATTGTTGTGAACATCAAAGCACTT GACACCATTTATTTTTATGGCTTTGAGCTCAGTTTCTGTTTGTATACCTTTTTTGTTGTA TTTGGAGTAAGCTTCTTTAACTAGCTCAAGTTATTTTATTCCTTCAAATTTACCAAAAAG TGAGACTTTTGACAAAAATATGTCAAAGCTCTTTTAGATTTGTCTTTTCCATCATCAATG GAAGAAGGGTAAAAGATGAAGATTGTATATGGAACTGTCAGTCACAGAAAGTTAAAAGAG TGGGAAAAGGAATAAGTTCTCTAGCAAGAAATTTTACACATTCGAAAAATAGTTTGAAAA TATACGCAAATAAATGCAATATAAAAAAACATGAAAAAAAATAACAATATAATAATCGAA ACATTAAATTATATCTTTAAAGAACTACAAAAAGATAATGCCAATATTACAATTTACAAA AACCAAAGTCATTATTTTTAATTTAGAAAAAACAAATAAATAGAGAGGCAAAAAAGCATG GTATTAGCACGTGCATGGCATGAGGTGTCCACCGCCTAAAGGAGACTCTTCCTTTGCCAA ATATAATTAGTATTTTCTTATTAAGCAAAACCCATTTTCTACCTTATTTTTGAGTCAAAA TTCCTTATATATTCATTTAGTCGTAAAAAATTTTTAGTTTGCAGCCTCCATCAAAAACTC TCTTCTCTCGAAAGAAAAAGGTTCGTAACCCTTAAAGAATTTTTTAACCCTACCGATTTC TCTGTCTTTTTTTTTTTTTTGCAAAATTGATCATGTTTGTTTGTTATGTTTTTGTTTATC TTTTTGCTGTAATTTTTCTGGATTTATATGGTGGTTTGCCGATTTTTTGTTTTCATTGTG AAAGAAGTAGTGGATGTACTCTGTTTCTGTTTTAATGTAGGCGTGATGAGAAGAGAATTT ATAAAGCTGATTCTGTTTAGTTTTGTATAGATACTAGTAGTACTAGTAAGTTGATTGTTT ATTTTGAGGAACTGCTGTGATGAATCATTTTTTAATTAAAAAAAGGTTCATTTTTTAAGG TTTCACTTTCTTTAACATCAAAACAGGAAAAGGGGACTTTTTTGTTTGTTTGTGGAGTCC TGGAAAAAATTGGATTCTTGTTTTGGGTTGGTATGCGTTACTGCAGGGGCGGAGTTAGGT AGGGTTAAGGCGAACCCACCGTTTCGTTTATGTAGGAGTTTTTACGTATATATATATATA TAGTGGATATTGAATTCCGTCACTTCTTTTGTGTATTTGTTTTTTCCTGTTTTTGTACTT AAGGTTGGTGAGATCCTAGGCGAATGTTTCTTGATCATTATCTGTGTGATAAAAGCTGGG ATGTAATGGTTGTCCCTGTTGTTGGTGTTAATGGTTATATTAATTTATTTGGTTTCCTGT TCCAAGTTAAAATTCTGATCATTATCTCTTAGATAGAGACTAGGATGTGATGGTTTCTGC GGGTTATTAATGTTTTTGTATATTTTGAGGCCATTGATTATGGTAAAAAACCTTTCTTTA GGAAGGGGGAGAGTGTTTTACATTGTCTGGAACTTCATTGTCTTTTCTCTTGCCTGAGTT TCACCAATGTAGTGTAATAGTTCTTGCCTGCTCCTCTGCACTTACAGGAGCAGCACCGGA GAGGAAAATACATATTCTCTTTAGTAGTATATGTAGTTTCAACTCCTACGCATTGCTGCA GTTCGCTTCTCCTTAATGCAACGCTTTTACCTTGAAAAAAAGTGCATACCGTAACAACTT CTATGAAATTATTTTTGAAGTGTAATCATCTTTTACTAAAGAAAAAATTCTAATTCTTGA TTATTTGGCCTTCCTTTGGCATTATTGGTTTGGATTTCTTTTTGCAGTGATAAGTCTCGC AAATTCGTTATGGCTTCAAAGAGGATTCAGAAGGAATTGAAGGACTTGCAGAAAGACCCC CCTGCTTCCTGCAGTGCAGGTATATATGAGTGTGACTTGTTCTTGCTTAATGTCTCTTTA TAGCCATGCTCAATAGATATCCCCTCTCGTCTTCCCCATATCTGCAGCTTGGATTTGTGT TGGAAATATTTGAGACACATCAGATATGTGCTGGGAACAATCTGATGATTTCTTTCCCCT ACCATCCGATGGGTAGTCATTACTTACTGTTCATTTGGTCCTCTTCTTCTTTGTTTCCCT TTCCCCCTTATGTTGGTTGAGGTTTGGGGTAGGATTGACTGAATAACTGGTGACAATTCT TTTGGTTCTGTTAATATTTTGTTAAGACATGTCTGCACTTGTGTTGGTATTTGTGAAAAT TGTTTACTTTCAATTTGGATGCTGTTTTGGGCTGAAAATTGTTTTGCTTCTTGCAGGCCC TGTAGGTCAGGATATGTTCCATTGGCAAGCTACCATAATGGGTCCATCTGACAGTCCGTT TTCTGGGGGTGTTTTCCTTGCATCTATCCATTTCCCTCCAGATTATCCTTTCAAGCCCCC AAAGGTAGTTTTGAAGTCTTGCCAAGTTTTTTTTTTTTTTTGTGTGTGTTTTGTAAAATT TCTCTTGCTCCTATTTCTAACATTCCTTACCTTAGCAATTCTGTCTTGCCGTGGAGTACA ACTATTTACTGCAAGAGTTTCCAGTAGATTAAACCTGAACTCCAATGTATTTGTTATACA TATTTGTTATTTGATATGTTTTACATGAGCTGATGTCTCATCGGAGATAATCTATCTACC TCCACAAGGTAGGGCAATGCTGCGCACACATCACCCTCCCGAACTCCACAAGTTGGATCA CACTTGATTTGGTGTTGTTGTTGTTGTATGTTAGGTCCGATAAAACTTAATGTTCCAATA TTTGCTGTGATGGTAAAATATATTATTAAACCAAGTAACACAGAAATGGAGTTTTTCAAG CAACCTAGGGTTGTTCAAAAGACGCAAAATCCTGCATCTACCAGGATGGATTTGGCTCTA GACAACCATTGGCGTTCAATTCTTTTTCTTGTTGGATCTCAGTATGGATGTTTGCCATTC TTTTATTTGCCTTTGATGTGTTTTATGTAGTCCTTGCTTAAATGATTTATACTCGCGTTT CACTATATAGAAGAACCCATTCTCAGCTTCCTTGTGTATCATTGGAATAACCAAGGACAA TTATGTGCTATTGTTTTTGCTTGTTACATGTAAATACCAGCAAATGCCATCTCCCTTGTA TTTCTCGATTCTTAATTTGTTGCAAAACCCTGCTTTACTTTGTTTTGACTCTTAATACTG TAGGTCTCTTTCAAAACCAAGGTTTTCCACCCAAACATCAACAGTAATGGTAGTATTTGT CTTGATATCCTAAAGGAACAATGGAGCCCTGCTCTTACTGTATCCAAGGTAAAGTATATC ATGCTCTTCTTAGCTCAATTCTAAAGCATCTGCTTTATGTATATACATTTTGGTGACAAT TATGCTGGGAGATTGCAGGTGCTGCTTTCTATTTGCTCTTTGCTTACTGATCCCAATCCA GATGATCCTTTAGTGCCAGAGATTGCTCACATGTACAAGACGGATAGACCGAAGTATGAG AGTACTGCCAGATCATGGACCCAGAAATACGCAATGGGTTGAACACATCTGTTTCTACTT TCATGAATATCATCGAACCTTTATTCTATAGTAGTAAATAAACTTAGGCATGGTGCACAA TTTATAGATATTGGTGTTTCTTGTTTTCTGGTATATTGCCTTTTAAGTTTTTGACTGGTT AACGATTTATCATTTGGTGAAACTTAAGATATGTTTTTGTTGACATGTGAAGTCTTCTCT TTTTTCGCTCGTCGCTATTTTTTTAAAAAATAACTTCAAGAGTTCCATGTGTAGAACTTG AGACTTGAGGATAGTGGTTAATTTTCAATTATAAGGATCGAACAAATGACTATTTGTTCA TAGTTGGTTAACCTTATTCTAAGGTAAAGTTGTTGGCTGTGTGGCTAATGGACCAAATTT GGTCAATATAGTTTGTTAGTTTTTGCTTTTTAAGCAGAAAAAAGAGAGGTAACTTTATTC AGCTAACACATGGTAAGGTGGAAAAGTTAGCATGTAAAACAAGAGTAAGAACAAAGATGG TTAAATTATATTATTACAGAAGAAGAAAGGGATTTCACAAGATCCTATGAATAGGACCAT AAAATGAAATGTCACCTTCATCTTTCAAATTTTTTATTCTTATATACTTAGAATGGAGAA AGAATTCAAAAATCTTTTAACTTGTTTCTCTGGTTAACACAAAGCAAAAGGAATATGTAC ATATTGTAGTTAGATGTATACAAAAATGTGAAGTGGTCCTCTCCATCTCTACTCTACTGT ATCAGAGTGTTGTCACATTTTTAAGTTTAGCCAGCTTTATATGAGAAACAAACTAACAAT ATTACAAATATGTAGCCACAAAATTGGTATATAGGAGTGTATGAGACAAAAACAAGTCTC TATTGGAGTAAAACCATTTTATTTATTTATTTCAAATTCATCTCATACATTTGCTCTTGA AATCACCTTCTTGGTGAGGGTACGATTTGTCACCTTGTAATTCCCTTCCCGTTTTCCCTT TTCCTAGAAAAAACCTTTGTATATTTGATTTTTTTCAAAGATTTCTTGTCATGTTTGTCT TACTTCTTTGTATTGAGTCGACGTTCTAGTGGAAACATTATTTCCATCTCATAAAGATAG ATGTAAGATATACTTGTATTATACTTTTGGAAATACTATTTTACTTTTCAAACAATTAAA GTCTGAGTTCATATCTTAGATATAAAAGTTCTAAAACCACTTATGTTGCATTTTTTATCA TTTGAATTCAAATTAGTTAGATCAGCGCATCAAATAATTAAATAAAAAAGAATCAACCTA AAAACGAAAATAGTTACTAATTCATGATTCTATCATCTTCTTTTAAAAAAAGAGACATGA AAGACACGCGTTTCCACCTTGTCGATTATGATATATATAGTACTTGCATTTGAATTGTAA TATTACACGAAACCAAAGTTAAGTGATAGAATATTGGTGAAAGGTCAAATTAATTAGTAC AAAAATCTTCCATATAACTTGTTGTAAACCTTGTAGAAAATCATTATATTTTGGTGATAA AAAGATTTAGAAAAGTGACTTTGGGCGTAAAAGTAGAGAGAACATTATCAAAAATAGTCA CAAAGAAACAAGACATGTGATGGGTGGTCAGATGTAGGATGGAGTGGCATGTTGGCTGCC CCATTTGAAAAGCTACACAAATGCCCCTTTAAAATATATAATTATAATTTTATTCAAATC AAACTCGATTATTCTATCATCGTTACTTTATACTTATACTGAACAACTGTGATTTCTTCA AAACTTTAACTAAATATCTTGGTTAACACCAAAATAAGTTCATCAATGTCCAACCAAACC CCCATACATCAAAACCCAAAAAAAGAAATGATAAAGATATGATCACAACAAAGTCAATGA ATATAGAATTTTTTTTCGAATAAAGTTTACCAAGGTACCTTTTAATTAATATTATGTCAG AAGATAAAAACTATATGTTAAAAGAATTGCATATATTATAATAGTGACACTACATTAATT AAATTATTTCTAAGGTGTAAAAAACCCGTACCGTACCCCTTGTGAAAAAGATAGCTCAAA AGATCTGTGTTTTGTCCTCTTATTTTATTGAATGCTAACATGTGAGGGTGTCCATCTAAC TTTGTCCTATTATAGGTAATATTTTTACCATGTCAATAATAATATATAAATTTCATTATT TATCTCCAAAAATTATTTTCGATATATCATATACTCAGAACAAACAATAAAAATATAGAT AAATGAGGACAAATTATGTTCTCGATAAGTTAAAGATGCGTTCGATATCTATTTGACATG CAAAAGTAATCTTCATGATAAGTGTAAAAAATAAAGTAGTAGTAGTAATTTATGTTTGAC ATAAAATTAAAAAAGAATGTATATATATAGGAGTAAAAGAAGTGGAATTGTGCAGAAGTT TTGATAGAGACTAGATGAAACTGTAAAAGCAGACAGATAGGGTTGTTCTTTTACAGTAAT TCTGTCTTTTTCTGTAATGTTTTGATTGTGACTTGTCTATCTCTGACTTTCTTTACCTTT TACCCTCTTTGTTATGGTTCTTGAACCTCGTACATCGCGATAATATATTGAGTGTAATTT CATAATCAAGTCTAAAAGATAAAATGTATGTATATCGTTGTACGCTTGAAAGATTAATAA AGGTCTAATTCATCGGTGATTTCTTAAATTTGACACTAATTTTTTTATTTAGACACTTTA ATTAAAAGTTGTTCACTATAAACACCTCATGTCATGTTTAGTTGTGTATTTTGACACTTT TTACTGACATGATAAAAGTGAATGTGGTACACCTCTTACTTGCGCTTAAAGCAACACTTT AACTTTAACTTCCCACGTAGCATGTTTAAGACCACAAGATTAAAGGATATTTTCATACAT TTGACATAACTTTAAATTAGAATCACAAGATTAAAAAGTCTTTTTTTTTGAATTCCGTTT CAAGTCAACTAGGTAAATCTTTTTAAAATGGAGAGAATACGAAATAATAAATTGAATTTT ATTAGAATTTCAAAGTTAAATATATTCGGATAAAAATATTAGTAAGATGGATGACTTCTA AGAAAATCTTGCATCCTATCTAATAATATTAATACGAATTGTTTTGTACATAAAATCTAC TTTTTAGATTTAGGTTGGATTTTTTTGAACTAAATATGGTTTTATGATTTAGAGGGAAAA TAAGGTAACAAAATCTTATATGGATTTTATACTTCAGAAAAAGTTTCAGATTCTCACATG TTATTGTCTCAATAACTTTTATGAAATTCCAAGTACATTATTGTCTTTTTTTTCTCTTCC TTTTTTCAGTTATTGGAGCTTTTTTTAAAAAAAAATTCTTAAAAAAAACATAAAAAAAGA AGAATTAGTGTTGACTTTTCTTTGTGGACGGATATGGTTATGACATTATTTCAAGATTTG ATCCCCTAATGAAATTTTTGCCTTCTTTTCTTCCTTCTTTGTTTCATCTAGCGGTCGAAA ATTCACATCGAAAATCAAAGTAAATTTTAATTTATATTAGGAATAAAATTTAGGGGGCCT TATATTTGTGACTTTAAATTAAAAATAAGAAATATTTATTATTTTATCATAATTTTAATC GATAATTTTTTCCTTTTTCATGGTGCTCTTTTATTCCACCACTTGGCTACTTATGACTTG TGCCACTAATTAATAAATCATATATATATACACTTTAATTTTACATGTCATCCCAATATC CTTAAAATAATATTTTTGCTTTCTTTTATCCGCAAGAAACAAATAAAGATTTATTTTTAA CGCATTGGTGAATTTATAATACTAATTAAATATTGAGGGACGAAGAAATTCGTATAATTT CTCATTTTAATTTAAGCTCTGAAAACGAGAACTTTTAAAATAATTAATCCAACATTTGCC CTTAATTATGCGAACAGATTAATATTGAATAATTAAAAATATATATATAAAAAAAGTTAA ATGCCATTTTTTAAAAAGGTTTATCAAATATGACCTAATATCAAATATTTACTGTTATAA GATACGATTGAATAAATAAAATTCCTTTTATCTTTCATTACCGATTTTGAATTTATATAA TAATAATAATAATAATAATAATAATAATAAGTTAAATGACATTTTCACTAGAGATTGCCA TAAAAAGCTTTTTGTTTATTATGAGGTGCACCAAACCAACTAATATGACCATATTAAATT CTTCTAGATAGGTTTTAGCCCACCAACATCATTAAATCAATCTGCTTTTCTATTTCATAT TTTATATTTTGTACTATAATAGACAGCACTCGACAAAACTACCATACAAATACAAATAAA TAATGGCCCTAATATTTAATTTTCTATAATTGTATTTTAAAAGTGAACCTAGACATCTTG ATTCAGATAAAATATTAAAATAATTTAGGTAAAAATATAATCAGATTCCATTATAATAAT CATGTATTAAAATCAAATTATGTAAGACCGTTCTCATTCTTCATTCATAAAAATTTATTA AATAAAAAAAATTCAGAACAGTAATAATAAATTCAAAGCAAATGAATTCTCTATGTTATA TTATATTATATATTTTGCTATGATAATTTAAATTTTTTCAAACAAAAATGTTATTATAAA GAGATTTAACGTTATATATTTTGACTTATTATTTCTTATTTGTATTTTTTATATTCCAGC CCTTTCATCCACACAACAGTGCAAAATTTCATTTGGAACTTCATTACTATAATAGACTTT TTTTATTAGTCAAAGGTCAAATGAATTTATTAGGTAACGTAACAAACTAGTTGCCATTAA TCCCAGGTGTTCCCAATAATATGCGTAATTTAATATATTTTTTGTTTCATTTTATTTAAC TTATATTGACTTGATTGTTAAAAGGAAAAATAATTTTATCATAATACACTATAATAAACA TTTGAAAGGATATATTTTTGTAATATAAAAATTATTAAATGAAACTAAAGAGAAAAAGTA CTAATTTGGTTTCTTATAATTAATGTAAGCATTTATCGAAGTCGACTTAAATGGTAGCTC TTTATATAATTATCAGATAAAATTAAAATCTTAACCAAAATCACATGTATATTAATTTGG ATATAATTAAATTCACAGCTCAAATAATGTGAATATATTTAAGAGCTTCTTGTGATGAGT TCCAAAAGTAACATTTTTTTTTTATAAAAAAAATTCAGTTCCTTTCACCTAAAAATTATA TGATTTATTTTATAGAAAAAATACAAACTAAAATTTAATTGAAAGGAAATAATGTCAATA TATTTAAGAGCCTCAATTTTTATTTTTTTAAAATATTTCATTTCCAATCTGGCAATGTTT TCAGATAACGTAATCTAGACTTAATTATCATAACAAGGAAACATTATCTAATTCCTAAAT TATAAATTGGTAGCAAATATTTAATATATAAATAAAAACAGATTAAAGTTTTATTTTATA TAAATAGTAAAAAGTCAAACGAGGAAATTCAGAAAATAACGGCAATAGTTGCTCAACAGA AAAGAACTGTTCCCCCTTTTTACTTCATTTATTTTACATAAAAAAAATAATAGAAAAAAA TAATATTTATTTTTACTTCAGATACAAAAAAAATTATACCTTTTGACTTTGACCCAGAAA AAGTAAACATTCATTTTTTTTAAAAAAAATATTATATCATTTTCATAATATATTTTTATG TACTAACATGTCATGTTTATACTTAATTAAAATATTAACACATAAATTTAATAACCTTTT ATTATATCAACATTCCATCAGTACTATTACAGAATAATTTGCTTTTATTTTTTTCAACTT TAGCCAAGTTTTATAATTGATTTAAATAAAATTCCTAAATTGTTTTGTCTCGTAAAAATA GGAAGGAAGCATAACTCATGTTTTTTCTATTAGATTTGTATTATGAAAATGAAAATAATT GATGAATTAATGTTTTTAAAATTCTAATATATAAATAATGTTTCTCTTTTCTTTCTCTAT TTTAATTTTATTTTTATATATTGAATATGACTTAATTATTTATAACTATACAATATTAGA ACCATATGAGATCCGCATATATTTGATCGATTATATCCATTCATTCACAAATTATATGAT ATAATTAGATAAAAATATTTTTATGTATATATATATATGTGTGTGTGTGTTATGTATTGA TGCTAATTTAATTTTTTTTATATTGATATTCTTTAGTCGATACTCTCACTGTGCTACGAA ATAAAGATATCTCTTTCGAATAAACTTTACATATATAAAATAAATTAATGGAGTTTCGAT ATGAAATTGAAAATAATAAATTTAAATAAAAGTATTTAAGCACGCTGTTTACTTTTTCTC TTATTTTGAATTTTATGCTTAAAAAGTGACACGTAAAGATTACAAGAAAAATAGAAAAAG CAAATAAGAATAATAAAAAGTGGCGCTAGAAACTTCACCAAATTGGTTGAGTGAGAGACA GAAAAAGATACTCTCTCCGCATCTATACATATAGAGAGGGAAAACCTATATTTATAGAGA GAGAAACTCTAGAGAGAGAAAAAGCCATGTATGTGTATATATAGGCTATATAGATTACAG TGAAAAAAACTTTCTTTTTCATTCCTCCATTATTCGTTCATTCTCTCAGCTCAAAGACCA CAGAATTTTCAAGAAATTTATGACGTTTTGAAGTTAAAGTTTTGGTTTTTTTCCAGATTT TTCTCGGAATTTATGATTTCAGAGAAAAAAAATCAATGCAAAAGCTCCGTTTAATGGTCG ATTTAGCTTGCGTTTTGTTAGGGTTCAGGTGAGTTTTTTTTTTTGTGGGATTTTGTTTAT ATGAGTTAAAAACTAGAAAGTTCTTATTTTTATTGTGTGTTTCGATTTTTTAGATGGTTT TTGTTATTAATTGGGATTAATTATGATGTGGGGTTGTGAGATCTGAGCTAAATTTACTGG CTTGAAACAGTTTGATTGAGTTTTTTTTCCATGTGATCAGCAATTTGCTGATTTTTGTAT TTACCAACTTTTTTTTGAGACCTAAGTTTTTTGATGGATGGAAACTTAGCATTTCCGTGA ATGCAGTTATCAGTTTAAGAAATGTTCATGATGGTCAATACAATTTGGGGTATGTGATAT AGAAAATCTCAGCTAGTTTGTGATTTGAGGCATAGTTGATTGATTAGTTGGATATATGGG TGTAGAGTGTTTGACAATGCACACAGTGTGGGGTTGATTTCTCGGATGGTGGCTCAATTA AAAGTTATTAGCTCTGAAAGAAAATGTGTAAGCTTTTCTAGTGACCCCATGAGAAATTTG TGCATTTTGGATTTAGATCTGTGAAGGCAATTTAATTTATAGGGATAGAACTGGCAGGAA ATGGATTTTCAGTTTCCCAGTTTTTATTTATTGGTTCCTGACAGCACTACTTCACTATAA TGTGTATGCTGTTCTAGTCGTTGCGTGTTGCGCAAGCACTGACAATTGAAATCAGTGGAC TTCTAGTAAATGAAATAGAGGACTCTCTCTGCATAGGAAGAATGAGTTTCAAATTTTTAG GAAGATACGTGTCACTTTCATCATTTAATGTTCTTCTTATCTTCCAGATATTAGTTAATG TGTCATCTTTTCATTTCTTTCTGCTGTGTTAAGTTGAGATTTTGACTGGAGTTGCTTTTT GTCCCATATTTAGTAGTGAAACTTGAGCTCGGATGGTTTTCCTGCGGAACAGCATAGATT GCTTTAAACGTTAAGAGCCACATTTCCTTCGTTATTCTTACATCCTCTTTGTTGGAAGGA TGTCAGGTTTGTGCTTGCTATTTAATAATTGACTTTAGGAACTGTTATGGATGATTTAGT TTGTAATTTAAGAACTCATATACGCATATTCTGCGTGATATCTTGTATTCTAGAATGGTT GGATGCATATGATGACGTAAGAGAAAGAAGATCAGACTTCGAGGTTTCAGAGGATGAAAG ACGACGTTCACGAATTGGTACTTTCAAGAAAAAGGCATTACATGCTTCAAACAAGTTCAC CCACTCTCTGAAGAAAAGAGGAAAAAGGAAAGTGGACTACAGGTTCCCTTCAGTTTCAAT AGAGGATGTACGTGATGCAAAAGAGGAGAATGCTGTCTGTGAATTGCGTCAAAGGCTGCT AGAGCGGAATTTGTTGCCATCCATACATGATGACTACCATACATTGTTGAGGTGCATTTT TTTTCTGAAAAATTATTCGGCTGATTTTTCATGTGTGAACCCCTAGGTAGCAATGACAGT TTTCATTGGAAATATGGATGAAGAAGCAGTATTATTTGATGAAGTTGCATCCTTAAACAT ATTTTGATTTTCCCTACCAATTTTCTTGAGGCTTTGCTTACAGTTGCATTGCTGTTTGTT TTCTGCACCTGCATACTGTGTCCTTATATCTTGTGGCCAGATGTTTAACCTAATTTTATT AACATTAATTTTGTGTAGATTCTTAAAGGCAAGAGATCTCAATGTTGAGAAAACTATTCC GATGTGGGAAGAAATGCTTAACTGGAGGAAAGAGTTTGGAGCAGACACAATATTGCAGGT ATTTAATAGTTAATACTATTACATCAACATTCGTTTCACTATTGTTCTGTGTAATTTAGA TTCTAATTGGAACTTGTGACCACTCAGGATTTTGACTTTGACGAGTTAGAAGAAGTATTG CAGTTTTACCCACAAGGATATCATGGGGTTGATAGGGAGGGAAGACCTGTTTATATCGAA AGGCTTGGACAAGCTAATCCGAACAAACTAATGCGGATAACCACAATTGATCGCTACATA AAATATCATGTCCAAGAATTTGAAAGGGCACTACATGAGAAGTTCCCTGCATGTTCTGTT GCTGCAAAGAAAAGAATCTGCACAACAACTACAATTTTGGATGTGCAAGGCTTAGTATGT TAATTCTATCAGTGGCTAATTTACTTAATTGATGATGTTTCTAACTTGTATATCTTTCTA ATCTACATGGTCAGAATCATTTTGGACACTTAACTGCATTGACTAGAGACTTCTTTTTTC TATTACAAGGTCGTATTGACATGCATGAAACATCTGACTGGTATTACAAATAGCTAGCAT GCCCATGGGTGGTTTTACTTGGGTCGAGATCAATTATTTTCATCATTTGCCCAACTTGAT CATACACAAGAGTATCAGAATTTTTTCCTCCAAATTTTTTTTGTAGTGTCCTTATGTAGC AATGAAGATATCATGAGTATTTTCTTGCATTAATACAATTTTGTGCTCGCCGTTTCCGTT ACTAATCATTCTCAATCAAGGAATTTTCCCTATGTCGAGCTTTTTTAGAGTTTTGTTCCT AATGTTTTATTAATACTATTTGTTATTATTCAAGTTCAACTTGTAATATGGTATGCTGTA AATGCAGGGGATTAAGAATTTCACAAGGACAGCTGCTAGTCTTTTGGCGGCCATGGCAAA AATTGATAATAGCTATTATCCTGAGGTATAGCTGTTAACTGTGAACATCTATAAATGAGA CTCCAAATAGTTTGGTTAGACTCTATTGTCATGGAATACCTTTATAATGTCCAACATTTC TTTGTAGACACTGCATCGGATGTTCATTGTCAATGCTGGCCCTGGCTTCAAAAAGATGCT CTGGCCAGCAGCTCAAAAATTTCTGGATGCAAAGACTATTGCAAAGATACAGGTAGCAGA GGAATCATGTTTTTTTTGTTCGCTCAATTATGTTTTTTTTTGTTCGCTCTCTAACTACAA TTGACTGAATCACTGTGTTTCAATCTTTACTTTTGTAGGTGCTCGATCCCAAATCCTTGG GTAAACTACATGAAGTTATTGACCCAAGGTTCATTATTTGTTTTGTTGTATGTTTTGCTT TGAAGAATTAGATCATTCAACCGTATATCTGATTATCTCTCTCTCTCTCTCTCTCTCAAA AGTCAATTGCCTGACTTTTTAGGTGGCTCTTGTACCTGTTCTGACGAGGGTGGTTGCCTC AGGTCTAACAAGGGTCCATGGAGTGATCCTGAAGTAATGAAGGTGAGCATGCCAGTTCAG TTGTATTATTCTATGACATATTCTTCATCTTGGTAAGCTTTATCTAGTCCTGGAGGTGTG AACTAGTTTGTAATAACCTGTTATTTTCTCCTCTTTAGCTTGTCTATAATGTAGAGGCAA CAACTGTGAAGGAAATCTCTAGAAAACTTGGTGACCAAAGGAAAATTGAATCCTATATAC AAATACGCCCTTCAAAGGTAAATTTTTTCACTTTGGCATGCTCCTTTTTTTCTTTTTCAG TTGTCTTCCTATGTATGACACAATTTATTATGTGTTCAGGGAAGGAGCAGAGACACATCC ACAAGTGATTCAGTATCGGATGCTGCTGACTTGTGTTCACCAATTAGAGGAAATAGTAGC TCAATTTTGAGGCTGACCCCAGTAGATGAAGAAGTGAGTTTTGCAAAGCATAATGTACTT CTGTAGTTGCAGTGCACATGTGCACTTGCGCTTCTTTATATATCACACTTTTTGACTTAT AGACATTGGTTTCGTAGGCTAGGTCATCAGATTCAACAGCCTATTGTAGCTGTGATGATG AATTCAGCCTGGGTGATCGAGGTGTCACTAATGAGCATGGATTGCTGCATTGGCAAGAGC AGTCTCCTGTGAGCAGTCCAATGAATCGGTCCACTAATACATTGCCTCATTCTGGAGGTA TTTGTCTTGTTTATCATGAATTCCATCAAAAGAACCTTTAATTGATAGCTACCTTCACTA ATCACTAGTGTGTTGTAAGACGTGGATTGGTTTATAGAGACACCATGAGAATTCAAAGTT ACCAGTTTCAAAAAAGAAAATGACACCATGAGAATTATAAAACTCTATTAGTTGAATCAA TTCTCAGTTCCATGATATAGGCACAGACAAGTTTTCTTCTGGAGTGTAACTCCACTCCTG TAGAAATCATAGGGGACTAATTAGTGTCTGAAGTTATAATAAACTTGAGAGGAAGTTATG CTGCCACACTACACTTCTCCACCCTCCAAGGAAAAGAAACCTTAAAAGAAAGAATGACTC TTTATGTGTATGAATTTCAGAAGCGGGATTTCTCTTGTCTCAAAACCTTTTCCTTTTAGC ATGTGAAAGGAATGTGGGAGATGAAAAACTTCTTGTTTTAAGTCTTATTTGCCTTGCTAA AAGTCCCCTTTGGCTGGTAGGTGTGCTCACCTGGTTTGTTTTTGGCCTTTGTATATCCAC CGTATTTTTTCCCTTATTGAAGACTTCACAAAATCTATACTCTATCCATCATCTATACTC TATCCATCTCCTGGTACTCATTTTCATCATTTGTGTACTTACTCTGCAATGATGTGCTTC GCCATGTATATCTATGTAGTCTAGTCAATTGAACTCTGAGTTCTTCTCAGCTAAAACTCA TGCTAGAATGGTAATTGTAAATTCATATATCGTGGGGTTCATGTCCATTATTCATGTTCT TTTTAGGTACCTGGGCAATAAATTGGTGTGAAAGAATCCAAGAGAAGATTCTGAGCAGCT GTTTCAGTTGTTTGGAAAGGAAACTGATTCCTTTCATACTTAAACTCTTTGCATTTATTC GTAGTCTTCCCTTCGAGTACTGGAGGAAACGGACAAATGTTTTTCCGACTAATGCATTGG AAGAACGACAAGGGAGCAGTTCATCCATTAATGATGAAGCAGTTCAAAGAGTAAGGGAGA TCCATCCATGCATGCAGCGTCTTCATAAATTGGAAAATTTATTGGAAGAAATAAACAAAA AGCCCGCTGAGATCCCAGCAGAGAAGGATCGAATGCTTCATCAGTCACTTAACAGGATCA AGTCTGTAGAAGTTGACCTAGAAAAAACAAAAAGGGTAAGGCTCATCAGTGAGGCAGGTC AAAAAAGTTTCACATAAAATATTTCCTTATAAAAGAATGTCTGTAAGTAGCAGTGTTCTC TTATTATGTTTTATATGTTCAACAGGTATTGCATGCGACGGTATTGAAGCAACTTGAAAT TACAGAGTTATTGGACAACCTAAAAGAGTCGAGCTTTCATGTAAGCATCACATAACAATA TGAACATATAGTTGGTCATCATTATCTTGTCAGCTCTACAGTCAATCAGTATATATGTGC TTAGCTGATTTATTGTCCTGTCATCTGATACTGTTTGCATTTATCTTGATATAGTTTGTG TTTATCTGTCTGCTGTTTTATTTTATTTTATAATTGTTCCCATGTTTGGCAAAAAGGCTA GGGGGTTGTTGTCATGTGATCAATTGGAAAACTAAAATGAAGGCAATTCCTTATGTTGGC TTCATTGTCTATTACTGAAAGTATAGTTTCAATTAATCCTTTGCGAATACAAGTCTGAGA TCTGCTGATGTTTTGTTGCAGAGGCGGAGATTGTGGTGTTGAATATTGTAAGGTTGGAGA TTTGAGTACCAGGACAACGCGATGATAACCTTTTACTGCTAACTATGCTGCGAAGGGAGA TGTTAGCTTATGCACCTCCAGCAGTGGTGACAAAGTTTTCCTTTTTTTTTTTTTTGTACA ATGTCCTTTACAGAACATGCAGTTGTTACTGCAAGATGATGTTTGATTATACTGTACTGT TAAACATCTTGAAGAAAAGCTTAAAAGAAAGCCCTTTGAGGGTTTAGAGGCATATTTATA CCATCTTAATTCTGTTCCTCCATCCCATTTAATTATTATTTTTCCCTTATCATATGTTTA TGCGTGTCCTTTAATTTGGCCTCATCTAAAATAAATGTTGATTTATTAACATCGGGTTAT CGTCTAAACGATCAGCCTTTCTGGAAAACATCAGTCGTCATTAAGGAAAATATCCAGTGG ATGTCTGTTGGTATTAGTTCTGTAATTCAACTTGCACAGCTCATAAACAATTAATGTCCT GCTAATTAATCAATTAATTAGTTGAGGCAAGTGGCCAACACGTTGTTAGTCAATCACATT TTTCATTTAACATTACGTATCCCTAAGTTAAGTTCTACTAACTTTTAACATTATCAACAT AATATAATCTGTTATACAAAATAAGGTATCCTCTATTATAATATTAAATATGGTAGAAGA TGAACAAGAATTTACAGATTTTTCATGCATCGAAAGCAGAAGACTATGATTAACTATAAG TTCAAACTTGTTTTTAGCCTTTGAAAATTGGAAACCTAGCTATTTTTCAGCATCAAATCT TTCTCTATAATAATTTAATGCTAATTATGGGATCAGCATTAAACAAAATGTTAAGCAGAA ATTGTACGCATTAATCAAGATATCATATAACAACTCCCTTGATCAAACACTTCTAGTTCT TAAATAAGTAACTAAGCCGACAACTCTTAGTAAAATTTTTACTTAAAAATTCTAACTCGA TTTATAGTTTAAATTTTAATCTTCATCATCTCCGTCTTTTCACGATCAGCAATTCTAACA ATAACTCAAATAATAAAATCTCAATTCCAAATAAATTAAACCGTCTTAAAATACTAATTA TAAAAAGACGGATGGAGTCATGACAATTTACGCGTAGAACGGCGCTAGCTGTAGATGCTG TACCCACTCCATTTATTTTTTCTTTCTTATTATATGCTTTTAATAATTTTATGTCGTTAT TAAACTCAAAATATTTTCTATTTTCTATTTCCAATATGAACTCAAACTTACTGTAAACAA TTAGCTGGCAAGAACAGAGATAACCTTTGTTCAAAGGGAAAGAGAACAGATAGATCTCTT TCTATTTCTGTTTTTTTCTCAAAGATCACTTTTTTTCTGGTTCTTTGTTGAAATCTTCTT CCAAGAACTCATCTTTTAGCTTTTATATTCTGATATTTTAGCTCATTTTGCTATAATGGG GTGCAGATATTGTTTTTCTTGTATTTTTCTACTGTTTTCTTTCTTCATTTCAGCTTCAGC TTCAGCTTATTTATCAGGTTTGTGTTTTTTGTACTGTTTTTGTTTTTCCCAATTTGGTTT CTGCTATGAATGTTCTTACATATTTTATATTTTGTTATGCAGATGGGATTTTTGTTAATG AAGGTTTAACTGGGAGGAATCTACTTCAAGCCAAGAAACGTAAGCTCTTGATCATCATTT TTGGTTTTGTTTGGTGGTCTTTGGAGCTAGATTTGTGTATTTTGTTAAGTTCTACTGTAG CTGAATGGTTTGACTAAAGATCTGTGAAGTGGGGTTTGTTCTTTAGGTATATATCTTGTT GAAATTGAAACTAAATTTCTGAAATAGCTGTTGGGTGATCTTGTAATTCAGCCTCTTTTC TTCTGTTTCTGTTTTCTGGGATCTGGATGTGTCATTTTGCCTTACGTTTGAGGTGAGGTG AGAGGAACCCTTTTGCAGTTGAAGATGGCGCTTTTTTGGTTTATCTTTATGCATTATCAT TGTTCTTGTTTTTCATTATTTTTCGATTTCTGTTGTTACATGTTGTTCCTTTAGCCTCGA TTATCTTATTCTCTTGATGTTGTTTCTACTGCCTCTTTTTTTATCATTCATTGAGTCTGA GGGTGTAGCCGGAAACAGCCTCTCTACCTTTCTCAAGTTAGGGGTAGAGGTAAGGTTTGT GTACGCTCTATCCTCACAAACCAACCTCGCTTGTGGGATTACAGTGAATTATTTGTTGCT GTTTTCTTTGCTATTATGTCTTGGTTATGTTCTTACAGTCAGGTTATGTTTTAACATGCT TGAGTGTCTTTCTAATAAGGAAGAAGTTTTTAAGAAACATGCACTAGTTGTGTTATCCTG TAATTATGGTTAGTAGGTTATTGCAAATACAAGGACAAAACCAAACTTTTTTAGGATTAT GAAATGTTTAAATTGAGCAACTTGTGACATTTCCATATAATTTTGTAGTTGATAGCATGT GATAGTTTTGCCAAGTGATTTTTAGTGCTCTGTGCAAAGTTCAGTAAGCAGTACGATGTG CTGCAATCTGCTGCGTATTTCGCATTCTGAAGTTCTGCATAGATTTGGTAGAGATGTTTC TTCCAGTTTGTTTTGTTGATACTGTGGCCAGGAGTGTCTGTTTGATGATACTCAGCTACG TACGAAGCTATAGGATAGTGCTTGATATGAATGATAACTTTGTTTTCTGGGCCGTGGATC TTCTTGTATGCTTTGTTCATCCACTGATGGAAAATGGAAAGGAATGGTATAAATGTGAAG TACATTATCGAGTTTTGCAGCTTAGGTGGGTATTTAACTACTGTGTGATTGAATTGGTAT CTAGGACTACCTATTATATGAGTTGAAATATGCAAACAGAGCTCGTTGATGAGGATAATG TTTAAGATGGTACTGGATATTTTTAAACTTGAGATGAGTCAAATCAAGGAAAACACGAAA GACCATAGTTCATCAAGTTCTGCTTATTCTCAGAATTCATATGTTGCCACATGTGTGGTG ACTTAAAGCAATTTAATCTTCTTTTCCTCCATCAAGCAATTTGAAAACATTGATGTACCT AAAACAGGGAAGTTTTCGTTAATTAGGGGAATTTGACACCGAGTTGCTTGATGACTTGTT TATTTGCTATTGTGAGATGCACATAGTTGTTGCATGTTTGTAACTCACTGATGATGATCA CTTTACAATGACCTAGAAGATTTCTGTTTGCTTAAATTTTTTACCCTGAGAGCTTGAAAT GCTTGCTGAAGAATGCTTTGCTTCAATATTTATGCAGCTTGTCCTATCAGCTTCGAGTTT CAAAACTACACAGTGGTCACTACCCAATGCAAAGGACCAAAATACCCAGCCAAACAATGT TGTGAAGCCCTTGCGGAGTTTGCGTGTCCCTATTCAGAATTCGTGAATGATTTGACAACT GATTGTGCCTCTACCATGTTCAGCTACATTAACCTTCACGGGAAGTACCCACCTGGTCTT TTCGCCAGTGAGTGCAATAAAGACAAAAATGGGCTACCATGTCCTGATTCTGCATCATCC GAATCTGCCAGTGCTAATAATAGTCATATGAGCTGTAGACTATCACCGATCCTGATGATT GCAACAGCTCTTACGGGCTTCTTCTTGTTGCTTCTCTGAAGATCTCTTCAAGGTTTTGGC GTAGTTTCTGTATTCTTTATTGTCAAATATTGTTTGAACTCCGGATTTTCTTCTACCATG TTACCACTGATTAACGATCAACAAGAAACTCCTCCTCTTGTAATTCTTGATATATTACAA CAGCAAACTGTTGATACTTGTGTATTGAAAATGACTCTCCTTGCTAAACCAAGGATCTGT TAAATATTATTTCACTTTGTTGTATTTTGAGCATGAACGATAGTAAATGTTTTTCTTTTT GTTCTTCCTTGTTGAAATCCCTGTGGAACAGGGACGATTAGGATGTGTTCAGGTGCTGAT TATTGACATTAGCAGTTTGTCCATCATAATGAACTTTGATCAAAGAGTATCTGCATCCCC ACTAACATTTTTTGGTAGTAAATCATGTGTTGACAATGTGATATTTGGTGTGTGTGCATG AATATAGTAGGTAGATATAAAGTTTTGCAACCATCTAGTGGTATAGATACCTGCTATCTA AACGGATAGCGTTTATGTATACATTACTCCTATCTTGGACTATTATATTTAATTAATATA GTATATCTACTATAGTATACAAATTGTATTCATATTTGCTGTCATTTTGTTTGTTTGGAC AAGGCTTCTGTGGTTGAGGATACAAGATATAACATATAAGCCAATTCAAGGTGTATGTAT TCTATTCCTCAGGAAATGAAAAAGATAAACACAACTGGAAAATTTTAACAAGTTACAACT TACAATAAATGACTGCTGCTTCAACAAGCGCTCGTGCACCATTGCAGAACTTGACAGAAT TGCAACGCGGAAAGAGGAATGAAATTCCCAGCAGTGTTCTGTTGCTCCAAATGTGTCGTG AAAAGAAGGAAGTCAAGCAATTACATGGCCAACTGATTCTCAATGGATTAATTCATCGTT TTCCAAATGGAGCAAAGCTCGTAGAATCCTATGTTGGAGTGTCTGAAACTGATGATGCAT TGTTAGTCTTCAACTCATCAATTCAATCACCTGATACATTTGCTTATAATGTTATGATCA GGGGACTGATTCTTAGCAAACGCCCTATAGAGTCGTTGTTTTTGTATGAACGATTAGTAA CAGATGGACTATCACCGGATAGTCATACATATACTTTTGTTCTCAAAGCTTGTTCCCATA TGAAAGCTGTTCTTGAAGGTAAAACAGTTCATGCACAAATAATGAAGAAGGGAATAAAAC CAAATACCCATATTTGTAGCTCTTTAATCTCTATGTACTCCTGTGCTGGTGATATGGCAT CTGCAAGACAAGTTCTTGATGAATTCTCAGAGCCTAATAATGTCATTTGCCCCTTTAACT CCATGATTACCGGCTATATGAATGAGGGTCTGGTAGAAGAGGCCATTGAGATCTTCGATA CAATGGGAAATAAGGATACAGCAACTTGGAGTGTGATGTTATCAGGGTACGTTAAGAATG GTATGCATGAAGACGCGCTTGCCACATTTCAGAAAATGATGAGTTATAATGTTCCATTGA ATGAAGCTTCACTTGTGTGCACTCTATCATCCTGTGGAGAGTTGGGAGCTTTGGATCAAG GAAGATGGTTACACAAGTATATCATAAACAAGAGGGAAACTGTAATGAGTGTCAATCTTG GTACTGCTTTAGTTGACATGTATGCTAAGTGTGGGTGCATTGAGTTTAGTTACCAGCTGT TCGAGAAGATGCCTCGGAGAGATGTTGTAACTTGGGGAGTGATCCTTTCGAGTTTTGCAA CACATGGACAAGCCAAGTTATGCTTCCAATTGTTTGATAAGATGATAGAGTCAGGAGTTG AGCCAAATGGAGTTGTATTTGTAGCTATACTCTCTGCCTGTTCTCATGCTGGGCTCGTCG AAGAGGGATGTCACTATTTCGATCAAATGGTACATCAGTTTGGAATAAGACCATCCATTG AGCATTTTGGATGCATGGTGGATCTTCTTGGCCGAGCAGGGAGGCTTGCAGAAGCAGAAC AGCTCATTTTGTCGATGCCAGAAGAACCTAACTCGGTCATATTGGGTGCATTGTTTAATG CTTGTAGAATCCATAACGATGTTGAAAGAGGGAGGCACCTATTCAAGCGACTAATCAATT TGGAACCCTCACCTGATCGATATAAACTAGCAGCGTCTTTGTTCGCTAATAATGGAGAAG ATCACGAGATTAGAAAGTTGCTGAATGATAAGATCTTGGAAACTAGATGTGGCTTGAGCA ATATTCAGGTGGATGGGGTTGATCATGAGTTCATGGTCAGTGATATCGCGAATGACAAAG CTCAAGATGTCTATGAGACATTAGGAGGATAGCAGATCAACAAATCTGGTGAACTCATTT GAAGACACTACCAGGTTAAACAACTTAAGCACAACAATAAGGGCAAAAGCTACTGCAAAT GCAAAATATTACCAGCTTGCTGATACATTTGACTCTGAGAAAACGTAGCTGAATGCGAAC ATTAGCAGTTCTACAACTCTCTAACCAGTGACGAGCACTTGTATTAACACATAACCTGAA AAAGGTGCTCCTTTATTATAAGTCTAGAAGTCCAACTTACAGATATTCACTCCATTTGGA ACTACCTCAATAATCTAAGATTTTGTACATCATATGCTTAGCAGATCCGCATGACTGAAC GACATAAATTAGTCTTACACTTGATGTATAAATAGCCTTATATTTATATCTTTAACAAAT GATCTAATCATTGATGCAATAGTTGATCTTCAGCCACGAGGCACATCAAAACTCTTGATC TTTGGCAATACCACCTGCAGTGCCACTGCAACAGTAATCACCACATAAACTTGCGTCTCG ACCTATGACGAAATTGCTTTTTCATCACACACCAGGAACTGGGGAAGGTGCTCAACTGTA GTAAACAGACAAAGAATTTGTATCATAATCAGGTATATGATAAAAAGTTCAATGACAGCA AGAACAAAATATTCATGATCAAGTACATGCTAATTGTCACTTTGATGATAATTACACATT TTTTCCACACCAATCCCCTCAAAAGAAGAGATCATAGTCAAATCATACAGAACTTCTTAA GAACAAAAAAACAACTAACCAAGAGGCAATCGAAAGAATTGGCATGTTCACCTAAGCAGG TAGAGTAACTCTTACCTTTTAAAATGCAAATTTAATATACGATTTTTACCGGAATTAACT AAGTTTTCAATTCAAGGAACCATGTCAAAGTCAAGATTGCCAATAAGCATGAGTAAGAGA GTAAAACTACTGCAACAAATTATGTTGAGCAAGGTAGCTTACATTGCCAATCAGCTTAGC CCCATACCAAGCAGAATCTACGCCATATGGGGGAGGAAGTACTCTGATTCCATTACTCAT GCATGGAGGAAGAAGTTCACACACTTCCTTCTCTAATCTTTCTGCAATGTTCATAATAAA AAAAATCAGTACTTCCCTTGAAGATAGCATTTCTTCTTTATTTCGTCTATTAACACTTTC TCATCTTTACTTTCCTAAATTAGAAGAACATGTACAAACACATGATTCCATCAGATACAT TATCTAGGGAAAAAGAGCATCAGTTGCAATTCACCTGCTAATCCAGGCAAACATGCACTT CCCCCAGCCAAAACTACTGTTTTGTACCAGCTATCATCAACCATTAATTCAGCGTCATGG CAGTGCTCCATGCACAGCGCCACAGCATTCTGTAAACCCATAGCACGCCTGAAACAAGAC CGCAAATCTACTAATTTTCCATACTACAGATCCTTGTTCTTTTTTGAGGTAATTGGGGGG TGGGGGTCAGTTGTGTTTCACCAGTTGCATCCACAAAAACACCACTTTGTCTAAATGATA TAAGTCAAGAAACCGGCATCATCAGTTGACCATAGTAGAGTGTAGACTCAAAATGAGAAT ACGATGTCTAGAACTGCCCCCACCCGCCCTGAGTACAAATCTGTCTCTCCATTCGCATTT AAGAAAATAAGTTTCAGGAAAGACCTGATGCAACAAGGTTCCAATTGACTACATAGTCCA AATTCACTTTGTCATGTGCAGGATCTACTCCAGTTTTTTAAAAGGCCTTTATGCCCTAAG GGAAGTAATTGAAACTGGAGTTGTTCAATAGTCTTACTAAAAGTCCAAATAAGGTAATAT GAACGTACACTCCTGCAATGCGAGGCTGGAACAAAATCTCTCCTGTTTTAAAGCGCTCTT CTGAAAGTGTAAAGCAACCTTCAGACCCGATCTGAAAAGATGCGTTGGTATCTTTGGATA GTTCAGCTTCATAATCAAGTGCAATATAACAAAGGTTCTGCAATACGGACCAAATGGACC TCAGAAAATACTCGAAAACATCACTAAGAAATTAAAAGTAACCGTAACTCTCATGCAGCT AGGCTTTTCAAGTCTATGTTTGTCACAGGATCAAAACTAACTGAATCTAACATGATTTAT GTTACTAAGATAAAAATAACAGAGAAATTGTACACTAATAACATCTTTATTTTTAAATAA ACAAAATATAGTGAAAAAGTGAAGCAGAAGATCTGCAATAACTCTTAAATTTGTTCATCA CATTTTCCTCTTCAGATACCATAAATTTCTGGAAAACTTAGAACTTAAATTACTTTGCAA ACTTTACAGATTATTGTAATTCGACAATGTGTAGTCAAGAAGAAAGTCACAAAGAACTCA CACAACTAAGATATGCATTTAATGGTTTATTGAGGTTATCAGCAGCTAGTGCATATGCAG TAGTGCTGGAGCTATGATTATCTGACCAAGCACTTCTCAAGATTGTTAGTATCTAGATGT GGCAGTAGAGGGACGCGGCAATTCAAAATTTTATGTACAACGAAATGGTTTCCAGTAACA AAAATGTTACCACGGCATATTTTTGAAGTGATTCAGTAACTTTTCACTTGCAAGGTAGAA ATAGTGCAAAGAATCATGTCTAAGTGAAACCCGCTTCCTTCCCACCCTAAATGTTCTATG ACAGAAAGTTGATACCTCTTTCAGAGTCCGCACAGTGTAAAGTGACCCAAAATAAATATT CTTCTGTTGCATCTGCTCCTTAAGGAATCCTGTAAGCTTCAATGCTCCAATTCCCACAAC TTCCACACCTACTTGGTGCATGACTTTACCGTAGAGAACTGTAAAAGACCAAAAAGTGGC TACACATAAATTATTGAAACAATGCAATCAAATTGCAGACACGAAGAGAAATAAAAACAT GCAATCCATGTACGTTGTTCATGAAGAAATTTAAGAGTAAATTAAATCATCAGAAAGAAT AAACAATTAGAGAGCACAAACTTTCTTTTTGATAAGGTAATTTAAAAGGAGTAAAGCAAA TGTAAGATGAAATTAGTTTAACAAGAAACATTGGAACCCATCTGTGATTCATCTCAGGGG TTGTCTGGTCACCGCTGATTAACTCAGAAAGCTGGAGAATACAAACTCAGTTTCTAAATA TCCTACTAGCAACTCAAAAAACAAAAAAAAAACTTTCACAGTTCAAAGAATTAAAAATGA ATGAGTTCTACAAAAACAAGTATACAATAAAGTCAAACAAGAACCATAAGTCCAGTACAT GAATAAAAAACTTACTTGGAACAATAGATGTCTGGTTAAACCCAATGTTGACTACTATTC CTGAAACTTTCCTTGCAGCAAATAAAGCTAAAACAGCCTATAGTTTTTGAAAGAAAGACA TCATAATACTATTATAAATCCAAAATCAGATTATGTCTAAAACTTTGGAAGAATCGTGGT AATGTATAATACAATCTTAGAAAGAGAACAGGAAAAGTTTGCCAAGTTAGTGACATTTTG ATCATTTTCTCTCCCCATGTTATTAATGTTTAGTTTTTGCCATTAACAGTATAAAGCATC AAGTACTTCATTAGTTAGTCAAATATGTTTAAGATATTATTAGTGGAAAGTGAGAAGTGG GGCTATTTGACTGAAAACAGTCCATGACCATTAAATAAGAGAAATATGTACTGTTATTTT ATGTTAATTAACATTTTCAGGGATGGAAAACTACTGTAATTAACAAAAGAAGTCAAATAT ATTAGGATGAGGGTACATGGGTATGTATTAAATTGGTGGTAGCAGCCCTAAGTGGCCCAA TGCTAAGGCAAGAAGATAAAATCCAATAAACCTAAGGACCAGGACATGCCACAACAACAA GCAAGTGAATGCCTGACTAAGGAAAGGCACACGATAACTGTGAAAGAAAAGCTTATCTGT AGATGTACACTAGCTTATGAAAGGACAGATTCTGCTTTATATGTAACATGTTCATAAATG TCGCTCAACAATGACATAAATGTTTTTTCTTCCTCAATCTAACAAAGTTCTTCTATGAGC TTAGAACTTCTAAGAGTACAACCAAGATTGTTATCTAACAAAGTTTTGCTACGAGCTTAG AACTTTTAAAAGAACAACCAAGATTATCAAAACTAACAACTTTAATCACCTCCGGGAATC CAACATAAGTTGAAGGAAATGAATAAGTACTACCTGGTTGACAGCACAAACAGCAGGAAC ATTCATGTCAAATAATGCAGAATGGATCGCGTCTTTTAACTGCGTTCTAGCTGCTTTATC AGATTCAGTATCTGTATAGGTAAAGAGAAGTTAGAAAGAAAAAGGAAGGCCTTGGTTTGG TGCACTGAAAAGATCTTACTATGCTCACTTCTTAGTAGTTGAAGATTTAATTGAGTGAGA TAACTATTCAAACCTTTTAGCACCTTACCCTCTTGCTCAAAAGTCAAATGGAAGAATGTT CAAAAATAGAGTTGCATGAGCTGATTCATCAAGTAAAAATGGACACATGCATATATTGTG AAATAATATTTGCCCTCTAAACAACAAATTGAGTCGTTGATACGTTATATTTACAGAAAT TTGACTGGATTTTCAGCAACGCCCAAATAGAAACTGACCATCATAATGGCAAATCGGAAT GGACACAATGATCGGCTGTGTTGAAGTTTTCACCTGCATCCTGCAAAGAATCCATAACAG CAGAAGAGAGAAATTTATAAAAGGATTCCAGCAACCTTGGGTCTAAGGAACAAGCTCATA TCTTATCTTCTAGTTCTGGTTTGTAGGGAGCTATACGGTAGTACTCTAAAAAAGATGCGA GGTGTTTTAGTCAAATTCTGGAAGTCATTGTGATTCCAGCCCTTTATACCTTTTGCTCTC TTAAGTGGGTAAAACTGGTGATTTATTATATGAATAGAGGAAATCTTATTAGTGAATTAT ATGATAAACAATCAGGATATGTGCCACATTGACAACATAATGATACAGAGAGTCCTTTCA TAGATAAAACTTTGATGCAGATTCTTCTTTGCCAACCAAATGTCCGTATTACAATCAATT AATAATGTAAAAAATATCGTAGAGGCCTGTTATATGGTGTTAAAAAGCATTTTATGAAAA TCAAATTATGTTTGAGAACCAAAAACCTGTTTAGATTGCTCAACAATGGATGTTGGTTTA GGTGGATGTTGTCATATGGGACCAATGTAAAATGACACCAAAAATGAACGGAACACAAAC CTGGTGTATATCGTTGAAAAGAAGTGTCTCAATCTAGAATACATTGGAGATTCAATGTTG CCAAACTCCTGTCAATGGTACAATTTTTCAGGAAGGATTAGGGTGAGAATTTGCCGAGCA CATGGAACAATACAAGTAGTTAAAACAACAAAAAAAGCCTCAAATAGTCAAAAATGCAAG TGATTTTCACAAATTAACAACTACAACTGTTAACTCATAAGAAAGCTCACCAAAAATGTC GCTGATCTCCCTGACGGAGCACTATACTTACTCCAACCAAATTTGCAATAGCCAGACCCA CCTTTTAGTGAGAAAAATCAGAAAGATAAATAAGCTCAAAGAAATCATTTCTCTTTGTAC TGTTCACATAATACTCTGTTTCATTAGAATTTATCCTCGAATCAGTTAAAAAAAACAACT AGAGCAGTATGCCAACTAAAAGATCGAGTGTAACACATAGAAAGGCACGCACCATCAATA ATAATAGCACCGGGCACTTGAGCACGTTGACCATAAATACTCATGAATGACAATTCTGGT ACTGAATTTGGAAACGTCCTACAAATCATACACCTTATCAAACCAGCTACTCATGATATC CTCATCTATACTTCACTCTTTCATCTACTACTCCCTCCGTCCCAAATTAGTTCAGCTAAA TTACATTAAACCAATTGGAAAGTTCACCTAATTTGACATTCAAAAAGCAGAACTGTAAAA AGGAATTTACCTAAGAGGTCCAGATCTCAAGTGAGTTTCAGAGAAAAAAGTAGAATCCCA AGGCTCATGGTGATTCTGAAGAAAGTAAATCCATAGGCGATTATCGGAAACAATGTATTT CCAGGATTTACATACAGAAGTCAGCTTAGCAGACTCTTTTGGCCCTAAAATCTTCAAAAT TTGAATGAAAATATCTAACGGAATCCGATCAAATTCTCCGGTGGACGCCGTCTGTATATA CATCATCATCTGGTCGAACCGATCCATGGAATTGACAGTCGAGATCGAAGTTGAGGTGGA ATTGCTCGAAGTGGAACGAGTAGATACGGATTCCCATACCTTGCGCAACAACATAGCCAT GGTTGTTGTGGCACGGCTCCAGTCATGAAATGGGAGAGGGTCTAACAGTTTTTAGCTGAA TAGTCACTCATTCTTCATGAAACTGAAACTCGTGTTTGCAAACACACACTGATTTGAGCA ACACGTGGATAATACGTCTGCCAGATATATATATTTTATCTTCCGCCAAAGTTAAAAAAA ATCCATTTGGCGTGCTAATGAACGATTGATTTAATGATTTTTGATCATTCTTTTTATATC ATGTTATCAATTTTTAAGAATTTTAGATTTATATTAAATGATAATCTCCTGATAAATTAA TAAATTATATTTATATTAATCAGCTTATAAAGTGTTTTTACTTAGCAATTATTAAATTAG TTTATATGTTCGAGACTGAGACCTTGAACATAAAAAGTAATACTTTAGTCAATAAGCCAA GTTGTTTTTATGAGAAAAGGAAGCAATCATGTTGAAGGTCAGTTGTGTGTTATTCCCTCT TCTTTTATAAATTGATGAAGATTTATGTTAGACTTTTTCAAAAAAACAAAACCTCACTTA TAAATTTATATATATGAAAACTATATAACTATATAAATTTCCAATATTTTAAATAACAAT ATAAAAAATCAATCCAGAACAATTAGATTTTCCGCTTGCATCCCACATTTCATTGTCCAT GATCCTTTCTAAATCAAACTGATTCAGAGAAATATTATGATAGATACAATTCTAGGGATA TTTTTGTTTGTATTATATTTGCGTAAAGTAGAAGATTTTGATTAATTTATATTAAAAAAA TATAGAATGATTAAGAAATTTTAAAATGATAAAATGAAATGAATTACTCGTGAGAATTAA TCTCAAAATAATATCTCTAAATTTGTGAAAATAAATATGATACAATCCCCCTCTCTCTCC CAATTAAATCTATAGTCAAATTTTCAACTATACATTTTAGATGTCTATTATATATTTCAC TAAATGTTTAGGTGACAAAATTTACTTTTTTTGAGAAAGTCAGTAGCCTAAACAATATTA AAATTAATTCAACTATACTATTTCATAAATATATGCATTTTCAATCATTATTTTTTAAAA TTGAATGTTTTCTCTCCATGGTAGCATATGCCAATCTTTCCATCTCTCATCGAACCAAAG TCGCCAAGTCATTATCACTATCTTCACTAGATTCATTATTGTAAACTTCTAACAATTCTT ATGTAAAAAGTTTAAAACAAAAACAATCAAATTCACCATTTCGAATCACCAAAAAATAAT TTGCCAATTTCTCTTTTATAAATTATAAATAAGAAAAAATATCTCTAACGACTTTACACA GCGCAAATTTAATTATTACGTGATTAATCATTGTGAAGCACTTTTGAATCAACTTTACAT GGCGAATACTAGTATCATATTCATATCTATTATATTCCATATATATCCATATCTAAGGGT ACATTGCATATTCCATATCCGCTATATATTTTGTAATATATAATAAGGAAAATTATTTGT AATAACTTTATATGGTGTGAATTTAAATATGAATTGTGATTTAATTTATCATTAAGAAAG ACTTTCCACTGAAATTTATATGACGTAAATACTAATACTTAAACAATATTGGGAAAAAAA AAAAAAGAAGACAAATGGACATTGTGATTTGAGAATGTAATAAGATAAAGAATATTTAGT ATATAAGGGAACATATGTTTATTACATTTTTCTCCGCCTCTTACAAAAACCTATCACCAT CAAGCAAAAAACAATCACCTAAGTCAGAAATCATTTTTACCTATATTTACTTTTTACGTA GTTGATAAATTAATCAAAGATTCACACAAAAAAATCACATCTAATCTTATGTGTTTTGAC TACCTTTTGGTGTTATATATCATTCATCTGGTTGTTTGTACTAACCTTTAAATTTTTGTT GAATTAATTAATTACTACTGTTGGAACAATCTTATGTGTTTTTCATGGTCTTTTTGCAAC CATGTTGTAACAGGAGGTCAAAATTAAATGGTCTTTTCTGTAAATGGATGTTCTTTGATA TTTAATGTTAAGATGTTTCTGAAATGTAGTTAATTCGCCACCTTTATATTCTCGAGTGAC TTCTATGGTGGATAAGATGATTTGAACATATGAAAAGGAGATGCGTAGATGTTCTAGGAA GGAGGTGTGTGAGAGGTTGGAAAGGGTGGGTTTAAAGAGGGTAAGAGGTAGGTCGAACAA GTAAATGAAAGAGGTGATTAGACTTTAGAGGACATGAAAATTTAAGTGTTGTGTTTGTAC ACACCTTATATCGATGTATCTTATTCGTGTTTTGTTAGGTTTAAAAGGTGTGAATGAAGA TTTTATGAAAATTTTGCAACTTTTCTGGTTGTGTCTTTTGACTTTCGAGGGCTTTGTGAC CTTTCCGCTAAGGCACCATAATAATTTGTTCACGGTACTGAGGGTTTTATCTTAATTTCA AACAACAAACAATAAATTTTCTGAACTTTTTCTTATTCTGCACAAATAAATCCAGCACTT TACTATCGTTGAGTGGTTTATTCACCGTGGTTTAAGTACCAATACACGAGTAAAATCATT CTATCCTGCAAGAGGATATATTCTATTAATCTCGGATACTTTAGGGGGGAAATTTCCTAA GTTACCGTTCTAAGTATTTTTGTAATACGAATTAAACAACATGTTTTAGTATGAATGTGC GTCAAATGTACTGAGTTGTTTCTTTTTCTGTTGGAATAGATAGAGTAATAGAATGGAAGA TGTTTCGGCTGCTGATGTAAGGAGTGGCGCCAAAGATATTCAAGGAATGAAATGGCGTAC GAAAACTATCGGGGAGAAAGTTAGGCAAAGAATACTACAATACCACATGAGGAACTGTAG AGAAAATGTTCCTCAATCAGATAAGGTACGTAATACAAACTTGTATTTTAATTACTTTCT AAATGGTTTAGAAGTTGTGTTAAAATATGGATTTGGTGTGATTTTGCCCCTTTGTATGTC AACAGGAGCACAAAACCATTAAGAAAGATTGTGTATACAGTTTCAGATGGTATGCAAGAT CCATTAGTCCATCGTTCTCCAACTTCCTGGTAAGTTTCACAGCTTTGTTGTGATTTGTGT GTGGAGTAAACTAGCTAGGAGGCTTACTTAGAGAATAGATTGAATAACATTTTGGAATAA TTAAATCATCCAAATTTTGCAACATATATAGCTGAGGAATATGGTCTGGGCAACGTCTAA GAACGATGTGTACCTCATGTCTAATTTTTCTGCCGTGCATTGGTCATCATTGACCTGCAC GAAAACAGAGATTCTCGACTTCTCAGGGCATATAGTACCAATCGAGGTATGTATTTTTGA ACATCAAATTCACTTATCGTAAATTTGTTTGGACCTTTTTCAATCCTTTCTTTTCTCTTC TCTATTAGAAACATCCTAACAGCTCTCCAGAGGGATTAACTGCAACCGTAGTAAGCATAC TCGCGGTAAAAGATAAGTTGCTTCTTGCCGGTGGATATCAAGGAGAACTAATAGTCAAGG TTTGTCAATATCCTTGCAACTGTTTTTTTTATATAAAAAAATACAGTTGGTTTTAGGACT TCCTTTATGTGCAGTATTTGGATAAACCTGGAGTTAGCTTTTGTGCTCGGCCAACATATG ATGCCAAAACCACTTGTATCGAGATTAACAACAGTGCCAGGTATTGCATCATCTTGCTTA GTGCCTGAAACTTTCTCGATCAATAAGGTTATAATTTCTTTTTGCTTAGTGAAGATGAAG CTAAATGCGCTATCTATTTCTATGCAGTGGTGCACTTCATTTTATTGCTTCATACGATGA TTCTGTAGTTAGGGAATTTGATATGGAAACGTTTCAACTGTCCAACTATTTCCATTTTAA CAGGCCAGTTTATGTAAGTCTGTATTCGACTAGTCTATGCATGAACCTGTTTTCGTTTAT AGTATCTATCCTATCTTGATACAAAGATCTTTCAGTGATATTACTAAATCCTTTTCCGCT TTTTCTGCTCTCAGCATACATCACTCAGCCCTGATGGCAGGCTTCTCGTAGTAGTTGGGG CTGATCCCGTAGGAATGTTGGTTGATGCCAGGAATGGAATGGTATGTTTGGACATCTCAA ATTCAAATTAACAAAATCCATTTTTTCCAGGCTGTTTCTTCTTAACTTCTTGAAAATTTC CGAGTTTTAGTTCATCATTTTTGAAACCAAAATTAATAAGGGTAAAATTATAATTTCACT ATGTTAATTATTGCTATCTTAATATGTGTATCATTTCTAAAGTGAACAACTAAATAGGGA CAGAGATAGTATTTTGTAAATTATAAATTTTTTTTTAAAAAAAAAGAGACAAATGGATAT TGTGATTTGAGAATGTAATAAGATAAAGAATATTTAGTATATAAGGGAACATATGTTTAT TATATTTATCTCCGCCTCTTACTCAAACCTATCGCCATCAAGCAAAAAACAATCACCTAC ATTTTCTCCTCAAGGTCAGAAATCATTTTTACCTCTGTCTACTTTTTACGTAGTTGATAA ATTAATCAAAGATTCACATAGAAAAATCACATCTAAACTAATGTGTTTTGACTGTTAATT CACCTTTTGATGTTATATATCATTCATCTGGTTGTTTGTACAAACATTTAAATTTTGGTT GAATTAATTAATTAGTACTGTTGGAACAATCTTATGTGTTTTTCATGGTCTTTTTGCAAC CATGTTGGAACAGGTGGTCAAAATTAAATGTGTCTTTTCTGTAAATGGATGTTCTTTGAT ATTTAATGTTAAGATGTTTCTGGAATGTAGTTAATTCGCGACCTTTATATTCTCGAGTGA CTTCTATGGTGGATAAGATGATTTGAATATATGAAAAGGAGATGCGTAGATGTTCTAGGA AGGAGGTGTGTGGGAGGTTGGAAAGGGTGGGTTTGAAGAGGGTTAGAGGTAGGTAGAACA AGTAAGTGAAAGAGGTGATTAGACTTTAGAGGACATGAAAATTTAAGTGTTGCGTTTGTA CATACCTAAGATCGATGTATCGTATCCGTGTTTTGTTAGGTTTAAAAGGTGTGAATGAAG AATGAAGAGTTCTGACTATTATGAAAATTTTGCGATTTTTTTAAGAGCTGCGACTATTAT GAAAAGATGCGACTTTACTGAAGAGTTGCGATTTTTTCTGAAAAGTTGAGACATTTTCGT AAAATTGTGACTTTTATGAAGAGTTATGACTTTGGACTTTTCCAGGGTGTTGTGACATTT CTGATGAAGCACTATAGGTGTTTATTCACTCTACTGTTTATAAATAGAGGTTTTTTTTCT TTTAGGAAGTGTTATGACTATTAATCTCAGATACTTGAGGGGAATTATCATTCTAAATGT TTTCGTAAGACGGATTAAACAACACGTTTTAGTATGAATGTGCTTCAAATGTTTGAACTC TATTGAGTTGTTTCTTCTTCAGCTGGAATACATAGAATAATAGAATGGAAGATGTTTCGG CTGCTGATGTAAGGAGTGGTGCCAAAGATTATCAAGGAATCCCATGGTATATGAGACCTA CCAGGGAGCTAGTTAGGCAAAGAAAACTACGATACTGTAGGAACAGTAGAAGATATACTC AACAATCTGGTGAGACATCAGATAAGGTAATGCAAACATGTATGTTAATTACTTTCTAAA TGGTTTAGAAGAAAAGAAAATGTTGTGTTTAATATGGATTTGGTGTCATTTTGCCCTTTT GTATGTCAACAGGAGCACAAAACCATAAAGAAAGATTGTTTATACGATTTTAGATGGTAT GCAAGATCCATTAGACCATCGTTCTCTGATCTCCGGGTAAGTTTCAGATGTGTGCAGGAA ACTAGGAGGTTATGTAGAGAATAAGTTGAACAACATTTTGAATAATTCATCTATTACTAT TTCCAAATTTTGCAACATAGCTGAGGAATATGGTCTGGGCAACGTCTAAGCACGATGTGT ACCTCTTGTCTGCTTTTTCTGCCGTGCATTGGTCACCATTGACCTGCACGAAAACAGAGA TTCTCGACTTCTCAGGGCATGTAGTACCACTCGAGGTATGTATTTTTGTAAAATTCTCAC TTATCGTAAATTGGTTAGGACCCTTTTCAATCTTTTCTTTTTCTCTTCTCTATTAGAAAC ATCCTAAAAGCTTTCCAGAGGGATTTACTGTAACCCTCGTAAGCACACTAGCGGTGAAAG ATAATTTACTACTTGCCGGTGGATTGCAAGGAGAACTTATAGTTAAGGTTTGTCAATATC CTTACTACTGTTTTTTTATTTAAAAAAAACACAGTTTTTTTATTAAAAAAAAACAGTTGG TTTTAGGACTTCCTTTATGTGCAGTATTTGGATAAACCTGGAGTTAGCTTGTGTGCTCGG CCAACATATGATGCCATAACCACTTGTATCGAGATTAACAACAGTTCCAGGTATTGCATC ATCTTGCTTATTGCCTGAAACTTTCTCGATCGATAAGGTTATAATTTCTTTTTGCTTAGT GAAGATGAAACCAAATGTGATATCTATTTCTATGCAGTGGTGCACTTCAGTTTATTGCTT CCTACAATGATTCTGGTGTTAGGGAATTTGATGTGGAGACGTTTCAACTGTCTAACCATT TCCAATTTAACTTGCCAGTGAATGTAAGTCACTAGTCTAATAGTATCTATCCTATCTTGA TACAAAGATCTTCCAGTGATATTACCAAATCCTTTTCCGCTTTTTCTGCTCTCAGCACAC ATCACTCAGCCCTGATGGCAACCTTCTCGTTATAGTTGGGGATGATCCCGAAGGAATGTT GGTTGACTCCAGGAGTGGAGTGGTATGTTTGGACATCTCAAATGTACTGCACTGCGAATT ATTAGTATAACAAGAGGTTGACTAACAAAATCCATTTTTAACAGGTTGTTTCTTCTCTGT CTGGACATGTGGACTCCTCGTATGCATCAGCGTGGCATCCTGATGGCCAAACATTTGCAA CTGGGAATGAGGATAACACATGCAGAATATGGGATATCCGGAACCTGTCCAAGTCAGTCA CTGTGTTGAACGATACATTTGGACCTATTATGTCAATTCGCTACACGTCTGATGGCAGAT ATATGGCTATGGCAGAGTATGAAGATCTTGTGCACATTTTCGATGTAAAAAGTGGATATG TGGTGGAACAAGAAATTGATTTCTTCGGTGAGATAACAGGAATGTCTTTTAGTCCCGATA CAGAGTCCCTTTTCATAGGTGTCTCATACAGTGGCCTCCTTGAGTTTAGACGACGACACA ACTATTCATATCTTGATACAATGATATGAAAGGCTGCACCAGTAATCAAGCAGATTATAT TTGTTGTATTGTTGTGCTATTTGTATGTTTCATAAGAAATTGTAAGCATAGAAAGCTAGA CAATTTCCAGTCATTTGAACGACAAAACTGAGAGCATTGTTGTTAGAATTGCATAAACTT CAAATTCATAATTATATTTATATGAGATTGCGAAGTTTAAATCGCGTAATTGAAACTTGT AGTATTGAGTGATTTCTCAATAGACCCTTTGTAACTGGAGATCATGCAAGTATCATTACT TTCTCCTTCTATATAGTTTTTTTCTTCAAATTGCAAATATAACTATAATTATGTTATCAA TTATTAACATAACTAAACTAAAATACCAAACTGAAAAGAAAAAAACCAAATTTATTTTGA TTTGAAATATTAAATTACACTTTTTCAAAATTAAAAATTTAAAAACTCAATACAGAATCA AATTAAAAAATCGAATGCACGCCTATCATCTATGTGTACAATGTATATTCCATCTCCGTT ATATTTTGTAAATTGTAAATAAAGAAAAAATATCCTAATAACTTAATATGGCGCAAATAT TAATACTAAACAATGTAGGAAACCAAGAGCTTTTATATGGCGCAAATACTAATACTAAAC CATGTAGGAAACCAAAAAAATATAAAAATTCTCAGACAAACGAACATTGTGATTTATGAA TGAAATAACATAGAAAAAATCAGTATATAAGTTGAATTTTTTGGACCTCTTCAAATCTAT CGTAATCAACAGGCAAAAAAAAAAAACACCCCTCAAGGTTAGAAATTTAATAATCCTTTT ACCTCTATCTTTTTTATTGTTTTTTTTTTTAGTGAAAGATGGAAAAACTCATCTAAAATA ATTGAATTTTTCGAGTTTTATACTTGAACTAATAATTGAATTTTTCGAGTTTTATACCTG AACTAATAGTTGTTAAAGTTTTTTTTATCTAAGCTATCAGTTTTGTTTCACTTATTATAT CTTAGATATCATTATTGTTGATAAGTTGGTTATAATTCACATAGAAAAATTGCATATCTA ATAAACTAGAATACTTTATGTGCATTTTTGAGGTTTAACTTTTTACATGAAATTCTACAG CTTTCAAGGGCTCGAATAGATTGATTTGAGAACTTGTTGGATAATGCACAACTACTCCTC AACCTATGCCTGAAATCTCAGAGACACACTTATAATATACTAAGGTCTTATTACCCAACT GAACTTATTTTATTAATAATTTTCTACCCCTTTTCAGCCTACGTGACAGTATCTTGTGGG CCCAATGTTGGTTTACTTTTTTTTCAAACTAGTGCCACGTAGGCCGAAAAGGGGCAGAAA ATTACTTATAAAATAAAATAAGTTCAGGGGTAATAGGACCTCAATATAGTATAAGTGTGT CTCTGAAATTTCGGATATAGGTTGAGAAGGTACTTGTACATTTTTCCTTTTATTTATACA TAAACAGATAAATAACTAATTTTACCTTGTGATCACCTATGTATACAAGTAATTTGTTGT TTATACGAATCGTTGAAATTTGTTGAATTGATTTAGTTTTATACCGTTGGAGTTAGAGTG TTGTCTCATTCTTGTGCAGGGTAGGCTTGGCAGATAGATAGTATTAGCATTATTATCGTA GTTTTTGTGCTTCGTTTATCACATATTCTGCTTTGTATGGTATGTTACACTTTCTTTATT ATTTGTTATGGCTTGTTTTACCTCTAGCTCTATGAGGTAGGAGGTAAGGTCTGTGTATAA TCAACCTTCACCTGACCCTACATGTAGGAATACACTGGATATATTGTTGTTGTTGTTAAA GTTAACTTTGATGATTTTGTGTTGAAGATCATTTCGTTGAAGTGTAATATGTCCCATCAA CAAGGAGATGATGAAATGGAAGAACTAGATGATTTTATTGATGAGTTTGAAGGCATAGAC TTGGATGGCTTTGATTCGGATGTAAATGAAAGGCAATGCATAGACTTGGATGGGTTTGGT TCGGATGTAGATGACTTCCTAGACGTAGAATTGAGTGATGTTGAATCTTATGTAGATGAC TTGGATGAAACAGACATGGTTTGTTAATTCATTATGAAAATCTAATTGCTACATTTGTAC ATGCCTTAGATGTATCATATCCATGTTTTAGTACGAATCTGCTTCAAATGTTTGAACTTT ATTGAGTTGTTTCTTGTTCTGCTGGAATAGACTTATAGATCAATGAAAGATATTTCGGCT GCTGACGTGAGGAATGGAAGAGATATTCAAGGGATCCCCTGGGAAAGGGCTACGGTAACC AGAGAGAGACGTAGACAAAGAAGGCTAACAGAATACCAGAACTATGAAAATATTCCTCCA TCTGATGCAACACCAGATAAGGTATTTTAGTTACTTTCATGAAAAATGTTGTGTTCAATG TTGATTTGGTGTCATTTTCCCCTTTTGTTTGTCAACAGGAGAGCAAAACCACAAAGAAAG ACGGTTTATACTATAATTTCAGATATAATGCATGTTCCGTTATACCAACGTTCTCTCACA CTCAAGTAAATTCAGAGCTTTTGTCAACTCTTCTATTTCTTAGAGAATAAATTGAACGAC ATTTAGAATAACCTGTCTATTCCTTTTTCAATTTTTTCGACATAGCTGAGGAATATGATC TCAGCAACTTCTAAGCACGATGTGTACCTGCTATCACATTTTTCGCTCATGCATTGGTCA TCATTGACCTGCGTGAAAACTGAAATTCTCGATTTATCAGGGCATGTAGCACCATGTGAG GTATGTATTTTTGTACATCAAACTCACTTAATGTATTTGTAGTCTTAGCTTGATTATATC AGGACTTTCCTTTTTCTCTTTCTCTATTAGAAACATCCTGAAAGCCATTCAGAGGGATTT ACACACACCGAAGTAAGCACTCTCGCTGTGAAAGATAAGTTGCTTGTTGCTGGTGGAGTA GAAGGAGAACTTATCGTCAAGGTTTGTCATGAATGTTCTTAGAACTTACCGCCCTCGTCA ATTTACATGTTTAGCTTTTGCTGTCAAATATGCTAAACATGAAAAGGCTTGTGTATATTT TAAAACTATGTGCAGTATTTAGATAAGCCTGGAGTTTGCTTTTGTTCTCAACCAACGTAT GATGATGATACCATTACCAATTCAATTGAAATTAAAAACACTGTCAGGTATTGCATCATC TTGTCTATTGCTTGAATCTCTCTCGATCGATTAGGGTATACTTCCTTTTATTAGTGAGGA GGTAGCTAAATTAGATATATGTTTCTATTGCAGTGGTGCAGTTCATTTTTTCACTTCAAA TAATGATTGTGGAGTTAGAGATTTCGATATGGAGACATTTCGACTGTTTAACCATTTCCA TTTACCCTGGCCAGTGAATGTAAGTCTGTATTCGACTAGTCTATGCCTAAACCTGTTTCA TTTATAGTACGCTTGATATTTCAGATATTAATAACTAAATCCTTTTCCCTTTTTAATGGT CACAGCATACATCAGTCAGCCCTGATTGTAGGCTTCTCCTAGTAGTTGGGGATGATCCGG ATGGAATGTTGATTGACTCCAGGAATGGAATGGTATGTTTGCACATCTCAGACGTACTGC ACTGCGAATTATTAGTATAATAAGAGGTCGATGGGTGGTCAACTAACAAAATTCATATTT TTACAGGCTCTTGCTATTTTGCCTGGACATGTGGACTACTCATTTGCATCAGCGTGGCAT CCTGATGGCCGAACTTTTGCAACTGGGAACCAGGATAAAACGTGCAGAATATGGGATTGT CGGAACTTGTCCAAGTCAGTCACTGTTTTGACGGGCAACCTTGGAGCTATTCGGTCAATT AGCTACACGTCTGATGGCAGATTTATGGCTATGGTAGAGTCTGCAGATTTTGTGCATGTT TTGGATGTTAAAAGTGGATATGAGGTGGAGCAGGAAATTGATTTCTTCGGTGAGATATCA GGAGTGTCTTTTAGTCCCGATACAGAGTCCCTTTTCATTGGCGTGAGGAATCGCACATTT GGTAGCCTCTTTGAGTTTGGACGACGACACAACTATTCATACCATGATGCAATGATATGA AGGCATAAGAAATTGTAAGCACAGAAGATGTAGAGTAGAGTGCAGTGATGTACATAAAGC TAGATGATTTTCGGTTAAAAATCTATGGTAAAACTAAACTCAAGACCTCTTGTTAAGGGT GAGGGTGAAGCATTCTCACTTGTGCAACACAACCCATGGTGTTTCTTATTTGCATAGCTA AGTGGCTATAAGCCAGGGGCGGAGCCACACTGGAGTTGGGGTTCATCCCTTCAACTAGTT TGTGTGTTAAATTCTTCAGATTATGAACATTCGTAGGAAAAATATCGGCTCAACCACTGC CTATAATACTTGTGGTGAACGGCGATTGACCATCCAATGTTGTACTCTATCGGTCTCAAC TTTATGCTACACTTTTTTCTTTTCTTTTTATCGATGTGAAAAGTAATGACATATTTTTAG TAATAAAATAATATTATTTCATTTTATTTTTATTGAAAGCGATAACGCACAAGTACCCCT CAAACCTATGTTCGAAGTCCCAGAGACACACTTATACTATACTAAGGTCCTATTACCTCC TGAAATTATTTTATAAATAATTTTATACCCATTTTTTGGCCTACGTGGTACTAGCTTGAA AAGAGAAGTCAACCAGCGTTGGGCCCACAAGATAGTGTGTAGATCGAAAAGGGATAAAAA ATTACTTATAAAATAAGTTCAGGGTTAATAGGATTTGTGAAATTTGGAGCATAGATTGAA GGGGTACTTGTACATTAATCCTAAAATTATTTATAATTAATTTCAGACTACAAGTTTCAA AAAAAAAAATTCATACCCAAACTCGTTAAACACTCACATAAATTCAGAAATCTACTATAC ATATCTATAAATATTTGACCAAATTCAATTATTATTATATCAACTTAAGGTTGTCGAAGA ATTGCATAAACTTTAAATTCTGAGTTCGTTTTTGGATGAAACATATGAGATCCTCAATCC TTAACTAGATGTCATAAATTAAAAATAAGTAAAATAAATCTAATCATGTAAAAAAATTCA TTATATTTGCGATGTAAATAACTTAAACTCATCTAGAAATATGTTAGCCAGTATTTGAAA GAAAAAAAAAAGAAGGTTGGATTAGAAGTTACAAGGATCTCTAATCCAGAAAGAACCAAT AAATGAAAGCCAACTCATCTCCAAAAATCTACTTCCTCTCATTTCCCCTCACTCATTTCC AAATCAAATCCTACTGAAATCCCCAATAACCACATATACTCCTCAACACACCCAAATTTG CATTGCATTTCATCAAACAACAAACTCAAAAAATGGCATCAGCTCTGTTTTCTGCACCAA CTTTCCAAGGTCTCAGACCTCTCAACAAACCCACCGACTCTTCCCTCTTCCTCAACAAAC CCATCGCCTTCAAACCTATCACCAAAAAACCCCGAAATCTCGCTGTGAAAGCTGAACTCA ATCCATCCGTTGTCATCAGTTTGAGCACTGGGCTTTCGCTTTTCCTTGGAAGGTTCGTTT TCTTCAATTTCCAGAGAGAAAATGTAGCGAAACAGGTGCCATCTCAGAATGGAATTTCTC ACTTTGAAGCTGGAGATGTTAGGGCTAAGGAATATATAAGTTTGTTAAAATCAAATGATC CAGTTGGATTCAATATTGTTGATGTGCTTGCTTGGGGATCTATTGGACATATTGTTGCTT ATTATATCCTTGCTACTTCTAGCAATGGATATGATCCCAGTTTCTTTGGCTGAATATCAA ACAAAAATATATTTACTATATGTGTTTTTGTTAACTGATTTTATGTGAAATTCATGTGGT TTTGTGCCAAAGAATTACTAGTACTATCTCTGTTTTCTTTTGCATTTGAATTCGACTATG CATCCAAAAAATTTCGCTGTGATGAATGGTTTCCAATAATGCCACGAGGCAGAGAGCCTT TCAACTGAAATAGATCTAATCGGATTGCTTGGTTCCCATTGCTTCAAAAATGAATTGAAA ATAATATCTTAGAAGATGACTATATAAATTATAGCTCCATCACTTCGCGTAGGGATCCGT ATGGTAGGATATATTAGAGAAAATAATACTGGTATTATCGAATTCCTTTTTTGATAGTGT TTTCAGAATTTTTAACCAAACTAAGTCATTATATAAAACAATTTACCAAAGTAATACATT TTTCTAAATTTTTACAAAACTAGTATAAACGTATTTCACGGTAACGTTTTAGGATATATT TTATTTTTTAAAAACTAACAGCATTAGGTTGATATATGTTACTGTAAGTAACGTTTTACT TTTAAAACGTTATTTTCAGTAACGTTTTACACCTAAAACGTTGCTGTGAGTAACGTTTTA GGAGTAAAACGTTACTGTGAGTAATGTATATCAATCTGACGCCATCAACTTTTAAAAAAT AAAATATATCCTAAAACGTTACTGTGAAATACGTTTATACTAGTTTTGTAAAAATTTAGA AAAACATATTATTTTGGTGAATGACTTTATATAATGACTTAGTTTGGTTAAAACCTCGTG TTTTCAATAGTATAACTAGCTAATACATAATCTTACTTGTACGTCTTGTTCAACAGTATT CTTATCAATAATAAATCATGATATTAACAATACAAAACTTTTTCTAAGCTTTTTATTTCT AACATACGTTATTCAATATAATTTTTATACTTCATACCAAGCGATGATGAGAATATATAA AGTAAAAATAATAGTGGGGAATTTTGGAATGACGCTTTCATATATATTATGGTCACGAGA ATGTGGGCAGTAAACAGTTGGGACTTAATAATACTTATTTCTTGCCTTTACCATATATTT TTTACCGTTAATTCCCTCCTAAATGTTTCAGAATTATAATCTTTCAGAAAAGGAAAATTA GTCACCATCTTCATTTTCTCTATAGGTGTCATATGAAAAGCTTTTGTAATTTGTTTGTGT ATGGCTAATTAATATAAAAAGAATTAATTTAGCCTAGGTTTAAAAAAGTAAATGTATTTT TCAACTTGTAAAAAATAGTTTCTTGTTCTAAATCAAAGTATATATGTATATAGTTTTGCT ATGATAAACTAAACTATAGTTTCTACAATAGCTAGTTATGGTAAAATGTTAGCTAGTTAT GGTAAAATGTTATATTTAGTTTATCAGTGTAAATACTGGATACATCTAATTTCTGATCCC ACGTAGGTAAATATATCAACAAAAAATGATTTTTGCATTATATATATATATATATATATA TATATATATAGTGTGTGTGTGTTTTTGGTTTTTCTCCTTTATAGTCTCTTCTTACAAGAC CTTCTATTCCTCTTCCTAAGCCGTGACTTACGGTTTGAACACTTACAAATTAACTAATAT ATCAATTCAATCATCACAATACTTCCCTACCTCTCAAAATATCATTTCTTTTCAAAAGTT AATTTAACTAATTTTTGAAAAATTATATTGGACAGACTAATATTCAAAAACTACATGAAA AATATTGTAGTATAAGTTATAAATCATAAGTTAATTTGACTAATTTAATATTTGAAGTAT AAGTTATAAATCATAAGTTAATTTGACTAATTTAATATTTGAAATTTAAAAGTTAAATAT TCAAAATCTTTCTGAAAAGTATTTTAAATTGTGATTCTTCTTTTATCAATATGATACTAT TATACCCAATATAATATCAATATGATAATATAACATCAATATGATAATATCAATATTATA ATATGGTTCTTCTTATATCAATATGACACTATTGTACCCGATATAATATCAATATGATAA TACCATATTCAATTTAATTCCACGAGTGAAGCTAAAAAAAATGAATATTTATCTGACCTT AAATTTTTGATAAATTCTAGATTCAAAAAAATTAATTCTCAAATATTAATATAATAAAAA ATACATTTCAAAATATCGAAAACGTCACTAGTGATTTGAGATGAAAGGAGTAATTTGTTA AAAGGATTTACACATTCTTTTTTATAGTTATATACTTGCAACCAAAGTTTAGAGTCCAAT TGTTTAAAGATTTCCTTTGGTCTTCTATGTGTCCTTGAATTTCTCTTTCTTCCTAATCAG AATAAATGATAAAGTTTGACTAAATTTATCGAGATTTCATTATTTTTTTAGTCTTATTAA ATACTACAACAACAATAACATATAAACTGTATTGATTTACAACGGAGACAGAAAGGTTAT TTTTGAAAAAGAAATCAAGCAATCACACCACATCTACCTCCCCTTCCGACCCAAACTATA TATGGCTTTTAATTTACCAAGATTCGAAGTTTCAAATTACGTGAATTTTGACCAAAATTT TGAAATTCAGTTTTCTTATCATATTAAAATGCAACTTATAGTAATAATTTTTCATTCAAA AATTAATCAAAATTAACTATTGTAAAGTAAAAAGCCAGCAAATGGAGAAAGTAGCCCTCA AACACAACCTAAATATATGTCACGGAGAAATCAACAATAATAATAACAAACCCGAGATAG TGAAGTTATAACAGATCTTTAAGAGAGTTGTTTTTTTATAGATCGACGATTCAAGCAAAA ACAATTCTGAGAGAAATCGAAACTAAATTAATAAACCAAGAAATCTTGTGCATATTTATA TACATTTGGTGTTTTCCAGCAGGCTTGTTTAGACAATTATGCTTCCAATCAAGATAATAA CAAACAAATCCCAACTTCAAAACACCACATAATTAAGCTAAGGATGTTAAACAAGGAAAA AAGAACACAAGCTACGTAACCAAGATGGCTAATTACTAAGTATTTTTGCAATGATTAGAA ATTTAAACTGATATATAGACTAAAACTAATGTACTATCGATAACAGTCTGGTGCAGAAAG CATCCGAGGAGTCGATTGATCAAACTTCAAGACTTCAATATTGTTAAATAGAAAAAAAGG GAAAGTAATCAGGATTACCAGCAAGTTCATTGTCATGATCAGAGGGCAATTCATTGAGAT CAAAATCCGCAATTCTTCCTCCAGTGGTTGATAATTTGCTATCACCCAACAACTTTGAGC TGCTAGCAGCTGCTTCTTCAATGATTGAATCGTTGGAATTTTCGATTACGATTCTCAACT TATTGTGACTTGATTTATGTCCACCAAGTGCTTGATGAGTTGCGAAGCTTTTCCCACAAG TGTTGCACTCGTATTTTTCAGGCGTTGCTGTAACTGCAACTGAAGCTGGACTATCATGTA CAGAATTCAGATGCCTCAACTTCCTCTTCTTTTTCTTCCTATCCAATTCTTCAGAAACAA ATTCCTCATTTTCAGCTTTGGAAGTAAGAGAATTACTGTTCGTTTTCTCCAATTCTTCTT CAGGAGTATGATCATGTCCAGTAACAACAGACTCGATTGAATCTCCGTTTGCGAGCAGCA TAAGGTGATGAACAGCATCCTGCAATTGTTCATCTTCTTCTTCAGCATTGGGCTTTCTCC CTCGCTTAGCTGTAACTGACCATCCAGGTACAGAAGCTGTTTTTTTCGCTTTTTTTACAT CGTTAGATTTCAAATGAGGAGGAAGAATTCCTCTCCATTCCCGTTCAGGATGAGATCTCA TATGCCCAAACAACGATTTCATCGATGGAAAAACCTTACCACAGACTTTACAAATTGGTA CCAACTCATCATTATTGCAATTTTCTACATCCACTTCTTCACGTGGTTTTGATTTTTCCT TTTTAGAACGAGACTCAACGTGAATTCTCATGTGACCTCCTAATGCTTTACCAGAACCAA ATACTTTCTTACACACACGACAAATCCTCCTCTTATTATCTTTCGAAATTTCATCTTCAT CTCCAAATCCCATAACATCATCTTTCTCATCTCCTAACACCTCCTTTTCCGAGATCTGAT TTATCAGTAACGTACCCATGCCAACTTGAATAACAAGCGAATAAACAAATTTTGTAGCTA AACAGTAAAATTTATAGAAAAAATATATATGTTAACTACGAGCTCATGAGAAGGAGGTAA CTTAGCTGAAAAGGAAAGTCATGGCGAGGAAAAAAAAAATTCATGAGCTTAAAAAACGCA GAGATAATTACTAATATGAGAAAATGAGAAGAAGAAGAGGAAGAGAGGGAAGGGATTAGG AAGAGTCATTCTAAAACTGCTAATGTGTGGAAAATTGACTGTCACGTTCTCAACTGAGGC ATTGACTGTGGCGTGCCGTGGGTAGGAAAAAACAGATAATGTGTAATCACCTTCTTTTTA TTTTATTTTTTTTTGTAAATTTTTATTATTTTTTGAGGTAATTATTATACTTTTAAAATT TTGATTATGTAATTATTCATGTATACATGAGGTTAAACTTGAGTCTAAGTGATCTATCGA TAAAACATGAATAAGGTTGCATATACAAAAAATATATTGTTATAGTCAAATGTAAGTTAT TTAATTAATAAAGTGATTAAAAAATACATATTTTAATTAATTAAAGATTAAACATGTCGA GTATATATATTTTTTCCTAATAAATATTTTATATTTTCTAATTTATGTTGATTGTTATTG ATGATTTATTTTGTAAAATGCGTTTAGAAGGTAAATCTTTTAAGATTCGTCTACCAATCA AACAAAAGAAAGAGAGTATCCTAACCAAATGAAAACTCTTGTGAATTCAAATAGTTTTGA ACTCTCAAAGTGATAATTATCTTCATAGATATTCTCCCATTCATTTTACTAAAAATCTTT ACCCAATTAAATGTAGATTTTTGTCAAAGAGTATGAAACTTACCAAAACTCTTTGCAAAA ATTTTATTTTATTTTACCGTGTGCATTTAATTTCTTACTTTGAATATGGAAAATAGTCAT TTATTACCTTAATTAAGTAGTCATTTACTAGTTATGTATTTCTTTCACTCGTAGTATTTG ATCCGATCATATTCATGCCTTATTCACACCGCCCAAATCCACATATTAATGCTATATTTC AATTTTCTATATTTCCATATGAGTCTAAATAGTTGTCATGTCGAGAATTAATCTTTAAAA CTAAATTAAATTAATATGTACAAACTTTTAAAATTAAAATTTTAGATATTCAAAAAATTA TACAAAAACAACTATAAATTGCAATGTTTCTTGATATCAATGGTAAAAGAATATACTTGA ATTCATGTAGTTTAACAATTAAAAAGTAAAAAGTGACGAGAGAACAACTTTTTGTTTTTT CCTCACAAATCTTCTCGATGACTTGTATTTCGTGAATTTGAACTCGTAAAAATTAAGGAT AAAAATAAACTTTGAATTTCAATCTGACAATGAAATGTTATTTTTGAAAGAAAAAAAAAT ATTTTATCAAGTATAGCAATGTTTTAAATGGAGTGACATGATCAATGATGAAGACTTGTT TAGGGCCAAATAATCATTAGGTATCCATGGAGTAAGAAGTAGAATATTTATCTAATTTCT TTAGAGCTTGTTTAGTTGGGAAACAAGTTATTTCGGAATAACTTATCCTGCCATTTTATC ACAATCAAGCATGAAATAAATTCACCCTTAAATTAATCCTAAAATTAATTATCGCTTATC CATCATACTAAACGAACCCTTTTAAGGTATAAAGTATATTTGAATGGCTCTATAGTCCAG TCAAATAACATAGTTGGAAATAATATATGGTAGTTCAAGCAAGTATACCAGAGGAAAAGG TTACTATAATAAGATAGGAAAAACAAACATTGTAGTAATGGGTTCACATGTCAGTGGCCA GATTGTATTCTCCTTCTAAAGTAAATAAAAAAATACCACACGTAATTCCTTAGAAGGAAA ATTATACATAACTGATCAACTACCTGTAATTTACTATCTACTTTAATATTTCAATATTTT TCATACTTAAACACTAGCAATCTTAAAAATAGGCCATGGATAAGAGACATAGTTAGGTCC AAGTATGTGCCAGATACCCGATCTCGGGATCACCATTTAAGTCATACATGGACAAGTTTC GTATGGCTGAAGTTCAGGCTTGCTTTTCTACATGAGCTTCAACAACCATGTGGTTGAATG TTTCATGTGCATACCATTTTTGCTTCAACTTCAAACCGAAATGTCTGAAGTTGTATAGGT TTCTGCAACTCCAACAATCCAATTAGACCATTACATAGTTCATCACACACGAACAGAAAT GTCTAAAGTCGTATTGATATGAGACCAGGTTAAAAAACTTCAAAGTGCACAGCCTTTTAC AGAAGCAAAAAACGGATCATCTTCTATGATTACCCTTGAATACAGACTCAGCAAAATGAG AAGTAGGTATTTCAGCTATCTATAGACATCTAAAAAACAAACTAATCTAACTTTCAACAT TGAAGGATGACGATGTTGATAATAGGGAGTGGAAGAAAAAAAGAGAGAGAAAGAAACTTC TCTAACATTAGGTGGGTACAAGTTCAGCATGATCAGGAGATATCTGCATCAGAAACAGTC CAACAACAACAGCCAACAACACCAACTGTATGAAAAAACACGAACTGTACTTACAGACTT TCTTCTGTAGCTTTAGCTTTTCGGCAGTGCTTGCTAAATCTTCACAGTAAGTTTCCAACT TCTTGGTTTGTGTCTTGAGCACTACAGCCTTTGCTTCGGCATCTCCTAGCACGTGCACCA TCTGTGCTTGTTCTGAAGCTAGTGTCTTCTGTTCTTCCAAGAGGGTAAGTTGATATACTG CTGCACTTCTCAACTTTTGTGCTGTTGTTGACAATGCCACATACTGAACTTCAGCTTCAA TTTTCAGTCTGAAGAGACTCTCGAACTCACCTTCAGTAGTCTCTTCTTCACTCTTTGAGC TACTACTTAAAATGGCTTCAAGTTCAGTAACTCTTGCTTCCTTGGATTTAGCCAGGTCAG CTGCCTCCTGAACCTGGTTTTGCAACAGTAATATATTCTGCTTTAGGCTATACACTTCAG ACTCCAAGGAGTTAAGAGAACTTTGAGCACCATCTCTGTTCTGTGACAGCACGGATGTGC TTGATCTAGGAAAATCTGAGTCATCTGACGTGAAATTTGAAGGTATACCAACATCCTCAA GTGAATGACCAAAGTTAGTATCTTTCCCTATTTCTTTGAATTTCTGAATTTCTGTGTAGA AAGTAAATCAATAAAATTAGTCCCAATGCACGGATAATAAGAAATTCAATGATTTTTTAA GAATATTTCATGGTTTATCAGATTAAATTAGAAAGAACGACAAGGTAAGCTAAAGGAATA TGGACTGTGAACAACCAAAAATCAATGGATATACTTATTCAGTGAACAGATCAGTAGAAG TTCTTTAAGCATAGTACAAACATACGACATAGTAAAGCTCATCCAAAAAAAGACCGTTCA CAGAAAGGGAACTGGTCCACTACTTCAAAATGATATAATATGTACTTCCCTTGTAATCTG TTTCTGGCGTCAAACAAAACCAACAACTATAACCAACTATCCTTATATGACAATGATACG GATTACACTACTAAACTAGGAGGGCAAGCACCTAAACCTGTCCATCTAATGCTTCAAAAG CAAGAAACAAAGTTCTATTTTAACCAAGACTCTCAACTTCACATAAAATGACTTTTGCTT CTCTGTAATTTGTTTTATCTACAGCCTTGTGGGACAGGAGGCGTTCGGATAGAGTGGGAG CAGGCTGAAATCCCAAAGAAGCCTCTAAAAAATAGTTCAAGGCACACAAGGCACCAACCC TGGGAGCTAGAAGCCTATCCATCTTAACAGTACCTTGTTCGTAGAGAGGGCCTCTTTTGC TGAGAAATGGTCAGGCCTTCCTCACCCATGTGTCCCAAATGTGATGACAATGGCTCTCTT ACCAGTGAGGCTAACTTACTACACTGTAAGGTCAGCTCTGAATAACAAATTCAGCAATAA GCATAATTCTTCCATAACAAAAGGAGGTGGAATTGATATCCTGATTTTATTTTCTCTCAG TCAGAAATTAAATTCTTCAAATTACAATCTCTAACACCTCAAGAACATCCTATAGCAGGT ATAACAGATTTGAATGAAAGGGTCTGGATGCAGATAAAAGAAAGTTAAGTGCACTTGTGT GAACGGTGAGTCAGAGAAGGAAGTGGTTTCAAGTCCAAACAGAAATAGAAAGTTAATAAG CTTATGTAGACTGTTTCCAGTTAGCATGAGATCCACTTTATCAAAGGTTTGCTAGACATG ATTTAAGTTGAAAGTGGTCTCTGTATTTGTAAATACATTCTCAAGAAATCCGCTATTGCT AACAGAAACACGTTCATAGTATAATCCAAGTTATTATACCGATAAAAATTAAAAGAAATA GTAATTGTAAAATACATGACATTAGGCACATAAAAGCTGCTTTTAGAAAAGAAAAGAACA CCATGGTCTGATATGCACACACGTTACAGCATGATAACCAAATATAAACAGTTAAATACC TCCTGGAAGAGGAGAACGCATAGCCCATCTCCAAATGATTCTTTAGGGATATGCACAATA TAAGGATTATAAATGCTACCTCCTAAAAAAAGATTCACTGACTAATAAACTTGATATTAT TGTTCCTAGATGATGCTAGCATATATTTCTTGAATGACGCCCAAATAGGAAGTGTCAAAC ATAAGTACCATCCTCTAAGCATATTGATCCATCTAGAAAGACGCCACCTAGTGCAACATA CAGAATGTGCAAGAACAAATTTATGAGGCAAATCATGATTAATTGATATTATCATTTAAG CAGAAGGATGTACCACTAGCAAGAGCTTCTTGAGCAGCATGGAAGTTGAAGATAGATTCC GTTAGAGGCTCGTGATCAGTGGATGAACCGTGATTCTCACTCTTCTCTTCATTAACATCC CACGGAGATTCAGCAGCTAGATCTTCTTTTGACACATTTTCAGACTCCCTATCATTCCCT CTCTCGAGACCAGCCCCAAGTTCCTCACCAATTGGCCTTTCTCTGTCCTGAGCTTCATCA CTGGATTCTTCATCATAGTTCATTGACCTTTCACCTTTTGTACCATTACTTGTAGCAAAG TCACCCTGCATAAAGAGGAAATTAGAGCTTCGCGAGTCAGATTCCATGCTGGAATGAGAG TTTTCCTTCTCGATTTTGACCCTTTCTCCTCTAGGCTTTTTACAAGTTTCAGCCCGACCT TTTCTCTGATGTGGTTTCTGAGCTGATGTGCTCAAGCTCTTCCCACTCAAACTCCTCAAC CAATGCTTGTCAGATGGATAACCAAGGTGCACAGGTGCTTCATACCTTGCCTTTGGAGCA CTAGCTGCAGTAGAAGACCTACTACTCCGATCCTCGCTGTTCTCTGATTCCGATACAGCA ATAAAATTAGGCCCCATAGCCAAACCAGAGTCACCTATTACACCAAATCCATCACTCAGA ACTCCAGGATTCATGAATACTGCATTCGTTGATGAAACAGATCCATCACTTTTTTGGATC CTTCCCACAGCAAAAGTTGCAGGTTTTTCTGCATTAGCAAACTCACTCGCCAAACCCCGT TTCAACAGCTTACCGCTGTTAACACTACTATCCCCATCCTGGCGCTGCGCATCCCGCTTC ATCCTTTTCCATTTTTTCAACCCAAACCCCTTAGTTATTGGAGAGGATTTCACCAGGGGA GTTGAATAATCCTCAACCTCTTTAATGTCAATTCCCTTGCCTTTCACATCATCCAAATTA TTATTACTGCTATTATCCCCAGGAGGACTAGACCCATCACTACTTTCTACCTTGCTTTGA TTAGCATTTTCAAATATTGGTGGTGTGATCATTTCCTTATTATTAGCTGTATTTTGTTCT TCCAAGTCCATAACTAGAGACAAATATATATTAAAATTAAACCTTTTTTACGAACCCAGA TCAAGATCGAGAACTACCAACCATCATTCCAGCTGACGGATAACAATTGAAACAAAATTT CTCGACAAAATCAATTATGATTGCTTCGACAATTTGCAGCTTGAAAAATCATCATATTGA ACAAAATTGAATTCGTTCATTGTAAAAACTTGTACTGCAGATGCAAAAAATTAGGAAATG GAGAAGCAATTAAGTAACTGGGCGTACCTTTTCATTCATTATTCTGCTGGATTTCCAAGA GAAATTCGAAGAGAATTGAGATTATGGAAACCCTAGAATTGGGAACAAATTTGGGAAATT AATAGCCGCCTGAACTGTTGCAACTATCTTTATTGTTTCTAGCCAATTTGTATATTATCT CCGTCGATTCAAAATTCGAAAAATCTCATATTTAATGTATTTTTTCATGAACATCGCATT CAATTCGGAACTTATTATTTAAAATAAAAGATTATTTATTATTTTATTACAATCTTAAAC GAACAATACATCATAAAATACTAAATAAATTATATTAATATTCAATTCAAAAGTTTAGAT ACACATGAAAACTTCGAGTATATAATTATAAGAAAATAAGTTTATTTAAATCATATCATA ATAAAAAAATATTTTATATATATTATAAAAAAGTATTTATGATTTTAGTTATTTCCACGT ATTGAGAAAACTTATAATATGATTTTAAAGTCAAATGCTAAAAATTAATAGAACAATTTC TATAATATTTTAAAACCCAAAGGTCTCAATGATTTTTTATTTTTTTTCATCTTAATTGTA GAGGAAACTACATGAAGTGCAACCCACGATGATGAAAGGGAAAACATCATGATACTTGTA AATTGAATTGTTAATTACCAATAATTTGGACTAATCTAAAAGGCATTGACAAATATCCTT ATTTATTAATCATTCTTATTTTAAAAAATTGTATTGTATTAATATAACGTTTTGAATAAC GTTAAGCTCGAATTTAGCAATTTGATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATTATTTAATCTGATAATCAAATTTATATTATTGAATGTC TCACATTTGCCATTATTTACAAAAGTTTAGATTGCAATCTAATATATCTCATATAATTTT CAATTTCTAAATATGAATCTTTAATAACGATCTAAAATGTCGATAAATTTTAAAGAAATG AAAGGTCATTTTTTAAATAGTAGTCTTGAATGGTCAATTCAACCATTCTTCTTCTAAAGC CCAACAAGTCATTGTTTTGGGCCATATCTAGCCCGTAAGCATAATTTTGATAGTCATTTT TGTTCATTTTTATTTTTGAAGTTTAAAAAGAAATTTAAAATGAAACTTTTATTAATAACA AAAATTATTTATATAACTGTTCTAACTTCTGTAGTATTAAATTTTAAGTTGTTTTAAATG AAAATAAAAAATCATAAATGATGAATATTGAAACGGAGCTAGAATTATGCATTATTGACT TGCGTTTATTAAGAAGATAGAAACATTCGTTTCGATCGATATTTTGGAGATTAAAGGTTG AAAAATAATTATGAAGTATGATTAAATTTAGGGTAACTTTCACATATAACAAACAAAAAA TTCATATTTGTATGCTATAGCAAACTTTGCATAATTGTGCTCCATAGCAAACATAAAACT GTATAATTTGCTATACATATACAATTGTATAATTCGCTGGCCTAAATTGTATAATGCGCT GGCCTATTTCGCTGCAGTTGTATAATTTGTTTTGCATACAGTTGAATCGAATTAAAATGT ATGTATATTGCATAATTATAAGTGTATAGTAAGAAGATATATGTTTTTCTCACTTTATAC AAAGAGAAACACAATATATACACTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCACT GCAATTGTATAATTCGCAATTTTATAATTCATTGGCTTTTTTCTCTGCAATATTTGAAGT AAAATGTTTGTAAATTGTATAATTAAGTGTATAACACGAAGATATACATTTTTTCATGTG TATATACAATTTTCTCTCGCTTTATACAAAACAGAAACAAAATTATACACTTCTGTGTAT AAAGCGAGAGAGGCAAGCGAGAATGGAGAGTGGCGAGCGAGATTTTTGGGAGAGAGACGC TGGCAAATTTTAGCTAATGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTATTCCA TTTAATTTAAGTTATTAGTTTGCTATTATACAATTTTCTATAATATTGTGAAAAGATCAA TATAAAATTTTATTTTACTTTTGGTCAAATTTGTGGATAAACTTGTTACATTTAAAGTAG ACAGTCCAAAATAATAAATAAAAATAATAAAAATGTCAGCTGTACCAAGACATTTAAATG TGTTTTAATTGGTTCAATGAATTTAGTTACAAAGAAAGGAACACAACATTATCCAAGTAT TTCAATCAATCTAAAATTATATATATGTCTTGTAGTGGAGAGACAATTTAATTTTGCCAT CCAATAAAATTCCAACAAAATGGGGATTCCATTTCCATTAAAATTACGAATAAAATAAAA TTGAATAAATTAAATGGTTAATGCATGTTTACATATTGATAATGTAAAGAGATTTGTTAG ATTATAATCAACTACTTAAAAAGTTACTAGTTCATAATCGTTCATTTACATTTAATTCTA TATAGAAGCGTCTCTAAGAAAATATAATTTCATCGAATTCAATTAATATTATATTCTACT TTATTTTAATGAGTAATTTTTTCTTATGTCGATTTACGATAATCTAAATTCATGAAAAGA ATAACACAAAAATAAAGTAAAGAATTGCTTATATAAAAATGAACTGTATTTTCTCTCTAG TAATTATGGAATCATTAAAAAGATTATTTAATGATTCCATAATTACTAGAGAGAAAAAAA ATAAGGTCAGAAGTATATTAAATTCCAACCATTAATTAAGAAATATTATGTGCACATGGA ACAGACAAGTAGTAAGAATAAGAAATGCTAAAATGACAGATCTTCATAAAACTTTTCATA AATCATAATAACATCATTATTATTACAAATAATTTGCTTAATCAAAAGTCAAAATAAACA ATAAGCCAAAAAAAAAAAATTACTGTAAAGAAAAAAAATATAACTCAAAATTAAAGCTTC CAATTAACTTGCCGACAGAAGTTCAACTAGAGGAGTTACTGTTTAATTCAAAGTAATTTT CTGAATCATAACTCAGAAATTTCCTAGTGTCAATAGCATATTCTTTGAAACTCGATGAAT AATAAATTCGTCTCTCTATCATGCTCTGGTTTTATATACATCTTTTGCTTGTGACGAGTC TAGAGTATGTAATATACAGTTTAAAACTTGATAGATAACAAGTCATCTTTTTCTATACCC TTCTTCATTAAATGTCAATCTATTATGCGCGATAACTATCTAACATCTTATTTGTAATAA ATTTAGTAATGTGCGTCTAACTCAGACATTAGCATTTAATTGAAATGGCAGGGCCCATCA TCATACTCTAGCATCTTGTAAAAGGGAAAAAACTTTTATATTACAAAGGTGGAATCCTTA GCATAACCTAACTATAAATGTTCCTTTTTTGAAGGCCAACTGGTAACAAGGGCCCATGAT GAATCTATTGTTGGCCTATTTTATTTTTTCTTTTATAGTGCATGCATACTCCTAAATAAT ATCCTTTTCAATTACTCTATTATTTACTTCTTCTATTCCGTTTCAAAATAATTATCGCTT TATTATGTGTCATTTTAACAAAATAAGTGTATACTAATATAAATACACATATATTGAGAC AAGGAGCTTTCAAATTATTGATGATTTTAGTGCTCAATGTTGGACTGGTCTCTGGTCCAA TTCCCATAGCAAATAATGAAAATACTGTCAGATATGAATAGAGAGCAGCAAACCTGCATT CAAACAGCAATATTTGGTTTTATTCACTTAGAGAGGCATTACTTGTTTTGAATCCCCTTT TTCGCTTTTAATCATAGATTTTAAAATTTTATTTTGAATATCTTTTAGGTCAGATATAAG TTTTAAATACAAATTTAAATTAGTTTTTAAAATTTATGATCAGACAAGAGCTTAATGCCT CATTAACACCAAGGTTACACAGCTCTTCTTTGGTTACTCTCCCAATGCCTTTTTTTTTTC TTTTCTGTATTCATTCTGACCAATCTTTGGACTCTGTGACAGAGTGAAAATTATATACTA ATGTACATAAATATTGCTTTTACTAAGTTCAAATATGCAATCTTACAACACATAAAACAA AAAGAATGGCTAAGCCCAAGATAAAAGTATTAAACTAAGCACATAAAATACTACACCACT TAACCACTAAACAATCTGCAGCTTCTTTTGAGAGCATTTTCTTGTAATATTTTATGTTCA AAAACCTCACAGATCCAACTCATATACTAGATTCCCTCTTCTGTAAAAGCTAGAGGGGTC ATGGAGACTCAAATCAAATGATGTTTTTCTTCTTGGTTTCAAATGAACCAAATCAAGGTA AAGTAAAACTAAAAAAACAGTCAGTTTATTTTTTTCTGCTTCTTTTGGCTTTTGAGAGGA GCTAATATGTGTTATATGGATCATATTAGGTAAAGACTTTCTTGTTTTCAATGTAGATGT ATCCTTTTAGCTTACTCTTATTCAAGTTTTTCTGAGTTCTGACTTAAGGAGGCCCACAGT TGTATGATATTCACATATATGCTTTCAAAAGTCTTTACTGTTGTATTCATCTGATTCTTG AAAAAAGAGAGTTTTGATCCCAACCCCACAAATTAAATTACTTCTGACTAAACACCATAT CAAGAATCCAGGATCAAGATCAGTTTTTTTTCCTACTGAAATATAGCATTTTGTTACCTT AGCTGAGAATGGATGAAGTGGAAATTCCTGTTGTTGATACTCAATCCCTTACTATCAAGA TTGCAAATTCAGGTCAGCAGAAATTGACAGCAACATCATCTGCATATAACTCACCTTCTC TCATTTCTCCTCCATCTTCTGCATTTGTTTCAGCATTACAATCACCTTACATTTCTCCAA GAGCCACTTTAGTTCCAAATTCAAATCAAGAAACTCCCATTGTTCCTCTTACCTCAGTTG TCCATCCATCCCCACCAGTCTCATACTGCGGCTCGCAATCTGATGATGTTCCCAGCACCT CCTACACTCCACCACCAGAAAGATATGATTTTTCTGATGATCCTACAGACACAAAGCTCA AGATTGTCACCTGTGTCCCAGTTTCAGGACCGGAAACCGATCCCAGGATATCATTTTCTT TCCCTGTCCCTCGAATTTCGTTTGCCAAGGGGTCGGTTTCACCTGCTTCCAATGCTAAAC TTAGGAGCTGTGATGTGTATATAGGATTCCATGGTCAGAACCCGAATTTAGTACGCTTCT GTAAGTGGCTCAAATCAGAACTTGAGCTTCAGGGAATTGCTTGTTTTATTGCTGATAGAG CAAAGTATGCAGATAATCAGAGCCATGAGATTGCTGACAAAGTTATATGCTCAGTCACCT TTGGTGTCATAGTTGTCACTGGTTGTAGCTTCTCCAACCATCATAGCTTGGAGGAAATAA GATTCTTCGCGCAAAAGAAGAACTTGATTCCTTTGTTCTTTAACACAGATGCCAACGAAA TTGCTAGTCTTTTTAACCACAATGGTGATACCAAGAAATGTAAAGAGGCACTGGATGTAA TACTAAAGTGCCATGAGTTTAGATTGGAGACAGATGAGAGTAATTGGAGATCTTGTGTGT CGAAAGCAGCTGGGATATTAAGGGCCAAGCTTGGTAGGAAAAGTGTTGTAGAAAAGTGTA CAGAAGGTTTTGAAGAGTTGCCCTTCCCAAGGAATAAAAGTTTTGTGGGAAGAGAGAAGG AAATTATCGATATAGAGACGACTCTTTTTGGCTGTGGCGATTCTTTCGAGCAAGAAAGTG TTGTCCCGAGTGCCAAAGGAGGAACACCAGGACAATCTGAAGGTCTGGCTGATGATGAAA GTGAAGCTGTTGTTGGCAGAGGCAAATACATAAATCTAGAGCTAGGAAAGAACAAGGAAA CAAATAAAGAAGCTTGGGTTGAACGAAATTCGCTGAAGAGACCCAAGTACAGAAAATCAA GAAGTGGTAAGGATAAGAACTTGAGTATGAGTGTTGTATGCATAAATGGGTTGGCTGGTG TTGGAAAAACGGACCTCGCTTTGGAATTCGCTTACAGGTATTCACAGAGATACAAGATGG TCTTGTGGGTAGGGGGTGAAGCTCGCTATTTTCGACAGAACATATTGAACTTGTCTTTAA ATTTGGGACTGGATGTGAGTGCAGATGCAGAGAAGGAAAGAGGGAGGATAAGGAGTTTTG ATGAGCAAGAATCAGAAGCATTCAAGAGAGTTAAAAGGGAGATGTTCCGCGACATGCCAT ATTTACTAATTATAGACAATTTAGAGACTGAGAAGGAGTGGTGGGAAGGGAAGGATCTTC ATGATTTGATACCAACTAACACTGGTGGTACCCATGTAATTATCACAACACAACTCAGCC GGGTAATGAACTTTGATCCGTTGCAGCTGCAGCCATTGTCCACACCTAATGCCATGATAT TGATAAGGGGAAGACGTAAAAAGGAGTATCAGGCTGGTGAGGTAGAATTCCTCCATAAAT TTGATGAGAAATTGGGAAGGTCTAGTTTTGGTCTGTGGGTGGTTGGGTCGTTGCTATCGG AGCTTGCAATACTGCCATCTGCTCTATTCGAAGCTGTGAATCAGGTTCCAGTTGAAGAAA CTGCAAGTTGCTCTAATCTATCCATTCCACATCAACAATTCTGTAGAGACAATCCATTTT TAATGAAAACATTGGTTTTTTGTACAGCCCTCTTGCAGCAAAGCAACGATAGCAGGGACT CTGTTGCTTCAAGAATGCTTCAGGTAGGAGCATGGTTTGCTCCAGCACCCATCTCGGTGA ATTTACTGGCAGCAGCTGCAAAGAAAATTCCTGTAAACAGAAACAGGTTCAAAAAGTGGA CTAAATGCATGAAAGTTGCTCTATGCTTCTACTCAGGCCAGTGCCTGACAAGCCAAGCAT GGAAGAGCGAAGAGGAATCAGCACTGCTACTAGTAAAACTTGGTTTGGCACGAAAAGCCA ACAGGCAAACAGGATGCTGGATCCAATTCCATCCCATCACACAGATTTTTGCGAAAAGGA AAGATGGACTAGTTGCTGCTAAAGCCAATATTCAAGGTGCAAGGAAACTTGGAAACCCGG TAACAGATTCTGACCATCTTTGGGCATGTGCTTTCCTTGTGTTTGGTTTCAAGTCTGAAC CACCAGTTGTTCAGCTCAAGGCGATGGACATGGTTTTCTTCATCAGAAAAACAGCTCTTC CTTTGGCAATCAGCGCTTTCACAACATTCTCACGATGCAACTCGGCCTTAGAACTCTTGA AGGTCTGCACAAATGTGCTCGAAGAAGCAGAGAAGTCATTTGTTTCTCAAATACAGGATT GGTGCCACGGATCTCTCTGCTGGAAAAAGAAGCTGCAATCTAACCAAAGAGTGGACGAGT ACGTTTGGCAAGAGGTGACATTATTGAAAGCTACCCTACTGGAAACTAGAGCAAAGCTGC TACTAAGAGGAGGTCATTTTGATAGCGGAGAGGATCTTTGCAGAACCTGCATTAGTATCC GAACTGTAATGCTGGGACATAACCATGCTCAAACTTTGGCTGCTCAACAAACCTTAGCCA ACTTAGTAAGGATGAGGAGCAAAATATGATCCCAAAAAGCCACCTTTTTGGTGGCTCAGT TTTGTTTACTGTCACCAAGCTATTCCCTCTTTAGTTCATGTAACATAGAAATCATCCATT ATCAAGTACTTTTTACCACATCAGTTCAACTTATACGAAATGCATATCGATTTCAGCAAT TTATTCATTTTGTTAAGCAAATTTAAGTATTTAACCAACTACCATATGATCTCCCTACAA CAACTGCAGTATTTTTCCTGCCAGATAGACAGAATAGACATGCTGTGCACTACATTGTAT ATTTAGTATTATTTCTCTAGTTGGATGAACCATGTCTCATGGCATTTGGTTCATTCGTTT ACTACAATTCTGCCTCATTAAACCATTAAAAAGATAGACTTTTTAACTCATAATAAGAGA AACAACGCGAATTCAAACAAATCCATTGAAACAATTGTCAAATAAGAAACAAGATCAGTA ACAACAGGTTTTCCTGTAAACTTTTGGAACTCCTCTTCCTTACATACAAAAACCAAAACA CTCGGTAAATTCACTCTCACAATCAACAAACAACTACATACCCAATATAGTCCCACGAGT GAACATGTGAGGATACAATGTACGAGAGAACTTATCTGATAAATAAAAATCAACATCCAA CCAAAAAATTTATCAAATCCTTTTAACATCTTCTTGCTTTAATTCAGTAATTCACACAAC TCTCAATCAACAAAAACACAAAAAAAAAAAAAAAAAAAAAAAACTAAAGAAGAATCAAAT AATGTTGGTGAGTCAGTGTAATGATCCTCTTTCAGCATTTGAAATCAATCCAGAAGAAAC GGCGTCGTCTTCATCAACAAACAACCCTTCTGGATTCCTCAAACTTCCATGAATCACTGA TAACAAAACTCCCATCATTATACCAATCATCAAACTGTTCAAAATTCCGGTATACCAAAC AACAATGGCAGAAACAGTCGCCAGACCGGAAATCACAGCTAGATCGCTAACTTGATGCCC TAGAACAACCATAGGATCCTCCCGGAAGAAGAGAAAAATCAACCACGACGCAAAAATCAA ACAGAAGAAAATCAATAAAATTGGTGTTCCGATGAGTGAACAAGCTGCGCAAGCAGAGAT GAGAATAGCATAATTAACGGAGAAGTACTTCAAGTTCCTGCGGACGCGAATTGCAGCATC GGAGAAGGATGTCGGAATGTCAACGGCGCTTGCGCCGGCGATAAATTCCGGCCATGGTCG ACTTCGGGAAAGGAAAGTGTATATATTTTGAACGGACCGGTTGATGACATCACCGCCGGC GATCGGGATGGTGGTGTAGGTGGCCGTGGTGACGGAGGTCGGCGGTGATGGCATATTTGT GAATTATGTTAAAGTTTGACCAAAGTGTTATGACCAATAATATACCCAATAAGTATTCAT GTCTGCATCTCGTGATGTTATCATCAGTTTAAAAGACGCCAATTTCGCTTTTTTTGATAA TAAATAATAGTGTAAGGTTTGAATAATTACAACAACGTCTCATGTAATATCATAAGTGAG TCTGACGAAAATAATATGTATATTTTTACTTTTATCATTGTGAAAATAGAAAGTTATTCT TAACTGCTCAAATAAATTATATAGAAAATAAGCATGTGAAATAAATATAACAATGAAAGA AATCATGCTATAAATAATGAAGAAAACAATAATAACAATGTGAAAAACAATAAAATAAAG TCAATTAAATATGAGGAAATATTTAAATTGAAGAACAAGATAATTAGAAAGTAATACTAA TAATATTAAGCATTAACCAGAAAACATTAGAATAGACATAGTCTTATTTAAGGTCATATT TTCGATAAACATAGGTGCCACATATCATTATTTTCGTAAACAAAAAATTGTGCTATTAAG CAAATTTATACAATTTAATTATTCATCATACATATAGTTTGCTATAACTATCACTCACAA GTAACATTATACATTAATTTTTTGAGCTGACTTCGATTTTATATAATTAGTCACATTTGT ATATGTATAATTCGCAAAAATATACAAATACATATGTATAATATCCAATATCTAATCAAT ATACATGTACAATTCACTTATCTCCCACCCTATGCCCTTTCTCGCTCGCCTCTCTCCTCC CTCTCCCTATCTCGCTCGCCTCTTTCCTCTCTCTCCCAATTTCGCTTGCTTTTTATACAA ATGCGTGTGTATGTAATATACAATTATCTAACCAATATACATATACAATTCACCTCACTC TCGCTCGCCTCTCGCCTCCCTCTCCCAATCTCGCTCGCCTCTCTCCTCTCTCTCCCAATA TCGCTTGTCATGTGTACAAAGACATACGTATAATATATAATTATCTAATCAATATACATA TACAATTCACCTCTCTCCCACTTTTTGCTCTCTCTCTCGCCTCTTTTCTTTCTCTCCCAG TCTCGCTTGTCTCTCTCCTCCCTATAAATGTAGCTACGAATTATAATTATCAAATTACAA TTATGAAGAGTAATTAGACTATTTTTTAATGGCTATATGTGAAAGTTCTCCTTTTGTAAA TGATTTGACTTTATTTATTTTTAGATTACATGTGATTGGTAAAAATCCAAACATGTTGGG TCAATATTTGGGCTTTAGCCCGAAGGGTCTTAACCTCATTTCACACTATGCGCTCAAGAC TCTAATTGGACTTGCTTCATTTATGTAAGATGGGCCTGGAGTAATATAAGCCCAAATATT ATGGGCTGCTTTCTAAATCATCGAAATTTTGCACAAATAATATAATACTATATTATTGTT ATTATTTAAATTTTATCGTTCTTGAATAAACTTATATAAAAATGATCTCGACGCTACAAT TTACGCACATTTTGTCAATCCGGCAAGACTTGTAACTGATTTAACAAGGTATAAGAATGA TATTTAACATTGTGTATGAAGTCCAACACTGATTTATTAATATAGGTAGATATCACAATT TCAAAGGTAACCTTTTTATTTGGCCTTCTAGTTTGAAGAGGCAAATACATAAATCTAAAG TGATGTGTGATTTTAATCAAAACCAAAAATTGGTTCACGTTCAAATTATATAGTGTGCTA GATTTTCCACATCTTTAAATATAAAAGAAAATGACATTAAAATAATATGCACTAAAAATA AAAATTGGTTATTAGCCAACTTTATATCATTAAAATAATAACTTTTCATTATTGAAATAA TCTGCACCATATCGAAGATTTGAGTTTTGTCAAATTTGCATATGTATTTAAAATTTCTCT CGCTTTATAGAAAACAGAAACAGAATTTATACATGTCTGTGTATAAAGTGAGAGAGGCGA GCAGAGGGAGAGTGGCGAGCGAGAACGGGAGAGTGGCGAGCGAGAATTTTTGGAAGAGAG GCTGGCAAACTTTGGCTAATGTTTGCTATGGAGTACAATTAAATCAAACTCTAGCTACTC CATTTATTTTAGGTTATTAGTTTGCTATTATATATAATTTTTCCTTTAATTTATTTATCT TATTTTAGCTTATATGAAATTTAAGAAAGTAAAAAAATAATTTTTTAATCGTTTGATCAT AAATTAAAAATATATCAAAATATCTTCTAATCATATGGTTATAAATCATGCAAAAAAGTT AAAACTATCGAGTGTCTTAAAAAAGAAAAAAACATTCTTTTTGAAATAGACTAAAAAAAA AATATCAAACAAATTAAAACATTTTCCACAAAAATACTTTTGGTTTTTTTCCTTAGAAAT ATATACAAAATGGGAGGAAAAAAGAAAGAACTAGGGTGGAAAAAATGGGATCAGGTAAGG AGAAAAATCGTCAAACCTTAATGTTATGATTATAAGTAAAGTAAAAATAAAAATATATCG ATTACAGTTTTAGATGAATTGATCACTCATTTTAATGACATGATAATAGATATAAGTTTT AACATTAAATTTTCTAATCACTTATTATCATTTAAAAAAAATTAAGTGCTTAAGGCCATG ATAAATTAAAGTCAAAGATACAGGACACACCTAATCATGTTGTAATTATTTAATACTCCT TAAGTTAATGAAAGTAGGTGTAGCATATTATAATTCTAACTCACAATATATATGTGCATT CATCACACAAGACTAGAATCTCTGGATAGACGCAATATTCATTTAAACTTGTAATTTATA TTTAGAAGAGAAGAAAAGTGATGACGAACATCACCATGCAAAATATACAAAGCATATCTT TATTTCTATGAACGTATGTTCGAATTAACTTGTGTGTTGATTAATTTTATAAGATACATA TTTGTTATTAATTTTTCATTAACACAAATATTCGATAATTCTACTTATGTGAACACAATT TAAAAAAACACAACTAACTTGAGTGTATTTCATATATATGTATATAGGGTTTGACCTTAA TTAAAAGACGATTGGTACCACTTTCGACACTAATAATTGTTTCTACTTATTATATATATC ATATATTATATAAAGAACAAGTTATAAAGATTTGTTCAGTGGGGATTGATATCAATTTAC GCTGTAAGTGCATATATATCATTACATAAACTGGATAATTAAAATAAATATAGTCAACCT TCACTAATAAATATAATATTATAATTAATATAATAGTACTGTTATGTTATATGATTAAGA ACATCATCCAAAATCCTCAATGAACATAAAGTTACTGTTTCAAGATTGTGTTTTTTTTAT TTTTACCTAAATTTAGTAAAACATCGTTATTTAAGAAAATACGAAAACTTTCGTATACAT ATCATGTTGTTTGTCTCCCTCCACGCCACCCCTGGCCCCTGCTAGCCAACTTGCTCCCAC TCCCTCACCCTCACCCCAACTCCTCCACCTCACATGATATTTATATACTTTAATTTTGAG ATATTTAAATATGTAAATGTCTTAAATAATAATTCGCATTTTATATGACATCCTAGGTCA CGTGTTTGTTTGTTCAATCTTATTGAGTATCTAAAGTTTGTTGAAGTCAAAGTTAAAAGA CGTATTTATACGTGTCAGAGGACAACTTGGTCATCTTCATATATTATTATTCTTATTGGT ATAGTGGGACCTATGTTTTCCACCCAAAAACATGTAACACTAGTCATCTATTTTGTTGTT GTTTTTCTATTTTTTGTTTTACTTTTGACTAAGTGTGTAAAGGGACAACCACAAGTTTGG TCGTACACACTAACATAATTTTCTTGCAATTTTGTAACGGCTATTTTTCTTGATTGCTAC CTACATATATTATTATGTCCATTTCATATCTAACACACCCTACGTACGTAACTTAGGACT TTTCCCACAAATTTGGATTATTATCATTCTTCTACTAGTTATTATTATTATTCATCATAC CAATATTATAAACAACACCAAATATATTTTTTCTTATACGATCAAGGGATCTTAATTCAT TGAAAATTCACAAAAATGATTGTTTATATGCGATAGACCCTTATAAAAACCCTAGTAGTA GCTTTGGGATCTTTTTTTGGTTGGAACCCTCTAATTTCTCATATTAGTAGTAAAAACAAC TACTATTACTTGATATTTAATTTGTGTATAAGTAAGGGATTCGTATGAACTTGTCTATTC AGCACGAGATATGGTAATGTATTATAGATTTAATAGTAAGAATATCTAAAGATTGAACAC ATCAAATCGTGAAACCTTCTCTAAGAAATAGAAAAAGACATAAAGGAGCGTCAATGAGTT AAAACTTTTTTCCCTGCATGCAATAATACAAATGCACCCACCACACGTACACCACTGCAG CAACAACAACAAATTGTCTATTATGTTCCCCCACCACCCTCTTCTAGCAATATGTTTATA AATATAACTCGAATTTTTCAAAAATGTTGTTATTTTTAAAGAGTCTAGAGTCTGAATACT CACCCAACGATCAATTTTGAGAAGTCTGAGCTACAAAATGTTTAACCATCTCATACTTTC TCTTTTGTTACCACATGAAATATAGGGATATCACTAAGCATATATTGTTGTTTCACCATC AAACGTGCAAATGCTGAATGAAGTGAATGCAGGTCACATCAACATTATATATATAGCCAT GCAAGGCAACTTATATATATATATAGCTGCTGTCATTCCACTACTCCCACCAGTGACTCA TTTACAACCTGTAATGTTCTAATTGATCTTTCTATTCAACTAGACAATAATCCAATCAGT CAGTGGCAAAATAAAAAATTTCGCTAAAATGATCAAGGTTTATAATTTGTTGAATTCTAT ATAGAGAGTATAAAGGGTGTTCAAATGACCACCCTTCACTTAATTCAGTGGTTGCGTCAA GCCAACAATAGTTCTACCATCCTAATTGTTGCTCGGACTCTTCAATAATGCTAATGGACG GATATCAGATCCTTGAAAAATATACTTTATGAGTGCGGCAATATTTTTTGATGAGTCTAA GCAGTACAGCTAAAAGAGCATCATTAGTATATGACCATTATATTGGAAGCAAAGAGATGT TAATAGGAAACCAATTTAGAAGTTCATATCCTTTGGAAAAACTCATTATTTGAGGACTTT TTATACATTAGACAGACACTCCAGGGAACTTTCAACTGGCTTCAGTAATTAAACTGCTTT ATATATATTATATATATCTATGGAACTTTCAGTACTGTTTTGAGTAAACATCAAACGCTA TGAAAGCGAAAACCCAAACTAGAAAAACTCATCTGCTCAACTTTGCCGCGTTTTCTTTTG TCAGTCAAGATGTAAAAGACGATTTCTTGGTTATGAAAAACCTGGAGAATAATATAAAGA TGATCTAAAAGGACCTGCAGGTGATGAGGAAGCTGAGAAAGAGCTCGGATGAACTAAACT ACAACCGTCTGGGTTGACATTCCATGTCTTAGCAGGAAGCTCATTCACTTGAGTAAGCAA ATTTGCATTCTGAGCTGCTCCAGTTTCACCACGCGGTCTATTTTCACAGAGATCCACAAA CCTTGAGGTATAGCCTGAGCTAATCTGCATTTTCCCTGAGTTCATGGTGTATGGAGAATT AGCCTCGTTTTCTGGAGAATCATCAATTACAATAATTTCTCTGACAGCATTTGGCCCAAC TGAAGTTGCATTCTGCCAATGAGAGATGGGAGTTGCTACAAACTTCTTCATATCACATGT CTCGTTTGGTCCATTTCGCACAGTATGTAAGTTGCCCCTACCTAAATAGTCTTGTCTGCC AAAGGGGGCACCCATCAATCCACTGCCACTGCTCTTACACAAAAACGAGGCTGGAGATGT AGGGGATGGCTGTACTTGTGGCCTTGAGTAACTGTCTTGACTTTTGAAACCATTTAACAA CCTGACATCAAAATGCTGTACTGGATCACCACTTTGAGGGAAGTGAGGGACAAGACGATT ATGCGCATCCACCTGATGGAAGGAGTTGAGATCCTCGTTACGAGATCTGGTGTTTGCCTG GTCAATCATGGAATTCGAGTGCGATGATCTTTTCAGTGGGGAATCTTCATCTTTGTTGAT GACCATTAAGTCCTTCCCCATCAGCCTGAGAACTGGATTAGAAGCAGATGGACTAAAAGA CTCGGATTCACGAGTTGGGAGCTTGAACTCAGAATCAGCAGAAATACCAAATTGAGTATG TGCCGTGGCCGATGATTTAGTGGGGTCATTTGTTTCAGGTCCTGAACTCGAGTCACTTAG AGAAAATGAGTTGCTCTTCAATATGATATTATTACATCTTGTGAGTGAATCACGGCTCAA CTGATTCTCACTCGCAGGAAAAGGGGAAAGGGCGATGGCTCGTCGCTGTAACAGCTGTGA CTCTTCACGATTCACAGCAAACCCTTGAGATGTTCCTCCTTCTTTCCTGACACAACAACA TGGCTTATCATTTGTAAATCTGAAAGTTCCTTTTCCAGGAAATAACGCATTTGCATCAAA TTTGTCCAGTCCATCTTTATCATTTCCTGTGTTTGCAGTCGGACGTAGTGCGACTGAATT TTCGACCAGAAGATCAACAGTTCTTCCAGAAAAGCTAGACCTTTTATCTTCCCAGCCAGT GTGGCATTTGAGCATTTCTGATGAATCCCTTCCACTGTCATACAAATTACCCGAATATCT TGAGCCAGTTCTAGCCATAGTTGAGTTAGAAACTGTTGATGCAGCAGACGTAGGCGAACC AGAAGAATCCTGATCAATGAATTCGGGATGATCTGCAGAAGATTGAATTCTGCTGCTGGA TAATGATGAACTCCCATGAAGGTCTTCTGAGCTCATACGACCAGGACTAGGTAAAAAGGA TCCCGGTGGTCCTGGTATGGGGATTGGATCAACCTCCAAAAAGTAATTCCCTTGCCCATC AGCGTTAGATCCTAATTCAGCAACATCATGGACATCACCATCAATCATCCCTTCAACACC TAAAATAGGATCTTGTGAACATGTTGCAGCTTTGGTTCCAAGAAAAGATCCTTTGTACTC TTCGCTAAACAATTGTGACTCGCAATGAGTCCTAGCAGGCCCAGACATCTCATCAGATCC AGCATCCATAGGCTTGCTAAAACTCGTAAAATCTCCCCTCCCAGCAAGTTCAGAGACAGT TGGATCCATAGTCTTATCACTCTTACTTTGATGATTCGCTTTCACAGATCCCAGTGCATC AGATGCACCTGCTAAAATGCTGCCAGTTTCATTATCAGAATGGGTCAAAGCAGACGATTG TGAGCTCTTTAAGCCCAGAGTGCCTTCCAAATTAGAGGCCATAATTCCCTCTCTATTTTT CCTGATGCTTAAAACCTCAGATCTTTTAACATTTACCCAATCACGATTCCTGCTTCCTTG GATTTTTGTTTCACTGAGATTTCCTCTTAAACAAAGTTTCTCTCCTTCAGTCTGGAAAAC TTCAGCTTCTTCCGATTCTGAGCTGGAGCTCCGACTAGACTTCTTAAAGGAAGCTGTTTT CCACTTCAAATTATATTTAACACCACGAGCAGGCCCTTCACTGACGGACGAAAGGTTCTT TCTCAATGATGACAACTTCCTCGCCTTTGAGGAGAATGATGGATGAGCGGTGGACTGTTC ACAGTTGACCTCAGAGTAGTTATCTGTGTTTCTTCCAACTCTCACATTTTTCACAGAAAG TGCATGGCCTGTAGTCATTTTCGGATGATTGTTCACAGAATGGCCATCTACCTTCAAATG TTTTCCTTTGCACCTTTGTAACACTAGGGATCTCTTCTTGTTAGATGGGAGTGAAGATTG AGATGATGAAAAGTCCACCACTTTCTTGTGTAGAGAAGGTGGTTCCTCGCTACGTTCTTC TTGAGGCTGATCAAGTAGCATATTCCCCATTCTTTGGCTACTCTCAGGCAAACAAACAGA TGATCTTGGAGATTTCACAAGACCGCTTCTCTTTTTAAATGGATAAGTCTGAGGCAACAC ATCATTGTCACTTTGCACGCCAGTCGACATATCAGCGCCAGAAAGCTGATGATTGTCCTT ATCACTGATCTTCCTTGTGAGGCCAGTTCTCTTTGAACATGCCCATTGTTTTATGGTTGC CAATCCATTTGATAGCATCTGGTCCGCAGATCTGAGGTCCTTATTTAGGCAATCCATTTT GTCAACATTTTCTCTTGGACAAAAGGTGCTCTCTTGACCACTCTTAATCTGTTCATAAAA TATTTAGCAACTTAGTTCAAAGCAAATTAATATATTACATACTAGGATTGCTAATTGGTA CAAACAAAATATTTTTGATAAAAGATAAATGAAACCCCACCTGCACCCGCCCCTCCTTTC CACCAAATTTACCAAAACAATCATGAAATTAAGCGAACATGAAGGGCAAAGTGCAGAAAG AGATGTTTAACATTGCTCTCCCAATATTCTTTTGTTTTCCGCTCCTAAAATTTTGCAGTA GCATTACTGCACTATAGTGCTACAGTTTCGGAAGCAATGAAATTTTCGAAGATGAGATGT ACTAGATAAAAGATGGGTTTCAAGAACAAAACAAAACCTGAGGGAACTTCTTTATGTCCA GGATTTTAAAAACATACCTTGGGACAGTGATCTGGCTTGGACAAGCAAAACTTTTTAGTA TGAGAAGCAGATTTCAGAAGGTTGTGATGTTTCTTTCTTTTCTTCGTCAAAATGAATTTG CTTCTTTTATCTCCATCCACCATTTTTTTCTGGAGAGGATCAATAACTGGCTTCGATGAT GGTAGCTGCTCATCATTGAACTTGGACAGAATTCGAAGCTTCGTGCCATTGGCGTCAATA TAAACAGCACCTTCATTAGCAGTGCATTCAAGGTTCACAGGAGGAGGTTTTTCCAGTTTC TCAACACCAGGTACCTCAGTGATCTCTCGAATAGATAACGTCGGATTTGAGGCCCAGTTG GTTCCATTCCTCCTATCAAGATCCTCCAGTGTACAGCTCTTAGCCGTAGCATAGATATCC ACCATCAATCTCGTTTTTCTTGACTTTATCCTGTGCTTAATCACCTTGGGATTTGCTGTC CACTTGGCTGTTGATGACTCTCCAGAGAGACACTGATCGATGTGAGCATTCAACGTGGTG TTTGATGAGGATGTGAAAGTCTTGCAAACTGGACATACTTTCGAAGCCATTGCCTCAGAC ACCATGAAACTGTTTGTGGTAGTGTCTGCCTCGTCTACGTTCCGATCTGTGCCGTTGCCA AATTTGACCATTAATCTGCACTTTTTCGCTGATTGTTGTTGTACTGTACTCCCACTCTTG TTTGACATGGGAGGTTTCTTGACCAGAGGTTCCAGCAAGTTAACAGCTTCTGCTCCCGAG CAACGCTGTTTCCTTGTTTCAGCTGTTGGAACTGAATCAATCTCAGAACAAGACCGACTC GTTAACGTTGAACGAAACACCTTTTCTCTATCAGATCCACTTGAATTGATATTTCTACAA TCCACAGCTAGTTTTGGCATACATATTCTACCACTGCTAGAACTAGTGGGCACAGGATCA TCATCTAGCTCAACATGTTTCTCCTCAGAAGTGACTATATTGTCCTTGTCAGTCGAACGA TTATCTACAGCACATTCCTTATCAGATTGAAAAGGAGGTAACAAATCCGTCGTTGCGCCA TGCCTCAAACAAAGCTGCAAATTTTTCTGAGAAAATGGCCAATTGGTCTTGATGTCCTTT CTCCTGGTTCTGAAAACATAATCCCTACAAAACATTTCATATCATATGTCAATACCTCAA AACAAAATAGCAAAAAGAACCCCCACAACAAATCTTTAACCGCTTACTATATCACATGAA GAAGAATCAACATAAAACTCATCTCATACACATTTACATATGTATACCATAATAAATATA GTTACATGAAATCTTAACCAAGACTGGAGGTAAAAGACAACAACCTAAAAAAAGACTCAT TTTTTTTTGTTTCCCAATATCAAAAATCAATGAGAAACAGTGGATCTGACCAACAAAAAG AAAATTCTCAGATGACTAAAAAACCCCTTTGAACAGTAAAACATTGAAGAGGTGACTAGA AACTAAAATACCATAACAAGACAGAAGCAGAGTTTTTCTTTTTTTTTTTTACCTTATGGA GAATTTGTTGTTGTTATTATCATCAAGGTCAGAGTTGGACAGATCTACTATCTTGTTATC AGAAGAAGGCCTTTCATCACTACTACTACTTTTCAGTAGAGAGATATGACAAGGATCTGG TGGAATGTTTTCAATGGATAACATCTGCTGATAAAATTCTCCCTTCTTCTTCTTCTTGTG CTGTCTTCCCAACAGTCACAAGAACTGCTGCTGCTGCTACTGTAGCTATATTTTCCAAGA CTACTACTTAGTCTTATCTCCTTATTATACTTAGCCCTCAGCATAACAGTAGCCTAAAGG CCTCTCCACATATACAAAAATAATATTAATACTTACTGTTAACACAACAAAACCCCACCA CCAACAAAAAGATTTACCCTTTCTTCATTAAAATCAACCTGCAAAGATAAAAACAGAAGA TCAAGAAATACCCACAAAGACTAAAGAGGCTATCAACAAGTACAATGTTATTTTATGTGT TTTGAAGTAAATCTGAAGCATCTATTTATGTTGAATCATCTTTAAAAGACTAATAGAACA AGAAAAGAACCAATTTTGGGAAAGAAAGAAACCCACAAGCAAAGATGTGAAGAAAGATCA ACACTCATGTAATGTTATTTTATGTGGACAAAAACCAAGAAAAAGGTACATAAAATTTAT CAAGTTTTGCTTATTGGGGTACAACTAAGCACTATTACACATCAAAAAATCAAAGACCAA ACAAAGTAAATCTAATTAAATCTTAACAACAAAGGGATGGTTTTTTTTCAAAAGTTTTTG CTGTATACAATGAACCATATTAAAAACTTTCAGTCTTTTGGTCAAGGATATAGTGGAAAA CTGAACAAGAAAACAAAAGGGCATTGAAGTTTAGATAGAGATGAAGAAACCCCTGAAATC AAAATTAAATCTTTTTTTTTTTGGTTTGGTCTTCAATGAACAGTAGAGTTTATGACCAAA GTTCAAAACTTTTTAGCTAAAGACCAGATTTGCTTGTTTTGATCAAAGAAGAGTTAAAAC TCCTTGAAAATATAAACCAAAAAAAAAACAGATCATGAAATCAAGAAAAATCTAAGTAAT CAAACCTCATCTCACTATTATATACCCCAAACACCAGCTCTAAAAATTAAGCAAAACCCA GATGTAAATGAAGAAAAAAAAGATGACCCAAGAGAGGAAACAAGCAACTAATGGAAAAAG ATCAAGTGGGTATGAGAAGAAATCCCCAAAAAAGAAACAAAAATAGAGTCTTTAGTTGAT TTTCAAGACACAAAATGAGAAGTTTCCAGAAGATGAAATGAGAATGACAAGAAATATACC AAAAAGTATTACTAGTAGTAGTAGGGACTGGCTGGCTGGCTGTATGGATGGAGATGAGAT GAGATGAGATGAGATGAGCTGAGAGTATAGAGTAGAGAAGATTGAAAGGAAAGAAGAATA GTGAAGAGATATAGAGAAAGAGCACCACCCACTCATACATCAAAAGAGGGCATCAGGTTC TTCTCTCCACCAAAAAGCAGGTTTGGACAATTAATCACCCACTACCCCCTCTTTTACCCC CCCACCCCCACCACCCACCCACCCTCCTTAAGTGAGAAATAGAAAAATGGTGAAATTTTT TTTGGATTCATATGTTGTTTTTGTACTAAAATTTCACTAATTTTTTATTTGTGCTAAATA TAATTTAGTGTTTAATGTTTATATTAAAGTCTGATTTATTTAATCAGGACTTATAAGAAT AACTTCATCTATTATATCATAATCGGTACTAAAATTTTATCTACTATGTCACACTAAAAT CATATTGAAGAATAATACAAATAATCTCATCTAACACATTGTATCCTGTTGTATAAATGT TTTTCTTGCAAATTTATCTTTAGTTTCAAATTATAAATTTTGATTGACATAAGATTGGAA AGGATGAGTCTTTTAACACATGCAATAAAGAGGGTCATTGTGGTTGGTTATTTGATAAGA TTAGTATCAACACAAAAAAAATTTCATAAAATAACACTCTTTAATTGTATTTAATGTATT TTAATTGAATCGATATCTAATAAAATATATATACTTTAATTTTTATAAGATAGAATAATA TTATATATATATATCACCCTCTTTAGATTTTTCAATTGCTTTATAATAAATCACTATCAC ACCATTTCATTCATTAAATCTATGTATAACTAAAACATGAATCAATCCATGCATCTTAAA TATTGCAGGACACTATATTAAGAGTAAAATCAAACAAAACATAAAATAATTTTATAAAAT AGAAAAAACAAATTCCTTTTCTGAAAAAACAAACGATGAAGGCAAATGTTACTTTTCCGT CACAATTTGTTTATCTTATTTTTTAATTTATTTTTTATAAAAAAATGCTTCTTTGTATTT TTTAACAATCCTCTTATTCAAAATTTCTATAAATTTAAACTATAAAATTAATTACATTTT GATACACTTTATACCTTTTAAATTTATAGTTATAAAATATGAAATTACTTTTTATTTTTT AACTCATTATAACAAGACAAATAAATTAAAACGAGTCAGTAATAAAAGTGGATAAAATGG TAAAAAAGGAGATGGTGGTGTTACTCTACTAAGCTGTCCTATCCACTACCTACCCTATTA AGAGAGGGTGGTGGGGTGGTGTGGGGGGCCCCCTTATTTGATTTTAATTTTTATTTTTTT GTTATGAATTGTTTATTGTTGATTTTTTTCCCCTTCATCATGTTTGTGCTAGAATGTCAG TTTTGGTCCCACATCTTTTATGAAATTACACACCGCTACACTCCCTTTTTCCAATTGTCC ACTTCACTACACGACAACTTTTTTTTATTTCTTTCTCTCTCTGTTTAATGATGATGATGA CAACAATATAACATTCAACTTGTACTAAGTCTTTTCTTTTGTTCATGTTTTTAATTCTAT CCACCTCACTTTTACCCTTCTTTGTACTTTGGGTGAAATTTTATTTTAATTTACCTCATA TATTATTTTTAAATCAATTGATGTTGTTATATAAAAGGTCATGTGTAGTTGATAAGTAAT ATTACTCAGCCTTTTAACTATAGATTTTGATAGTATATTTCAAATATTGAGAAGTTTGTT TGTGGAATTTCAAATGACTAATATGTAGACAAAATACTAGGAATTGGAAGGACATGCATG GATTTTTCAACTCATTTTTTGAAGGAGTTGTAAAATATTGATCTAGCAAGAAGAATCTAA CAAGTGATCAATTTTAGTAATTGGTAAGCACTTTGATGTTTATTAAACATATTTATGAAT TAAAAAGTATTTTAAACTTAGTTATCCTCTAACTTATTACTCTCTGAATCCGGTATTGTT TGTCATGTTGCGCTTTTCGAAAGTTAATTTGACTAATTTTCAAAGTTAAATTAGATTAAA TTAATTCGATATTTAAAAAAAATATTCTAAAACTATATGAAAAGTAACATAACTTGCAAT TTTTGCATATTAAGATGATGAAAAATACAACTTAAAATGTTGGTCAAAGTTTTTATAATT TGACCCTCAAAATAGAAATTATAACAAATAATATCGGACGGAGGGAGTATAATTTAAAAT GAAAATGAGTATAATTAATTAATATTAAAATAAAGTTTATACATAAAACTTATCATATAT TTATTATATTGAATAAATGTAAAAATAAAGTTATTGCTAAGTTGTTGCTTGTAATAAATC ATCTCATTGTTTGGTATTTTCGCTGTAATATTTTTAAGGGATTCACACTTAGCTAGCACA ATTTTATTGTGTTCGTTTTTTTAGTAAAACACAAGGAAATTGCAGTTAAACTAATTCTAC CTTACATAAAATACTACTATATTATATGTAGCTCTAAATATTATGCATATATCTTGACAT GATTATCACGCAGAGTTGTGGATGTAACTATTAAAGTTAATAATTAGAATATATGTTATT TATATCATATTTTTTAAAATATGATGTTTTTTTAAATACTGCATAAATATAAGATAATAA TTTGTTGTTAGACTGTCCTTAGATTATTACGAAGAAATTGTTGAGTAACATGTGATTAAT TTTTCGTAAGCAACTCAATGTTGATTAATTAGTTCACTAACCTTTTGTACATGAGTTAAT TACTAGACAATTTTTCATTAACCATGATAATTTTATTTAATATATATAAAGTGTGGTGCA CGTTAAATACTTAATGTATTATTTTATTTCGTATGAAACTAAAAGTTAGTCTTTATCTTT TTTTCCTTTGGTTATATAATATCTTGGAAGGTTTGGTCTTAGTCCTTTTGGGCGTACGCT TTCATTTTCTTTTGTCAATATTGCCTTCAATAATTGATAATAAATATTGGGATTTTAATT TATCGAAGACGTAATTCTAAAAAAGAAAATATAAAGATCGTAATTATAATATATATGGTT ATTAGATATTCAAACAATATTTTATTTTTTAAGATAGAACTACCGTATCGATCTACTTCT CCTTTATCTTACGGTGCTAATGTAGTAATGTTGGTACTATTTTCTTATTCTTATCACCAA CATGTTATTTTTTATAGTTTTATTATCGGATTATAATGTTGGTGCTAATGTGTCTTTTAT GAAATTATATTAAATATTTATTATTAATTCTTGATGATTTATTTTAAGAAAGAAAAGAAA GTGAGTTTCTTTGTTATTTTATGACTAAAAAATGTTATTTTTAATTTTGCGTTAATAATT AACCTAACTAGTAAGAAACTAGACTTCTTTTGTCATGATAGTATCTCAAATATCTCAAAA CTTTATAGAAATAGCTTAATTGTAAGTTACTCTCTTTAATTTCATTATTATAGCAAGTAG GCATCAATCGTTTTCTAGTACTATTGGATTTATATAGGCCTGCGTTTTTCTCCTTCATAA GATGAGAACCACATAAATCTCCAAATAAAAGAAATCCCTAATATCGATTACACTATTCGT TTTAATTTATTTTTTAAAAATTATTTTTTTTGGTAATTTTTAATTTCGACCTTTCACATG ATAAATTGTAGATCATAAGATTAAATGATAATTTATTATATTTAACATATCTATAATTTA ACATCTCAAAATTCTTATGTATATTTAACTTCACGTCAAATCAAATCGAACAATATGATT ATTTCCGCTTTGAGGTACCATAATTTAAATTTTAAATTCATCATTGTTCACTTTGAAGTT ATTCTATCCGTCCATTTTTCACTGTCATAGTTTTATTTAAGACAAACGATAAGAATTTTA ATCAATATTTTATGATGTATTTTTTATCATATTGATATTTAAAAAAATACAATTTATAGT ATTTTTGGTATAGTTTTTATTTATTTTTTGTTTAAAATATAATATAGTATAATTTAATTT TGAAAATTAATTAAATTATTTTTCGAAAAACGTAACATAATTAGTAGACGGAAACAGTAA TTACAAGCATTAAACTAATGCTCTTAATTATAGTTACCTATTTTACCAATCAAACCAATA AATTTATCTTTTTACTGTCTTTGTTATTTATTTATTAGTATAATTTATTTTCAGTGGGAA GTTAGCTTACAACATATTTTGCCTGAAAATGGCTTTAATTAAGTTTAGACCTACTTGAGG ATTTTTAAAAGTATTTTGTTATTTAGTTCTTACTTCTTAGTTGAATATATGGTGGCCTAC AATCTTTGAATTTTCATCATCAAGTGTGTCGTCATTAATTAAATTTCAACGTTTTCCTAT AACATCTAAAGCTTATTTAATTAATTTCAATTAATATAATTGAATTGTCTACTATAAAAA AAAAATCTTTAATCCATTATGACTTATGTGCATTGTTTAGCATAGAACCCTAGCTATTAC AATTTTATTTTTTTTTAAAAAAATAATATTAACATGAGTAGGTATATAAGTCTTTCGGCT TTTAAAGAAATAATTAACATAAATTAATGCTCTTAAATCCTTACACTCTTTAATTCCTTT TAACACATTATTTATTGGTCCTAACATCCTATATATTTTGCTAAATCTTTACGTAAAAAA AGAAAAAGTTCGATAGTCGAAAGAAAATCAACTAAAATAAAAAGAATTTTTGATATGATT GGTATAATTATTATCGTCTTATTTATGAGCTCGACAGACGTACCATAACTTTTTTAGAAA TACAAAGCATAGGTACATATAGTGGAATTTCATGATTTGGCCCTTCTTCCTACCTCGTGC ATATCAATAACTTAGTATATCGGAATATCGATCATCTTTCTTTTTTTAAAAAAAATATTG TGAATTAAGCTATTAATATAATGAACTTGAGGGTCCTCTTTGCACAAGTTTTAAGAGTTG AGGGGGTATCAAGCAAATAACGATTATTTTACACAAATATCGAGGGGTAGATTTTTTTTC TATATTTTAATTTAATTGCAGCACCGCCTTATAATAAACGGGAAAATAAAAATTGAAAAA ATGATGATAACATGGATGGCTTAACAACTTTTTAACACACAAAATAAAGTCCATATACAG CTGAACCTCCAAATTAATTAATCCAAAATATATGGAATTTATTTTTTTGAAATTTCGAAA AGAGTGCGTATGGCAGATTATTTTAGGGCATGTTAAGTGTATTTTGATATAATAAATAAA GTATGGTTTTTCTTTGGCTGCCAAAAAAGATGAGACCCCACTAACAAGAAAAAAGAAATC CATGGACAATATTGACAAAATATAATGTCCTGCCCCATCATACAAGTAATGTTAGAGACT TGTTTATACCAATGTCTTATTGTCTACACTTTACAATCTTCCTCTCCAATATTTCTGTAA AAATCATCGGGTTCCTATGAAATGATAAGTGTATCTTTATTCTTAATTTGAGATTTGAAT CTCATTCGATAGTTAAGTGGAGATTAAAAATAATTATGAATATAAGAATACGATTCGACA TATATTCAAGGGCCCAAAATGCTCAATCCAAAAAGTCTCGAAAAATATGCTAAATTTTGA CTTGGTAAAATTATCAAAACTCAAATTCTTTATATTTAAAAACGTATTTTGAATTCAATA TATAAAACGAGTTATGATTCAGAAATCCATAACTTAAGATCTTTGAGTATTTTACCTCCA AATGAAATCTTTTAGTATGAACAACATTATAATCGATATTAATATGACTGGAGAATCGAT AAAATCATATATTTATATTAAGAAATTTATTTAATGCACGTAAATATTAAAATATTTAGA ACTCAACAAAAAATATATAAATATATATGTATATATATAAAATTTAAAATTTATAAATTA AATATCTTGACTCCGTTTGAATACAATCTTTAATCTTAAATATACATCGTAACGAAAGCT ACCAAAGAGAAAAAAAAAGATAAAAGTATTGTGGATTTTTACGAAAGTGGGTGCATGTCA AATACTAACGCACTAACTATTACTGTTTATGACAAGTCGAAAAAAAAAAATGGGCATGCC ACATGCGAATATACAATGTTTTGTTCGTTTTATTAATTTTAATTACATACGAAGAGAGAA ATAAAATAAGATAATATTAACAATATGTGAATAATTCATTAATATGAGATTAATTCTTTT TGTTATTAATATGGGAGCCTAAGTCAAAAAATGTTTGATTATGATATCATATTGTTAAGT GAATTTTACGCATGATTTATCAATCTATTGATATAAAAAAAAAGTTGTTCAAATTTGTGT AAATAAACTTAAATGTGCACTAGTTTCTTTTGTATCGTGGTCCAATGGCGGTCCAAATTA ATTACTCGATATAGTTAAATTGGTATCCTTAATACTAGACATTATTAACATTGAAAGATC TAAATATCTACTATATTTTACTCTATGATTAAAGTAACATACGTGGCATGTTCCTACCCA AGAGATTTTGTTTATCTAGTAATAACAAAAATGAACATTTATTTCTTTGATAAAATAAAA TTAACCATTATGAAATGATCTATATACAAGCATATATCATGTATCATTCACTAGATATGC ACAATGTAATATCATAGCTAGAAATACTATATGAAGTTTTTGAGCTTAAAATATTAGTTC CGTAAAACTATTCGATTTTAAATTAATAATTTAATATTTTTTTAATTATATATAAATATA ATTAAAATTAGTGAATTCGATAGAAATTCTGATCAAAGCGGCTAAAGTAATGTGTAATGA TTTATTACTTAAAACTTCAAAATCATAGTCCCACGCTCCACGTTCATTGCAGGGCTAAAA AATAGTATAGTACTATTATAATCTATTAATTAGTGTAAAATGTAATTAATTTTAAATCCA TTAATTAATTCATTCAACACCATTACAAAGCAAAGAACAATTAGTCGTATATGTTTACCT AAATTGAAAATGACTGTGACCCTACATCGTGTGATTTTAATATTTTAGTCAGCTAACTGA AATAACTTTGCTTATTTTTATTATATGATAAATCATAATAGTTTGTAACGTTATGGCCTA TCAAATAATATATAATTATTTAATATAATATATATTGACTAAACTTTTGTGGCATATTAT ATAAGTGTATTTTTATGATCTGATTTTTTCTTCACCCTGCATATAGCGGAAATTATTAGT GCATTAATATTGACTACAATTTTATACTCTGTTGTAAAAGGTAAAAATTTTTATAATCTA TTTATTAAATACTTGAGATTAATGAATATTACAATCGAGATTTATCATATAGATATAAAA CCTTTTTTTCATTTTAAATTGTACCTCCTACTATTTTGATTTTTCTAATAGTGATATGCT AATAATCAGTTTATACGTATCTTTAACTATTCCATGTTATATATATTTATTTTTCTAAAT TTATTTTTTCTACATCTTTGTTTTTTCTTTGACAAAATGGATTTGTTAGAACTAGTATAC ATCATTCACCACACATGCACATTTATAAGACAAAATTATTGACACCTTCAAATATATGCT AGTCCTTTCTGACATAAATATAATGTCACACTATGCCTGCTGGTTCAATTAATATGAATT TCTTAGAATAGTTAAACACCAAAAATCTTCATATGAGAGGATGAGATTCATTAATTGGTT TCACTAAACCAAATTAGATTACAACACAGTAGACTTGCTCTGACTAAATCTGGATTAGGG ATTTGTTAAGAAGTACCTTAATTAATTAGATTCCTTTTGTCACATCATCATTCAAAAATC AAAATGATTTTTATTAGGTCGAATGTGACAAAGTATATATGAAGGACATAATTGAAACAT ATTCCACATTCAAAAATTAAAATTTTGGACTAATCGGTTTAAAAATATAGAAGGTAAACG TTTTCTTCTCAATTCTAACTATAATCAACGGTTACATTAATATTAATATATATAAAGTAA AATGTAAAAGCAATTTTCACATTAACAAATAAAAAAATTGTTCAAAATTAAAGAAAACAT CACGATATTTGAAATCACATTGATTTTTTTCTTTAAATTGTGTACTTAGTCTTTTTTTTA AAAAAAAATGTTTGGTTGAAATATAATAGTATAGAAAAAATTGGCAAAAAACTAGTATTT AAATATTTAAAAATGCAAAGTATATAATGATTAAACTTTGTTGGTCAATGATAGGGATAT TTTGGGGATTAATCGCACTCTGTCCTCCACTTCCCGTCGTTAGTAGCTTAAAGTCGTAAA AAACTCGATTCCGGTAGCGACGGCGACAAGTTAACCTACTGAGAAGAAAGTTGTTAAATT TACACTCAATTTCGTAATGCATGCTGGTGGAATCGCCGGTTATCCTCCGACGAAAAGCCG GTGAAAAATTCCTCAGAAATGTCGGGAGGGGAGTACGGGGATCACAACATTTTGTTACGT TCTACTTCATCGGCGTCGGAAGGCGATGTGGAAAGCCAGTCATCGCCGAGGAGAACGAAT ACCAGAAGCATTAAGGATCTATTGAAGAGGTTAGATCGAGGATTTTCTGGTCGGCGATCA TCGGATAGGGATCATCACCACTCCTCGTCGCCTTCGCCTTCTAATCGCCGCGGTGTTTCA TCTACTGCGGATGAAATTCTAGGGGATAGTGCTCCGCCGGAATGGGCGATGTTGCTTGTT GGATGTCTCCTTGGCCTTGCTACTGGCCTTTGTGTTGCCGGGTTTAATCGAGGGGTTAGT TTCAGCTTATAGCTTGCATTTTTGTTAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1143 1203 match_part 1.000 2174 2388 match_part 1.000 2527 2660 match_part 1.000 2750 2842 match_2 match_part 0.997 3883 4220 match_3 match_part 0.997 3883 4220 match_4 match_part 0.997 3884 4220 match_5 match_part 1.000 31458 31987 match_6 match_part 0.987 31463 32058 match_7 match_part 0.920 31481 31918 match_8 match_part 1.000 31500 31987 match_9 match_part 0.937 31522 32044 match_10 match_part 0.998 31772 32315 match_11 match_part 1.000 31986 32356 match_part 0.983 32449 32986 match_12 match_part 0.980 32103 32356 match_part 1.000 32449 32892 match_13 match_part 0.944 32286 32356 match_part 0.979 32449 33015 match_14 match_part 0.944 32286 32356 match_part 0.997 32449 32766 match_15 match_part 0.994 32674 33022 match_16 match_part 0.812 40333 40364 match_part 0.870 40421 40474 match_part 0.942 41019 41224 match_part 0.965 42621 42706 match_part 0.939 44622 44703 match_17 match_part 0.981 41019 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 0.992 45609 45728 match_part 1.000 45813 45929 match_part 1.000 46689 46821 match_18 match_part 0.969 41034 41224 match_part 0.965 42621 42706 match_part 0.986 44622 44767 match_part 0.983 45609 45728 match_part 0.974 45813 45929 match_part 0.958 46689 46759 match_19 match_part 0.973 41039 41224 match_part 0.965 42621 42706 match_part 0.986 44622 44767 match_part 0.983 45609 45728 match_part 0.974 45813 45929 match_part 0.981 46689 46796 match_20 match_part 0.973 41039 41224 match_part 0.965 42621 42706 match_part 0.983 45609 45728 match_part 0.977 45801 45929 match_part 0.948 46689 46765 match_21 match_part 1.000 41041 41224 match_part 0.988 42621 42706 match_part 1.000 44622 44767 match_part 1.000 45609 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46832 match_part 1.000 46944 46995 match_22 match_part 0.978 41045 41224 match_part 0.965 42621 42706 match_part 0.983 45609 45728 match_part 0.974 45813 45929 match_23 match_part 0.966 41048 41224 match_part 0.940 42621 42989 match_24 match_part 0.960 41048 41224 match_part 0.941 42621 42891 match_25 match_part 0.966 41049 41224 match_part 0.965 42621 42706 match_part 0.983 45609 45728 match_part 0.984 45801 45929 match_part 0.951 46689 46832 match_part 0.885 46944 47047 match_26 match_part 0.965 41052 41224 match_part 0.965 42621 42706 match_part 0.973 44622 44767 match_part 0.955 45609 45720 match_27 match_part 0.988 41055 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44835 match_28 match_part 1.000 41056 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 1.000 45609 45728 match_part 1.000 45813 45883 match_29 match_part 1.000 41056 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44921 match_30 match_part 1.000 41056 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44877 match_31 match_part 1.000 41058 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 1.000 44913 44936 match_part 1.000 45609 45709 match_32 match_part 0.994 41071 41224 match_part 1.000 42621 42706 match_part 1.000 45609 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46736 match_33 match_part 0.956 41088 41224 match_part 0.965 42621 42706 match_part 0.979 44622 44767 match_part 0.975 45609 45728 match_part 0.938 45801 45929 match_part 0.932 46689 46732 match_34 match_part 0.956 41088 41224 match_part 0.965 42621 42706 match_part 0.979 44622 44767 match_part 0.975 45609 45728 match_part 0.979 45801 45895 match_35 match_part 1.000 41093 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44697 match_36 match_part 0.971 41120 41224 match_part 0.965 42621 42706 match_part 0.979 44622 44767 match_part 0.975 45609 45728 match_part 1.000 45813 45823 match_37 match_part 0.988 41145 41224 match_part 0.965 42621 42706 match_part 0.962 44622 44727 match_38 match_part 1.000 41183 41224 match_part 0.965 42621 42706 match_part 0.986 44622 44767 match_part 0.983 45609 45728 match_part 0.977 45801 45929 match_part 0.953 46689 46731 match_39 match_part 0.777 41389 41554 match_part 0.937 42612 42706 match_part 0.979 44622 44767 match_part 0.975 45609 45728 match_part 0.974 45813 45929 match_part 0.948 46689 46803 match_40 match_part 0.777 41389 41554 match_part 0.937 42612 42706 match_part 0.979 44622 44767 match_part 0.975 45609 45728 match_part 0.974 45813 45929 match_part 0.973 46689 46762 match_41 match_part 1.000 43815 44404 match_42 match_part 0.996 43816 44317 match_43 match_part 0.981 45624 45728 match_part 0.992 45801 45929 match_part 0.993 46689 46832 match_part 0.992 46944 47203 match_44 match_part 0.989 45637 45728 match_part 0.984 45801 45929 match_part 0.972 46689 46832 match_part 0.960 46944 47264 match_45 match_part 0.958 45681 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46832 match_part 0.991 46944 47394 match_46 match_part 1.000 45723 45728 match_part 0.983 45813 45929 match_part 0.972 46689 46832 match_part 0.947 46944 47449 match_47 match_part 1.000 45907 45929 match_part 0.979 46689 46832 match_part 0.954 46944 47461 match_48 match_part 0.917 46689 46832 match_part 0.942 46944 47460 match_49 match_part 0.987 46758 46832 match_part 0.981 46944 47469 match_50 match_part 0.923 46768 46832 match_part 0.949 46944 47456 match_51 match_part 0.987 47095 47469 match_52 match_part 0.974 47213 47441 match_53 match_part 0.933 48216 48260 match_part 0.989 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 1.000 51019 51341 match_54 match_part 0.930 48218 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 0.994 51019 51346 match_part 0.617 52406 52452 match_55 match_part 1.000 48225 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 1.000 51019 51320 match_56 match_part 1.000 48235 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 0.990 50824 50928 match_part 1.000 51019 51229 match_57 match_part 1.000 48235 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 0.990 50824 50928 match_part 1.000 51019 51229 match_58 match_part 1.000 48236 48260 match_part 0.935 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 1.000 51019 51149 match_59 match_part 1.000 48236 48260 match_part 0.989 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50921 match_60 match_part 0.667 49278 49301 match_part 0.978 49428 49519 match_part 0.945 49917 50044 match_part 1.000 50824 50928 match_part 0.946 51019 51316 match_61 match_part 0.760 49279 49303 match_part 0.967 49428 49519 match_part 0.906 49917 50044 match_part 0.971 50824 50928 match_part 0.889 51019 51351 match_part 0.720 53379 53403 match_62 match_part 0.667 49281 49301 match_part 0.978 49428 49519 match_part 0.938 49917 50044 match_part 1.000 50824 50928 match_part 0.922 51019 51351 match_63 match_part 0.978 49428 49519 match_part 0.938 49917 50044 match_part 1.000 50824 50928 match_part 0.925 51019 51339 match_64 match_part 0.976 49479 49519 match_part 0.875 49917 50044 match_part 0.962 50824 50928 match_part 0.941 51019 51069 match_65 match_part 0.962 49993 50044 match_part 0.981 50824 50928 match_part 1.000 51019 51069 match_66 match_part 1.000 57646 57988 match_part 1.000 58874 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60114 match_part 1.000 60608 60685 match_part 1.000 60788 60892 match_part 1.000 60999 61048 match_part 1.000 61143 61242 match_part 1.000 61359 61457 match_part 1.000 61540 61653 match_part 1.000 61758 61917 match_part 0.975 62707 62981 match_67 match_part 0.994 57655 57988 match_part 0.982 58874 58986 match_part 0.917 59094 59117 match_68 match_part 0.997 57655 57981 match_69 match_part 1.000 58983 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60114 match_part 1.000 60608 60685 match_part 0.901 60788 60858 match_70 match_part 1.000 58983 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 0.965 59848 60102 match_71 match_part 1.000 58983 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60102 match_72 match_part 0.997 59094 59391 match_part 1.000 59659 59758 match_part 0.985 59848 60114 match_73 match_part 1.000 61167 61242 match_part 1.000 61359 61457 match_part 1.000 61540 61653 match_part 1.000 61758 61917 match_part 0.992 62707 63095 match_part 1.000 63206 63213 match_74 match_part 0.989 62722 63095 match_part 0.973 63206 63280 match_part 0.939 63622 63769 match_75 match_part 0.987 62857 63095 match_part 1.000 63206 63280 match_part 0.978 63622 63889 match_76 match_part 1.000 64757 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67320 match_77 match_part 0.972 64859 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67403 match_78 match_part 1.000 64902 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67233 match_79 match_part 1.000 64902 65177 match_part 1.000 65263 65319 match_part 0.995 66938 67141 match_80 match_part 1.000 64904 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67198 match_81 match_part 0.922 64921 65177 match_part 1.000 65263 65319 match_part 0.937 66938 67237 match_82 match_part 1.000 64930 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67257 match_83 match_part 1.000 64936 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67039 match_84 match_part 0.918 64945 65177 match_part 1.000 65263 65319 match_part 0.935 66938 67351 match_85 match_part 1.000 65001 65177 match_part 1.000 65263 65319 match_part 0.997 66938 67299 match_86 match_part 0.918 65007 65177 match_part 1.000 65263 65319 match_part 0.923 66938 67419 match_87 match_part 1.000 65015 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67397 match_88 match_part 1.000 65015 65177 match_part 1.000 65263 65319 match_part 0.995 66938 67318 match_89 match_part 1.000 65015 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67297 match_90 match_part 0.968 65083 65177 match_part 1.000 65263 65319 match_part 0.896 66938 67534 match_91 match_part 0.985 65112 65177 match_part 1.000 65263 65319 match_part 0.894 66938 67511 match_92 match_part 1.000 65112 65177 match_part 1.000 65263 65319 match_part 0.899 66938 67510 match_93 match_part 1.000 65112 65177 match_part 1.000 65263 65319 match_part 0.924 66938 67318 match_94 match_part 0.882 65127 65177 match_part 0.982 65263 65319 match_part 0.939 66938 67282 match_95 match_part 0.950 65300 65319 match_part 0.916 66938 67413 match_96 match_part 0.984 67039 67533 match_97 match_part 0.986 67039 67533 match_98 match_part 0.986 67039 67533 match_99 match_part 0.997 67079 67477 match_100 match_part 1.000 67079 67475 match_101 match_part 1.000 67079 67442 match_102 match_part 0.985 67089 67546 match_103 match_part 0.995 75617 76057 match_104 match_part 0.980 88632 89240 match_part 0.583 89480 89491 match_part 0.833 89814 89825 match_part 0.465 90112 90212 match_105 match_part 0.985 88635 89240 match_part 0.600 91281 91325 match_106 match_part 1.000 88644 89240 match_107 match_part 0.920 88691 89225 match_108 match_part 0.926 88691 89218 match_109 match_part 0.997 88695 89291 match_part 0.714 89812 89825 match_part 0.459 90112 90172 match_110 match_part 0.989 88699 89240 match_part 0.583 89480 89491 match_part 0.833 89814 89825 match_part 0.585 90112 90152 match_111 match_part 0.993 88699 89240 match_112 match_part 0.926 88699 89225 match_113 match_part 1.000 88699 89177 match_114 match_part 0.992 88701 89233 match_part 0.600 91281 91320 match_part 0.421 91828 91865 match_115 match_part 0.998 88701 89240 match_116 match_part 1.000 88701 89177 match_117 match_part 1.000 88701 89175 match_118 match_part 0.920 88702 89213 match_119 match_part 0.959 88702 89166 match_120 match_part 0.944 88708 89225 match_121 match_part 0.993 88725 89295 match_122 match_part 1.000 88725 89177 match_123 match_part 0.951 95732 96459 match_124 match_part 0.913 101093 101381 match_125 match_part 0.903 101094 101538 match_126 match_part 0.972 106420 107091 match_127 match_part 0.969 106421 107138 match_128 match_part 0.916 107613 108337 match_129 match_part 0.968 128510 128911 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_130 match_part 1.000 13535 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 9994 match_part 0.981 9601 9286 match_131 match_part 1.000 13573 13519 match_part 0.984 12670 12546 match_part 1.000 11563 11471 match_part 0.987 10147 9994 match_part 0.971 9601 9324 match_132 match_part 1.000 14014 13853 match_part 1.000 13600 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 9994 match_part 1.000 9601 9579 match_133 match_part 1.000 13620 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 10026 match_134 match_part 1.000 15876 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13853 match_part 1.000 13600 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 10064 match_135 match_part 0.969 15943 15657 match_part 0.990 15579 15484 match_part 0.972 14031 13853 match_part 0.976 13600 13519 match_part 0.906 12670 12607 match_136 match_part 0.969 15884 15657 match_part 0.990 15579 15484 match_part 0.972 14031 13853 match_part 0.976 13600 13519 match_part 0.929 12670 12615 match_137 match_part 0.965 15944 15657 match_part 0.990 15579 15484 match_part 0.972 14031 13853 match_part 0.976 13600 13519 match_part 0.957 12670 12648 match_138 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 0.989 14031 13853 match_part 0.963 13600 13519 match_139 match_part 0.990 15865 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13853 match_part 1.000 13600 13558 match_140 match_part 0.990 17168 16856 match_part 1.000 15938 15657 match_part 1.000 15579 15484 match_part 0.994 14031 13853 match_141 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 1.000 14031 13977 match_142 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 1.000 14031 13977 match_143 match_part 1.000 17091 16856 match_part 1.000 15938 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13997 match_144 match_part 1.000 15938 15657 match_part 1.000 15579 15551 match_145 match_part 0.971 17127 16856 match_part 0.979 15938 15657 match_part 1.000 15579 15555 match_146 match_part 1.000 17192 16856 match_part 1.000 15938 15674 match_147 match_part 0.993 17617 16864 match_148 match_part 1.000 17088 16867 match_149 match_part 0.976 17562 17011 match_150 match_part 0.993 17616 17055 match_151 match_part 1.000 20538 20527 match_part 0.988 20439 20269 match_part 0.994 19793 19625 match_part 1.000 19547 19504 match_part 1.000 19410 19368 match_part 1.000 19279 19250 match_152 match_part 1.000 25756 25748 match_part 0.990 25557 25456 match_part 1.000 25369 25204 match_part 1.000 24983 24867 match_part 1.000 24784 24717 match_part 1.000 24627 24526 match_part 0.987 24440 24289 match_153 match_part 0.986 31879 31446 match_154 match_part 0.952 34264 34202 match_part 0.990 34095 33996 match_part 0.977 33680 33594 match_part 1.000 33499 33421 match_part 0.955 33286 33154 match_part 0.799 33085 32897 match_155 match_part 1.000 35348 35290 match_part 0.986 35018 34950 match_part 0.983 34259 34202 match_part 0.980 34095 33996 match_part 0.989 33680 33594 match_part 0.987 33499 33421 match_part 0.985 33286 33154 match_part 0.821 33085 32902 match_156 match_part 1.000 35981 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34950 match_part 1.000 34259 34202 match_part 1.000 34095 33996 match_part 1.000 33680 33594 match_part 1.000 33499 33421 match_part 1.000 33286 33154 match_part 1.000 33085 32978 match_157 match_part 1.000 34978 34950 match_part 1.000 34259 34202 match_part 0.990 34095 33996 match_part 1.000 33680 33594 match_part 1.000 33499 33421 match_part 0.992 33286 33154 match_part 0.925 33085 32980 match_158 match_part 0.962 35367 35290 match_part 0.971 35018 34950 match_part 0.966 34259 34202 match_part 0.990 34095 33996 match_part 0.977 33680 33594 match_part 1.000 33499 33421 match_part 0.962 33286 33154 match_part 0.917 33085 33062 match_159 match_part 0.962 35367 35290 match_part 0.942 35018 34950 match_part 0.966 34259 34202 match_part 0.990 34095 33996 match_part 0.977 33680 33594 match_part 1.000 33499 33421 match_part 0.956 33286 33196 match_160 match_part 0.974 38552 38477 match_part 1.000 38335 38240 match_part 0.992 36085 35956 match_part 1.000 35381 35290 match_part 0.971 35018 34950 match_part 0.983 34259 34202 match_part 1.000 34095 34091 match_161 match_part 1.000 38543 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34950 match_part 1.000 34259 34202 match_part 1.000 34095 34091 match_162 match_part 0.984 38300 38240 match_part 0.992 36085 35956 match_part 0.989 35381 35290 match_part 0.942 35018 34950 match_163 match_part 1.000 38536 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34982 match_164 match_part 1.000 38544 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34986 match_165 match_part 0.951 47426 46941 match_166 match_part 0.959 47436 47141 match_167 match_part 0.989 67512 66957 match_168 match_part 0.995 70195 69819 match_169 match_part 0.992 70174 69819 match_170 match_part 0.971 70964 70895 match_part 1.000 70721 70603 match_part 0.992 70195 69826 match_171 match_part 1.000 71536 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 0.984 70195 69830 match_172 match_part 1.000 71534 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 0.997 70195 69836 match_173 match_part 0.976 70979 70895 match_part 0.975 70721 70603 match_part 0.938 70195 69840 match_174 match_part 1.000 71017 70895 match_part 1.000 70721 70603 match_part 1.000 70195 69963 match_175 match_part 1.000 71536 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 1.000 70195 69981 match_176 match_part 1.000 72406 72316 match_part 1.000 71617 71469 match_part 1.000 71028 70895 match_part 0.992 70721 70603 match_part 1.000 70195 70098 match_177 match_part 0.967 73006 72916 match_part 0.972 72458 72316 match_part 0.940 71617 71469 match_part 0.970 71028 70895 match_part 0.975 70721 70603 match_part 0.953 70195 70110 match_178 match_part 1.000 71536 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 1.000 70195 70113 match_179 match_part 1.000 71258 70895 match_part 1.000 70721 70603 match_part 0.980 70195 70146 match_180 match_part 1.000 75112 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_part 1.000 72458 72316 match_part 1.000 71617 71469 match_part 0.970 71028 70895 match_part 0.962 70721 70644 match_181 match_part 0.997 71276 70922 match_182 match_part 1.000 75412 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_part 1.000 72458 72316 match_part 1.000 71617 71469 match_part 1.000 71028 70947 match_183 match_part 0.976 75152 75111 match_part 0.971 74948 74881 match_part 0.984 74320 74259 match_part 1.000 73931 73834 match_part 0.976 72997 72916 match_part 0.979 72458 72316 match_part 0.905 71617 71523 match_184 match_part 1.000 75952 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_185 match_part 1.000 76082 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_186 match_part 0.998 76019 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 0.952 74320 74259 match_187 match_part 1.000 76062 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 0.962 74948 74923 match_188 match_part 0.926 75961 75611 match_part 0.965 75438 75353 match_part 0.972 75181 75111 match_part 0.950 74948 74929 match_189 match_part 1.000 75914 75355 match_190 match_part 1.000 76020 75622 match_191 match_part 0.985 75898 75626 match_192 match_part 0.924 75961 75632 match_193 match_part 0.470 93591 93492 match_part 0.714 90773 90767 match_part 1.000 89243 88644 match_194 match_part 0.556 90133 90098 match_part 0.985 89243 88648 match_195 match_part 0.529 92281 92265 match_part 0.500 91868 91799 match_part 0.995 89291 88695 match_196 match_part 0.643 89486 89473 match_part 0.991 89247 88698 match_197 match_part 0.520 90147 90098 match_part 0.643 89486 89473 match_part 0.993 89237 88699 match_198 match_part 0.600 89487 89473 match_part 0.998 89243 88699 match_199 match_part 0.591 95126 95105 match_part 0.521 91868 91798 match_part 0.991 89237 88701 match_200 match_part 0.500 92280 92265 match_part 0.514 91868 91797 match_part 0.994 89237 88701 match_201 match_part 0.419 90183 90098 match_part 0.625 89488 89473 match_part 0.996 89231 88701 match_202 match_part 0.600 89487 89473 match_part 0.996 89243 88701 match_203 match_part 0.600 89487 89473 match_part 0.998 89243 88701 match_204 match_part 0.600 89487 89473 match_part 0.998 89243 88702 match_205 match_part 0.588 89489 89473 match_part 0.985 89243 88725 match_206 match_part 0.625 89488 89473 match_part 1.000 89180 88797 match_207 match_part 0.625 89488 89473 match_part 0.997 89180 88805 match_208 match_part 1.000 89289 89009 match_209 match_part 0.909 98206 98174 match_part 0.949 96531 95810 match_part 0.500 95175 95156 match_210 match_part 0.988 96076 95410 match_211 match_part 0.989 96250 95628 match_212 match_part 0.989 96249 95628 match_213 match_part 0.983 96324 95634 match_214 match_part 0.998 96250 95634 match_215 match_part 0.998 96249 95634 match_216 match_part 0.992 96250 95660 match_217 match_part 1.000 98321 98174 match_part 1.000 96531 96233 match_218 match_part 0.798 99621 99508 match_part 0.962 98465 98174 match_part 0.942 96531 96240 match_219 match_part 1.000 99584 99508 match_part 1.000 98465 98174 match_part 0.976 96531 96242 match_220 match_part 0.798 99621 99508 match_part 0.962 98465 98174 match_part 0.936 96531 96250 match_221 match_part 0.800 99602 99508 match_part 0.976 98465 98174 match_part 0.962 96531 96349 match_222 match_part 0.994 99663 99508 match_part 1.000 98465 98174 match_part 0.947 96531 96399 match_223 match_part 0.996 99604 98817 match_224 match_part 0.934 99596 99055 match_225 match_part 0.922 107299 106555 match_226 match_part 0.946 108479 108090 match_227 match_part 1.000 114439 113728 match_228 match_part 1.000 114324 113730 match_229 match_part 0.918 117282 117198 match_part 0.956 116808 116192 match_230 match_part 1.000 117215 117198 match_part 1.000 116808 116192 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 1143 1203 exon 2174 2388 exon 2527 2660 exon 2750 2842 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 3883 4220 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 17617 16856 exon 15938 15657 exon 15579 15484 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 17617 16856 exon 15938 15657 exon 15579 15357 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 15944 15657 exon 15579 15484 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 13620 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 20538 20527 exon 20439 20269 exon 19793 19625 exon 19547 19504 exon 19410 19368 exon 19279 19250 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 25756 25748 exon 25557 25456 exon 25369 25204 exon 24983 24867 exon 24784 24717 exon 24627 24526 exon 24440 24289 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 31879 31446 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 31458 32356 exon 32449 33022 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 38552 38477 exon 38335 38240 exon 36085 35956 exon 35381 35290 exon 35018 34950 exon 34259 34202 exon 34095 33996 exon 33680 33594 exon 33499 33421 exon 33286 33154 exon 33085 32902 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 34264 34202 exon 34095 33996 exon 33680 33594 exon 33499 33421 exon 33286 33154 exon 33085 32897 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 40333 40364 exon 40421 40474 exon 41019 41224 exon 42621 42706 exon 44622 44767 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 40333 40364 exon 40421 40474 exon 41019 41224 exon 42621 42706 exon 44622 44767 exon 45609 45728 exon 45813 45929 exon 46689 46832 exon 46944 47469 gene_15 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 40333 40364 exon 40421 40474 exon 41019 41224 exon 42621 42706 exon 44622 44767 exon 44913 44936 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_16 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41039 41224 exon 42621 42706 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_17 gene GT_PGL_9_AGS_5 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41389 41554 exon 42612 42706 exon 44622 44767 exon 45609 45728 exon 45813 45929 exon 46689 46832 exon 46944 47469 gene_18 gene GT_PGL_9_AGS_6 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41045 41224 exon 42621 42706 exon 45609 45728 exon 45813 45929 exon 46689 46832 exon 46944 47469 gene_19 gene GT_PGL_9_AGS_7 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 40333 40364 exon 40421 40474 exon 41019 41224 exon 42621 42706 exon 44622 44921 gene_20 gene GT_PGL_9_AGS_8 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 43815 44404 gene_21 gene GT_PGL_9_AGS_9 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41048 41224 exon 42621 42989 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 47436 46941 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 48216 48260 exon 49428 49519 exon 49917 50044 exon 50824 50928 exon 51019 51346 exon 52406 52452 gene_24 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 49278 49301 exon 49428 49519 exon 49917 50044 exon 50824 50928 exon 51019 51351 gene_25 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 49279 49303 exon 49428 49519 exon 49917 50044 exon 50824 50928 exon 51019 51351 exon 53379 53403 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 57646 57988 exon 58874 58986 exon 59094 59391 exon 59659 59758 exon 59848 60114 exon 60608 60685 exon 60788 60892 exon 60999 61048 exon 61143 61242 exon 61359 61457 exon 61540 61653 exon 61758 61917 exon 62707 63095 exon 63206 63280 exon 63622 63889 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 64757 65177 exon 65263 65319 exon 66938 67546 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 67512 66957 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 76082 75611 exon 75438 75353 exon 75181 75111 exon 74948 74881 exon 74320 74259 exon 73931 73834 exon 72997 72916 exon 72458 72316 exon 71617 71469 exon 71028 70895 exon 70721 70603 exon 70195 69819 gene_30 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 76020 75353 exon 75181 75111 exon 74948 74881 exon 74320 74259 exon 73931 73834 exon 72997 72916 exon 72458 72316 exon 71617 71469 exon 71028 70895 exon 70721 70603 exon 70195 69819 gene_31 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 73006 72916 exon 72458 72316 exon 71617 71469 exon 71028 70895 exon 70721 70603 exon 70195 69819 gene_32 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 71276 70895 exon 70721 70603 exon 70195 69819 gene_33 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 75617 76057 gene_34 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88632 89240 exon 89480 89491 exon 89814 89825 exon 90112 90212 gene_35 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88644 89295 gene_36 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88644 89291 exon 89812 89825 exon 90112 90172 gene_37 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88635 89240 exon 91281 91325 gene_38 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88691 89233 exon 91281 91320 exon 91828 91865 gene_39 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89489 89473 exon 89243 88699 gene_40 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89488 89473 exon 89180 88797 gene_41 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 92281 92265 exon 91868 91799 exon 89291 88695 gene_42 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89486 89473 exon 89247 88698 gene_43 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 90133 90098 exon 89243 88648 gene_44 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 90147 90098 exon 89486 89473 exon 89237 88699 gene_45 gene GT_PGL_18_AGS_7 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 90183 90098 exon 89488 89473 exon 89231 88701 gene_46 gene GT_PGL_18_AGS_8 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 92280 92265 exon 91868 91797 exon 89237 88701 gene_47 gene GT_PGL_18_AGS_9 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 93591 93492 exon 90773 90767 exon 89243 88644 gene_48 gene GT_PGL_18_AGS_10 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 95126 95105 exon 91868 91798 exon 89237 88701 gene_49 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99663 99508 exon 98465 98174 exon 96531 95410 gene_50 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99663 99508 exon 98465 98174 exon 96531 95810 exon 95175 95156 gene_51 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99604 98817 gene_52 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 95732 96459 gene_53 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 101093 101538 gene_54 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 106420 107138 gene_55 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 107299 106555 gene_56 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 107613 108337 gene_57 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 108479 108090 gene_58 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 114439 113728 gene_59 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 117282 117198 exon 116808 116192 gene_60 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 128510 128911 RepeatMasker tomato repeats master Copia00089 3935 4045 1 Copia00089 3935 4045 1 nucleotide_motif 285 3556 3580 Copia00143 92 175 1 Copia00143 92 175 1 nucleotide_motif 256 12082 12156 Copia00143 92 9624 1 Copia00143 92 9624 1 nucleotide_motif 293 12204 12369 Unknown00043 2003 2042 1 Unknown00043 2003 2042 1 nucleotide_motif 252 18350 18388 TS2 503 654 1 TS2 503 654 1 nucleotide_motif 365 65721 65883 TS2 122 250 1 TS2 122 250 1 nucleotide_motif 254 78073 78203 DT1 185 262 1 DT1 185 262 1 nucleotide_motif 226 80208 80291 TS2 122 250 1 TS2 122 250 1 nucleotide_motif 225 80834 80964 Unknown00040 4371 4464 1 Unknown00040 4371 4464 1 nucleotide_motif 413 81119 81213 Copia00112 7555 7676 1 Copia00112 7555 7676 1 nucleotide_motif 287 100218 100239 Gypsy00046 4111 4204 1 Gypsy00046 4111 4204 1 nucleotide_motif 270 100285 100373 Gypsy00043 1061 1315 1 Gypsy00043 1061 1315 1 nucleotide_motif 1765 110375 110626 SONATA2 22 223 1 SONATA2 22 223 1 nucleotide_motif 487 110633 110823 RepeatMasker tomato repeats master SINE_SO 2 86 -1 SINE_SO 2 86 -1 nucleotide_motif 367 3555 3475 SONATA1 7 130 -1 SONATA1 7 130 -1 nucleotide_motif 533 10654 10526 ATLINE1_12 2930 3003 -1 ATLINE1_12 2930 3003 -1 nucleotide_motif 301 37651 37577 Gypsy00136 4775 4920 -1 Gypsy00136 4775 4920 -1 nucleotide_motif 495 46616 46489 SONATA2 1 175 -1 SONATA2 1 175 -1 nucleotide_motif 929 54159 53991 Unknown00020 212 300 -1 Unknown00020 212 300 -1 nucleotide_motif 245 78393 78302 Unknown00020 238 403 -1 Unknown00020 238 403 -1 nucleotide_motif 611 81198 81033 Copia00110 2738 2850 -1 Copia00110 2738 2850 -1 nucleotide_motif 314 81244 81143 Unknown00034 3695 4046 -1 Unknown00034 3695 4046 -1 nucleotide_motif 2105 84777 84439 Unknown00034 3775 4057 -1 Unknown00034 3775 4057 -1 nucleotide_motif 1085 88113 87831 Gypsy00188 7692 7735 -1 Gypsy00188 7692 7735 -1 nucleotide_motif 234 90682 90638 HELITRON7_OS 1617 1719 -1 HELITRON7_OS 1617 1719 -1 nucleotide_motif 332 100342 100240 Unknown00019 50 697 -1 Unknown00019 50 697 -1 nucleotide_motif 4865 101558 100895 Copia00151 8209 8380 -1 Copia00151 8209 8380 -1 nucleotide_motif 637 109683 109513 Unknown00025 232 485 -1 Unknown00025 232 485 -1 nucleotide_motif 911 122331 122065 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2006 26839 27892 match_2 match 2466 9464 10755 match_3 match 4377 19111 21438 match_4 match 5644 16191 19085 match_5 match 3029 10781 12423 match_6 match 3615 9385 match_7 match 7466 12172 16157 match_8 match 4546 884 3191 match_9 match 21476 26781 match_10 match 2397 48837 50066 match_11 match 2232 118731 119967 match_12 match 2654 82314 83673 match_13 match 4304 88438 90638 match_14 match 4316 61498 63710 match_15 match 4444 50082 52365 match_16 match 4775 40876 43371 match_17 match 5071 73541 76167 match_18 match 7186 84087 87792 match_19 match 7862 43388 47452 match_20 match 8675 103368 107839 match_21 match 8772 95244 99731 match_22 match 9412 113778 118546 match_23 match 66719 72795 match_24 match 31732 38341 match_25 match 1931 65671 66708 match_26 match 1877 91907 92919 match_27 match 3231 77867 79522 match_28 match 2650 58110 59543 match_29 match 2123 59955 61115 match_30 match 3737 80326 82270 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1292.5 143 92548 clone_start_1 clone_start 1249 143 784 clone_2 clone 529.5 143 128952 clone_start_2 clone_start 280 143 298 clone_3 clone 1294.5 12725 45655 clone_start_3 clone_start 1269 12725 13385 clone_4 clone 1348 13899 105824 clone_end_1 clone_end 1366 13899 14587 clone_5 clone 496 16020 53612 clone_start_4 clone_start 274 16020 16157 clone_end_2 clone_end 1348 17611 18302 clone_end_3 clone_end 884 17760 18240 clone_6 clone 1625.5 22281 72379 clone_start_5 clone_start 1715 22281 23153 clone_start_6 clone_start 1398 37244 37956 clone_end_4 clone_end 1505 37583 38341 clone_end_5 clone_end 916 41531 42050 clone_end_6 clone_end 965 42216 42702 clone_end_7 clone_end 946 45000 45515 clone_7 clone 882.5 48056 85807 clone_start_7 clone_start 498 48056 48306 clone_start_8 clone_start 946 55856 56353 clone_end_8 clone_end 299 61334 61484 clone_end_9 clone_end 690 61498 61845 clone_end_10 clone_end 611 61695 62030 clone_8 clone 1338.5 68929 107164 clone_start_9 clone_start 1398 68929 69633 clone_start_10 clone_start 319 76573 76733 clone_start_11 clone_start 319 76785 76945 clone_9 clone 1018 84087 116533 clone_start_12 clone_start 938 84087 84616 clone_end_11 clone_end 392 85537 85734 clone_start_13 clone_start 702 92566 92919 clone_end_12 clone_end 1405 104412 105120 clone_end_13 clone_end 1070 107171 107710 clone_start_14 clone_start 936 117754 118225 clone_end_14 clone_end 335 122657 122846 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_15 clone_end 1336 92548 91821 clone_end_16 clone_end 779 128952 128545 clone_start_15 clone_start 896 609 143 clone_end_17 clone_end 1368 1348 659 clone_end_18 clone_end 1320 45655 44990 clone_start_16 clone_start 1330 105824 105146 clone_end_19 clone_end 718 53612 53251 clone_start_17 clone_start 1350 22284 21571 clone_end_20 clone_end 1536 72379 71598 clone_start_18 clone_start 938 27360 26867 clone_start_19 clone_start 1273 28301 27641 clone_start_20 clone_start 571 29383 29096 clone_end_21 clone_end 821 33079 32666 clone_end_22 clone_end 585 33136 32842 clone_start_21 clone_start 1055 36129 35598 clone_end_23 clone_end 1043 36549 36024 clone_start_22 clone_start 1501 47087 46323 clone_end_24 clone_end 1267 85807 85169 clone_start_23 clone_start 1287 59117 58461 clone_end_25 clone_end 1279 107164 106520 clone_start_24 clone_start 1461 73553 72813 clone_end_26 clone_end 1098 116533 115980 clone_end_27 clone_end 1281 92643 91958 clone_start_25 clone_start 1354 97562 96872 clone_start_26 clone_start 1223 97562 96922 clone_end_28 clone_end 993 102427 101903 clone_start_27 clone_start 1227 105151 104526 clone_end_29 clone_end 337 107839 107666 clone_end_30 clone_end 545 108138 107864 clone_end_31 clone_end 961 128860 128376 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1143 1203 match_part 1.000 2174 2388 match_part 1.000 2527 2660 match_part 1.000 2750 2842 match_2 match_part 0.997 3883 4220 match_3 match_part 0.997 3883 4220 match_4 match_part 0.997 3884 4220 match_5 match_part 1.000 31458 31987 match_6 match_part 0.987 31463 32058 match_7 match_part 1.000 31500 31987 match_8 match_part 0.998 31772 32315 match_9 match_part 1.000 31986 32356 match_part 0.983 32449 32986 match_10 match_part 0.980 32103 32356 match_part 1.000 32449 32892 match_11 match_part 0.944 32286 32356 match_part 0.979 32449 33015 match_12 match_part 0.944 32286 32356 match_part 0.997 32449 32766 match_13 match_part 0.994 32674 33022 match_14 match_part 0.981 41019 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 0.992 45609 45728 match_part 1.000 45813 45929 match_part 1.000 46689 46821 match_15 match_part 1.000 41041 41224 match_part 0.988 42621 42706 match_part 1.000 44622 44767 match_part 1.000 45609 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46832 match_part 1.000 46944 46995 match_16 match_part 0.988 41055 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44835 match_17 match_part 1.000 41056 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 1.000 45609 45728 match_part 1.000 45813 45883 match_18 match_part 1.000 41056 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44921 match_19 match_part 1.000 41056 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44877 match_20 match_part 1.000 41058 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 1.000 44913 44936 match_part 1.000 45609 45709 match_21 match_part 0.994 41071 41224 match_part 1.000 42621 42706 match_part 1.000 45609 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46736 match_22 match_part 1.000 41093 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44697 match_23 match_part 1.000 43815 44404 match_24 match_part 0.996 43816 44317 match_25 match_part 0.981 45624 45728 match_part 0.992 45801 45929 match_part 0.993 46689 46832 match_part 0.992 46944 47203 match_26 match_part 0.958 45681 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46832 match_part 0.991 46944 47394 match_27 match_part 0.987 46758 46832 match_part 0.981 46944 47469 match_28 match_part 0.987 47095 47469 match_29 match_part 0.974 47213 47441 match_30 match_part 0.933 48216 48260 match_part 0.989 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 1.000 51019 51341 match_31 match_part 0.930 48218 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 0.994 51019 51346 match_part 0.617 52406 52452 match_32 match_part 1.000 48225 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 1.000 51019 51320 match_33 match_part 1.000 48235 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 0.990 50824 50928 match_part 1.000 51019 51229 match_34 match_part 1.000 48235 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 0.990 50824 50928 match_part 1.000 51019 51229 match_35 match_part 1.000 48236 48260 match_part 0.935 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 1.000 51019 51149 match_36 match_part 1.000 48236 48260 match_part 0.989 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50921 match_37 match_part 0.962 49993 50044 match_part 0.981 50824 50928 match_part 1.000 51019 51069 match_38 match_part 1.000 57646 57988 match_part 1.000 58874 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60114 match_part 1.000 60608 60685 match_part 1.000 60788 60892 match_part 1.000 60999 61048 match_part 1.000 61143 61242 match_part 1.000 61359 61457 match_part 1.000 61540 61653 match_part 1.000 61758 61917 match_part 0.975 62707 62981 match_39 match_part 0.994 57655 57988 match_part 0.982 58874 58986 match_part 0.917 59094 59117 match_40 match_part 0.997 57655 57981 match_41 match_part 1.000 58983 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60114 match_part 1.000 60608 60685 match_part 0.901 60788 60858 match_42 match_part 1.000 58983 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 0.965 59848 60102 match_43 match_part 1.000 58983 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60102 match_44 match_part 0.997 59094 59391 match_part 1.000 59659 59758 match_part 0.985 59848 60114 match_45 match_part 1.000 61167 61242 match_part 1.000 61359 61457 match_part 1.000 61540 61653 match_part 1.000 61758 61917 match_part 0.992 62707 63095 match_part 1.000 63206 63213 match_46 match_part 0.987 62857 63095 match_part 1.000 63206 63280 match_part 0.978 63622 63889 match_47 match_part 1.000 64757 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67320 match_48 match_part 0.972 64859 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67403 match_49 match_part 1.000 64902 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67233 match_50 match_part 1.000 64902 65177 match_part 1.000 65263 65319 match_part 0.995 66938 67141 match_51 match_part 1.000 64904 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67198 match_52 match_part 1.000 64930 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67257 match_53 match_part 1.000 64936 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67039 match_54 match_part 1.000 65001 65177 match_part 1.000 65263 65319 match_part 0.997 66938 67299 match_55 match_part 1.000 65015 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67397 match_56 match_part 1.000 65015 65177 match_part 1.000 65263 65319 match_part 0.995 66938 67318 match_57 match_part 1.000 65015 65177 match_part 1.000 65263 65319 match_part 1.000 66938 67297 match_58 match_part 0.882 65127 65177 match_part 0.982 65263 65319 match_part 0.939 66938 67282 match_59 match_part 0.984 67039 67533 match_60 match_part 0.986 67039 67533 match_61 match_part 0.986 67039 67533 match_62 match_part 0.997 67079 67477 match_63 match_part 1.000 67079 67475 match_64 match_part 1.000 67079 67442 match_65 match_part 0.985 67089 67546 match_66 match_part 0.995 75617 76057 match_67 match_part 0.980 88632 89240 match_part 0.583 89480 89491 match_part 0.833 89814 89825 match_part 0.465 90112 90212 match_68 match_part 0.985 88635 89240 match_part 0.600 91281 91325 match_69 match_part 1.000 88644 89240 match_70 match_part 0.997 88695 89291 match_part 0.714 89812 89825 match_part 0.459 90112 90172 match_71 match_part 0.989 88699 89240 match_part 0.583 89480 89491 match_part 0.833 89814 89825 match_part 0.585 90112 90152 match_72 match_part 0.993 88699 89240 match_73 match_part 1.000 88699 89177 match_74 match_part 0.992 88701 89233 match_part 0.600 91281 91320 match_part 0.421 91828 91865 match_75 match_part 0.998 88701 89240 match_76 match_part 1.000 88701 89177 match_77 match_part 1.000 88701 89175 match_78 match_part 0.993 88725 89295 match_79 match_part 1.000 88725 89177 match_80 match_part 0.913 101093 101381 match_81 match_part 0.903 101094 101538 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_82 match_part 1.000 13535 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 9994 match_part 0.981 9601 9286 match_83 match_part 1.000 13573 13519 match_part 0.984 12670 12546 match_part 1.000 11563 11471 match_part 0.987 10147 9994 match_part 0.971 9601 9324 match_84 match_part 1.000 14014 13853 match_part 1.000 13600 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 9994 match_part 1.000 9601 9579 match_85 match_part 1.000 13620 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 10026 match_86 match_part 1.000 15876 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13853 match_part 1.000 13600 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 10064 match_87 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 0.989 14031 13853 match_part 0.963 13600 13519 match_88 match_part 0.990 15865 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13853 match_part 1.000 13600 13558 match_89 match_part 0.990 17168 16856 match_part 1.000 15938 15657 match_part 1.000 15579 15484 match_part 0.994 14031 13853 match_90 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 1.000 14031 13977 match_91 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 1.000 14031 13977 match_92 match_part 1.000 17091 16856 match_part 1.000 15938 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13997 match_93 match_part 1.000 15938 15657 match_part 1.000 15579 15551 match_94 match_part 1.000 17192 16856 match_part 1.000 15938 15674 match_95 match_part 0.993 17617 16864 match_96 match_part 1.000 17088 16867 match_97 match_part 0.993 17616 17055 match_98 match_part 1.000 20538 20527 match_part 0.988 20439 20269 match_part 0.994 19793 19625 match_part 1.000 19547 19504 match_part 1.000 19410 19368 match_part 1.000 19279 19250 match_99 match_part 1.000 25756 25748 match_part 0.990 25557 25456 match_part 1.000 25369 25204 match_part 1.000 24983 24867 match_part 1.000 24784 24717 match_part 1.000 24627 24526 match_part 0.987 24440 24289 match_100 match_part 0.986 31879 31446 match_101 match_part 1.000 35348 35290 match_part 0.986 35018 34950 match_part 0.983 34259 34202 match_part 0.980 34095 33996 match_part 0.989 33680 33594 match_part 0.987 33499 33421 match_part 0.985 33286 33154 match_part 0.821 33085 32902 match_102 match_part 1.000 35981 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34950 match_part 1.000 34259 34202 match_part 1.000 34095 33996 match_part 1.000 33680 33594 match_part 1.000 33499 33421 match_part 1.000 33286 33154 match_part 1.000 33085 32978 match_103 match_part 1.000 34978 34950 match_part 1.000 34259 34202 match_part 0.990 34095 33996 match_part 1.000 33680 33594 match_part 1.000 33499 33421 match_part 0.992 33286 33154 match_part 0.925 33085 32980 match_104 match_part 0.974 38552 38477 match_part 1.000 38335 38240 match_part 0.992 36085 35956 match_part 1.000 35381 35290 match_part 0.971 35018 34950 match_part 0.983 34259 34202 match_part 1.000 34095 34091 match_105 match_part 1.000 38543 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34950 match_part 1.000 34259 34202 match_part 1.000 34095 34091 match_106 match_part 1.000 38536 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34982 match_107 match_part 1.000 38544 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34986 match_108 match_part 0.989 67512 66957 match_109 match_part 0.995 70195 69819 match_110 match_part 0.992 70174 69819 match_111 match_part 0.971 70964 70895 match_part 1.000 70721 70603 match_part 0.992 70195 69826 match_112 match_part 1.000 71536 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 0.984 70195 69830 match_113 match_part 1.000 71534 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 0.997 70195 69836 match_114 match_part 1.000 71017 70895 match_part 1.000 70721 70603 match_part 1.000 70195 69963 match_115 match_part 1.000 71536 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 1.000 70195 69981 match_116 match_part 1.000 72406 72316 match_part 1.000 71617 71469 match_part 1.000 71028 70895 match_part 0.992 70721 70603 match_part 1.000 70195 70098 match_117 match_part 1.000 71536 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 1.000 70195 70113 match_118 match_part 1.000 71258 70895 match_part 1.000 70721 70603 match_part 0.980 70195 70146 match_119 match_part 1.000 75112 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_part 1.000 72458 72316 match_part 1.000 71617 71469 match_part 0.970 71028 70895 match_part 0.962 70721 70644 match_120 match_part 0.997 71276 70922 match_121 match_part 1.000 75412 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_part 1.000 72458 72316 match_part 1.000 71617 71469 match_part 1.000 71028 70947 match_122 match_part 1.000 75952 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_123 match_part 1.000 76082 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_124 match_part 0.998 76019 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 0.952 74320 74259 match_125 match_part 1.000 76062 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 0.962 74948 74923 match_126 match_part 1.000 75914 75355 match_127 match_part 1.000 76020 75622 match_128 match_part 0.985 75898 75626 match_129 match_part 0.470 93591 93492 match_part 0.714 90773 90767 match_part 1.000 89243 88644 match_130 match_part 0.556 90133 90098 match_part 0.985 89243 88648 match_131 match_part 0.529 92281 92265 match_part 0.500 91868 91799 match_part 0.995 89291 88695 match_132 match_part 0.643 89486 89473 match_part 0.991 89247 88698 match_133 match_part 0.520 90147 90098 match_part 0.643 89486 89473 match_part 0.993 89237 88699 match_134 match_part 0.600 89487 89473 match_part 0.998 89243 88699 match_135 match_part 0.591 95126 95105 match_part 0.521 91868 91798 match_part 0.991 89237 88701 match_136 match_part 0.500 92280 92265 match_part 0.514 91868 91797 match_part 0.994 89237 88701 match_137 match_part 0.419 90183 90098 match_part 0.625 89488 89473 match_part 0.996 89231 88701 match_138 match_part 0.600 89487 89473 match_part 0.996 89243 88701 match_139 match_part 0.600 89487 89473 match_part 0.998 89243 88701 match_140 match_part 0.600 89487 89473 match_part 0.998 89243 88702 match_141 match_part 0.588 89489 89473 match_part 0.985 89243 88725 match_142 match_part 0.625 89488 89473 match_part 1.000 89180 88797 match_143 match_part 0.625 89488 89473 match_part 0.997 89180 88805 match_144 match_part 1.000 89289 89009 match_145 match_part 0.988 96076 95410 match_146 match_part 0.989 96250 95628 match_147 match_part 0.989 96249 95628 match_148 match_part 0.983 96324 95634 match_149 match_part 0.998 96250 95634 match_150 match_part 0.998 96249 95634 match_151 match_part 0.992 96250 95660 match_152 match_part 1.000 98321 98174 match_part 1.000 96531 96233 match_153 match_part 1.000 99584 99508 match_part 1.000 98465 98174 match_part 0.976 96531 96242 match_154 match_part 0.800 99602 99508 match_part 0.976 98465 98174 match_part 0.962 96531 96349 match_155 match_part 0.994 99663 99508 match_part 1.000 98465 98174 match_part 0.947 96531 96399 match_156 match_part 0.996 99604 98817 match_157 match_part 0.934 99596 99055 match_158 match_part 1.000 114439 113728 match_159 match_part 1.000 114324 113730 match_160 match_part 0.918 117282 117198 match_part 0.956 116808 116192 match_161 match_part 1.000 117215 117198 match_part 1.000 116808 116192 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 1143 1203 exon 2174 2388 exon 2527 2660 exon 2750 2842 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 3883 4220 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 17617 16856 exon 15938 15657 exon 15579 15484 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 17617 16856 exon 15938 15657 exon 15579 15357 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 13620 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9286 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 20538 20527 exon 20439 20269 exon 19793 19625 exon 19547 19504 exon 19410 19368 exon 19279 19250 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 25756 25748 exon 25557 25456 exon 25369 25204 exon 24983 24867 exon 24784 24717 exon 24627 24526 exon 24440 24289 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 31879 31446 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 31458 32356 exon 32449 33022 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 38552 38477 exon 38335 38240 exon 36085 35956 exon 35381 35290 exon 35018 34950 exon 34259 34202 exon 34095 33996 exon 33680 33594 exon 33499 33421 exon 33286 33154 exon 33085 32902 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41058 41224 exon 42621 42706 exon 44622 44767 exon 44913 44936 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41041 41224 exon 42621 42706 exon 44622 44767 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_13 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41071 41224 exon 42621 42706 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_14 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41019 41224 exon 42621 42706 exon 44622 44767 exon 45609 45728 exon 45813 45929 exon 46689 46832 exon 46944 47469 gene_15 gene GT_PGL_9_AGS_5 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41055 41224 exon 42621 42706 exon 44622 44921 gene_16 gene GT_PGL_9_AGS_6 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 43815 44404 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 48216 48260 exon 49428 49519 exon 49917 50044 exon 50824 50928 exon 51019 51346 exon 52406 52452 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 57646 57988 exon 58874 58986 exon 59094 59391 exon 59659 59758 exon 59848 60114 exon 60608 60685 exon 60788 60892 exon 60999 61048 exon 61143 61242 exon 61359 61457 exon 61540 61653 exon 61758 61917 exon 62707 63095 exon 63206 63280 exon 63622 63889 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 64757 65177 exon 65263 65319 exon 66938 67546 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 67512 66957 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 76082 75611 exon 75438 75353 exon 75181 75111 exon 74948 74881 exon 74320 74259 exon 73931 73834 exon 72997 72916 exon 72458 72316 exon 71617 71469 exon 71028 70895 exon 70721 70603 exon 70195 69819 gene_22 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 76020 75353 exon 75181 75111 exon 74948 74881 exon 74320 74259 exon 73931 73834 exon 72997 72916 exon 72458 72316 exon 71617 71469 exon 71028 70895 exon 70721 70603 exon 70195 69819 gene_23 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 71276 70895 exon 70721 70603 exon 70195 69819 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 75617 76057 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88632 89240 exon 89480 89491 exon 89814 89825 exon 90112 90212 gene_26 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88644 89295 gene_27 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88644 89291 exon 89812 89825 exon 90112 90172 gene_28 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88635 89240 exon 91281 91325 gene_29 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88699 89233 exon 91281 91320 exon 91828 91865 gene_30 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89489 89473 exon 89243 88699 gene_31 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89488 89473 exon 89180 88797 gene_32 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 92281 92265 exon 91868 91799 exon 89291 88695 gene_33 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89486 89473 exon 89247 88698 gene_34 gene GT_PGL_17_AGS_5 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 90133 90098 exon 89243 88648 gene_35 gene GT_PGL_17_AGS_6 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 90147 90098 exon 89486 89473 exon 89237 88699 gene_36 gene GT_PGL_17_AGS_7 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 90183 90098 exon 89488 89473 exon 89231 88701 gene_37 gene GT_PGL_17_AGS_8 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 92280 92265 exon 91868 91797 exon 89237 88701 gene_38 gene GT_PGL_17_AGS_9 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 93591 93492 exon 90773 90767 exon 89243 88644 gene_39 gene GT_PGL_17_AGS_10 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 95126 95105 exon 91868 91798 exon 89237 88701 gene_40 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99663 99508 exon 98465 98174 exon 96531 95410 gene_41 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99604 98817 gene_42 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 101093 101538 gene_43 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 114439 113728 gene_44 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 117282 117198 exon 116808 116192 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1110 4015 transcript_1 transcript 1110 4015 CDS_1 CDS 1110 1203 CDS_2 CDS 2174 2388 CDS_3 CDS 2527 2660 CDS_4 CDS 2750 2977 CDS_5 CDS 3815 4015 stop_codon_1 stop_codon 4013 4015 gene_2 gene 1 32348 32697 transcript_2 transcript 32348 32697 start_codon_1 start_codon 32348 32350 CDS_6 CDS 32348 32356 CDS_7 CDS 32449 32697 stop_codon_2 stop_codon 32695 32697 gene_3 gene 3 41118 51162 transcript_3 transcript 41118 51162 start_codon_2 start_codon 41118 41120 CDS_8 CDS 41118 41224 CDS_9 CDS 42621 42706 CDS_10 CDS 44622 44767 CDS_11 CDS 44913 44936 CDS_12 CDS 45609 45728 CDS_13 CDS 45801 45929 CDS_14 CDS 46689 46832 CDS_15 CDS 46944 47001 CDS_16 CDS 48218 48260 CDS_17 CDS 49428 49519 CDS_18 CDS 49917 50044 CDS_19 CDS 50824 50928 CDS_20 CDS 51019 51162 stop_codon_3 stop_codon 51160 51162 transcript_4 transcript 41118 51162 start_codon_3 start_codon 41118 41120 CDS_21 CDS 41118 41224 CDS_22 CDS 42621 42706 CDS_23 CDS 44622 44767 CDS_24 CDS 45609 45728 CDS_25 CDS 45813 45929 CDS_26 CDS 46689 46832 CDS_27 CDS 46944 47001 CDS_28 CDS 48218 48260 CDS_29 CDS 49428 49519 CDS_30 CDS 49917 50044 CDS_31 CDS 50824 50928 CDS_32 CDS 51019 51162 stop_codon_4 stop_codon 51160 51162 transcript_5 transcript 41118 51162 start_codon_4 start_codon 41118 41120 CDS_33 CDS 41118 41224 CDS_34 CDS 42621 42706 CDS_35 CDS 44622 44767 CDS_36 CDS 45609 45728 CDS_37 CDS 45801 45929 CDS_38 CDS 46689 46832 CDS_39 CDS 46944 47001 CDS_40 CDS 48218 48260 CDS_41 CDS 49428 49519 CDS_42 CDS 49917 50044 CDS_43 CDS 50824 50928 CDS_44 CDS 51019 51162 stop_codon_5 stop_codon 51160 51162 gene_4 gene 1 58980 63642 transcript_6 transcript 58980 63642 start_codon_5 start_codon 58980 58982 CDS_45 CDS 58980 58986 CDS_46 CDS 59094 59391 CDS_47 CDS 59659 59758 CDS_48 CDS 59848 60114 CDS_49 CDS 60608 60685 CDS_50 CDS 60788 60892 CDS_51 CDS 60999 61048 CDS_52 CDS 61143 61242 CDS_53 CDS 61359 61457 CDS_54 CDS 61540 61653 CDS_55 CDS 61758 61917 CDS_56 CDS 62707 63095 CDS_57 CDS 63206 63280 CDS_58 CDS 63622 63642 stop_codon_6 stop_codon 63640 63642 gene_5 gene 1 65096 67299 transcript_7 transcript 65096 67299 start_codon_6 start_codon 65096 65098 CDS_59 CDS 65096 65177 CDS_60 CDS 65263 65319 CDS_61 CDS 66938 67299 stop_codon_7 stop_codon 67297 67299 gene_6 gene 1 68574 69632 transcript_8 transcript 68574 69632 start_codon_7 start_codon 68574 68576 CDS_62 CDS 68574 69632 stop_codon_8 stop_codon 69630 69632 gene_7 gene 1 75785 75988 transcript_9 transcript 75785 75988 start_codon_8 start_codon 75785 75787 CDS_63 CDS 75785 75988 stop_codon_9 stop_codon 75986 75988 gene_8 gene 1 78767 88855 transcript_10 transcript 78767 88855 start_codon_9 start_codon 78767 78769 CDS_64 CDS 78767 78865 CDS_65 CDS 78966 79049 CDS_66 CDS 79389 79499 CDS_67 CDS 79995 80081 CDS_68 CDS 82736 82822 CDS_69 CDS 82905 83187 CDS_70 CDS 85142 85398 CDS_71 CDS 85531 85701 CDS_72 CDS 86191 86301 CDS_73 CDS 86826 86912 CDS_74 CDS 87007 87289 CDS_75 CDS 88554 88855 stop_codon_10 stop_codon 88853 88855 gene_9 gene 1 104229 107992 transcript_11 transcript 104229 107992 start_codon_10 start_codon 104229 104231 CDS_76 CDS 104229 104292 CDS_77 CDS 104374 106992 CDS_78 CDS 107808 107992 stop_codon_11 stop_codon 107990 107992 AUGUSTUS_tom_cdna de novo gene_10 gene 1 29175 9560 transcript_12 transcript 29175 9560 stop_codon_12 stop_codon 9562 9560 CDS_79 CDS 9601 9560 CDS_80 CDS 10147 9994 CDS_81 CDS 11563 11471 CDS_82 CDS 12670 12546 CDS_83 CDS 13600 13519 CDS_84 CDS 14031 13853 CDS_85 CDS 15579 15484 CDS_86 CDS 15938 15657 CDS_87 CDS 17751 16856 CDS_88 CDS 18175 18081 CDS_89 CDS 19279 19137 CDS_90 CDS 19410 19368 CDS_91 CDS 19547 19504 CDS_92 CDS 19793 19625 CDS_93 CDS 20439 20269 CDS_94 CDS 20610 20527 CDS_95 CDS 23768 23641 CDS_96 CDS 24081 23848 CDS_97 CDS 24440 24224 CDS_98 CDS 24627 24526 CDS_99 CDS 24784 24717 CDS_100 CDS 24983 24867 CDS_101 CDS 25369 25204 CDS_102 CDS 25557 25456 CDS_103 CDS 25870 25748 CDS_104 CDS 29175 29015 start_codon_11 start_codon 29175 29173 gene_11 gene 1 38539 33051 transcript_13 transcript 38539 33051 stop_codon_13 stop_codon 33053 33051 CDS_105 CDS 33085 33051 CDS_106 CDS 33286 33154 CDS_107 CDS 33499 33421 CDS_108 CDS 33680 33594 CDS_109 CDS 34095 33996 CDS_110 CDS 34259 34202 CDS_111 CDS 35018 34950 CDS_112 CDS 35381 35290 CDS_113 CDS 36085 35956 CDS_114 CDS 38335 38240 CDS_115 CDS 38539 38477 start_codon_12 start_codon 38539 38537 gene_12 gene 1 75960 70118 transcript_14 transcript 75960 70118 stop_codon_14 stop_codon 70120 70118 CDS_116 CDS 70195 70118 CDS_117 CDS 70721 70603 CDS_118 CDS 71028 70895 CDS_119 CDS 71617 71469 CDS_120 CDS 72458 72316 CDS_121 CDS 72997 72916 CDS_122 CDS 73931 73834 CDS_123 CDS 74320 74259 CDS_124 CDS 74948 74881 CDS_125 CDS 75181 75111 CDS_126 CDS 75438 75353 CDS_127 CDS 75960 75611 start_codon_13 start_codon 75960 75958 gene_13 gene 1 93319 89212 transcript_15 transcript 93319 89212 stop_codon_15 stop_codon 89214 89212 CDS_128 CDS 89296 89212 CDS_129 CDS 91276 91258 CDS_130 CDS 93319 92359 start_codon_14 start_codon 93319 93317 gene_14 gene 1 99519 95828 transcript_16 transcript 99519 95828 stop_codon_16 stop_codon 95830 95828 CDS_131 CDS 96531 95828 CDS_132 CDS 98465 98174 CDS_133 CDS 99519 99508 start_codon_15 start_codon 99519 99517 gene_15 gene 1 118884 113911 transcript_17 transcript 118884 113911 stop_codon_17 stop_codon 113913 113911 CDS_134 CDS 116808 113911 CDS_135 CDS 118329 117198 CDS_136 CDS 118884 118733 start_codon_16 start_codon 118884 118882 AUGUSTUS_ab_initio de novo gene_1 gene 1 41118 67324 transcript_1 transcript 41118 67324 start_codon_1 start_codon 41118 41120 CDS_1 CDS 41118 41224 CDS_2 CDS 49428 49519 CDS_3 CDS 59094 59391 CDS_4 CDS 59659 59758 CDS_5 CDS 60788 60892 CDS_6 CDS 61359 61457 CDS_7 CDS 61758 61888 CDS_8 CDS 62825 63108 CDS_9 CDS 66938 67147 CDS_10 CDS 67302 67324 stop_codon_1 stop_codon 67322 67324 gene_2 gene 1 68574 69632 transcript_2 transcript 68574 69632 start_codon_2 start_codon 68574 68576 CDS_11 CDS 68574 69632 stop_codon_2 stop_codon 69630 69632 gene_3 gene 1 75785 75988 transcript_3 transcript 75785 75988 start_codon_3 start_codon 75785 75787 CDS_12 CDS 75785 75988 stop_codon_3 stop_codon 75986 75988 gene_4 gene 1 78767 89153 transcript_4 transcript 78767 89153 start_codon_4 start_codon 78767 78769 CDS_13 CDS 78767 78865 CDS_14 CDS 78966 79049 CDS_15 CDS 79389 79499 CDS_16 CDS 79995 80081 CDS_17 CDS 82736 82822 CDS_18 CDS 82905 83187 CDS_19 CDS 85142 85398 CDS_20 CDS 85531 85701 CDS_21 CDS 86191 86301 CDS_22 CDS 86826 86912 CDS_23 CDS 87007 87289 CDS_24 CDS 88750 89153 stop_codon_4 stop_codon 89151 89153 gene_5 gene 1 104229 107129 transcript_5 transcript 104229 107129 start_codon_5 start_codon 104229 104231 CDS_25 CDS 104229 107129 stop_codon_5 stop_codon 107127 107129 AUGUSTUS_ab_initio de novo gene_6 gene 1 29175 15603 transcript_6 transcript 29175 15603 stop_codon_6 stop_codon 15605 15603 CDS_26 CDS 15881 15603 CDS_27 CDS 17490 16856 CDS_28 CDS 18175 18081 CDS_29 CDS 23768 23641 CDS_30 CDS 24081 23848 CDS_31 CDS 25369 25204 CDS_32 CDS 29175 29015 start_codon_6 start_codon 29175 29173 gene_7 gene 1 34226 33137 transcript_7 transcript 34226 33137 stop_codon_7 stop_codon 33139 33137 CDS_33 CDS 33286 33137 CDS_34 CDS 33499 33421 CDS_35 CDS 34095 33996 CDS_36 CDS 34226 34202 start_codon_7 start_codon 34226 34224 gene_8 gene 1 99212 92324 transcript_8 transcript 99212 92324 stop_codon_8 stop_codon 92326 92324 CDS_37 CDS 93357 92324 CDS_38 CDS 96531 95935 CDS_39 CDS 99212 98174 start_codon_8 start_codon 99212 99210 gene_9 gene 1 108474 107893 transcript_9 transcript 108474 107893 stop_codon_9 stop_codon 107895 107893 CDS_40 CDS 108474 107893 start_codon_9 start_codon 108474 108472 gene_10 gene 1 118884 113911 transcript_10 transcript 118884 113911 stop_codon_10 stop_codon 113913 113911 CDS_41 CDS 116808 113911 CDS_42 CDS 118329 117198 CDS_43 CDS 118884 118733 start_codon_10 start_codon 118884 118882 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1110 4015 transcript_1 transcript 1110 4015 CDS_1 CDS 1110 1203 CDS_2 CDS 2174 2388 CDS_3 CDS 2527 2660 CDS_4 CDS 2750 2977 CDS_5 CDS 3815 4015 stop_codon_1 stop_codon 4013 4015 gene_2 gene 2 41118 51162 transcript_2 transcript 41118 51162 start_codon_1 start_codon 41118 41120 CDS_6 CDS 41118 41224 CDS_7 CDS 42621 42706 CDS_8 CDS 44622 44767 CDS_9 CDS 44913 44936 CDS_10 CDS 45609 45728 CDS_11 CDS 45801 45929 CDS_12 CDS 46689 46832 CDS_13 CDS 46944 47001 CDS_14 CDS 48218 48260 CDS_15 CDS 49428 49519 CDS_16 CDS 49917 50044 CDS_17 CDS 50824 50928 CDS_18 CDS 51019 51162 stop_codon_2 stop_codon 51160 51162 transcript_3 transcript 41118 51162 start_codon_2 start_codon 41118 41120 CDS_19 CDS 41118 41224 CDS_20 CDS 42621 42706 CDS_21 CDS 44622 44767 CDS_22 CDS 45609 45728 CDS_23 CDS 45801 45929 CDS_24 CDS 46689 46832 CDS_25 CDS 46944 47001 CDS_26 CDS 48218 48260 CDS_27 CDS 49428 49519 CDS_28 CDS 49917 50044 CDS_29 CDS 50824 50928 CDS_30 CDS 51019 51162 stop_codon_3 stop_codon 51160 51162 gene_3 gene 1 58980 63642 transcript_4 transcript 58980 63642 start_codon_3 start_codon 58980 58982 CDS_31 CDS 58980 58986 CDS_32 CDS 59094 59391 CDS_33 CDS 59659 59758 CDS_34 CDS 59848 60114 CDS_35 CDS 60608 60685 CDS_36 CDS 60788 60892 CDS_37 CDS 60999 61048 CDS_38 CDS 61143 61242 CDS_39 CDS 61359 61457 CDS_40 CDS 61540 61653 CDS_41 CDS 61758 61917 CDS_42 CDS 62707 63095 CDS_43 CDS 63206 63280 CDS_44 CDS 63622 63642 stop_codon_4 stop_codon 63640 63642 gene_4 gene 1 64081 67324 transcript_5 transcript 64081 67324 start_codon_4 start_codon 64081 64083 CDS_45 CDS 64081 64090 CDS_46 CDS 65154 65177 CDS_47 CDS 65263 65319 CDS_48 CDS 66938 67147 CDS_49 CDS 67302 67324 stop_codon_5 stop_codon 67322 67324 gene_5 gene 1 68574 69632 transcript_6 transcript 68574 69632 start_codon_5 start_codon 68574 68576 CDS_50 CDS 68574 69632 stop_codon_6 stop_codon 69630 69632 gene_6 gene 1 75785 75988 transcript_7 transcript 75785 75988 start_codon_6 start_codon 75785 75787 CDS_51 CDS 75785 75988 stop_codon_7 stop_codon 75986 75988 gene_7 gene 1 78767 89153 transcript_8 transcript 78767 89153 start_codon_7 start_codon 78767 78769 CDS_52 CDS 78767 78865 CDS_53 CDS 78966 79049 CDS_54 CDS 79389 79499 CDS_55 CDS 79995 80081 CDS_56 CDS 82736 82822 CDS_57 CDS 82905 83187 CDS_58 CDS 85142 85398 CDS_59 CDS 85531 85701 CDS_60 CDS 86191 86301 CDS_61 CDS 86826 86912 CDS_62 CDS 87007 87289 CDS_63 CDS 88750 89153 stop_codon_8 stop_codon 89151 89153 gene_8 gene 1 104229 107992 transcript_9 transcript 104229 107992 start_codon_8 start_codon 104229 104231 CDS_64 CDS 104229 104292 CDS_65 CDS 104374 106992 CDS_66 CDS 107808 107992 stop_codon_9 stop_codon 107990 107992 AUGUSTUS_tom_ugs de novo gene_9 gene 1 15359 9560 transcript_10 transcript 15359 9560 stop_codon_10 stop_codon 9562 9560 CDS_67 CDS 9601 9560 CDS_68 CDS 13600 13519 CDS_69 CDS 14031 13853 CDS_70 CDS 15359 15357 start_codon_9 start_codon 15359 15357 gene_10 gene 1 29175 15424 transcript_11 transcript 29175 15424 stop_codon_11 stop_codon 15426 15424 CDS_71 CDS 15579 15424 CDS_72 CDS 15938 15657 CDS_73 CDS 17490 16856 CDS_74 CDS 18175 18081 CDS_75 CDS 19279 19137 CDS_76 CDS 19410 19368 CDS_77 CDS 19547 19504 CDS_78 CDS 19793 19625 CDS_79 CDS 20439 20269 CDS_80 CDS 20610 20527 CDS_81 CDS 23768 23641 CDS_82 CDS 24081 23848 CDS_83 CDS 24440 24224 CDS_84 CDS 24627 24526 CDS_85 CDS 24784 24717 CDS_86 CDS 24983 24867 CDS_87 CDS 25369 25204 CDS_88 CDS 25557 25456 CDS_89 CDS 25870 25748 CDS_90 CDS 29175 29015 start_codon_10 start_codon 29175 29173 gene_11 gene 1 38539 33051 transcript_12 transcript 38539 33051 stop_codon_12 stop_codon 33053 33051 CDS_91 CDS 33085 33051 CDS_92 CDS 33286 33154 CDS_93 CDS 33499 33421 CDS_94 CDS 33680 33594 CDS_95 CDS 34095 33996 CDS_96 CDS 34259 34202 CDS_97 CDS 35018 34950 CDS_98 CDS 35381 35290 CDS_99 CDS 36085 35956 CDS_100 CDS 38335 38240 CDS_101 CDS 38539 38477 start_codon_11 start_codon 38539 38537 gene_12 gene 1 75937 70118 transcript_13 transcript 75937 70118 stop_codon_13 stop_codon 70120 70118 CDS_102 CDS 70195 70118 CDS_103 CDS 70721 70603 CDS_104 CDS 71028 70895 CDS_105 CDS 71617 71469 CDS_106 CDS 72458 72316 CDS_107 CDS 72997 72916 CDS_108 CDS 73931 73834 CDS_109 CDS 74320 74259 CDS_110 CDS 74948 74881 CDS_111 CDS 75181 75111 CDS_112 CDS 75438 75353 CDS_113 CDS 75675 75611 CDS_114 CDS 75937 75827 start_codon_12 start_codon 75937 75935 gene_13 gene 1 93319 92324 transcript_14 transcript 93319 92324 stop_codon_14 stop_codon 92326 92324 CDS_115 CDS 93319 92324 start_codon_13 start_codon 93319 93317 gene_14 gene 1 99519 95828 transcript_15 transcript 99519 95828 stop_codon_15 stop_codon 95830 95828 CDS_116 CDS 96531 95828 CDS_117 CDS 98465 98174 CDS_118 CDS 99519 99508 start_codon_14 start_codon 99519 99517 gene_15 gene 1 118884 113911 transcript_16 transcript 118884 113911 stop_codon_16 stop_codon 113913 113911 CDS_119 CDS 116808 113911 CDS_120 CDS 118329 117198 CDS_121 CDS 118884 118733 start_codon_15 start_codon 118884 118882 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1143 1203 match_part 1.000 2174 2388 match_part 1.000 2527 2660 match_part 1.000 2750 2842 match_2 match_part 0.997 3883 4220 match_3 match_part 1.000 41041 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 0.992 45609 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46832 match_part 0.996 46944 47469 match_4 match_part 1.000 41058 41224 match_part 1.000 42621 42706 match_part 1.000 44622 44767 match_part 1.000 44913 44936 match_part 1.000 45609 45709 match_5 match_part 0.994 41071 41224 match_part 1.000 42621 42706 match_part 1.000 45609 45728 match_part 1.000 45801 45929 match_part 1.000 46689 46736 match_6 match_part 1.000 43815 44404 match_7 match_part 0.930 48218 48260 match_part 1.000 49428 49519 match_part 1.000 49917 50044 match_part 1.000 50824 50928 match_part 0.994 51019 51346 match_part 0.617 52406 52452 match_8 match_part 1.000 57646 57988 match_part 1.000 58874 58986 match_part 1.000 59094 59391 match_part 1.000 59659 59758 match_part 1.000 59848 60114 match_part 1.000 60608 60685 match_part 0.990 60788 60892 match_part 1.000 60999 61048 match_part 1.000 61143 61242 match_part 1.000 61359 61457 match_part 1.000 61540 61653 match_part 1.000 61758 61917 match_part 1.000 62707 63095 match_part 1.000 63206 63280 match_part 0.978 63622 63889 match_9 match_part 1.000 64757 65177 match_part 1.000 65263 65319 match_part 0.987 66938 67545 match_10 match_part 0.997 88644 89245 match_part 0.833 89814 89825 match_part 0.682 90112 90133 match_part 0.448 91828 91894 match_11 match_part 1.000 88695 89290 match_part 0.833 89814 89825 match_part 0.571 90112 90153 match_part 0.688 91210 91241 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.995 17617 16856 match_part 1.000 15938 15657 match_part 1.000 15579 15484 match_part 1.000 14031 13853 match_part 1.000 13600 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 9994 match_part 0.982 9601 9324 match_13 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 0.989 14031 13853 match_part 0.963 13600 13519 match_14 match_part 1.000 20538 20527 match_part 0.988 20439 20269 match_part 0.994 19793 19625 match_part 1.000 19547 19504 match_part 1.000 19410 19368 match_part 1.000 19279 19250 match_15 match_part 1.000 25756 25748 match_part 0.990 25557 25456 match_part 1.000 25369 25204 match_part 1.000 24983 24867 match_part 1.000 24784 24717 match_part 1.000 24627 24526 match_part 0.987 24440 24289 match_16 match_part 0.987 38552 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 1.000 35018 34950 match_part 1.000 34259 34202 match_part 1.000 34095 33996 match_part 1.000 33680 33594 match_part 1.000 33499 33421 match_part 1.000 33286 33154 match_part 0.826 33085 32902 match_17 match_part 1.000 76082 75611 match_part 1.000 75438 75353 match_part 1.000 75181 75111 match_part 1.000 74948 74881 match_part 1.000 74320 74259 match_part 1.000 73931 73834 match_part 1.000 72997 72916 match_part 1.000 72458 72316 match_part 1.000 71617 71469 match_part 1.000 71028 70895 match_part 1.000 70721 70603 match_part 0.995 70195 69819 match_18 match_part 1.000 75914 75355 match_19 match_part 0.470 93591 93492 match_part 0.714 90773 90767 match_part 1.000 89243 88644 match_20 match_part 0.994 99663 99508 match_part 1.000 98465 98174 match_part 0.981 96531 95410 match_21 match_part 0.800 99602 99508 match_part 0.976 98465 98174 match_part 0.962 96531 96349 match_22 match_part 0.996 99604 98817 match_23 match_part 0.934 99596 99055 match_24 match_part 1.000 114439 113730 match_25 match_part 0.962 117277 117198 match_part 0.997 116808 116192 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 1143 1203 exon 2174 2388 exon 2527 2660 exon 2750 2842 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 3883 4220 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 17617 16856 exon 15938 15657 exon 15579 15484 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9324 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 15938 15657 exon 15579 15357 exon 14031 13853 exon 13600 13519 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 20538 20527 exon 20439 20269 exon 19793 19625 exon 19547 19504 exon 19410 19368 exon 19279 19250 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 25756 25748 exon 25557 25456 exon 25369 25204 exon 24983 24867 exon 24784 24717 exon 24627 24526 exon 24440 24289 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 38552 38477 exon 38335 38240 exon 36085 35956 exon 35381 35290 exon 35018 34950 exon 34259 34202 exon 34095 33996 exon 33680 33594 exon 33499 33421 exon 33286 33154 exon 33085 32902 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41041 41224 exon 42621 42706 exon 44622 44767 exon 45609 45728 exon 45801 45929 exon 46689 46832 exon 46944 47469 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 43815 44404 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41071 41224 exon 42621 42706 exon 45609 45728 exon 45801 45929 exon 46689 46736 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 41058 41224 exon 42621 42706 exon 44622 44767 exon 44913 44936 exon 45609 45709 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 48218 48260 exon 49428 49519 exon 49917 50044 exon 50824 50928 exon 51019 51346 exon 52406 52452 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 57646 57988 exon 58874 58986 exon 59094 59391 exon 59659 59758 exon 59848 60114 exon 60608 60685 exon 60788 60892 exon 60999 61048 exon 61143 61242 exon 61359 61457 exon 61540 61653 exon 61758 61917 exon 62707 63095 exon 63206 63280 exon 63622 63889 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 64757 65177 exon 65263 65319 exon 66938 67545 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 76082 75611 exon 75438 75353 exon 75181 75111 exon 74948 74881 exon 74320 74259 exon 73931 73834 exon 72997 72916 exon 72458 72316 exon 71617 71469 exon 71028 70895 exon 70721 70603 exon 70195 69819 gene_16 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 75914 75355 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 93591 93492 exon 90773 90767 exon 89243 88644 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88644 89245 exon 89814 89825 exon 90112 90133 exon 91828 91894 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88695 89290 exon 89814 89825 exon 90112 90153 exon 91210 91241 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99663 99508 exon 98465 98174 exon 96531 95410 gene_21 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 99604 98817 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 114439 113730 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 117277 117198 exon 116808 116192 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 64902 65177 match_part 1.000 65263 65319 match_part 0.987 66938 67545 match_2 match_part 0.922 64921 65177 match_part 1.000 65263 65319 match_part 0.902 66938 67508 match_3 match_part 1.000 88725 89240 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 0.995 17617 16856 match_part 1.000 15938 15657 match_part 1.000 15579 15357 match_part 1.000 14031 13853 match_part 1.000 13600 13519 match_part 1.000 12670 12546 match_part 1.000 11563 11471 match_part 1.000 10147 9994 match_part 0.982 9601 9324 match_5 match_part 0.984 17562 16856 match_part 0.975 15938 15657 match_part 0.990 15579 15484 match_part 0.972 14031 13853 match_part 0.976 13600 13519 match_part 0.929 12670 12615 match_6 match_part 0.859 18144 18081 match_part 0.926 17751 17161 match_7 match_part 0.987 38552 38477 match_part 1.000 38335 38240 match_part 1.000 36085 35956 match_part 1.000 35381 35290 match_part 0.986 35018 34950 match_part 1.000 34259 34202 match_part 0.990 34095 33996 match_part 1.000 33680 33594 match_part 1.000 33499 33421 match_part 0.992 33286 33154 match_part 0.925 33085 32980 match_8 match_part 1.000 89288 88797 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 18144 18081 exon 17751 16856 exon 15938 15657 exon 15579 15357 exon 14031 13853 exon 13600 13519 exon 12670 12546 exon 11563 11471 exon 10147 9994 exon 9601 9324 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 18144 18081 exon 17751 16856 exon 15938 15657 exon 15579 15484 exon 14031 13853 exon 13600 13519 exon 12670 12615 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 38552 38477 exon 38335 38240 exon 36085 35956 exon 35381 35290 exon 35018 34950 exon 34259 34202 exon 34095 33996 exon 33680 33594 exon 33499 33421 exon 33286 33154 exon 33085 32980 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 64902 65177 exon 65263 65319 exon 66938 67545 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 88725 89240 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0309F18.1 type gene exon 89288 88797 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1110 4015 transcript_1 transcript 1110 4015 CDS_1 CDS 1110 1203 CDS_2 CDS 2174 2388 CDS_3 CDS 2527 2660 CDS_4 CDS 2750 2977 CDS_5 CDS 3815 4015 stop_codon_1 stop_codon 4013 4015 gene_2 gene 1 31558 32232 transcript_2 transcript 31558 32232 start_codon_1 start_codon 31558 31560 CDS_6 CDS 31558 32232 stop_codon_2 stop_codon 32230 32232 gene_3 gene 1 32348 32697 transcript_3 transcript 32348 32697 start_codon_2 start_codon 32348 32350 CDS_7 CDS 32348 32356 CDS_8 CDS 32449 32697 stop_codon_3 stop_codon 32695 32697 gene_4 gene 2 41118 47099 transcript_4 transcript 41118 47099 start_codon_3 start_codon 41118 41120 CDS_9 CDS 41118 41224 CDS_10 CDS 42621 42706 CDS_11 CDS 44622 44767 CDS_12 CDS 45609 45728 CDS_13 CDS 45801 45929 CDS_14 CDS 46689 46832 CDS_15 CDS 46944 47099 stop_codon_4 stop_codon 47097 47099 transcript_5 transcript 41118 47099 start_codon_4 start_codon 41118 41120 CDS_16 CDS 41118 41224 CDS_17 CDS 42621 42706 CDS_18 CDS 44622 44767 CDS_19 CDS 45609 45728 CDS_20 CDS 45813 45929 CDS_21 CDS 46689 46832 CDS_22 CDS 46944 47099 stop_codon_5 stop_codon 47097 47099 gene_5 gene 1 47417 51162 transcript_6 transcript 47417 51162 start_codon_5 start_codon 47417 47419 CDS_23 CDS 47417 47477 CDS_24 CDS 48218 48260 CDS_25 CDS 49428 49519 CDS_26 CDS 49917 50044 CDS_27 CDS 50824 50928 CDS_28 CDS 51019 51162 stop_codon_6 stop_codon 51160 51162 gene_6 gene 1 58980 63642 transcript_7 transcript 58980 63642 start_codon_6 start_codon 58980 58982 CDS_29 CDS 58980 58986 CDS_30 CDS 59094 59391 CDS_31 CDS 59659 59758 CDS_32 CDS 59848 60114 CDS_33 CDS 60608 60685 CDS_34 CDS 60788 60892 CDS_35 CDS 60999 61048 CDS_36 CDS 61143 61242 CDS_37 CDS 61359 61457 CDS_38 CDS 61540 61653 CDS_39 CDS 61758 61917 CDS_40 CDS 62707 63095 CDS_41 CDS 63206 63280 CDS_42 CDS 63622 63642 stop_codon_7 stop_codon 63640 63642 gene_7 gene 1 65096 67299 transcript_8 transcript 65096 67299 start_codon_7 start_codon 65096 65098 CDS_43 CDS 65096 65177 CDS_44 CDS 65263 65319 CDS_45 CDS 66938 67299 stop_codon_8 stop_codon 67297 67299 gene_8 gene 1 67378 69632 transcript_9 transcript 67378 69632 start_codon_8 start_codon 67378 67380 CDS_46 CDS 67378 67498 CDS_47 CDS 68449 69632 stop_codon_9 stop_codon 69630 69632 gene_9 gene 1 75785 75988 transcript_10 transcript 75785 75988 start_codon_9 start_codon 75785 75787 CDS_48 CDS 75785 75988 stop_codon_10 stop_codon 75986 75988 gene_10 gene 1 78767 88855 transcript_11 transcript 78767 88855 start_codon_10 start_codon 78767 78769 CDS_49 CDS 78767 78865 CDS_50 CDS 78966 79049 CDS_51 CDS 79389 79499 CDS_52 CDS 79995 80081 CDS_53 CDS 82736 82822 CDS_54 CDS 82905 83187 CDS_55 CDS 85142 85398 CDS_56 CDS 85531 85701 CDS_57 CDS 86191 86301 CDS_58 CDS 86826 86912 CDS_59 CDS 87007 87289 CDS_60 CDS 88554 88855 stop_codon_11 stop_codon 88853 88855 gene_11 gene 1 104229 107129 transcript_12 transcript 104229 107129 start_codon_11 start_codon 104229 104231 CDS_61 CDS 104229 107129 stop_codon_12 stop_codon 107127 107129 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 1 29175 9560 transcript_13 transcript 29175 9560 stop_codon_13 stop_codon 9562 9560 CDS_62 CDS 9601 9560 CDS_63 CDS 10147 9994 CDS_64 CDS 11563 11471 CDS_65 CDS 12670 12546 CDS_66 CDS 13600 13519 CDS_67 CDS 14031 13853 CDS_68 CDS 15579 15484 CDS_69 CDS 15938 15657 CDS_70 CDS 17751 16856 CDS_71 CDS 18175 18081 CDS_72 CDS 19279 19137 CDS_73 CDS 19410 19368 CDS_74 CDS 19547 19504 CDS_75 CDS 19793 19625 CDS_76 CDS 20439 20269 CDS_77 CDS 20610 20527 CDS_78 CDS 23768 23641 CDS_79 CDS 24081 23848 CDS_80 CDS 24440 24224 CDS_81 CDS 24627 24526 CDS_82 CDS 24784 24717 CDS_83 CDS 24983 24867 CDS_84 CDS 25369 25204 CDS_85 CDS 25557 25456 CDS_86 CDS 25870 25748 CDS_87 CDS 29175 29015 start_codon_12 start_codon 29175 29173 gene_13 gene 1 38539 33051 transcript_14 transcript 38539 33051 stop_codon_14 stop_codon 33053 33051 CDS_88 CDS 33085 33051 CDS_89 CDS 33286 33154 CDS_90 CDS 33499 33421 CDS_91 CDS 33680 33594 CDS_92 CDS 34095 33996 CDS_93 CDS 34259 34202 CDS_94 CDS 35018 34950 CDS_95 CDS 35381 35290 CDS_96 CDS 36085 35956 CDS_97 CDS 38335 38240 CDS_98 CDS 38539 38477 start_codon_13 start_codon 38539 38537 gene_14 gene 1 75960 70118 transcript_15 transcript 75960 70118 stop_codon_15 stop_codon 70120 70118 CDS_99 CDS 70195 70118 CDS_100 CDS 70721 70603 CDS_101 CDS 71028 70895 CDS_102 CDS 71617 71469 CDS_103 CDS 72458 72316 CDS_104 CDS 72997 72916 CDS_105 CDS 73931 73834 CDS_106 CDS 74320 74259 CDS_107 CDS 74948 74881 CDS_108 CDS 75181 75111 CDS_109 CDS 75438 75353 CDS_110 CDS 75960 75611 start_codon_14 start_codon 75960 75958 gene_15 gene 1 93319 89212 transcript_16 transcript 93319 89212 stop_codon_16 stop_codon 89214 89212 CDS_111 CDS 89296 89212 CDS_112 CDS 91276 91258 CDS_113 CDS 93319 92359 start_codon_15 start_codon 93319 93317 gene_16 gene 1 99519 95828 transcript_17 transcript 99519 95828 stop_codon_17 stop_codon 95830 95828 CDS_114 CDS 96531 95828 CDS_115 CDS 98465 98174 CDS_116 CDS 99519 99508 start_codon_16 start_codon 99519 99517 gene_17 gene 1 108474 107823 transcript_18 transcript 108474 107823 stop_codon_18 stop_codon 107825 107823 CDS_117 CDS 107863 107823 CDS_118 CDS 108474 108087 start_codon_17 start_codon 108474 108472 gene_18 gene 1 118884 113911 transcript_19 transcript 118884 113911 stop_codon_19 stop_codon 113913 113911 CDS_119 CDS 116808 113911 CDS_120 CDS 118329 117198 CDS_121 CDS 118884 118733 start_codon_18 start_codon 118884 118882 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 207 68418 69500 match_2 match 218 68145 69503 match_3 match 251 68136 69611 match_4 match 275 68307 69623 match_5 match 157 68118 69509 match_6 match 224 68181 69476 match_7 match 281 68067 69611 match_8 match 232 68133 69506 match_9 match 278 68238 69623 match_10 match 241 68370 69545 match_11 match 202 68553 69476 match_12 match 210 68271 69608 match_13 match 102 2175 2660 match_14 match 112 3611 3997 match_15 match 114 2750 3145 match_16 match 249 68208 69503 match_17 match 157 68112 69269 match_18 match 232 68175 69623 match_19 match 234 68538 69623 match_20 match 151 68169 69473 match_21 match 159 68238 69269 match_22 match 210 68124 69629 match_23 match 134 68238 69296 match_24 match 140 68142 69467 match_25 match 248 68085 69623 match_26 match 108 68139 69167 match_27 match 231 68172 69611 match_28 match 42.0 59657 59764 match_29 match 137 59845 60114 match_30 match 145 68235 69365 match_31 match 207 68112 69584 match_32 match 163 68178 69467 match_33 match 255 68322 69623 match_34 match 161 68130 69413 match_35 match 171 68442 69605 match_36 match 161 68130 69413 match_37 match 171 68442 69605 match_38 match 151 68313 69467 match_39 match 251 68322 69614 match_40 match 145 68145 69509 match_41 match 205 68181 69497 match_42 match 233 68166 69500 match_43 match 145 68295 69359 match_44 match 243 68157 69584 match_45 match 273 68109 69623 match_46 match 218 68319 69611 match_47 match 246 68142 69623 match_48 match 223 68142 69623 match_49 match 75.9 85966 86493 match_50 match 40.0 86612 86719 match_51 match 35.8 86805 86915 match_52 match 164 82878 83300 match_53 match 177 87004 87411 match_54 match 103 2175 2660 match_55 match 127 3611 3997 match_56 match 102 2750 3037 match_57 match 264 68178 69623 match_58 match 224 68115 69584 match_59 match 193 88740 89150 match_60 match 42.4 86805 86981 match_61 match 117 85927 86499 match_62 match 92.0 81921 82262 match_63 match 69.3 79389 79652 match_64 match 41.2 79974 80099 match_65 match 56.2 79175 79306 match_66 match 38.1 82333 82422 match_67 match 45.1 79766 79870 match_68 match 201 82902 83306 match_69 match 63.9 86612 86719 match_70 match 226 87004 87417 match_71 match 100 60608 60916 match_72 match 30.0 60999 61076 match_73 match 131 59090 59410 match_74 match 63.5 59657 59767 match_75 match 171 59845 60114 match_76 match 100 60608 60916 match_77 match 30.0 60999 61076 match_78 match 131 59090 59410 match_79 match 63.5 59657 59767 match_80 match 171 59845 60114 match_81 match 85.5 62706 63098 match_82 match 100 60608 60916 match_83 match 30.0 60999 61076 match_84 match 41.2 63200 63283 match_85 match 131 59090 59410 match_86 match 63.5 59657 59767 match_87 match 171 59845 60114 match_88 match 216 68142 69626 match_89 match 200 68538 69605 match_90 match 99.0 2175 2660 match_91 match 124 3611 3997 match_92 match 110 2750 2998 match_93 match 258 68142 69623 match_94 match 179 68238 69539 match_95 match 151 50824 51159 match_96 match 151 50824 51159 match_97 match 182 68160 69533 match_98 match 105 68421 69305 match_99 match 232 68175 69623 match_100 match 141 68178 69296 match_101 match 177 68142 69467 match_102 match 230 68130 69635 match_103 match 144 68142 69623 match_104 match 143 68238 69305 match_105 match 163 68178 69467 match_106 match 199 68325 69629 match_107 match 201 68259 69599 match_108 match 136 68238 69467 match_109 match 229 68100 69545 match_110 match 261 68142 69521 match_111 match 47.8 59657 59764 match_112 match 132 59845 60114 match_113 match 144 68238 69488 match_114 match 214 68238 69539 match_115 match 213 68286 69512 match_116 match 113 2175 2660 match_117 match 130 3611 4000 match_118 match 119 2750 3037 match_119 match 58.5 85966 86499 match_120 match 34.3 86805 86915 match_121 match 41.2 86591 86719 match_122 match 35.0 82742 82825 match_123 match 175 82902 83303 match_124 match 194 87019 87414 match_125 match 241 68133 69623 match_126 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