C02SLm0100F12.1 ACTAGAAAGCAAAAATTAGCAAACAAATTTTATAGTTAGTTTTCATTAATCTTAGTTAGC ATTATAGACATATTACCAAACTTATTAGACGTAAAATATATAGCGACAAAATTCATAACA AACAAAAAAATTATAGTCTATGTATATTTATATACCATTCAACAATTTCACTGAATGATA TATCTTTGTTTTTCTTTCTAATGAATTAATGAAATAGTAATATTAACAAGAAAGTACATT GTTTGATTGAGTGTATTAGGAAAATTGTAACTATATGCAAAGTTTGGTTGATTTTATTAT ACAATACATGCATCAAGTTATATGGAAATTTTGAAATTACTTCATATAATCATACAATTT TTTAAAAAGTGTCTTTGATAATAAAGTGTATTTTGACAAATCAAGAGAGAATCTATTATA TTTTTAATTAATTACTTTTAAAAAAATAATTTTTTTTAAAAATTTTAAAATTTTAATTTA TACGCTTGATAATTAATAAAGATAAAATGATAAATTTACGTGAAAAAACGAGTAAATCGA GAGGAATGGTTAATATTCTAAGAAATTTATGACAAAATTAATGTAGGATAATGACAGTCA CATTGAGCAGATATTGCCTCCAAAAATTCCCTATTCGTTTTTGTCAAAAAAGAAATATCA CATTTACTGTCTACAGCTCCAGCACCAATTATTTCCAACTTGATGCGCACTTGCTATTTT ATTCTTTGTTTTTGCTGTTTATTATTCATATATTCATCTTACTGGAGTGAACATTTTTTG TTTTTATTCTTCTTCTACACATTTTTGATTCTTGAAAAATGTATCCAACCATAGCTTGGA TTCTGAGATTACTCTGCTGCTTCTTGTTCTTGATTTTTACAGAGTCCAGAGTTCCTCAAG AAGAAGGTAAATTGCTGCTCTTTCTCTTGCTTTAATGGGTAATTTTTTTTAATTTCATGG GAGGGAAGGGGGGGGGGGGTATTTTAGCAGATCAAGAGAAACTAAAATTTCTTAGTACAG TTCTCTCTCTCTGTTGCTATAATTTTAAGAAGGATGAGGAGTTTTGAGTTTAAAGAAGAT GAGAAATGGGTGGAATTACTTCAATTTAGTGAATGTATAGTGAAAAGGTGTGAGCTTTAC TGTTTTCGAATAGATAAATAATGGATTATTAAAGTTAGTTGCAGCAAGGGTATGTCCCGG TAGTCAATAAAGTGGCTTGAGCACATGAGGTTTCAGGTTCAAAGTCAAGTTGAGACAAAA ACACTAGGTGGTTACCGTGGCCTTGCTGGGAAAAGTTACTTAGTACATGTTGCTGGTGGA GGTGGTAGGTATCCCGTGGAATGTATAGGGTCACCTAGTACATGTTGTAGGTGGGAGGTA TTCACGTATAGGGTCACCTAGTACATGTTGCTGGTGGGAGGTGGCAGGTATCCGCTGGAA TTAGTTGAGGTATGCAAGTTGGGCTGGACACTAAGGTTATTGATTGTTTTTTTTAAAAAA CTTAAGTTAGTTACCAGTTTCCTGAAATTAATGCTATGTCTAGCGCTTAGAATGTTCCAA TTTAGGTGGTATTCTGACTTGCTTGTTTTGCCATGGAAGTGCTGGCTGAGAGAAGGTACA GAGGTTTCTGGTTAGACCCTTGGCTCAATAAAGCATGTCAAATCAATAATAGGAGGAAAT ACAATTGTGAAATAGTTATTCGTGAAAAAAGATATTTAATAAAAAGTTTGGCTGCCAGAA GCTTAGGATTTATATGCTGAAGTGATACAGTTTACAATGGAAAGGTTGACGAATATTATG TGACCATCTCTCACATACAAAGTATGCATAGAAATTTGGTGGAGTTTTTGCGGAAATCCC CCTGTAGTGTTGAACACTTATACTCTACATCTGGAGTTGCATTATTTTACAAGTCATTTC TGTCCAGAACTACAAGTACAAAGTTGTTTTCTAGAGAATGCAATGGTTTGAGTGTCAGGT ACCTAGTGGAATAGTTGAGGTGTATGCAAGTTGGCTCTGACATCACGGAATTAAGAAAAT AACAAGGCCTTTTAATAGCCCCTTTACTAGCATCAAGTGCATGAAGAGGATGATTTTTTC TTATATGTTTACTTTTGGTGAAGTATACTGCATGTCCCCTTATTCTCTTGAAATATTTGA TGTATTTCAGTAGTTCTTCTGATGGAGTGCATCTACGTCTCTTTGTTGGGTGTTAATTGT CGGAGTGAACACGTATACACTTACAATCATTGCATCTCGGTCACATTAAGGGATGAAACA TTTTTTTGAGCAGCCTAATCTTGAATCATTCTGCTTGTCTTACAGATAGAAGTGTTCAAT CGTTTATATACTCCCTCTAGTCCATATCAAGTGAATTGTTGGTACTTTTATCATAGTTCA AAATAAATGAATGGTTCAAAGTTCAAGAAAACTGTTGGGACTTTTTCTCCATATTTTACT TTCATTTAGTGAGGCTCTTAACTACTTTACATTCTCTACTAGAATAGTTTGGGATTAATC AAAAGAGTAAAATGGAAAGTAGCTTTTATGTCCTTAAATTATTTTTCATAAGGGGTGTGC CCCCAACAATTCACTTAATATGGACTAGAGAGTAGTTCTTTTCAATTTGATGGAAGCACT AATAGAAATCAATTTTTCTGAACTTCTTCAGCTGATGACCTTTTTGGTTATTACCAGTTG TAATTGTCAAATAGTCTTTTTGGGAAGATAGCATTGTGCAAGCTATACTAGTTGATTTCA ACCTACTGATTGTTTTTCAGTGAATGTACTCCAACAAATTGCCAAAACGATGGGTGCAAC ATATTTGAGTTTCGATGCAGATTTATGCAGAGTTGAAGGTATTGGAGTCACAATTAAGCT AGCGTGGCATGATAATATTGTTGGATGTGATCATGAAGACCACATCACAAAAATGTGAGG CATTTACACCTTATCACCAAGTCGAGATTGATTAAATTGTTTCTAACCTTTTAGCTTGTC ATGCATGCTTTGTTTCTACCAACGTCTACGTGATTATAGATGTCACCCCAGACCCAGCTT GGGGACAATCCTACTTGATGTCTGTCTGAAATAAAATTGAACGAACTCACTCAAGGAATT CTGAAATGAAGAGGTTTTCAGATTTTTTATGAACTTCCTTTCTCCAGAACCAATATGTAT GGTTACTTAAAAGGCTTACTCAAACTTAAGTATTCCTTGAGCTTGTAAAGAGAAACATTA TAGGCTATGCTTTCATCGGGTTTAGAAAAGCCATATTACTACAGAAGTTTCCTTCTAGTG ACTTCATACTAATTCTTCTGTCTCAACTGGACTAAATACCACTCATTGCCGGATTTCTTT TATCAGAAACAATCATTCTGATTTCCCTTCGTTTGTGTCCACATCTTTTTTGTTTCTATT GCAATTGGTTCCGTAATTGATGTCTTTATATTATTTTCACATATGCAGTGTATTAAAGGG TTTAAATCTTCCAGGAGTACTCCCACCTGAATTGGTAAAGCTTCCCTACATCAAAGAAAT GTAAGAGCTATTCTCTACCATTTTCACAATTGATCCTTTCACTAGCCTCCTTTTTTTCAT GACTATATCAACACAAGTCACTAAATCTTTGCCTTCGTTTTTCTTACCCCATTTATAGTG ATTTTGCGTACAATTATCTCAGTGGTAGAATACCAGTTGAGTGGGCTGCGACGCAGCTGA CTAACATGTAATACCCCACGTTCTTAAGCTGATCAGTTTTTGTGTCATGTCTTCATTTTC AAATCGTAATCGCACACTTTTTGATCCAGCTCTGTTACTGTAAACCGGTTGTCAGGGGAA ATCCCAAAGGAGTTGGGAAACATCAGCAGCCTTTTGTACCTGTATGTATTGAATTTCTAT TCGAACTTACTTCTATGATATCGGTCCGTAGATTGGATTCTCTTAACTAGTCAAAAAATT CTCATATATATTGCAAAAGAAAATGTAGGGGCTATGCTGTCCAAATATAATTTGGGTGGC TGTTTGCTCTCTTTATTATATTCATTGAAATGTTTTGAACCAGGAATCTCGAGGCGAACC AGTTTTCAGGCAGTATTCCTTCTGAACTAGGGAAACTGATCTACTTGCAAACCCTGTAAG ACCTCTCTTTTCTCTTCCACTTTGTTATTTTCTCCTAAAGCAAACTTGAAGAATAATTGG CATTTGGGACCTGAATGACTGATGCATAGATCAGTGGGTGATTAAATCTTTTTCTACTTT CAGGTTTTTATCCTCCAACCAATTGGTGGGGAAGTTGCCAACTTCATTTTCCAAACTCGT AAATTTAACGGATTTGTAAGAGCATACAGTACTCTAGCCAATCTCCTTTTAGCTCTCATC TTTCTCGGGAATAGAATATCTCACAGTATAATTTTACTATACAGTAGGATAAATGATAAC AATTTCAGTGGACAGATTCCGGATTTCATACAGAACTGGAAACAACTTACCAAACTGTAA GATCTTTTGAAATACCTTCAAACTTCAAAATAATATTTTGGCTAGAGTTTCTAAACTTTT TCTCGAGGATATATGAAGGGAGATGCATGCCACCGGACTACAGGGTCCCATTCCAACAAA CATATCTCTTCTGAATAAGTTAACAGATTTGTGAGTACAGAACCTTTCAACATTATCTTA ACTATTTTTTATTAGATTTTTGTAGAGCATTTACTCTTTGCAGTTCTCTCATGGTCAATT TTGTATACAGGAGGATCAGTGACATAGGTGGACCAGCTCAGCCATTTCCTTCACTGAGTG ATATAATGGGATTCCATACCTTGTATGTCAAATTATACCGATATGTGGAAACTGTTGCAC AGTTATATTGTGCTATTAAGCATTCTTGCTTTCCTTAAGCTAATTAATTATGGATGCAGG GTTTTAAGAAACTGCAGCCTTTCTGGAGAGCTTCCTGTATATATTTGGGCGATGAAGGGT CTGCAAACATTGTAAGTTATAGACTTATTCTTCTGCACCTAATGTTCAAACTTCTTCAGC TGCATTCAAAATTACATGGTATTAAATAAATATATATATATATAGAGAGCTATTACATAA TTTTCTGTCCTTCCTCCTCTGTCTGTGATCTTTGGGTTCTCTGAGGTCACACTATTTACT GTCCTCTATTGGTGCCTCTTTCAGTTAACACTGCCTTCCCCAGTCAAAAACAATTGAGAA ATCATTTCTTCTCTACCAAGAACTCTTGTAGAAATTAAAGCCCCTTTTAATTTCCTTGTT TGGAATATTTCACATCTAGTGTGCTCTCTGTGACTGTAAATTTTTTAGCATTTCCAGTTT TAAAAGATAATTGAGGCTGTTCGAGAAACAACGCGCTCACTCCTAATTAGTATATGACAC CTTAATATCAAAAGGTTTCATGCTGCTCTTTGCTTTTCACTAAACTTCTCAGCGTTCCTC TTCTTGTATCTCTCTAGTACATTATTTAGTCTGACATATAGAGTTGACTCTTATACATTT TTCTTCTACAATATACATGTGGTGGTTGTAAGAGTTTGTGCTCACAGATACATCTACTCT ATCTCCTTCTGAGAGTTCAAATGGTAATCATGATTTCCTTTTAATTTTATGCAGAGACGT TACCTTCAACAAGTTAGTCGGAGAAATCCCAAACAATATTAGTGCCAGAAGTATGCTGAA GTTTGTGTAAGTTGATTGCAAAAAGTGGATTCTCTCAAATGTGATGTCCTTTTTATTTTT TATTAGCAAGTTACATCAGTCTCTTCTCAATCTTCTTTTGCTCATACTCGAACATCTTTG AATATGAAGTGTATAACACGTGCTTGCACTTCCAGATTTGGTGTTGCCTTACTGCTTTAT GTCCTCTACATAGGTTTCTTACTGGCAATATGCTCAGTGGAGATATACCAGACTCAATTT TGAAGAGTGGAATAAATGTGTAAGTGTATATTTGTTAATATTCTAATTTCATAAACAATT TATGCTGGTGTATGACGGATTCAATCTTTGCTGAACATGTCATAATTTTTATTCATAAAC ATAATGGTCATACAGTGACATGCCAAAGCAATTTTTTGATTCATTCACGTTGTCATTATT TTTTCCCCATATTTTGTCTTCATGTGGATCTCACAACTGCTTGGTTCATAATTGGAAAGA TGACATCTAACAGTGTCTGTTGCGCCTCAGTGATCTTTCCTACAATAATTTTACATGGCA AGGACCTGACCAACAAGCTTGTCAGCAGAACATGTAAGGATATGTTCATTTCTGTTAATT CATGCTTTTACATTGTTATTGGATAAGAATATATGGTTCTGACAATTATTCCTTCTGCAG GAACCTGTATTTAAACTTGTACAAGAGCTCTGCAGTAGTAAGCCCCTTGTAAGATGATTC TTATTATCCTGAAACATTAAAATTCTGATTTATGATGAAACTGAGAGAAAAAGGAAGCGG CAAAGCAGAAGTGTTTGCTTTCCTATCTAATTCATTTGGGTCTAACTGCTCTTGTGGTTT AACTTCTACAGAATGAGAATTCATCCATGTATGAAGGATTTCACTTGTCGTCGGTGTAAG TATGTTCTTTTCTGGAAAAGTTATACAATTTTCATATGGAATATGAATATCATCAGTAGC AGCAAGAATCTGAAACTATATCTTTAGCCGCTTTGCCATCTTCTCGTTCACTCAAATAGA AGATTGCTGAACTATGCAAGAGATTGTAGCAAGTTAGTTTCATTGTTGATATTTAACACA GAGACATTCTAAGGATGGATTCAGTCTTAGTTTCCATTTGGATTGGCTTATTTTAGGTGC TTTAAAGCCAAAATAGTTTTAAAGCAGTTTTGAAGTGTTTGGGTAAAGTTAAAAAGTGCT TATAAGCACTTACTTTAAAGCCAAAATAACAAAAATAAGTCAAAAGCCAAAATTTAGAAA TTCTAACTTATGTTTTTGTCTTATAAGTCATAAGCCAAAAATCAATCCAAACAGGTCCTT GAACTCATGTATATACAAGTATTTAGATGATTTAGCATTCACAACCTGATTGTTGGAAAT ATTTTCAGCTCGATCATTTTTCCCAGCTTATGAAAAGTATTTTGAGCATTGACTTCTATT ATTTTCATTGGCAGATGGGTGTTCATTACATGTTAATAGTGGTGGAAATGATTTTACTGT GAAGGAAAGCGATGGAGAAGTTCATTATGCAGGAGATGCAAGCGTTGATGGTGGTTCTGC TAGATATTTCAGCAGTAGCACCAATTATTGGGGATTGAGTAGCACTGGGGACTTTATGGA TGATAATAACGACCAAAATGCACGTTTTATTGAAAGTACACCATCAAAAAGCCTCTCTGA ATTGTACAATAATGCACGGATGTCTCCACTCTCACTCACTTACTTCCGTTATTGCTTGAG CAACGGGAGTTACAATGTCAGCTTGCACTTTGCTGAGATAAGTTTTACAAATGATAGCAC CTATACCAGTCTTGGAAGGCGAGTATTTGATATATACATCCAGGTTGGTATGTCCACTAG AAAAACTTCTATACCCTTAAACTATGTTAGATGTGTGAAAATATGAGGAAAAAAGAGAGA ACTTGTATTGTATTTGGTTGTAGATGATATACAAGATGCCTCCACATATAGAAGTTCAGG CAATTACAAATATTGTAAGCTAACCTAAATGAAATAAGAGAACTTATTAAATCAGGGAAA TTACTCATCCAGAATTAGAAAAGATGCTCTCTACTACTAACCTAGAATATATTTTAACAT TCACTGCATTAATTCTCTCACAACGCGCCTTCCAAACTCAAGGTGATACAGCAACTTGTG TTTGCAAATCAAAAGTGAAAAGTGACATGATATACTTCGACGAAATAGAGTAGGAGTTGT GATTGAATTTAAGGACTTTCATGTTGCGAGCTTAACTAGATATTGGCTACAGAGAAGCAA GCACTGTGCCAGATTGATTGGATAGATGACCATTCACTGTGTTTAACTTGGTGACGATAT AGTAACCATGCGTTGACTAGTACTAGTCTCAACTAAGTGTTCTCTAGAAAGCGACATGGT GCTGTTTGGATGGTGACACATCAGCTAGCTGGACAGCTATAGACTGTTTGTCTTGACAGG TTAATAGGTATAGAGTGATGATATCAACCCAACGCGGACTGTCGATACATGGTACGTGCT GCCCAAAAGTTGCTGGAGCCTGAAAGAGAGAGGAAAAGAGTGATGCTGCTTTATCTGGAA AGAGACAAGCCTTATTATGAAAAAAATGAACCTCTTGATGCTACAACCCCGCTCTTGCCG CGAAAAAAGCGTCTTAGCTTGCTTTTCTTTCAGAACAAATAGCTTGTTTTCAGGACAAAT GGAAGAAAAGGTTGTAGATTTTATCTAGTGAACATAGGCTTCGAGTGCGCGAACCAGGCG AGACTATGACTGAGTCAAGCGGACACCCACTAATCCGCGCTTCCATTCGCGACTTGAAGC CAAGCCATTGACTAGCCTTGAAGGACCTTGGCAAGGAATTGTTTTAAATGTTCGTTGTTC AATATCTCGGCTGCTCAAGAAGTTTGACTAGTTGCTCCTCCGACCCAGAGAAAAACTTTG TGTGGCAGGCAGAGTTAGATGGAAGCTATTAGATCTATAACAAGAAAGTAGTCTCTACAT AGGAGCTTAGACAACTAGGATCCTTACTTTATACTGAGATTTTTGAATAGGAAGAATTTT GTATACTATTAATCTAGACATATTCTTACATCTCGCTGAATTAGTTCCTGTGACTTTCCA CGAGATACCTACACAATATTCTTTCTACTTCAGGAGAAATTAGTTTGGAAAGACTTCAAT ATTGTGAATGAGGCTGGTGGAGTTCAAATGCCCGTGGTGAAGCATTTTAACACTAGTGTA ACAGATAATATTTTGGAGATTCGATTTTACTGGGCCGGCAAAGGAACTATCAGAATCCCA TCCAGGGGGCATTACGGTCCTCTAATATCTGCAATCTCACTCAAACCAAGTAAGTTTCTT CAATCTTCATCATTTTAAGGGGAATTTCATAGTATATCTGCTTTTACACTTCTCACTTCG GTTTCCTTCAAGTATATTGTGTATTTAAGCATGTCTCAGTGAGAACTAACACAAAAAGGC ATGTATCAGTTTAAACTTTAAAGTCCCAAGAGATATAGAGATCGTACATATCATATGAGC AGGTTCATACATGATAAATTTAATTGTTTCTAGAAGAAATACTGCAATTGAATGCATGAT CACATGCTCGATTTGCTTATTTGTGGGGTTGACATTGTTTATCAACTTCTGCTGTATAAG ATAAAATTGCTGCTATCTAACATAATCCATGTTAATATTGTTGAAGTGTGTAACCATCTC ATCTGGTCTGATACCATGTTGAAGTGTGTGACCATCTAATCTAAAAGTTTAAGCTATTAG AGAGCACACTTTAACAGTCAATTATATTCTCAACAAATATGTGGAAAATTCTGATATTTT TTTTTGGGAAAAGGGCCAAAACTACCCTTGAACAATAGGAAAGGGTCTAAAAATACCCTC CATTCATGTTTTGGTCTAAAAATACCCTTTCATTCACCTTTTTGGCTCACATATACCCTT CTATTCACCTTTTTAGCTCACTAATACCCTTTCATTCACCTTTGACTAACTTTATACCTA TATAACTAATAACCAATTTTTATTTTTATTTTTTTATAAAAATATTTATTATTTGTCATT TTCTTCTTAGATTAAATAAAAATTCTCATCTCTATTAATTATTTCCCACAATCTATTTAA ATCAAAAATATATATACCTCTTCAAGATTCCAATTTTTTTTTTAAAAAAAAATCTAGTAC TTTTGAACTGCCCTAAGACCTTGTAAAACTCCACCAACCTTTGAATCTCCCAGTCATTTA GAGGTCTTCTTAAGCTCAGATTCCATCCTTGGTTTGACCACATCTCTGCTACAGTGGCTC TTTGCTGCTGGTTTAGGGTGAAAATATCTAGGAACAATGTTTTTAAAGATCCTTGTTCTA GCCATCTATCTTTCCAAAAAGAAGTTTTCCTTCCATTCCCCAATTTAATACTGCAGTTTT CTCTGAGCTTTGGCCAATGGTTTCTGATGGCTCTCCAATGGCTTGATCCGTAAGTGCTAG TGACCGTTTTAGTTATCCACAGATTCTCCATTTCATATTTAGCCTGTATTAGATCTTTCC ACAGAGCTTGCTCACTGGAAGCAAATCTCCATAGCCACTTCATCATAAGGCACTGATTTT GAATTTTTAAATTCCGTATCCCTATCCCCTTGCCTGTTTACTCTTAATCAGAGTATCCCA CTTAAACAAGTGGAATTTCTTGGTTTCACTATTTCCTTCCCACAGGAAATTCCTCCTCAA AGCATCAAGTCTGTCAATAACACCATCAGGAAAAGTGACATCATATATGTAGGCATAGAG TCTAAAACACTATTGATGGGTGTTAATCTTCCTCCTAAAGAAAGGTACTGGCTCTTCCAA TTCACCAACCTTTTTTCACATTTTTCAATCACCCCATTCCAAATGCCTATAGATTTGCTT TTGGCTCCCAAGGGCATCCCCAAATATGTAGTTGGTAGATCTCCTGTCCTTACGCCCAAA ATCCTAGTCAGAGAGGGTAAATTAGGGATTTCATTTACTGGATACAAGAAACTCTTGTAT CAATTGATGTGAAGCCCAGAGATAGCTTAAAAAAGAATGAAGATTACCCTTAAAATCTTG AGTTGGTTCTTGTTAGCATCACAGAAGACAAGAGTGTCATCTGCATATTGTAAGTGAGTA ATCTCTAGACCAGCCCCCACTCTGCTGGATACCCTAAAACCTCTCAGCCACGACTTTTCT TGAGATATTTTCAACATGTCATTTAGTCCCTCCATTGCGATAATAAAAAGAAAGGGAGAT AATTGATCTCCTTGCCTTAAACCTCTCTGTGAAGAGAAAAAACCTGTAGTAAAGAGCCAT TTATTAAAACAGAGAATTTCACAGTGCTGATGCAAAACTTCATCCATCTTAACCATCTAC CTCCAAAACCTCTTTTAGAAATAGTCTCCAACAGGTACTTCCAATTGGGATGGTCATAAG CTTTTTGAGTGTCTAGCTTACATAGGATGCCCGGAGCCTTGCTTCTAGTTCTAGCATCAA CTCACTCATTTGCCATAAGAATGGCATCCATTATTTGTCTTCCTTTTATAAAGGCCAACT GTTGGGGGTCCACCAGTTTGTGCGTAACCATTTTGATTCTCTCGGTGAGTATTTTGGAGA TGATCTTGTACACGCTACCAATTAGGCTAATGGGTCTGAAGTCAGTGAGCTCCTTAGCAC CCATTTTTTTTGGAATTAAAGCCACATAGGTAGAGTTGAAGCTTTTCTCAAAGATGCACC TCTCATGAAAGTTCTTGATTGTAGCAATCACATCTTTTCCAATAGCCTCCCAACAATGGG TATAGAAGGCCATGGTAAAACCATCAGGACCAGGAGCTTTGTCACTAGCACAAAGTTTGA CACAATCCCATATCTCTTGATCCTCAAATTCCTTCTGAAGCATGTAATTATCTTCGGCAT TCAAAGGGTCATTCTATATGGCCAAGGAAATCCATTTTCGTAATTTTGGTTGAATTAACA GACAGAATTTCTCAGCTTGAAGGAGTGTTGGATGAGTGCCCATGTATTTTTCTTTGCTAT TATTTTCCCATGAATAAATGCATGTTGATATTCATATTCTATGAAATTAACTGGAAGAAT CTTATTTTCTATTCCCCCTGCTGTTGCATACACTTAACAATCTTGTCTTCATTTTTGTGT AGCTTTTGGATCTTGTTCAGAGGAAGATAAAAAGAGTGCGACTGTTTTTGTTATTGTTGG AGTAGTGACTACATGCATTTTCCTGTTATTAATAAGCACACTTTGGTGGAAAGGATATCT TCAATGCAAAAAGAAACAGAGAACAGGTAATCACTGAACAGATGTTAGAATGAAGTAATT TTAACTAGCAAATTTTGTGACTAGGCAATGAGCTGATCCATGCATTACTGATATGAAAGA GCACATTCTACTGAAATGATAATCAAAGAAAACTCCATATCCAGAAGTTGCGAGTTATTA ATAGATGACTAACCAGTGAAGTTTCTCTACTTCCATGACAGATTTAGAGGGCATGGAGCT GCAGACCATTTCCTTTACTTTAAAGCAAATAAAGGCTGCAACTAATAACTTTGATGCTTC TAACAAGATAGGGGAAGGTGGTTTTGGTGCAGTTTTCAAGGTATCACTTTGGTAACAACA GTAATATAGTATCATCTTTATCATTATTGGTTGTGAACTCTGACCTAATACTTTATGTAG GGCCGGTTATCTGATGGTACTTTAGTTGCAGTGAAGCAGCTCTCGCGTCAATCAAGACAG GGGAACCGCGAATTTTTGAATGAGATTGGCATGATTTCTTGCTTGCAACACCCAAATCTT GTTAAGCTGCATGGTTGCTGCATTGAAGGGACTGAATTACTGCTCGTATATGAATACTTG GAAAACAATAGCCTCGCTCGCGCATTATTTCGTAAGATATTCAATCTCTTTTAAAAAAGT TCCTAAACTATTACCAACTCTCTAGGAAATGTCCATTAAAATGTTAGCATGTTGGACAAC TTTAGATTCAGAGAAAAGTCAGTTGATGCTTGATTGGCCGACAAGGTTCAAGATTTGTGT TGGGATCGCTAAAGGTCTGGCTTTCCTTCATGAGGAATCAAGCCTTAAGATTGTACACAG AGACATTAAAGCTACTAATGTACTGCTAGATAGAGAACTAAATCCCAAAATTTCGGACTT TGGGCTAGCTAAACTTACTGAAGATGACAATACCCATATTAGCACTCGAGTTGCTGGAAC AATGTAAGTTTCAACCTTAAAATTCAAACTAGATCTTTTCTTCCATTATCTTGTTAGTAG CGTGGCAAGGTAAAGTTTGTAGCTTAATTGTATATTAATAACTGCAGAGGATACATGGCA CCAGAGTATGCACTATGGGGTTATTTGACTTACAAAGCAGATGTCTACAGCTTTGGAATT GTCCTCCTGGAAATTGTTAGCGGCAAGAACAACTATGGCTATGTGCCTTCTGAGAATTTC ATTTGTCTTTTAGATTGGGTATCTTTTCATTACCTTTTTGTTAATGCACTTCAACAAAGG CTGACCATTCTACCATTTATAAGATTTGAGAATCCTTGAACTTTTTTAACCATGAACCTC TCACACTCCCTTTGAAGTTGCTAGCTTATAAAACTTTATTGCAGGCCTGTCACTTGCTGC AAAATGGAAAAATAGAGGAGCTGATTGATGATAAATTGGGTTCTCAGTTTAGCAAAGCAG AAGCAGAATTGATAATAAAAGTAGCGCTATTATGCACTTGTGCGACGCCATCACTCAGGC CTGTAATGTCTGAGGCTGTAGGCATGCTTGAAGGAAAAAGAGATGCCCCTGATAGTATCC CAGAAGCAAATATGTATACTGACGATTTGAGATTTCAAGCCTTGAAAGATTTCCAACAAG AGAGGCAAAATCAAAGTGCGTCAAGTAATCAAGCTCAGCGTTCAAGCATCCAAACTGCCT CTGATCTCTGTGAATACAACCCCGAATCAAGATCTGATGACTAACTGAATACAACCCCGA ATCAAGATCTGATGACTAACTCTTTACTGTGTGTGTATTCTTATTTAATCTTTGCCAGTG TGCCTGTGTCTTATGGTTCATGAGGGATTACATTGGTTCAAAGCCACTCATCGAGGTATG ATTGCTGTAACTTGTAACTATTTGTTCAATTTTTGTGAGTGAGATTTCTATAAAATGTAC ATAAATTAATATCCCAAGAAAAATTGTGAGGAGCTTTTTTGCACCTCCTAGCTAGATTTC AAATTTGTATAATATTCTGCCCCATTGTGATAAACCTGAAATGTAGACTATATGGTCTTT CTGTAAACAAAAAAGGATTCATTGTTCAATTTGTGTCAGTTGTATCTTGTATGGCAACTT TTTGTTTGCCAAAAGAGGACGGTGCATATGCTGAAGAAACAACACATCATTTTAGATGAA ACTTGAGGTTTTCTTTGACCCATAAGATAGTTAAAATTTATGTAAATAGCAACTTCAACG CTAGCCAAGGGTCTATCGTAAACAGTATATGCCTTCATAAGGTAAGGGTGAGATCTATCA TATATCATATCATCATATATCATTATAAGTGGGAAGCTCCAAAGTAAAAAGTTGAATTAT CATTTTATCCTTTTAGTAAATTAAAATTTAATTAATTATTTAATTAAATACAAATATTTT AATTATATTATGGTAGAATTTAAGTCATTAAGCCTTTTAATAATGAAAACTTACCAGAAG CATGCAGAGCAATGAATCCCGCAAAATGGTCCAACTCATCTTTTCTGCAAGATGAACCTT TTAATGATGGTTTCGAGAAGACCTCTTAAGATGCATGACACTAGAAGGATTTTCTTAAGG TGCATGACACTAGAAGGAAAATTAAAAACCAAAGATACTCCCACAATTAAGTATGGATGT GATAAGTTTTTTTTGGGTTAAATTATCTTTAATAATTTCATTCTCTTCAACTTCTTAACT TAAATAATTTCATTTTCTTAGCTTTAATAATTTGATTCTCTTCAACTTCTCTTACCTAAA ATTCCTTATTTAAAGTCACATTAAAGAACACTAAATTTGTAAATCTCATTTGAACATTTT ACTCCAATGTATGCCAGATTTTCTCCGATTAAGAACTATTTTCTCATTTTTCTTTTATCA TTTTTGTTTTTTTATTTTTACTTTTTTTGATAACTTTACGGTAGATCTTTTAGGTACAGA AGAAAAAAAGTATCATTGTATTGGGAATGGTAACATTAGTGTTGCATTTGGATCACAGAC GTCATCATATGTGATAATATTGATAGACAGAAAATGAATGTTTGGAAGGGTTCTATAAAT TTTTATCACTATGTATGGATTAGAATAAAATAAACATATATACTCTCTTATACATCGATA ATTTTTATAATTTTTTTAGTTTTTATTTTAATTGATGTAGATGAAGGATACATATCTCCG GAAGATGTTTGAAAATGTTTCAAGAATTCAAATTTTGGTATTATTTCATGTAATTTGGTT TCTTTGTAAGTGATTTTTATTTTTATTCTTAAAATTTTCTTTTTTTTGTTTTCAAATTGG ATATGTGATCTACGTGGAAGTGTGTAATGAGAGATTATTGAGGATATGTTATATCGACAT ATTCATATTATTACATGTAATATTATCTGAATTATTACAAATTTATTATTCAAATATTAT GGATTTTATTTATTGAATATGATGTAAATGATCAAGTAAATATTATTATTTGAGCATTTT CCATATAATAATCCAATAATATTGAATAAGCGTGCAACGCACGTTCCCAAAGACTAGTAT ACCTTATACACACCACTCTCTCCAGACTCTGCTTGTGAGATTGCACTGATATAGTAATTC AATACTAGATAGTTGATAAAATTTCCAATTCGTCAAAATTGGAAATTTTATTAGACCATT TGAGAATCTATCGCCCCCAATATGAGGAGAAGATTTTCTAAGTAGCAAGTTGACCCTTTA AAGTTATATACTCACATATTAGGCATTTTCAGACTTGCAAATTAAATAAGTAACACCACC CATATCTCATATTTAAAGTTCATCTTGCTTGAAGTCAATCTATTTGACTTTTTTTTTAAA AAAAATAATAAATAATTGACTAAAAGTTTTCAGTTTCATACTATATTACTTCATCGTTCA ATTTGCTTATAGAAATTAATTAAATTAATCGCTACACGTACAAGGCTTTTCTGTACCAAA ATAGAACAGCTCATTCCCTATTGACTTTCCAACTTCAAGTCCATGAAAGATTTACTTCTA AACTTTAAATTAAGCTATCTACCCCGTTAATATATGTAATATTTTTGTATAATTTACATA AATTTTTTATAATGTAAAATTTAAATTAAATTTTATTTCTATTTTTTTTCTAGGGAAAAG GGTGAGAAATATATCTGAACTTTGATAGAAATTATTGTAACGATACCAAACTTTGAAAAT GATCTTTTACTACCTGCACTGTTTAATAATATATTTTAAAGGTATATATGTGCCCACGTG GGCATAAAAAATATTGCATAGTAATGTGTCAACGTGAATACATATATACCTTTAAAATAC ACTATTAAATAGAAGTTATCCGAATACATAAGTTTCATCCAAATACATTATATGTGATAC ATTACAAAAGCGAGCTGCACCTTTTAAGGAAAATAATTGGTTGTTGAGCTTTGTCAGGAA AATTAATTTCAAATTGATTTTGTATCCCACTATTCAAGCATAAGTGATTGTTATCAATCC GTCCAAATTTGTAAAGATTCATACTATTCAAATTTCCATCATCTCCATCAAGCCACCATT GCAATTCAAATCGTGAAGAATTTAAATTAATCAACAATATGGTTAATACAATATTAATAT ATATCAATTTTGTTAGAGAGAATCAGGATTTTAGTAAGTGAGATGAGTCATAAAGGTTAT AAAAGTGATTAGAATTGTTGTAAGACAATCGCTTTCATTGATAGTTTCAAAGTCATCATT TCAATCAAATTAGAGATCGATAAATTTAGGTAAATCTTAAAAATCAAATACATCATAAAA TGTAATAACTCATCTACATTGAAATTAAGTAATTAAGAGGGGATCAATGACAGGTGCTCA GGTTATCTCCATGAATTCCCACTGAGCCTATAGTTGTTGAGACCTTTGTTAAGTACCCAA CATTGAGGCAAACTTTTGTTGTCGATTGACAAGAAGGACCCAATGGTGCCAAGGTCACAC AAGGCTGCCCAGATGAAGGGAAAGGGAACAGTTGGACACATTTATCAATATATTGTTATT TATGTATTTCGTTTAAAATGATAAGTGTTGTATTTCTATTAGATATATTAAATAAAGTAA TTGTTGGTCATAAGATACTAGGTTTGAGATCGATACATTATTTTGTGGTAATTGCGATGT ATTAGATACAATTTGTATAAATTCAAATTTACGCATCATGTCTAAAAAAATTATATATTT GTTCATACAAGAATAGAACAATGTGTGTCCGATACATTATATTATGTATCATTTGTATGT TTATTGTGTATCCAACACACAATTTGTACAGTTATATTTGATATTAACACTGTTTATAAG ACAGAATGTTATGTACATGATTCATTATGTGTGTATCTAATACATAATTTAATATATGTA TTAATGCGCACCATATTTATTGTATCATATACATAGCTGGAAGATCTTCACATTTTGCCT CAAACTGAACAAACTTTTGATATCAACATTTATATTTCACCATTTATGAGTCTGATACAT ATTTGTGTATACTTTAATGTATCATTAACTGTATACAGATACATACCAACACCTAGGTAC ATGATAAATGATATATTTGATACAAATTTTATATCAAGTATCAAAACTAATTAAGTTTAT GCATCAAAATTTAAATACATATCTAAATTTAAATAAGATTGAAGATACATAACAATACAT AAATACATGATAAATGATATTTGGTAGAAATTTTATATCAAGTATCAAAACTAATTAAGT TATGTATCAAAATTAATATTTAAACACGATGTAATGTGCATGATAAAATTGTGATGTATT GTAGTGTTGAAACAAAGACATTATACATTGATTTAAGAAACAAAGTTAACTATATACATT AAAAATCTAGTTAATGTATCCCAAACTATAACCGTAAGATAATTTAGTAATTTGAACACG ATACATTGTACATGATGAAATTATAATGTATCATAATGTTGAAACAAAGACATCATAAAT TAATTTAAGAAACAAAAACAATTGAATACATTAGAATCTGAACCCATATATAGCAAAAAC AGATGAAAAAGAAAAATCGGGGAAAAAATCAACAATCTAGTCTATTTCGACTTCTCCTTC TCAACATTCATTGCTAAATTTACTTTAGAATACGAAGGTACATCCTTCTTCTCATTCTCC TTCTTAACATTCACTCTTTTATCCGTTTTTTTACTATTAACATAGACGTCACTCATGGTC TTGATCCAAAGTCCTTATCAAACCCACCAATATATCAATTTTTTTCGTCAAGCGATTTTT CCACAGTCTATTTAGAAGTCTAAGATGCATCTTCTTTGATTAGTTGAGTATACCAATACT AAAATAAGGATCCTAATCCATATGTATCAGGAAATAAAAAAGAAAAAATAATAAATTAAA GAAGACACACTATATTAGGAAATAAAGAAGAAAATAAAATAAAATTGAAGAAGAAGGCTA TGGAAGAGACACACTATACCTATTGAGTAGTTTGAATTTGATTGAATGGAAAGAGATTCT TTTTGAAAATCAAATTGATATGAAAATTGTAACTGATAAAATTGTGTAGTAAAATTAGGG AGAGATTAAATAAGTGAAAAAGAAAGGAAATCGTATATTAAGGCTGGGATACTTATATAT CTGACTGATTTGAGAATTGGAGAAAAATAAGAGATTTTGAAAATATTTTAAATGATAGAG AATAATTGAAATTATGAAAAATAAAAATATTTTTATAGATAATTTATCTAAAAAAAATTG GGTAGATTATTATGTGACCTAAAGAACAATCTAAAATATGTAATTTCTAATCAGGGGCGA TTCAATGCCTTTAAGAATGAGGCATATGCATTAGATTCCAAAATCGAATGGCGTAATTTT TTTAGTAATTATAAATTATTACAAGCCTTTTTAATAAAAAAAAATATATTATGTTTTTGT AATTTATTTGTCGTTTTAGTTTGTTTTGAAATATTAAAAAATATTTTTCAGATGACATGT TTTAAGACTATAAAATTAAAAAATATTTTGCTTTCCTTCTGCATTTTGTTTTTTTTTATG TAATAGCTGGAGCAACGAACCGGAATCTCGACAAAACCTCACTCGACTACCTAACTCATT GGAACTACGCCTGACTCCTTATCATCAACTTAGGATAGGTAGTTTTTAAAAAGTTAGGAC ACAGTCAAACCTCTTCTCTATTATAAATTTTACACATTTTTGTCATAAATATTTCAGTAA AAAATTAGTCACATTGTTCACGTCTTTGCACGAAAACTCTTCATGTTTTCAAACAAAGAG GGGCATACTGTGAACACCTAATTTTTTTATCAAAATATAAAGATTTCACACCAACTTTAA AAAAAGAAGAAGTTATATTTAAAATAAATACAAATAAATAAATTGTACGAAAGAAATAAC TTCAATATCAAATATAGAAAAATAACTGAAATCTAGACCTCCAATTCACTAATTAACTTG AGATATCATTGTTTCTAATTTTTGAAAATAAGATAAGATACCTATTACTTTTTATATAAA TATTTGAAAATGTAAAAAAAGTGAAGGGTGGGTTATTGTTCATTTTGCTCGAAGTTAGTC GAGTTGACTTTTATTTTATTTTATTTTATAATTAACTCAAAATTTCGAATTTTGTATCAC ATTACTTCATGTTCAATTTGTTTATAGGAATTAATTAAATTAATCACTATACGAGGCTTT TCTGTATCAAAATAAAACAACTCATTGCCTATTGACTTCCAACTTAAAGTCAATGAAAGA TTACTTACTTTCAATTAGATTATGTGTAATGACCCATAAAAGTCAATTTGAAATTTCTTC TAAAGTTATAGTTTTACCTTCTTAATAGTTGTTCCGAGTAATTTTATGATCAGTCGGTAA AATTGATTTGAGAATTTTAACTATTCGATAACTACGATTATTTAATGGATGGTTATATAT TAAATAATTAATTCATTTATTCAATGGTTAATGGGCTAAGTCCAAGTGTTAAGTTAATAT CCTATATTAACCCATATATATAAAGAGTTAGTGGGATGTAACTTCTATTTTATTGTAACA TGGAAAAGAAAACGAAAGCGACATAAGCTGTAATTTGAAGAAGACAAGCCACGGGTAAAA TTCTATCTACCCTTTTCATTTTTTTTCTTATCAATTATTAATGTTAGATAGGGAAATAGT AACAGTTAGAGGATAGGCATTAATGGGTTTTAAAAAAATTGGAGTTATAAGGGTAGATTA TTTTATTTAGTTTTATTCATAATTTGTTGATTTAGGGGACAAGATACGCATGCACTCATT AATTAGTGATCACATTGTTTTCTATTTCAGAAATTAAAATTTGGAAAGATGCCCAGATGG TTTGTGCGTATAATTGGATGATTGCTTGGGTTCTCGATTCAAGTTACTGAATGTAATTTA ACGATAATTTGGGGTTCAATCTTGTTTTAGTTAATTGTTATAATTGCTTTATAAATTTAG TTTTTTTTTGTTGATACATTAAGATAGATAGTTAAATAGTTATTGTATTATATTATATGA ATATTATTAGATTTATGATATTGAACCAAATTGGGACTTAACCCTATGCTTGAAACTTGG AAAATATGTTCATTGAAATGTCAATTTACATCAAGACTTCAAAACTTGATTATAAATAAT TGAGTGAGTTCTTGGGTCTAGGCTAGACATGTAGTGATATAAGTGTTGTAAATTTTGAAA TCTTATTGTGATTATCTATTTGAATAGATTTCTTTGAGTTGGGAGTTCAACGAAAAGGGG AGGCTCAAGTCCCAAATCCCAATGATTGTTTGACTATTTGAGGCAAGTGGATTTCTAAAC TCTTGTTAAGTGTATGAGATGCGTGTATTTCCTTGTGGTATATGTTTGGGAGTAATGGGA TTGGTGATGGGTTGACTTGTCCATATTGATTAATTATAATGATGAAAAAAAAAGGGGATA ACAAAAGGCAATGTGGTTAATTGTTTATGTGTGATGTGTTGAGAAAGAGTTGAAGGCTTG TTGAATCATTGTCGATGTGACTTCATGTTTGTGTGGTTGTGAATTGTGTGATGTTATGAA AATGGTCATCTCCTCATTATTTGTGTGAATTTGTCATCTGCATTATTCTGAGGCATTGGT TGTGACAAGTGTTATGTGCATTGAGAAAGAATAAGTACTTAAGAGGATGTACCATTTCGA GGGACGTATCGCGCGCTGCGATGGATACTGTATTTCGAGGGACGTATCGCGCGCCGCGAT GGTTACTATTATCGAGGGTCGTGTCGTGTGCCACGACAGATGCATGGACAGATATGTCCC CCGTGGGTCCCGGACTGAGAAACAGCGGGTGTGTATCACTAGGTCAGACATGCATCATTA TACTTGACATTGCATTCCATTACATTGCACATACTTATCATTAGTGAACTTGATATGGTG TTTTGCTGATCTAGTGATTGCCTTTTTGCGGAACTTGTGATTGTTGAATACTGAGCTTGT TATTGAGGATATGCAATTTGTTAAAGTGTTGTTGTGGATGATATGTAATTTGTCTAAATG TTTTTGTTTAGTTACGTTCTATGTAAACTGTGAGCTGTTAGGTTGGGCTGATGTTTATGC AGCTTGTAGTTGTGGAGGTTTGGTTGGGGGTGGTAGGAGTACCCGAATTTCGTCCCCTTA GCTTGTGTTTAGAGGTTTACTTGTTGGGTACCGTGTGGTTTGGTACTCACCCCTTGCTTC TACAAATTTTTGTAGGTTACTAGCCCGGACTTTTATGATATATTCTCTTCTTTTCCGAGG CTTCCTGGAGATTTTGTGAGGTAGTTGTTGGTCATCTCAACATCCCTCCTTACTCTTGTT TATGATTTTGTTCTACACTAGAAACAATATCATATGAGACTTGTATGTTCTTTTGATCCA ATTGTAATACTTTTGAGGCTTGTGCACGTGACAACCTGGTTTTGGGGATTGAATTAATAT GACTTGGTTTCATAATAGAAATTGTTGTTGGATTGTCATTTACTTCCGCACTTTGTTAGA TTTTGGGTTTTAGGCTGGCTTGTCTTGACGGGATAAGACGAGTGTCATAACACCCATTTT TGGATCGTGACATTATGCATCTCAGTATCTGTCAATATATGTAGTATTTTGTGGCTATAT TATCACGTCATCTAAAGAGCAATTTAAAGCATGTAAAATTTTAATTTTGTAAATAAGATA ATATACGTATTACAACTCATAAAAGAGAATTTGACGATGTACAACTTCTTAACTAGTGGT GTGTATATATTTAAACTCAAAAGAAAAAAAAAAACTAGAGTTTGTATTTTATTAAAAAAA AAAATAGGAAAAGATTGGTAAGACTAGGGTATATTAACAGGCCAATAATTACTTTTTGGT AGAAAATATTATATACCCAAAATAGTGTACTACGATGCTTAAATCCAAATAATAATAAAA AACTAGTGAATGACGTACGATGGTGACGGAACTAGAATTTGATTTAAGGGTGTCAAAATA TAAAAAGATAAAATCACGTAGAAGTCAAGGAGTGTCAGTATATAATATAGATATATACAA AAAATATTTTTATTATAGCTACACAACGTACTTTTTCGACGAAAAGGTATCGAGTGGCTC CGCCACTGGTGATGTGGAGGGTTAGTTGGTTAATCACCAATTTGGAATATTCTATATATC ATGGCTTACTGCCTAATCCAAATTTTATCACTTCTAAATTCTAACTAATGTCTATTTATT TTATTATTGACTAATTAATGATGAGATTAACTAGAATCGTCATAATTCATAATTTACTAA TAGATATTATTCTTGATTCATAATAATATTTTGAAATTATTTGTACCGTCCTAGAGTAGC TATAGTTTAATCATATCCGTAAAAGATATTATATTTTGATATTTATATTAAGTCGTATTC GACGTTATTACTTTGAGTGGTCAGCAAATCTATATAAGAAGAATAGTACAAAATGGAAAA GTCGAAGTCTGTCAATTTTCAAAACCTGCAGTGTGTGAAGCTATTACAATATTTTCATCT AAAATATACAAAGATAAAATGAAAATAGAAGATTATGATAAAAGACTATTAGATAGTTGA ATATTTTTTTTTGGAAAAAGAGTCTAAAATATTTTAAAGTATTGAAAATGATATAAAAAT ATTTTCCATCCACCTATTCGTTTCAAAATGTTTTTCTCATTCATTTGTTGACTCGAAAAT ACCGTTGTCATCCATCTTTGGATTCAAAATTAACCACTTATTTAACAATATTAAATTTAA ACTATTTAAATATTTTTTAAAATACTTGGCGCTCAACTATCAGTGGATATTTTAAAAAAT ATTTAAATAGTTTAAATTTAAAATCGTTAAATAAGTGGTCAATTTTAAACTCAAAGGTGA ATGACAATAATATTTTGGAGCCGTTGAAAAAGACATTTTAGAGCCAAAAGGTGGATGGAG AGTAATTTTATACCATTTTCAAAATTTAAAAATATTTTAGGCCCTTTTTTATTTTTTTTA GATTCTACTTATGAAGTTATGTAGCATACATTATTGTTTGTAAGATTAAAAAATGAATCT GTTATTAAAGTAAAATGAAATTCTCTTTTCATGGTAAACAAATTAAATATTTGCTCTCGA ATATTTTTTCTCTAGCAGATTTTTTCAATGTACTCTTGCTATATCTGTACTAGATTTTCA ATTTTGACTTGCAGCTCCTGGTTCTTTTTGTATTCAACGTAACCATAAGATTATTATATA CAATGAAAAGTTTAAATTTATAGTAGAATCATAGTATGGGGCACTGGAAAATAAAGTTTG AAACATATAAAAGTATATCGACCTAACTAATTACATTTTATTACATTAAATTACGTTTCA CTTTTAAAAAAATAATGAAGAGCCCGTTCTAGTTAACCATTTGGATACCATTAAAGTGTT CAAAGTTTTTTTTAAACCTGAAATATAGTACTTTATAAATTAAATTTTTATTACATATTT AATAAATACAGATGCTAAAACTATTAATAAACAATTGATACATTTGAAAACAAATGCAAA TAAGCTATTTCTCTTAAAATGTAAAGTAAATACATAAATCTCTAATCATGCTAAACACTG ATAAATCAAACTAATTAAAGATGTCGCGACAAAATTAAGATTTGGTGTTTTAATTTATTT GTCCATTTCATACTATGATTTTTTTCTTTTTTGGATCATCCAATAATCACTTTTACTTTT ATCTCCAAATTGACATGATTTTACCAACTCAACCATTTAAAGAATTTAAATTTATTTAAT TAATCTTAATTATAGGTCTGACTCTTCCTTATTATAGTCCTTCGATTCTTATAGTAATTT TTTTTACCTAAATTAAATTATTTTTTTGCTTATTTTTATTTGTTTACCATAACATAAATA GCTATTTATTTTTATTTATATCAAACTAATAAGATCATCTGTGCTTCCCACAAAAATTTA ACATTACAAAATTTATAAAATAATACTTAAAACTTATCGGTCATTAAAACTAAAACACTA TATTAGATTACATAGCAACAAACATTGATAATGTAAAGGAAAATGAAAATTATTACATCT TATTAGTTATCCTTAATAACATAAGCATAAATTAACGACTATAAATATACATACCATGAT ATGTAATATAAGCAATAGTATCAGTTAGCCACTCTACAGGAGCAAAAATACGTAAATATT AATTGTGAAGAAGAAGAAGAGCAGGAGAAGGTTCAAAATTTTCGTTATTTTTAAATAAGA GGAAATCCATCTATTTATAGACAACAAAGAATAAAGTGAACAAATATTTATTGTGCCTTA TTAGAAAAGTTATAACTCTTCATAAAATCACAGCTCTTCGTAAAATCTCAACTTTTCATT AAAATTAAAATTTTTCATAAAAATCTCAACTCTTCATTAAAATTATAAATTTTCATAAAA ATAGTCATATTTTTTCATGATTGGAAAAAAACTATTTTTTGAAAAAATGTCTCCCATCAT GTCCAATAGTCATAAAGAATTAAATTGAAATATCAAGTTGGTAGCCAAGGGGTCCACGGC TAACACATCAAAGATGAAGAAATCTCACGTGCCCCAGTTGCCATTGACTCTTCTCTAAAG TTTCAATTTTTACATTATAGAAATTTCTCTCAAAACAAAACAAACTTTGTTTTTGTTTAT GTATAGGAAGTTGGTAAACAGCTAGCTCAATTTATACACACATAGTTTTTCTTGTTTATT TTTATGGTACACTATTTTGAATCCCATAGAACTGCCTTAATAGTAATAATTTAAAGCTTT TAGGCTGAATCATTTCTTGGATAGAATTTTAGGTGTACATTTTGTACGTCCAACAGTACT GTATATCACTTGGAGGCTGGAGCTTGAAGAAAAAAAAATGTTGCCACTAAAAAGAGCTGT TCTTTCATGGATTCTTGCAGTGAACTGCTTCATGTTGTTGAGTTTGGGTGACTCAACAAG AGTTGCCCAAGAAGAAGGTAAATTTTATAGCTTTTTTAAGCTTTAGTGGTTGGGTTGTTG AGTGGGTGGTGGTGCATGACGGGTATATGGGATTTTGCTACAAAGTCAAATTTGTGCTAG AAATCAAGAATTTTGAAAAATTTTGAACTTATTTCTTGTTCTTCCTCCTTTTAAGTTAAT TTTTTTGAGAGAAGATCAATTTTGAGTCTCTTACTAGAGGAAATATAAAGAACAGAAGGC TCTGATCAGTTAATTTTTCTTGTATTGTAGAAAAAAAATTGGAGCATGCTTACTTAAATA AGCTTCCTTTATGATAGATTCTTACTTCACGGCTGGAAATTTAGACTTGTAAGAACAAAA GACTGGAAATTTAGACTTATAAGGATAAAAGACTGGAAATTTAGACTTATAAGAACAAAA GACTGGAAATTTAGACTTACACAAACAAAAGACTGGAAAAGTTTAGTATTTTGTCTAGGA AATACTGGGAGGGTCTTTCAGAATCAGCCTCTCTACCTCCTCCAGGTAGTGGTAAGGTCT GGTACATTCTACTCTCCCTTCCCCAGACCTTGTGGGATTTCCCTAGGTATGTTGTTGTGT AGGCACTAATGCAATATGGTAAAATAGGGTATTCAAATGATGCAGGGTTCTACACATCTG CTAGGGAAAGTTGCTGCACCTTTGTAGCCTAACTCCAAAATGTTGAACTCAATGGAGAGA AATACAGGATGAGAATATACTAGAAAGGGTATTTGGGGGTTTGTGGGGGGGGGGGGGGGA GTTTCTGGCCAATTGATCATCAATTCCAAAATGTGGGCAGGGGTGTGGAGCTTCCAGTGT TTTGAAACTTCTGATTTTGTTTGGTGAGATATACTATTTAGGGGTTTTCTGCTTCCCGCA CTTGAATAGGACTTTTGCATCTATTTTGTAAGATATGCATCATTTGGCTAACAACCTGTT ATTTGGCATATGCTTTGGTAATTTCTCAGTGGACATTATGGAACAAATCGCCACTACAAT GGGAGCAACACACTGGAAATTCAATGGTGAATTGTGCCAGATTGAAGCAGTCAGGGTTAC AACTGATCTTCCAAGTTGGTCCGAAACTGATGTTGTATGCAACTGCAGTATAGGAAATGA TACTGCCTGTCACATAGTAGCTATGTAATTTTTCATCATCTTGCTCGACTTTGGTTATAG CACATTATGTGTTTGGAGAGCCAGCATAGATAATTTGGAGAAAGTAGCTATTAAGTCCCA AGTTACTGATGTTTTGCCATTGCTGTTAGAGAACCCATAACCATGATTTATTAAGTAGTA TTAGCATTCCATTTCCTACATCTTTGCTACAATCAAGGGGAGCTAGGTGCACTAATCTCC CACTATTTGTGTTTATGCAAATGCAGCTTGAACTTGTGATCTCCTAGTTACACGTCAACT GCTTTGACATTGCTCCAAGGGAGGCTTCCCTGAAAAAAAGGGAGTTCCATTTTTGTCAAA TATATAAGCTGTGCCTTCGCCAAAGATATGTTTTATCTTTATGGCTTGAGATTGTGTACA ATTTCATTATATATTTGATAAAATCTTAGGCTTCCTGAGATGTGTGGAGAGCAAGTTGAT GTCATTGACTATTTTCACTTTTGTGTGCAAAATATTATTACCTTACCATCTTAGAGTGGT TCCTATCTGTATTATGTGACTATAATTGGTTTCATTTTCTAAACAAGAATAGGATATCTA TTCATAATATTTAGATAAACTAAATTACATTGTTGACACTTGAAATTACTTATGCAGTAC TCTTAAGGGTATTAATCTTCCTGGCGTTCTTCCACCTGAACTGGTAAAGCTTCCTTACAT TCAAAAAGTGTAAGAATCTTTTGAATGCTATTGTCACATTTGCTTTTGTTTCCTGTATAA TCTAATTCAATGTTCAAATTTTGATAAGCATAATTAACTGAAATCACATATTCTCAATTT TCAGTGATTTTGCATACAATTACCTCAGTGGTAGTATACCAACTGAATGGGCATCAACCC AGTTAAATTCCATGTAAGCCTACTAAATATATTGTTTAAACAGCTGTTATGAAGGTTGTT AATCATCAATTGTAACTGCAAATTTTTTGATCCAGCTCTGTTCTTGTGAACCGGTTGTCA GGGGAAATACCGAAGGAACTGGGAAACATTACCAGCCTTACCTATATGTATGTATCAGTT TTTGATTATCTAATCTGATTTCCCATCTTCATTTCTTATGTAGCTGTTTGGACACCTTTT GAAGAAAAGTTTATGGAATAATCTTTTGTCCAACTCCAAAATTAAATTTATAAAATTTTC TTTTCAAGTATAATGAATGCAGAGCTTAACAACTTTTATGCTATAGTTTAGTTTTCTCTT TGATGCAGTGTCTGGACATGCGCCTTGTCATTAATCTAAGCATTATCTCATTTTCAGTTC TGCTTATTTCATTATTTTTCCCCAAAGAATTAGCAGTGCACTAATCTATGTAGCAATCTT TGACCAGAAACCTTGAAGGAAACCGATTCTCAGGCATTATTCCTGATGAACTAGGGAAAT TGATAAACTTAAAGGCGCTGTAAGACCCTTCTTTTCCTTCTCTCTTTTAGGTCTGTCCAT ATGAGTTGTGATTCAGGGGGGGATAAATAGATACAATGTCCAATGGAGAAACATGATCTT AATTTCAGGATATTGTCCTCCAACCAACTGGAGGGAGAGCTGCCAGTGTCGCTCTCTGGA CTTGTAAATTTAGCAGATTTGTAAGTACATGGTTATAGCATTATTCTTTTAGCTAGTCAT TTGAAGACTATGTTTAACAATATTTTGTTTGCAGTAGGATAAGTGATAACAATCTCATTG GACCAATTCCAGATTTTATAGAGAAATGGAAACAACTCACAAAATTGTAAGAATTTCTCT TTTGATAACAGAGGATCTTGAAAGATCTTTGATAGCAGAATAATTTCATTGTCTCAAGTA TTTAATTCTTGTTTTGGATAATCAATGAAGAGAGTTGCATGCCACCGGTTTAGAGGGTCC CATTCCATCAAGCATATCTCTTCTCAATATGTTAACCGATCTGTGAGTACAGAACTCTTA AATGTACCTAATCTACTTCTTTCTTTTAGTTTATGGATCTCTTTACTGTATGGAGACTCC TCATGTTTGAGTCACTTATTCAGGAGGATTAGCGACATAAAAGGACCAGTGCATGAATTT CCTCCTCTAATTAACATGACAGACCTAGAGAGACTGTAAGTTGCTGGGAGTTCATTCCAA ATTATTATTGGCATGGATCTTTTCTTAGTGCTGTTTAATCATTGGATTCAGGGTACTGAG AAACTGCAACCTTTCGGGAGTAATTCCAGTATATATTTGGAAACTGAAAACTATACAAAC ATTGTAAGTAGTTCACTTATAATTTTGCAAAAATGAGTGCTCTTTTATCTGCATTACGCT TTATCCTTACATATCTGATGTTAAACTTCGTGTCCACATGCTATAGGCATGAACAGTGCT GACAGTGGAACATTTGTACTTGTAGCTGGACTTTCCACTTGGCCTTAAAAGACTTATTAT AAACCCGAAGTTCTCACCTTATAAGTAAACACTTCTTTTCTTCCAATCCACCAATATGGT TCTTTCTTGTTAAGGTTCTCATAATTACCTCTTCTGAAGAAGTACTTGTAGTGGTGAAAA TTCCCAAATGATGGCCTCTAGAGGAGGCTTTTTTTGTAAACCTCAAATCTAATGACTAAA CACCTAAAATGTTGAATGATGTCTATCTTATCATACTCCCTCCATTCCAAAATAAATGGT ATTATTAGCTTTTCATTTTGTTTCAAAAATAAATGGTGTTTTATATAATCAAGAAGACAT TAATGATGTTTGTTTCAAAATAAATGGTCTTTTATATAATCAAGAAGACATTAATGATGT TCTTCCAATTTCACCGTTATATAAATAAAGAAAGTTTTACATAACAAAGGAACTACTAAA GAGCTACATCTTTTTCAAGGTATTTATTAAGGATAAGTTAGTAAAAACACATTTTATTTT ATAGGAATGAGTAGTTTCTTAAGGGGTGTGCCCAAGCTAAAAACCCCCTTATTTTAGAAC GGAGGGAGTATGTGGCTCACGTAGCCCAAGGGGCTTCAGACAATGCTTGACATTTGAACT TGAAAGACTTTGGCTTATGATTTTACTTTTCACCTCTTGGGACTTCAACCCAAATTGAGA CAAAACAGAATAGAAGTAGTGTATAAGCTGGTTATTCTATCTTCTTCTGGATTGTCCGTG AATTCTCATTTCCTGCATTAAAAAGAATGGAACAAGTCAAGGCTGTTCAGTATACAGAAC TCACAAGGCATCATAGAGCTATCTTCTTTATATTTTCTAGTGGCAGAGATTTAAAAATCA TCAAATTCATTGTAGGTAAATAATAATGAGAAGCAAAATGCAAAAATAGAATCAAGAAAC CAAAAATTCAGGATCAAACACCTTAATACAATTGCCTCTCCTGTCAGCTAGTGAATATTC CCAATTCTAACAGCCATAGTTGCTGGCTCTGGAATACAAAGGCCCAGTTTACTAATTTAT GGGGATTCTTTATAGCTTGATAGCTTTGATTTTGATTCGATAGAAGTTGAATCACATGTA TAACAATCATCATAGATGTGAACCACAATCCATAAACTTTGTGAACCATGGTGAATAAGT ATCTAAGATTGAAGGTGTTGTTGAAAGGAAAAAAAGAGTGTTCATCATCCTTACCAATAA TTAAAAAAAACAACAGAAGTGTTCATCGACTTTGTGTTGATTTTTTTATTTGAGCTACAC TAATGTCAGAACTATTTCTGTAACTCAGAGTGGAAAAGGGAATCAAAATATCTTACTTCA GTGTAAAATGAGAGTAGATACAAGCTTTTGTATTTATACTAGAGCTACTACACATACACC TACATCCAGCTCATCATTTATTAGTTATTGATCCTAACAGAATCTGATTATTCCTAGCTA ACTTTATTAGCTAACTATCATTATTCCACCAACTAACTTCAATACTTTGTTTCCTATTCT TTGCCTTTGATCTGTTTAATACACTGTCATCTCTCATCTTATTTTGTAAGGTACTATGGC ATTCATGTAACTCTAGCAAGGTTTATGATATATAAATTGGGCCTCCTCCTTTGCCCCTTC ATGAGACTCCAGACAGAAAACCACTTCTTATTTCTTGTGTTCTATGTTTGAACTTACTGC AGGGATGTTAGTTTCAATAAGCTCATTGGAACGATTCCGGATGACATTAGTGCAAGAAGT ATGCTTAAATTTGTGTGAGTATACTGCAAGTTTTTTTTCTCTAAAATACTCTTAAGATGG TATTATTATTATTTTCAACAATGCAGGGAAATCTACATTCACTTTTTTCCGCATTATAGT TATTTAACTGTGATACTGCTTAAATAGGTTTTTATCTGGTAACATGCTCAGTGGAGATAT ACCTGCCTCAATCTTGAACAACGGAATAAATGTGTACGTGTAATATCATCTTTATTCTCT TTTATAAAATATTTGTGCTTCACATTGTCTTGAAATGAAAGTGTAAACACTTCCATGCCA TCATATATGCAGAGTTTCTCAGAGACAGTTAAATTGAAATCCAGGGAAATTTTTGACTTT TATTTAGTGTGTGTAGTTCTACAGTTTCTTTGTCTTTTTCACCTCTAAAATGTTAATATA TTGCATTCTTATCATTATAGTACTCCGGATTATGACTTCTAAGAATTCAAATTGCATGTA CAGCGATCTTTCCTACAATAACTTTACTTGGCAAGGCCCTCAACAACCAGCTTGTCGGCA AAATACGTCAGTGAATCCTTCTGTTTGTTTCTCATTCATGTTTTTAGTGACAATGTATCT TATGGTTCTGATAATTGGTCCCTTGACAGGAATTATTACATAAACCTGTACAGGAGCTCT GCAGTTGCAGGGACTCTGTAAGATGGATCTTCTCATTCTTTTTGTTTCTCATATTAGCTT TTACAGCTAACTAAATGAATAAATGAGTGCTTTACTTTGAGATTTGTTTCTTTACTTCTG AGCATATATCTAAGGCCAATTACTCTTTTGCTTTCTTCTACAGTAAGAATGTTCTTCCGT GTACAGAGGATTTAACTTGTCCAAGATGTAAGTATATTTGTGCTCACTGACATTTTATCA AGGTATACATAAGAAAGAACAATTCTCTTCATATACGATATTGCAGTTCTTTTGTGTTTC CTCATCTTCCTTTCCTCCATTTCTAATATTTAAACCAGTTATAGAACCAAAGAAGTGCGT GTGGTGGTGGTGTTTGTGGTAGGGGTGTGGTGGTCTGGCAATTAGGAAATTGAAGATGCA TGATAAGAGTCTCCTCTTTAAATGATTTTGGAGATATCTGAGAGGAACACAACACGCTGC AGAAAGCATTCAAAGATGCAAAGTAAGAGCGAAGGAGAGTTGGTGCAAGGATAAGAGGTT TATGGGATAAATTCATGACTTACACAGAGTTCAAGTCTGGCAATGGAAGGATTATAAGAT TCTGTTAGATACTTGGCAAGGATATATCACTCTGCGAGCAATTCACAAATTTGTTAAATT TTACAGCTTTTCCTTATCTCAGTTTCTAAATGAGTATCGGTGTATGGATGTTAAATTTGG AAGAAATTGCCAGGATTGTTGGGGGACAGCAGGACTATTTTGTTGTCGAATTGGAGGAGA AGGAATGGTTGCAGGAGCAGAGGATTATCTGAGATGGACAGTAGGTGAGGGTTTGTTTCT GTAAAAGGAGCATATAAGGCCTTATGCCCTTATCTGGCTGTGTAGACGGTATCATCCATT GGCCAGGGGACCTGTTGTGGGGAAAGAGAGCTCATCTATAATCATTGTGCTTTTGGTGGA CTGCAGTTTACGAGGCTTGTAATTTATGAAATCACCATATGCAACAGGTGCTACATGTGA GAAATGACAATGTGGATCATATGGTTTTACACTTCTGTAGCTGATGAGGTTTGTAGTATA TTTTCTAGATCCTACCAATTGATTCCCAAATCTCTGACACAATTCTTATTCAGTTGGAAA TGGAGAAAGAATTAAGGAACCAATAGAAGTTTCTAGAACATGGTTCATCTTTGCGTAATG TCTTATGTGGGTAATCTGGAGAGAGAAGAACATCAGAAGGACATAAAAACTTTAATCCAC AGTTAATATACCTGTTTAGCTTTTAAATTTCTGGTGCAAGCTTACTTCCTTTGATGACAG ATGCACTTTTGGAGTGTGTTGACTCTTTACCTTTGAAAAGGGACTATAGCTTTAAGTTAA TGTAATATTACATGCATCCACTAAATGCACTTTAATCTATAATGTATTATGTCTGTACTA ATATCAAAAAGAAGAAAATAAATTATTTAGAAGTGATTCTCCAAAGTACACGTGCAGAAA AACATACCAATACATTAAAAAGAATAGCTGACAGATATTGTCTGCAAGTTAGCAAAGAAT GTGCTGTCAGTTATAAATATCTCTATTCTGGACCTACAGTCTTGAGATCATGTATCCTAC TGAAGGCTTGTTATTAGATTTTTAACAACTGACATTTAGATGTATCTATGCATAGCAAAT TTGGTAGTCCTTGCTGCCTGTGGTAATAAGGGTCTATGTGAAAATTGTTTCTAGATCTCT CTTTCTAACCATGCTAGTCCATTTGGTTACATGGCAGATGAGTGTTCCTTGCATGTGAAT TGTGGAGGAAATGATGTTGCTATTACAGAAAACAACAGGCTTATTGATTTTGTCGGAGAT GCTCATGTTGAAGGTGGTTCTGCAAGAAATTTCCGCAGTGATAATTACTGGGGATTTAGT AGCACCGGAGACTTCATGGATGATGATAATGATCAGAATACACGTTTTATTGAGACTATA CCATCAACTGACCTGCCTGAACTGTATAGTAGAGCAAGGGTTTCTCCACTTTCACTTACT TATTTCCATTATTGCTTGGAGAATGGGAGTTACAATGTTAGTCTGCACTTTGCTGAGATA ATATTTAAAAACGACAGTACATATAACAGTCTCGGAAGGCGCATTTTTGATATATATATC CAGGTGCTTATCCTGAATGATGAAGTTCCTTTAGAGTTATTAGCTGATTCACATTCTGAA TGACCGTCTTTTGATTTTAGGAGAAACTAGTGTGGAAAGACTTCAATATTGAAGAGGAAG CTCTTGGAGTCCTAAGGCCTGTGATCAGATACTTTAATGCTACTGTAACAGATAGTGTCT TGGAGATCCGATTTTATTGGGCTGGCAAGGGCACTGCCCGCATTCCTTTTAGGGGACATT ATGGTTCACTCATATCAGCTATCTCAGTTGACTCAAGTATGTATCTACTTACTTTTTATA TTTTTGGGTGGATTTACAGGGATTGTTTGACTTCCGACTCGTACTTTTTCCCTATCTTCT TTTTGATAACATACTTTTTCCTTCTCTTCTTTCTACATTTGGTTTTATCTCATGCATGCA CGTGAAAGAGGTCAATTCATAACTGCAGAACTGTGTGTCTATCTATCAATTCTTTTTCGT ACTCGAGCCGTTACCGTTAAGTTACTTTATGGTATATTCGCAGTAACTGTGATGAGAGTC ATATTATAGCCTATAGGACCTGTGGGCTCATGATGTAACTCAGTCTTCCTGTTATCTATC TCCTTTGTCCGATTTTGTATAGTCTACTGTATTTTACAGAATTCAATTAAAAAATTAGTT GAATGAATTATTTTATTCAGGGTGCAGTCGATATAAGTGAAATGATGTGAATCTTAAAAT AGTGTATTAGTAGTATTAAATAATGAGAGGAGTTTGTATATCAGTTTGACTTTAGAATTT GTCGATTTTTCCATGTAAGGAAAGAGTTCCATTTTCTGGAATGTAAAAAAAAGATAGTAG GTGAAGACAAATGAAATGAAGTTCAAGAGAAATTGGACAAGAGTAAATCTTTTCTTGTTG TCATGAACTTGCAAGAAAATGACTTTTGGTGTTCCCCTTGCACGTTTCTCATTTTATCCC GCTGTCCTCATCTTTCCAAGAAACTGCTACTTCATTCAAAATTATGGTAAAATAGAAATG GAGAAATATATTCTTATTCATCATTTTGGTGCAATAATTAGCGCTTAAGGAAGTTTCTAA GCATGAGGAAAAATGAAGGGGAAAATGTCTGAAATATCAAATTTGCCGTAACAATACCGA ACTTTGAACAAGAACTTTTACCCCTGAACTATTTAATAGTGTATTTTAAAGGTACATATG TGCCCGCGTGGACATCATAAATACTGCATTATTATAAATAGCAATGTGTCCACGTGGGCA CATATATAAAGGTCCTCCATAAAGTTTGGTACCGTAACAACAATTTCAGCCAAAGTTATA TTTTTTCAGACCCTTTTCCCAAAAAATAAATTCACAGCATTTGGCAAGTGGAGATGCCAA TAAGGCTTGTAAATGGAACCATAGCTTGGATCGAAGCCCTGATCTATGCTCGAGTTGGAG GATGGTTCTGTTGATAGATGGCTTTTGTAAAGCATGACGCTTCTTCAGAGTCTTTTAAAT GAATGTTGACCTGCATTAATGGTTCTGCTCACTTTGCTGCTCTGATTTACCCTTTTTTCA TTTTCTTTTGGTACAGCTTTCAAGTTCTGTTCAAACAAGGACAGAAAGACCACAATAGTT TATGTTATTGTTGGAGTTTTGGCTGCATGTATCACGTTTTTTGTACTGAGCATACTTTGG TGGAGAGGCTGTCTATGTAGAAAAAGTAAAAGAAGAGGTGAGCTTGAGAAGTTTTTAAAT TGCAAATTTAAATAGTAGTTATTAATCTACTTTTCGGTGGATTTTGTTGAATGCAATCCA CTGTATATACAAAAGTGATCAAAATACAAACATGCATGATTAATCATATTGAAGGTCTTG AAATCCAAAGTCTTGTTTAATGTGATAGCTTAACACATTGATTGACCGACGAGATTCATT ATTTTATGAAAGTCTAGGAGACTCATCATTATTGTAATCATTATTGTATAAAATCTAGAA ACACCTTAATTAATGCTAGTAGCAAATCTTACTGATACATGAATTTTAAGAACAGTAGGT ATTTGTGTAAGAGTTTAGGAGCAGTGGGGTTTACCATTTCAAGAATTTGATAGCCATGTC AATGCTAATGCAATGATAAGAATTTATTTATCACAGGAGAACACAAAATTCCGTAACTCA TCTCTACTTATTTTTTGGACAGATCTCAATGGTGTAGAGCTGCAGATGGTTTGTTTTACT CTGAGACAAATAAAAACTGCCACTAGAAATTTTGATGCTTCAAACAAGATTGGCGAAGGT GGTTTTGGTCCTGTTTACAAGGTATGCTAATAATTGGAGACTAGTGATTTTTCTTTTACT TGTACATCATGTCACATTGTACCTCTGCCTACGAGAACCTTCAATTCTATTTACCCAAAC CTTTTGAGTTTGATCATGGAAATACATAATGTGGCTCATAATTCATCTGTCTTTAGCTGC TGCCCTCTGGTTCTATCCTCTTACCCCGTGGTATCTAACAACTGATTTCATGTAGGGTCA ATTACTTGATGGTACATTAGTTGCAGTGAAGCAGCTCTCCTCTCAATCAAAGCAAGGCAA CCGTGAATTCTTGAATGAGATTAGCACGATATCCTGTTTGCAACACCCCAATCTGGTTAA GCTTCTTGGGTGCTGTATTGAAGCAGACCAGTTACTGCTTGTATATGAATACTTAGATAA CAATAGCCTTGCGAGCGTTTTGTTTGGTAATTACTCCGTGTCCTCTTTATGTATAAATCT AGTTATCCTCTGGGTCAAGATTTTCAGTGGTTAATTTTCTGGTTCAGAGAACAGTCGGTT GAATCTGGATTGGCCTACAAGGTTTAGGATCTGTCTCGGAATAGCTAGAGGTCTAGCTTT TCTACATGAGGAATCAAGCGTAAAAATTGTACATCGGGACATCAAAGCTACCAATGTGCT TCTGGATGGACAGCTCAATCCCAAAATCTCCGACTTTGGACTAGCTAGACTCACTGAAGA AGAGAAGACCCATATTAGTACTCGAGTTGCTGGAACAATGTAAGGTCACTGCTTTTCCAG CTAGAAGTCTTAAGTATTTTAAGTTGACAAACCTTCTAATCTCAACACCTGCAGAGGATA CATGGCACCAGAATATGCACTCTGGGGTTATTTGACTGACAAGGCAGATGTTTACAGCTT TGGAGTTGTACTTTTGGAAACTGTCAGTGGAAAGAACAACAACAACTACATGCCAAGCCA CACCAGCATTTGTCTCTTAGATTGGGTATAAATCTGATCCCTGTTTGCTTGTTCTTTCTC TCTTATCAAGGCTCAGCTTAAATTTTTCGATGGCAATATAAAGATCTACCAATTCTTTCT TCATTTTTCACTCTTACATTGAAATTACTGGCTGTGCCTGAAAAGCTACACTGTTACAGG CCTGTCACTTGCAACAAAGTGGGAGTATAGAGGAGCTCATTGATCAGAGATTGGGGTCTG ATATTAATAAAGACGAAGTGGAAAAAATAGTAAAAGTGGCACTCTTGTGCACTAGTGCCA CTCCCTCACTCAGGCCTATCATGTCTGAGGTAGTGTCTATGCTTGAAGGACGAATTGCTA TCCCAGATGAAATTCCAGAGGCAAGTACTTATTCCAATGATCTGAGGTTTAAAGCCATGA AAGATTTTCATCAAGAGAGGCAAAATCAGAAGCTAATTGAAACCCAAACTCAAAACACCC TAACTATCCGAACTGACATGGGCTCTTCTTCTGCATCTACTACTAATATGTTCGATTAAG TTCAGTTTCAAGATCAAACAGACACTATAATCTCCTTTCATCCATGGTAAGCCTGGATCA TTCAAACTTCTTGTGTTCTTGAGGGTACTCGACCACCTCCATGTGTATTTATACTTTGTA ATTAAGCAATTTGTTCAATTTTTTATATCAGGCTTGCTGTATAATGTAAATACATGTTCC AGTTTTGAAGGCTAAGGATGCAACACTTTTTTCTTCTGCTACTGCACTTTTGAAACATGA AAACTTTTTGTTACACTGAATTCAGCTACATTGTTGCTATCACACTTTACAGGACCTGAA AATGCAGCAGCAGTCTCCACTATGTTTCTCGAACTCTCCAAAAACTTTATCACACCCGTG TCAAATCCATCTGACACGCAATCATCGATATTTTTAAAGTATCCCAGAAACATGATCATC TAAATTCTCATCTCTGATCACACCATCAATACCAGTTTTCCCATTTTCCCTTATAAAGCT ACCATCGGTACCAACATTCTGCCATGTAAGCAACCTCCATGTAATTTCTTAGATTACATA GCTTTGTAATCTCTTGTTGTTGATGTTCAAAGTTTAATAAAGAATAAAGTGGTTTTTATC TTTGTGAGTTAGGGTTTTTCGCGATAAAATATTGTATGATTATTTTATTTACTTCACAAA ACGCAACTGCTGTAATTTCTCAAAGGAACATATAGAATAAACTTGTTCCTAAGGCGAATT TAGGGGTCAGAATTTCAATAAAAAAAGATAAAATGCTTTTAGAATATTATTGATCGTTTC GAACGACACATACATCCACTGAACTTTAAAAAAATATATATTACTCAAAAGAACTTAACA TCACAAATAGAGCTAGAGTTCTATTTACGATAGAAAGCACTGACCTTGGATCTATCTAGC TCTACCCTGCCAGGCAACATGGAGTAGATTGGAGTAAACAAAACATGATGAACGTAAATA CTAATTATTTAATAATATCATACTGTAATTGTTTTTGTTAACGTAAACAAAAAGATTACC AACTAAAGCAATATTTGGTGATATGCATGTTTTATATATTTATTCAAGAAAAAGTCAAAG GTCCCCCAATTGAAAAGTTTCAAACCGTTGTTTTATGAGTTTGATAGTGGCCAGATTTTT TTTTTTTATAGAAAACGAAATATATTCTCACTTTTTTAATATAATATAATATATACTAAA AGAAAGTCTTTAAAATTGGTCTCTTGAAAATCATAGTCAGACATTCAAAACAGGGCAACT CACAACCAAAAAAAGAGAAAAATAATAAAAGTAAAAAAGCAAAAAGAGATGAAAGAACAC AAGTTGAATTAATAATTAGTATAAATATGAACTTTAGTGTCTTAATTAAGTAAGTTTTAA CTAAATGATGTAAAAGTAGGTACCGGCTGCCAACTGTCATGCTTATCTTATTTTAAAACA AAATAAAAATTATATCTTCAGATATATTTTTATCATTAATAGTGTCATTAGTGTGAAACC AATTAGAACCATTTCTAGATTAGCTTCATGCATACTCCTCCATCCATATTATTTGATTCC ACTTGGCCTGTTTACACTCAAATTAACTTTATTAATGATATTATAGAATATAAGATTTAA TTATTATTAGTTCTTATTTAATACTGTACTAAAAATTAGATGCCATAAAAAAGTGATAAC ATTATTTTGATTATATAGATAAATAAAATAAAATAACTATTTTTAATATAACGGATTAAC GATAACGACACGTGGACTGTTCTAATACTTCATCTTTTTTTACCAGCGTGCACCTTCTCT ACATTTGTCAAAACAGGATAAGGGAAATAGTTTATGAAAAAATAAGTGAGCTTTTAATAG TTAAAGAAAAGTACGATCAAAACAGAGTAAGAAAAAACTCTTTAAAAATATATTAATTTT GATAATGTTACGATATCAAATTATTAAATAGTTTGATAATATCTTTAAAATATACAATTA TATAGTGTAAGAATAATTTTTTTTTAAGAGTTTGATAAATTTTATAATAATTTTAATAAA AATTTGAATATATTTCAATTTTTTTTTAAAAAAAAATGTCATAATTGAAATAAACATTAT TATGATTTATTTATGAGGGTAGAGTGTGGGGTATGGCGGGAGGTGGCCTGTTGGTATGGG AGCCTAAGGAGTTAAATGAGGGGGCGAAAATATATCAAAATATCTTTTTAAACTGTGATT TTAATTATATTATATAAGTTGTCTAAAAAAAGAATAAAAAATTTTAAAAGAAGAAAATTA AAATGAACTTAAAAAAGAGTAATATAAATCAATTGAAATGGAGGACTGCTATATAATGCT TTTATATATATATATATATATATATATATATATATATATATATATATATATTTTTTTTTT TTAATTTATGTGGCGCCACTTAATTTTAAGAGTCAAATAATTTAATTTTTATTATAAATT TAAGCATGAAAATGTTATCTTAAAAGTAAATAAATGAAATTACATACTTGAAAACTAAGT AGAAATATAGTAAGTCGCAATAATTATAACTCAAATTATTTAAAAGATTTAATTAAAGAA AAACTTATCTAAATATCAAAATTTGAAATATATCATATATATTGAAACTAAGAAATTAAT AATATACTACTCCCTTTGTTTAAAAAAAGAATGACCTCATTTTCTTTTTAATCTATTCCA AAAAAGAATAACTTTTTCTTTTAACAACATTTTATTACTTTAACTTCAACTTTCTACGTG ACATGTTTTAGAATCACAAGATTAAAATACATTTGTGTACATTTGACATAATTTTAATTT AGAATTACAAAATTTAATTTTTTTTCTTTTTTTAAATTTCATTCAAAATTAAACTATAAC ATTCTTTTTGAAATAGAGGGAGCCCGTTTGGCCATAAGATTTCCCAAATAATATTTGGAA AAAATTTGGCAAATAATGTTTGTCCATACAATTTGCCATTATTTGGCAAATATCCCAAAT TCCCAAATACTAGTTTTTTCTAGTATTTGGGCCAAATCTCATTGTTTGGAATTTTTTGAA AATTGAATTTTTATCTCAAATTTTTATCTTTTACAAAAATACACTCTATAGTAGTTGCTT ACATTGTATTACACTTTTTTTACGTGGAACATCAAAATAGTGATGAAATATTTACTGAAT ATTAAGTAATGATTTGATTGTTGATGAAAATAATGAAAATTAGCTCAAGGTAACAAAGTC ATGCACTTTGTATACTTTGCGATGTATGTAATGATGTTTGTTGCACTCACTTCAAATTAT CACATTACTTTAGTATCATGGACACTATTTGTTATTGTCGTAATGAACATCCAAATGACT TGTAATACAAACCTAAAATTAGTTTTGATAGTTCTAAAACTTATGGATATAAATCAAATT TTTCTAAAAAAGTAAAATATATTTTCCAAATCCTATAACTAAACACATGATGAAATTTGA CTCAAATAATATTTATCAAGAATATTTAAAACTCTATAGTCAAACGCTAGCTTTATATCA TCTACCATGCCATGTGGGACCTTATTAGTACTTTAAATATGGGAGTTAAAAATAACTTTA TGTATAAGAAAAGAGCATTTTCATTTTAAATTCTCCTTCTCATGCAATTATGTACACAAG ATTTTGGGTCATAAGAACCATAAACAAACAAGCTATTTTATAGTGATATAGAATATATAT AGTACTTATATAGAAAAGGTTCATCATTTGCTCCCACAAGTTCAAATTCTTTTTCAGCAA CTTGTCTTCTTCTCCTTAAATCTATTATCTCCATTTTTTTAAAACAATTTTTTCCTCAGA GCAGCTTCATTTTCTCAGAAAAAGACCCAAAAAAATCACTGAAATTTTCATATGAGTAGT ACTCAAGCTTTTGAAGTTTAAGGGACCATGCCAAGAATCTTCAATTTCTTTCTCATCTTC TTCACCATAGTTATTTGCTTTACTGCAGACAACATTGAAGCACAAACTGGTCAACTTCCT AGAGATGAAGGTAAAAAAGATTTGAACTTTTTCATTTTTTAGTTAATGTATGTGAAAAAA AGTTGATGCCCATTTACTTTGATTGGCAGTGGAAGCTCTTAGAGAAATAGCTGATCAATT GGGGAAAAAAGATTGGGATTTTAAGCTAAACCCTTGTGATGGGAACTCAAATTGGAGTAC ACCCAAAAGGAAAGATATGCCTTGGTATACAAATATGCTAGAATGCAACTGCACTTTTCT TGATAATCTTTGTCATGTGGAAAATATGTGAGTCTCCAATATTACTCCCTCTTTCTCTCC AATGGATGTGTTTTGTTAGGTAGTCGTTGAAGTTATGAAAATTGATGTGTTAATGTAGTT ATGCTTCTACCTACTTTAAAGTTGTTTTAGTTTAGACCCTTTACTGAATTCCTTAGGAAG CAAAATTAGTGACTTATGTTTGGTTTCATGGGGTATAGAACCAATATGCTATGCTTGGTT ACAGTTTAAAATCCGTCATTATATGTTTGTTCTAGTTTTTTTTTTATGTTGAAATGGTTT TTCTTTATCCATGGGCAATGGGTGAAGTATTGGTCCAGATTAAACTGCTAAGACTAAATT TTTGGCATATTGAGGAAGTCCTCAGGGTATCCTTTTTTGAATATAAGTTATAAACACACC CTTGGTTTGGATTACTTCTACTGTTTTGGTTGATATCTTGATTCAAAGAAAATTGTTAGA TGATATTAGGTATAAGCTTATAATAGACTGGTATTAGATTTATTGTTAGAAATTAGAATA CCATGTCTTTATCTAAATATTTGAATGTCACACGACTAATTCTGGAATTATCTAATCACG ACTTCATTGCATTATGAAACTGATTGAGATTATATTAACAGGACAGGATTATTTCTAAGT CTAGTGATTCTGACAGAAGCTGCTCTAATTGTTAACAGATCTCTCATAGGGCAGGATCTT GCAGGTGTCCTACCTGCATCTCTGGCGAAGTTACCATACCTGAGGAAAATGTACTGAGAG CATCCAGAACAATTGTTAAAAAATCAGTTCGAATTCTACTTATTTTTAAAATCATTATGA TTTTACCCTTTTTGCAGTGATCTCAACCGCAACTACTTAAATGGTACAATTCCCCCTGAA TGGGCGTCTACCAAGTTGGAGATCATGTGAGGCAATTTATTCATATGCATTTGTTAAAAT TTAACCTTTGATTTAGGGCTTCTCATGAATTTGAAGTTTTCCAGGGCTATTTCTAATAAT CGGTTATCTGGGCATGTCCCTGAGTACATAGGAAATATGACCTCGCTTGTGAGATTGTAA GTTCCCTTGCTTTCACTTTTCTCAGACTGACTGTACATGACTACTTGAAATATTCTGAAG TCATCATAACTTTTCAGGAGTTTGGAGACTAACTTGTTTAATGGATCGTTACCAGCAGAA GTAGGGAATCTGGTCAATTTAGAGATGCTGTATGTCTTCCTTACTCTTCTATTTCCTAAC TGATTTTTCACAAGTCAATTTACTGTTTGTATTGTGTGGAAGATGTGATCGTGAGTTAAA AGTGAAATGAAGCTTAAGAATAGAATGGAGAATTGCAGATGGTTGTTTACTGTTTAGGGA GTAGACTATGAAAATCCAAAATGTGAGACTGAGTAAGCTGTATTTGCAAGGTGACCATGT ATAGATGTTTCGTTTGGTACTTTTCTTTTAGCTGTGGTGTTCAGGCACGCTTGCACATAT CTCAATCAGTCCTCATGATAGCTTACTACATCCCACAAGCACATGTGCCAATAAGCCTGT CGACCTAGGTTAGAGCAGATGAGCTCACATTGAGTGTTGTTGCTGAGTTTCAAATTGTTG CTCCTATATCTTAACCATTCAACTATCTCCTTGGGGGCACAATGCTATGTCTGATACACT CCTATATCTTAACCATTCTACTATCTCTTGGGGACAATGCTTTGTCTGGTACATTGGGGT ACTATTGAAAGGAGAAGTAAGGCAAGAGATATAGGATACGGTTCCAGGTATTAAGGCTAT GTAAGTGTACTTCCAATGAAGGGAAAGTGATACAATTTTGAGTCAAGTGAGGATGTTTTG ATCAAAATTGTTTGAAAACAAGGTCAATATTGTGGGTTTTGAGAGCCAACCATTGTTGCC TGGAGACCTGTGAGCCTCATTTTATGCTAAGGACTAACTCTGAGGTGGAAATGGTTCTTA GTTGTGTTTGGTTGAGATTCTAGTTTAAGCACCTTTGTAGGATGCAGTTCTTTGCAAGGT CCCATCATTAGGAAAGGCCGTGGTGTGGAGGTTATTCTTAATGATAAGAGAGTTATGCTT TCATAATTGGTCACCGTCCATCAAGATAGGAGGAATAAGTCATAGCTTATAACTGTCATC AATGAAGGCATGCTGATTTTGATAATAAATGCATCTCTGTAGTCTTTTAGAAATCAAGAA GTGCAATAATTCAAATTGCTTCTGAGGCTATTTATAAGTGAGAAGCAAGACACTTGTACA GTGTACCTTCTTGGAAGTTAAGCGTATAATTTTAGGATGAAACACTAAAATAGCTAACAT ATGGAAATTTATTATTTGTAACAGCAAAACTGCAAACTGACTCTACTGCTTTCAATATCA TATATACAACAATAACATACTTAATTCCAAAAATTCTTTCAAAACATTGTATGTACTTGA ATAAAGATGTTAGAAATAGAAAATGAAATAGAGAGAATGAAAAAGAAAAACAAAAAATAA TTTTTTTGACAGGATGAGAGAAAAGAATTGAAATTATTGTCAACTTAGAAGTGGAAAAGA AGAAGAAACACACAGAAGGAGAAGAAAAATAAGAAAGAAGCAAATCTACAATAAACAGAA TAGAAGAAGAGTCGTAATGAACCCAAGAAGAAGTAGAAAGAGACAACGAAGAGATCACTA AGCATATGAAGAGAGGAGCCCTAGTACTCAAATGAAAAAAAAAAGTTCTTTTTATCCCCC TTTTTCATTTTTAAAAATCATGCCTGCGGATTGCTTTGCGTGTTACTGCTTTAGGCAAAT GCTTCTTTAAGGTTGTGTTACTTCACCCATGCTTAGCAAGGACACCTCTTCCAATTGCTT AATCACTTTAAATGAATGAGGGTTTGCTTTAAAACATTGTGTGTTTTTACTAGAGCAGAT CAAGTGTGAGCTGCGTTTGATTCTAAATTCTATGAACTTTGATTGTTGCAGCAATCTGAA AGCTAATAATTTCACAGGAGAGTGGCCAGTGGAACTGAATAATCTTACTAAATTGGATGA ACTGTGAGTGCACTTGAATAGTCATCTGAGGATGAGATTTCTTAGTCTTCTTCCACATAT GTTAAGTTGAATTCTTGGCTTTCCTCTTTTGGCATCAACACAGTAGGATAACCAGTAACA GCTTTGTTGGGAAACTGCCTAACTTTGAGAGTTGGAAAAACCTCCGGAAGCTGTGAGTAT TTTCATTTAGTATATTTATACAAGTTAGAAATTTCCAGTAGAATTAGTATATGCTCTTTT GACAGAGAAATTGAAGGTTCTGGATTTGAAGGACCACTACCCCCAAGTTTTTCTGTTTTG AGCAGTTTGGAAGAACTGTAAGTTTACGCTTTATATGAAAAGTTTATTTTGCTTTTTGCA ATGTTCTTATGATTAAGCATAGTAGAAATCAAGATAATTAAGGCTCAGATGATGCATATA CAGAAGAATCAGTGACCTCAACGGAGGTGCTTCAGAATTTCCATCACTTACAAACTTGAC GAGTATGACTAAATTGTGAGTACTTGATGATTTGGGAATTGCAAATGGAATTTCCAATAC ATCCTTTATCAAGGAAAGTTAATTATCTGAAACTGTGTTTACTGCAGGGTTTTGAGAAGC TGTAATATACATGGAAATATTCATGATTCTGTAGCTGAAATGGTCAACTTACGGTTTTTG TAATTCCACTTCTTTTCCTTCTACTAGCCTACTCTTTTTGAATGGGAGAGGTCAATGGGT CATTGAATCTTGAAGAGATGCAAACAACATACCTCACTTTCGCTGAATGTACCAATTTTA TTCTTTCTTGAAACAAAATGATCTTTACAAAAATGTCATCGGAGCTTTTGTTTACTCTAT CCTTTATCTAAACTTAATTAAGCTTTTAACAATTGTGTGATAGTTTGTACAGCCAGTGGA ATTGAACATTGTTTTGAGTTCGACTCTGTTTATTGGTCATTGCAGAGATCTAAGTTTCAA CAATCTTGAAGGAGGAATTGCAAATCTCGAGCACGTGACTCAGATGGAGGCCACGTAAGT CAAAACAACATGAAGATTCCTACAATTTTATGTGGAAATATTTCTTTTGCATCTCTGTTT CATTATTAGTAGTCTTAGTATATGACTGTTGATGGCTCATCCATCAATCTTCTGTATTCT TCCAAATGCTCCAGCCCTTTACTTTCGTTTGAAGAAACGAAGAAAATTGCTTCAATGACA GAAACAGTCTTAGATGGCAAATGCCTTTACATGATATTTCTTATTTTTTTCCCACAAATT TCTGAGATTCTGATAGTTTCTTTTGATAGATCAGTAGTTTTCTCTAGGTGAGCTGCACAG AAAAATGAGCCTTCATTTGATCGGCAATCTCTTTCCATTGTTGTGTGTAGATGAGTTCAT GCTCTTGAAAATGTAATGCAGATATTGCATTTTCAAATTTGTGATCTCCTCCTTAAATCA GATATTTTCTGCTTGCCAGGTATCTGACTGGCAATGCTTTTGTTGGACAAATTCCAAATT GGCTTACTAGTCGAGATACCAGAAAGTAAGTGTACTTCTTTGTCTTGCTTTTGCATATAC ACTAGTCATTCTTTTGAACTCAATTTAAAAAAGGACATGTATAACAAGGTGAACATTAAA GGTTACAACCAAAAATGTGGTTGCTCACATAGAGAATCAGATTAAAAAGTCATTCATAGA TACCTAGTCCAGAACTTGAATTCTCGAGTGAGGAACAACGATAGCTTTGTGTAAATTTGT TTGATGGGCAATAAACAAAGATATTGAGATTTAATTAACTGATTTGTCATTAATTTCATT GCATATAAATCTATTTTCTCTAAGTAAAGGCCTCTCATTAGAGTGGAAGTACTTGATGAG CTCTTAACCATGTCGGATATCTTTGATGCAGTGTGATAGACCTTTCCTACAATAAATTTG ATGAAAGCTCTGAACCAGGTTCCTGTCGGGACAACCTGTATGATCCTTGTGTCTCTTACA CTTTCTCCTATCTTCTTTTATGCATATATGGTTCAGAATTCCATGTTTGGTTTTCTTTTC TTATCAGAAACTTATTCAGAAGCTTCAAGGTCGAGAATTTTGTGTAAGTGTTAAATGTCA AACAAACTGTTGATTATTGTTCTTTGAAAACGACTTGTCCTCTCTGAGACCTCTTTCAAC TACTTCAGAGAGCGCGGGAAGTGCTTCTCAGCCAGTCCGTGTTCAGAGGGTGAGTACTCA CTCTTTGAGCAGAATTGTACTCTCTCATATAAATCTTTTGTTTGATATTGTTCCATTGCG CAGGACTTACCAGCTTCTTGTTGACAATCAATAGACATGAGTAGGAAGGCATAATTTGGT TACTTTTGTAAACTAGTTAGGTCATGGCATAATTTGGTTACTTTTGTAAACTAGTTAGGT CATAAAGAACATTTTAGCACTGTACAGTTTCTATGATAATCAGAACTGAACAGTTTTATC ATTGTCTTATATTAACCTATCTCTGGTTTGTATATTGCAGACAAGTACTCATTGCACATA AATTGTGGTGGAGGAAACGTAACTGTTGGAAACACTACTTATATAGCAGATGAAGACTCC GCAGGTGCTGCAAAATTTGTTTACTGGAAAGGGAACTGGGGAACCAGCAGTACAGGGCAT TTCTGGGATACCGACGTATCGTTGGATGACCACAAAGCAAAAAATGTATCTGCTATCAAG GGAGATGAATCTCAACTTTACATGACAGCTCACCTCTCCCCTTTATCTATGACTTACTTT GGACGTTGCTTAGCAAATGGAAACTACACTTTGACACTTCATTTTGCAGAAATAGTTTAC AGAGACAACCAATCTTTCCGAAGTCTTGGAAAACGGATATTTGATATATACATACAGGTC AGAGAATTAGATACAGTAAAATATCCAATTAGCTGCAGCTGATTTAGTTTAAATGAATGC AGGACAAATTGAAGTTCAAAGATTTTGATATTAAAAGACTAGCCGGAGGAGTTGATAAAG CTTTGAAAGAAAAGTTTAATGTAACAGTAAAAGATAAATCTGTACAAGTGCGCTTCCAAT ATGCTGGGAAAGGAACTACATCAATCCCGAGCAGAGGACACTATGGTCCTTTAGTATCTG CCATCTCTCTGGAAGCTAGTAATACTCTGTCTTCACTTTAATTTTTTAGGTGTAGCATCT CTTCTTCTTCACTGTCACATGGTAAGAAAGTCTCCTTCGCAAAAGTTACTCATCCTTGCA TCTTATTTAAAAATTAAGACCTTTTCAGAGTTGGAATTGGTACAACATTACTCATGATTA TACGGTTGAAGTCAAGAAGCTATAGATTAGATGTTCTCTCATTGAATAAGTTATGCATAA TATCTATAATCGGTATGCAAGCAAATTCCAGGGTGCCTAACATTATATTGTTGAACTTTT TGTTCTGTAATTAGACTTCAAGCCCCCTCCTCCGCAGGAGACCTCTTCTAATCAGAAAAA GAAGATCCTAATTGTAGCTGGAGCAGTGACGTCTTCTTTAGCTCTCGTTCTGATGATTTT CTTTGTTGCTTGGAAGAAAAGAAGAAACAGGAAATTGATGGAACAAGGTGATTCTAGACC TCAATTTTGGTTTATGCCTGACAAGTAGAATGTAATTAAAAAAAAATCTGTTGCATTATG GGTGATTCTTGGAATTGTATCAAAATGAAGTGACAAATTGAGTGGTTTTGCAAATTGAAG TACATGTTACTAGGTGTAATTATCAATTTGGAAGACTTCCTGCCACATTTAACTTAAATA CTATCCAAATTCATGATTTCACTAGTTAAAGGTTGGGGAAAACAAGGGTGATGGATATGG GTTTGAAGGTGCAACTTTCCAGAATTTCTTGTATGCTTTTCAAGCTAAAATTTTCTTTTA TCTATCTTGTGGGAGATAACATCCTAAACTTGTTCCTTTACTTTTGTGTAGAATTAAGAG GACTAGATCTGCAAACTGGTATATTTACTTTCAGACAAATTAAAGCTGCCACAAGTAACT TTGATTCTGCAAATAAGCTTGGTGAAGGTGGATTTGGATCTGTCTACAAGGTGTTCATAT ATACAAATTCTCATAATTCTTCTTTTCCCTCTCTGTGGAAATTCTACTGGATATTTCAGA CAAATTATGCTCTTCATGAATTTTTTTTGATGCTCAGGGTACTCTAGCAGATGGTACTAT AATTGCTGTCAAGCAGCTTTCATCCAAGTCAAGACAAGGGAACCGTGAATTTGTGAATGA AATAGGCATGATGTCAGGCTTACATCACCCAAATCTCGTCCGACTCTACGGATGTTGTGT TGAGCGGAACCAACTTTTACTAGTTTATGAGTACATGGAGAACAATAACCTTTCCCATGT TTTGTTTGGTAATGTTATTTTTTCATACTTGATTTTGATATATTTTACTTGAGCTCTCTA CCTTCACAGAGTAGGGTTAAGGCTAAATATGAACCACCCTCTCTAGACCCACTTGTGGGT TACACTGGTTATTGGTGTTTACTTGAGGTAAAAGTAAAAAAGGACACCACGCCAAAACAA AAAGAAGTTTGGTGATCCCAATGCTCCCTCAATAACGTAACTGGCATGATTCTGATGTTT ATATCTTCATCTCTGTGTGTGTGTGTGTGTGTGGTTTGGTGTGAATATTGGCCTAGTTTC AATTTGTAGTGAACTGCAGGTCCTGAAGACTGTCAACCAAAACTGGACTGGCCAACTAGG CAAAAGATCTGTGTTGGCATAGCTAAAGGCTTGGCTTACCTACATGAAGAATCACCTCTA AAGATGATTCATAGAGACATCAAAGGAACCAATGTACTCCTTGACAAAGACCTAAATCCA AAGATCTCAGACTTTGGTCTGGCCAAACTTCATGACGAGGAGAAAACACATGTCACCACC AGGGTTGCTGGGACTATGTGAGCTTCTAAACTACTCTAATTGATTGATCAAATTTTAATT GTTCAAAATACTCCCTTTCGAATGTCATCCTTCCATTTAGGTCATATCAGTTAGTTGTAT GTATCTTTTTTCTGAATTTAATCTTTACTCATTATAATTCCAAAAGGTACATAGCTAGCA CCTTATTGATCCCAAGTGCTCAACAGATTATTAAGGTTACCTAAAATTTTAAGTTATTCT TCAAAGCTACCCGTCTTTAAAAAATCCGTGTTTTATATTACAACTACAGTAAACTAGTAG AGATTAACAATTGCTTCTACAATTACTTATGCTGTCCATTTTCACTTAGTGTTGAGGTAT AGAGCATTAGTTTAAGCCTTTCAGGACGTTCCTGTTCATCAAGCTCGTATAACTTTGTTA GTTTGTTTTTGCAGAGGTTATATGGCCCCTGAATATGCACTCTGGGGTTATTTAACACAT AAAGCAGATTTATACAGTTTTGGAGTGGTTGTATTGGAACTCGTTGCTGGGAAGAACAAC ATGAAATATCATCCTGATGAGAATTATGTTTGTCTTCTTGATTGGGTAAGAAACCAGCAT CTCTTGGTATCAGTTCCATGAATAGTAAACATTTGAAGCACGTCTCAGTTGCTTGATGAG AAGTTCATTTTGTGTTGATCAAGTAGTATTTCAAAGAGTATCTTTCACAAGCTTTCCCAT TTGATATTGTGCTTCTTTCAGGCCCTGGTTCTACAAAAAAAGGGTAAGTTTTTGGAGCTA GTAGACCCAAGGTTAGGTTCCTATTACGACAAGGAGGAGGCGTTGAGGATGATTAAAGTG GCCTTACGATGTACTAATCCATCTCCAGCACTAAGGCCAAACATGTCTGCAGTAGTAAAC ATGCTTGAAGGTCGTTTGAACGTTGACGAGTCTAACATCGATTCAAGTGGCTACGATGAT GAATTTAATTTTCAAGGTTTAAGAGACAAATATGATGAGATGCAAGTAACTTCTAGTGAA AACCAATCAGTCCTTTTTTCAACTGGCACAAAGGGTACTGATCACTCTTCTTCTACCTTT CCTTCTACATCTACCTCTAAATAAATCTCCCTGTATGCTCAATGTTGTATTATATAAGAC AAAAAAAGTATCAATAATAACAAACAAGTTGAAGAGGAGTTATAGCACATTCCCGGTTTC TCTGCTTGTGATACAAGAGTTCGGGTTGGTGCAGCAACAACCACTGTACACCAGTGTTTT CCATTTCTGATAAACAAAATTGATACAATATAAGTAAGCAATAAATTATAATTGCAGACT TATCGAGACACACACCCTACGTGACTTGAGGCCCCCCCTCCCCCCTACTTGGGGACACGT GTCTTGCATGCCTCGAGGCCCCTTCTCAAGACACGCGCCCTACATGCCTCGAGGCCCCTC CGCCCTCGCCTTGAGACACTCGCCCTCTATGTCTCGAGGCCCCTATGCCTTCTGCCTCAA GACACGTGCCTTGCGTGCCTTTAGTCCCCTCCACCTACCCCATCGAGACACGTGCCCTGC GTGCCTCGAGGCCCTCACCACTCGCCCCGAGGCACACAAGGTGCCTGCCTCGAGGTTTTC CACCCGTCGCCTCGAGGCACACGTCCTGTGTGCCTCTTGGCCCTCTTCCCCACGCCACGA GGCACGTGCCCTGTGTTCCTTGAGGCTCTTCGCCCCCTGCCCCGAGGCACGCACTTTGCT TGCCTTGAGGCCCCTCTGTCACCCGCCTCGAGACACGCCCTCTTCGTGCCTCGAGGCCAT TTGCCACCCGCCCCGAGACACGCATCCTACATACCTCTAGACCCTTCGTCACCCGTCTCG AGACACGCGCCCTACGTGCCTCGAAGCACTACGCCCTCTGCCTGAGACACATGCCCTGCC TCGAGGCACGTGCCCTGCGTGCCTCGAGGCCCTCTGCACCCCGTCATGAGGCACACACCC TCCGTGTCTCGAGCCCTCTGCCCCCTTCCTTGAGGCACACACCCTGCATGCCTCAAGATC CTCTATTTCCTGCCCTGAGGCATGCACCCTGCGTGCCTCAAGGCCCTCTGCCCCGAGGAA CGCGCCTTGCATGCCTCGATGCCCTCCGCCTCCCGCCCTAATTATAGGTATGTGTTCAAG GCTCATAGTTTAAGATAATACAAAATTTATCAAATATGATTTTGCTTGATAATTATTTTT CCATGAAATGTTCTCAACTTTTTGTTAAAATTATTTAAGATTTTATGTTATCTTTCTAGA GGTTAAAAAGATAAACTGTGAAGATTTAGTGGGAATTTAAGAAATCTAAAAGAACTAATT AGCAATCACCTACATTAAAAGTGAAATAAAACACTCTAACTTGCCAAATACCATATTTTA AAATTTTAAATATATTTTTAAAATTTGAAAAATAATTATGTCAAAATCTATCAAATGCAA CTATCATAAACACCACGTAATATTTATATATTACTAATTTACATATGTTTTAAAAAAAAT TGAACTTAGTAATAAAAAATACTAACAAATTACCAATTACCTAACTTACTGTATTATCTC CTACATGGGTTAAATTAAATTTGTGTAATTGTAGTTTTTTTTTCATATTGAATTGCAAGT CTAAAATTTAGATAACAGATCAAATATTTTGTTTTTAAAAACTTTATAATTCAAATTATA TAAATTTGTAAATCGAACTATAACAAAAACATTTAAGAGATAACTTTTTTAGCAACGACA ACTAGTAGTTTTAGAATAAGGCCAAAACAAAACCAAAAAAAAATAAAATTAACTAATTGA TTAGAAAATAAATTAAAAAATGCCATGATACAAAATAAATTAAAAATTAAACATGTATCC GAGATAAAGAAGAAGAAGAAAAAAATAATCTAAATTATCTCTTAAAATCTCTCACCTAAT TACTTAACTATTTTAATCTCTTAAAACTCAATTATAAGCCAAAGGTGCTGCGTATCTATT CAAAGTTTAATTTTATATAAAAATGACTTAAATATATCAAATCTCTATTTTGTAAAAAAA TAAATGTTATCAACACAAAGATTTTCTAATTATCATCTCTTACAAATGATAAATTTAATA TACTATAAATTCATATTTTGCAAATAAAGCCACATGTCTCATCAAAATAATGATAATTTT TCAGTTAGATTTTTATTTTTTAAAAAAACTATCTCAAGAAAAATATAATTTTAATTTGAT AAATAATTATGTTAAAATTTATCGAATAAAACTGCCAAAAAACAAAATTGATAGCTATAA TCATTTTAATAGTTTGGAGATTTTTTAAAAAAAATTATCAATTAAAAAAACACTAACAAA TGTTCTTTTTTAAAAAATAAATTACCGATAAATAATTTTTAAATTATAATATATTCAAAA AAATAAAGTCGTATTTAAAGTTATTATTATTATAATAATAATAATAATAATTGATATCAT GTCTTTCAAATTTTTAATTAGAATTCATTTGAAATATCATATATATTTTTACACGATATA TATATATATATATATATATATATATATAATAGCATATTGATGGTATTTGTATCTTCTAAA TTTTATCTAATTAATATTAAAAGTGACCGTTGAAATGAAAATAAATATCATATATATACA TCATTTGAATCTAACAAAAGAAGACATTGATAATAAAAATGAAAATGAATATCATATATA TACGTCATCTGAACTTAACAAAAGGTGACCGTTGAAAATGAAAATGAAAATGAATATCAT ATATATATATCATTTGAACCTAACAAAAGGTGACCGTTGAAAATGAAAATCATACATATA CATCATTTGAACCTAACAAAAGGTGATCATTAAAAATGAAAATGAATATCATGTGTATAC ATAATTTGAACCTAATAAAAAGTGACTGTTAAAAATAAAAGTGACCGTTGAAATGATGGT TGAAAATGAAAATAAATATCATATATATGCACCATTGAACCTAACTAACAAAAGTGACCG TTGAAATGAAAGTGAGTATCATATATATATATATATACACACACATCATTTGAACCTTTT GTAAGGTTATGTTCATTTTCATCTGCTTACCTCCAAGAACAAGAAGATTACCAAATTCAT CTGTTTTTTGGTTGTTGTTTAATATTTCCTCTGATTGGAATTTGTTTCTTTGGTTACTGA ACTTGGGTTTTAGGGTTCTTATTTTTGGGAGTTGTTAAGTACGTGGATTTACGTTGAAGT TGCAAGTAAGTAATTTTAAGATCCAGTGGATTCTTTCCTTGTTTTGAATAATAGATCTCG ATGTTGGTTTGAAGTAAATCTTAAGGTGAAAGATTCTTGATGTGTTAAGGAGATTTCATG GCAGAGAATTTATTGAATGTGTTGTCTGTATTTGCAGGGAGAACTCGGCGGATGCTATTA AATTTCCTTGGATGAGGTGGATCTCGATCAATTTAGGGTTGATTTTTTCTTCAATGGTGC AAGAAAAGGCAGGGAATGTCCACCACAAAAAACCCTCTATATATTTGCTTTAAAATGGAT TGCAGTCATCAGGTCAGGATTGTTTCTTTTTTTGGGTAGGCAAACTTCTTGAACAATCTG ATGCTATTCGAGGTTATCACGAAAACACTCTGTTCCCTCATATGGTAAATTCAGACTTGC ACAGACATTATTTTCTGTTCAATGGTCACTATTTTTTGAATGTTCACATGCATCAATTTC TGTTGAATAGTTACTATTTGTGAATGTTTCAGTTCCAGAGGTTTATCTACTGCAACATTA GAATTATTTCATACGGTCTTGTTGTGCAGCACTTAATACCTATTCCAACACTTTATTTAG TGTGTTCTATTATCTATGTTTATTTTCATTCTTGACGGTTTCCTTTTGGTATTAAAAGTA ATGCAAGTTCAAATGATGAATGCTTTCTAGCTAGAAATCCTGAACTCTCGGGTTGGCCTC CAGGAAGATTGCCTGTCCCTATTTCCACATCACCAATTTTGCAAACACTCTCAATGTCAG GATCAATTGTTACTGCCCATTTGAAGAACTGTCTAGTTTATCCAAATCTCAGTATCTCAG TTCCACACAACAACAAGAGTTAACAGTTGAATACATTGAGGATTTTGATGACGATGATGA TCTAGATGAACTTGACAGTCAAAGGTTTTCAAGAAGAGTTCCAATGCTGCTGGTGATCTT GTGCTTGGATTGCCGTTATTTGCTACTGGTAAGCGACTTATTTTAGGTGTATATGTGTAT GGTGGACCTGTAACTTCTGCTGTCATAAGTGTGACCATTTCATTTTGGCAGTATTAGGTT GTAATTTGCTTGTCTTTTAACTCTAAGGTGTTATATCTATAGTACTAATTATACCAGAAA AATAAAAGATGGGGAGAGTAATGGTTACCATTCTCGGAAAAAAAAGATCGGGAAGGTAAG AGTACTTCGAGATTTCTCTCTGGTTCTATATTTGTACTACTGGTTACTTTGTGCTTAGGG TGCTGACTCATGACTAGGAAACTATTAACAACATTGATGCAGATGTATCTTATAACTGCT TTAGTTTCTGTGCAATTTTTACTCAATGATAAATGAATTTTTTTGATAAGGGAATATAAC CACTATACTCTGAAGCATTGTATCCTAATGATAAATAGATTTCAGTTCTCGTCCATGTTA ATTGCAGTTCAAGCAATGCTGCACCAAGGTCGTGAACGTAGCATACTTCTATAGTAGCTT GATATTGGGAGAATATCCGTTCCCTTTTTATCAGGAGCATAAGGAACCACCTATACTTGC GTGATTTTTTTGATTTTCTAACTTCTTCCAGCTGTGATAGACATTATTTAATTTTGTAAA ACTGTAATCCTTTATGCTTTTTTTCTTTTTGTAGATTAGAAAGAGTTAGCACTATCTTGA TGCATGTTTAATGTTTTTCTGACCTTTGATTATCGTAAACAAAACTAGTTGTCAGATTAT TAATTCTCAGATATTTTGATGCAACTCGCTTTAGTGCTTAAATTTTTATTTTATTTTGTT ATAGATCTTTGTGATTTTCTCCTCTAATCACTGTTCACTTGATTATGTTTATAAAAGGAA AAACTTGCATAGTTATATAAGTTTTTCACTTGACTATGTTAAAAAGAAAAGTTATACAAG TTCTATTCGTGATCTTTAACATCTCTAATTTTTTCATTTGGTGCTTTTTAAGCATAAAGA GTTCCCGCTAATGTTTTCTTGAATGACATTCAAGTATTTATTACTCTTCTGTGATAACTT CTCTCGTACCTAGTTGCAATAGTATTTAATTTGTTCTGAAGCTTATTTCATCTTTCATAA ACCCTAACCAAATGATAAGTTAAGTTCTGTGCTTGTGCACGAAAATCAGTGACACGTTGA TGTCATTTGATCCTCAGTTATTTCTGGCACCTTATTGGTTTGAAGTCTGTTTGGGAAATA TATCGATAAATGTTAAATGTGAAATTGAATGAAGTGAGGTCATCATATCCATTTAACTAG TTTATTTTACCTTTACTTTGTAAACAGCCTATGGTGGAGTGAAAGAGCTTGTTTTGGAGC TTCATATAAAATCCATACTTCTTTTTTGCATTTTGATGTTTGAATTCTTTGATTTTATAC AATGTTTGAAGCCTTGAGTACATGTGTTGGCACGTAATAGGAACTTTCAGATTGATTACT GGAACAAGTATTTGATGAAAACAGCTAAATATGTTATTCTATTCCAGAATTCCTGATCGT TTACACTACTTCACTTGTAGATTCCATTATCTTCTTTCAAAATGTATTCTTTTCTTGCTT TTACGTGGATGGATGGGAGATACTTGTACTTCAGGCTGTATTTCTTCCTAGCTATTGGCG ATGATCATCTCCGTGAAACAGCATATGAGTTCCTTCTTGATGCTGCTGGACCTTCAGGTA TTTCTGCCTTTTCTGTTTCTTGACTTGTAACATCTCCCATCCGATTAATTTAACGCATTT AATATGCATTTTAGATGCATGGAGGCCTCATTGTACCATCGAAGGAAATAAAGAAGGAGA AGACATCTAGATTAATGACGAAGCTGGGCTGTAGTAAGAGTGACAATGCAATGACCCAGT CACAACATTTATCTGTATTGGTCAGTTTGTTGGAGACAATGCGTGTCCAGATGGAGGTAG GAAAATGAATGACCTTGATACCTTATGTCAGATTGCTTCTAGCTGCTGTTGTTCGATTCA CACCAGTTAATGGCATAGATATCTTATTAGTTTCTTGCCATTAACTCAACAAGTTGGGAT AACTTGCCTGCTGTTTCATTGCAAATCATTTAGGAAATGAAATAACTTAATAAGCAGTAA TTTTTTCTGTTAGTTTAAGGTTGAGGCGTTATGCCAAGCGGTGTTCAAATATTATCAAAG TACGGAGTTTCCTTGAGCTGTTATGTTGGTGATTTGTTTGGTATACGGTGCTAGTCTCCA CCAGTTGCCAGTTGGTAGTGAGTATATAATGTAAATAATGTTCCTAGTGCTAGACATTCA TTATTAATTCATAAAAGTGATAGCTACTAAAAAGGGATAAATTTCCCAAAGGGAAATGTT AGAAGATAAAGAGGGAAGAGAGATATTGAAGATCAACTCTGTTATTTAGGAATTTACAGT TTCTGCTTACTGGGTTTTTACCTGACAGATTCCTGGAGGCCATGGACGTCAGGACATGAC TTGGTCTCCTTAATGCGATGATTGGAGAAGTGGGTAAAAGGATGGATGCAATGTTGATCC CACTGGAATTGTTATGTTGTATTTCATGTACCGAGTTTTCCGACAAAAAGTCATATAAGT GGAAAAAGAGACAAGTGTTGTCTTTCCCTCTTAATATGATGATTCAATTTTTTTCCTCCC CTCTTTGAAATTGCTGTAAACAAGCTTCACAAAGTTGTTTATTTATGAAACTCAATTCAT ATGATAATGTATTTAACATTTCCTTTTTTATCTATGAAACTAAAAGAGAGAAGCAAGTGC TCACGTCTTTCCCACTTAATATGATGATTCAATTTCTTCGTCCCCTCTTCTTTGTAATTG TTGTAACAAGCTTTGCAAAGTTGTTTATTTATGAAACTAAATTCATATGAAAATGTATTT AACATTTCTGTTGCATATTATTCTTTTTCTGGCAGTTCAGTTAAACATGTTGGAGGAGGG GCTTATAAATCATTCTGCTACAGGGTTGGGGAAGCTGGGATAAAAGCACATGAGCGAAGG GTTCCTTTAGCTAAGATAGAGGAATCTGAGGTGTGTACATTTCTCTCTGTCCCACTTTTT TTGAAGAAAATTTTCTGATTTATTACTAATACTTAAGTATCTGCAATCTAGTTTGGTCAT GCATCCTTGCAAATAGCCAAATACTTACTGAACTTTATAGTATGTTAACTTCTTTGAAAA TAGTGAAATGCAATATTCAGACTTAAAGTAGTGGTCTGATTGCATATTTCAAGAAAATAC TGGTCTCTACTCATTAATCTTCAACTTTCACAATTTTTTTCAAGTTGAACTTCAGTACTC TTTTATTCAGCTTCAACTCAGAGTGTGGGGGGCTAAGGATTTGAAGGCAGTGGGTGCACA TGCTTTAACATACACTGCATCTCCGACTGTGAGTAATATTATGCATTCAGTTGGTTTAGT TAGTTTCAAATTGAATTTTTAGTTAACAAACAAAGAAACCAATCAAACCGAAATGACTTG GGTTAATTGCATTTTTATGACTTCCGCTTTAATGAAGTTTAGGGATCTCTTTTATTTACC TATAATATAAAAGGAAGAGCCAGGAACACATGTTCCTCTATCATCTATACAAACAGTGAC AGAGAGCACGAGCCCTACAACATCTATCTATACAAACAACGAACTAACAACATTATAATT TAACCTATTATTCTTTTCTGTAAGGGAATTGCAAATTGAATCATGATTTACCAATTTGCT TAATCGTCGAAACCAATGAATGTAAATTTGCGGCAATCCTAGTTGGATTTCATTTTCTTA ATTTTATTGCCGAAACTACAGATGCACTCCACTTCTTTCAAACAAATTATATACATTTTT GATTTACTTGAGTGTTCTGTTTTGAAGTTTGATTATCATATATCTAATCATAGGATAGCT TAGAATTAAAGTTGAGTTGCTAAGAGGGTTTTCATCTTTTAGATTGGAGGTTCATTATCT GTTGAGTTGCGAATTGTCTGTCCCTGGCCCCTCGGGGGGTTTCATGTTTGAAAAAAGGTA AGTGTCTATTTTTTGGAAATTGACATGTTTTATCTTCTTGTACTTTTATTTATTTGTGTA CTCTCCTAAAAGGACTTCTTTTCAAAAGAATCTTATTGACCCATGGAATTAGTTCAATTG ATTTTTGTTCTTGTTTGCTTGTTTGGCTCTTCATCATTATTGTATGCGCTCTCATCTTCT TTTTTTCCCAATCCACAGACATTTTGATAATCACTAAGAAAGGGTTCTTTTTGATGCTAT ACCAGATGATATGCCATAAAAAGTATCATTTCTTTGTTTCAGTCTTTTCCTCCTCTTGCA GCAGAGATGCAAAGGACAATGTTTAAAATCTTTGAGAGAGATCGCTGTGCCACTGGCAGA AAGGCCAGCTGGAGGTGACTTAACTGGTGAAGTATGTCACCGGGCTGATAATTATCACCG GAATGTCAAATTATACGAGAATCTACTTCTCAATGTTTTTGATGTTTAGATGAGGGAAAG CTCACAGAGGTCAGTAAAACCCACTTGAATGTCATTCTCTCTAATTCTTGCCATTCTTGC TATGCCTTGTGGTGCCAGGATCAAGATGACCATCTTGTTTCTTACACTGGAAAGTAACAC TCTTGGGATGTCACCTTTCTTTTAAAAGAAGCTTATATTCTTAAGGGTCACTGGATTTAC AGTCTTGGTATGTTGTGTACTTAAATTTGTAATAGAGGGACATGATGAGTGAAGGTGTTA AAAAGGCATGAGCCGCAAAATCTCATGGATGGAAATCTTGAAAAACCTACAATCTCTTGG AATTCATGTAGACATAGCGAATGATAGGCCACAATAGAAAAGGTTTATATAGTTGGGACA ATGTTTTAGTCATGTTAGTAGTAATTTCGGTCTTGTGATTTGTAGGAGTCCTTTAGTCTT ATATGAGATTTATATGCATTTCAAAATATATAGTACTTCTGGAGCTTTATTACTATTATT ATTATTATTATTATTTAATTATTATAATAATATAGGACTTAAGGAGCTTAAAAATGGAAC GGTATGAATTATAATTAGGTAGGATTCATATAGCCGAGGCCCTACTTGCTTAGGGTTGAG GTCCAGTTGTTTTGTATGAACAAAATAACCTGTTCTCTGTGTATAATAGTAAAATCCTGA ACAATTGAGCAATGGATGATGTTATGTGAGTACATTCCTTTGGAAATCAATTTATAGGTT TGAATGACCAATTATGAACTTCATCTTTTCCAAGCAGGAAGTTAAAGAAATTTTGGAGCT TCTTAAGTCCACATGGCGTAATTTGGGAATCACAGAAACCATCCACTACACTTGCTATGC TTGGGTATTATTTTGACAGGTATAAAATGACAAAAACGATCCTGGTTTTAGTCAGAGTTG CTTAAACATTACTACCATTTGCTTGACTACTAACCTGCTGATGGTATATCAATTGTTTGG ACTAGATTTTACTTCTTTATCAGTTTTGAGCGATGACGGACCAAAAGGTCTTTGGAATGT GTGGCATAGCCTGCAATTTCCTATTTAGAAAAGAAACTGATATTTCTTGAATCTAGCTTG AAGTACCAGGAAAATCGTGTTTCGTTGCCTGAGTTACTAAAAGATTTGTGGAAGGCTTTG TTCTTTTTATGTTAGTTAGGTTTGCTGATTGTCCTCTTGGTGTACTTATTGGTCGACACT AACATTCAATGTCAGTTCACTTTTTTGAACAAAATGTTACTGGGAGTGATCAAGAGTGGC CATCACTTCAGTTTCTCATTTGTTTGAATGTCCTTGGGAGAGAGTTTTTGAATTTGGGAA TGGGAACTCTATCCAATTTTGCCCCCAAGTTTTCTCCCCAAAACAACCCTAATTTCCTCA TATTTTTAAGCTCTCTTCTCCTCAGGTCTTAGGGTTGGGCGGAATTGGCTTATGAAAAGA ATAGCTTACAAAAAGGTTTCTTTTGGCTAGCCACTTTGACATTTGAGAGATTCTTGAACA AGTTCTCTAACTCTAAATTTTCGGGAAGTTCCTTGTCCGGGTTTTGTTTGGATATCTTGG TTGCTGCTCGAGTCGGAACTCATGTAGAAGAGGTCGCTGTCTCCTCACTCCCTTTTTATG AAGTTGCAAGCAATTAAGTCCCTTTCCCGGTCATGTCTAGAAATTATGGATTTGTGTCAT ACTTTGTTGATATTATATGCTGATTTGGTTCATGACTAAAATGTTCAGCTTCCTCTACTA TCGTTTGGCTCAGTTACTACCGTTCTCAACTTTGTGAACTTTAGTTACCATTTATCCCTC CCTTACTAGTCGCTATTTGCTGTATGTTAGAAGGAAGATTTTGTTTACTTGTGCTCCTTT GAATTCAGTGATGTAGTTTTTCAGTCATAGGAAGCATGTCTCTGCCTGTCATTGCTTTCT GTTAATCATTGTCTAAATTAGTATGTATTCTCTTGTTTCATTTTTTAAATGTGTTTTAGG ATAATTTCTTCAATTCTTAATGCGTAAAGAATCATGCTAAGCTTACTGTAATGTCTTCTT GTCCTTGGATGTCATCTCTTCGTTAATTGCTTAGGACACAAATGTTCGTCTCTTTAAATT ATTAGTTGGATACTACATCACTTTATTTCTTTACTGTTGAAGTGTGGTATATGAGTCGTA CGTTTTCTTTAATCCACTTAGGTTGATTGATAAAATACAATAGTATTATTATATGCTCTA CAAAGAGGGTATGAAATTGATTTCACTAGTGTCTTGCACAGGTCGGGAGTCGAAAATACA CTGATATACAGCGATATACATCAGCTGTATAAATGGGCCCAAAAAGCCCCCGTTTGTATT TTGCTACTTTGGGCCTTAAGCCCCTTCGTCTTTTTATTATTATTTGTTAGACTAGGATAG GTGGAGAATTGGGCCTAAAGCCCACTAAAATATCAAATTTATGTGTTAGTTTAGGACAGG TCGGGAGCCGATTATACACTGATATATAGCGACATACATCAGCCGTATATTGCGTATTGC AGCACAAATGGGCCCAAAAGCCTCCAAAATTTCAGAAATTGTATTTTGTTACTTTGGGCG TAAGCCCCTTTGTCTTTTACTATTTTTTGTTAGACTAGGACAGTTGGAGGACTGGGCTAA AGCCCACTAAAAACTCACACTGATGTGTTAGTTTAGGACAGGTCCGGAGCCGAAAAATAC ACTGATATACAGCGATATACATCAGCCATATATGGGGCCCAAAAAGTCCCAAAATTTCAG AAATTGTATTTTGTTACTTTGGGCCTAAGCCCTTTTGTCTTTTTATTATTATTTGTTAGA CTAGGACAGGTGGAGGATTTGCCCACTAAAAAATCAAATTTTATGTGTTAGTTTAGGACA GGTACAAAAGGAAGAATTGGGCCACATATAGCTAAGTCAAAAGCCCAAAATGAAGTTAGG CCCAAGTACTGGCCCAGGTGGACAAACCAGACTCGGGGCCACATATAGCTAAGTCAAACA ATGCCCCCTCACAATATTCACTTCCCCTTAAAGAATGATTTTAAGTTTTAAAATTGTTAG TTTCTCAATTTTGATTTACTTAAATTAATTACCCAAAAAGTTAATTACCGAGTAAGTGCA TAGTATCATCTCAAAATGTCATACCTCATATCTCTTCTCATTTCATATCTCATCTCTTAT CTCATGTTTCATATATCGTATCTTATTTCATATCTCGTATCTCTTCTCTTATCTCATTTC ATATCTAATCTCATATATCATATCTCATCTCATATCTTATCTCTCTCATACCTCAATTTT TTCTCTCATCTCTTATCTCATCTCATATCATTTATTCATATAGTCTCATATATCATCTCA TATCTCTTCTCTCATCTCTTATCTCATCTCATATCTCATCTCATATCTCATCTCTTAACT CATCTCATATCTCATCTCTTATCTCAATCTCATATCTCATCTTTATCTCATCTCATCTTT CAACTTTTATCTCATCTCATCTTTCATCTTTTATCTCTTATCTCATCTCATCTCGTAATA TCTCATCTCATCTCTTATCTCTTCTCAAATCACATCTTATATATCATTCTTATCTCATCT CATATCTCATCTCTTATCTCATCTCACTCATCTCTTATCACATCTCTTATCTCATCTTAT ATCTCATCTCTTATCTCATCTCATATCTCATCTCATCTCATATATCATCTCATCTCATAT ATCATCTCATATCTCATATCTCATTATCTCATCTCATATCTCATCTCATTATCTCATCTC ATATCTCATCTCATATCTCATCTCATTATCTCATCTCATATCTCATCTCATATCTCATCT CATATCTCATATCTCATCTCTCATCTCATATCTCATCTCATATCTCATCTCATATCTCAT CTCATATCTCATCTCATATCTCATCTCATAATCTCATCTCATATATCATCTCATATCTCA TCTCATATCTCATCTCATATATCATCTTATATCTCATATCTCATCTCATATCTCATCTCA TATCTCATCTCATCTCATAATCTCATCTCATATCTCATCTCATATCTCATCTCATATCTC ATCTCTTATCTCATCTCATATCTCATCTTATATCCCATCTCATATCCCATCTCATAATCC CATCTCATATCCCATCTCATATCCCATCTCATATCTCATGTCATATCTGTCATCTCTTAT CGTATATCATATCTCATTATCTCATCTCATTATCTAATATCATATCTCATCTCATTATCT CATCTCATATCTCATCTCATATCGTATATCATATCTCATATCTCATCTCATATCTCATCT CATAATCTCATCTCATATCTCATCTCATATCTCATCTCTTATCTCTTATCTCATCTGTCA TCTCATAATATCATCCCGTATCTCATCTCATATATTCCTCTCATATCTCACATCTCATAT CTCGTCTTATATCTTATCTCATATCTCATCGCCCATGGATTTGGCGTCTCGAGACACCCA AAAAAAATCATTAAAAATTTCAGGATTTTTTTTTATTGAGTTGTGGAATCACACCACATA TACTAGACGTTTTTTTTAGAAGTTTGTTTGAAAAAAAAACACTTCACGAGGACCTCTTAT TCCACATTTACATGCCTATTGATTTGGCATCTCAAAGCACCCATAAAATATATGGCCTAG TGCACCTAAACAAAATTTCTAGAAAAAACTTCACGATAAATTCCGTATTGAGTTGGGGAA CACTACCAAGTATATTAACATAATTTTTCAACACCCATTTTCACATTTACAGACCGGTTT TAGGAACTACGCGAGTTAGTCATTTTTCATGCGTCTTAGCCCATGGATCTAGCGTCTTGG AGAAACCCTAAATCTTTTTTTGAAAAAAAAAATCATGAGGCCCGAATTGAGTTGGGAAAC CACCATGTATTGTACACACGCCATTTTTTAACGCCTATTTTGTATTTGCAAGACTTTTTC ATGAATTATGCGAATTGCTCAATTTTTTGTGTGTATTAGCCCATGTATCTTGCGCCTCAA AGAACCCAAAAATATTTTTTGAAAATCTTCATGACGACCTCAATATTGTGTTGGGGAATC ACCACGTATACTCACATTATTTTTAACACCAATTTTCACATTTATAGGCCCTTTTTAGAA ATTATGCAAATTTAATGTTTTTTGTATGTTTTAGCTCATTGATCCAAAGCCTACGAGCAC CTTAAAGTTTTTTCATAAAAACTTCATAGGAATCACCGTATTAAGTTGTGAAACCATCAT ATATACTCACACCATTTTCAATTATAATTTTTGCATTTACATGACTTTTTTTAGGAAATA CGCAAATTCATTGATTTTTTCATGTGTATTAGCTCATGAATTTGAAATCTAAAAGCCCCG TTGTTTAAATAAAACTTCATACGGACCTCTGCATTTACAGACCCTTATTTTAAGAATTAC TATTTTTTTTAATTTTTCGTGTGTTAATAAAGCCCATGTGGTTCTAGCGCCTTGGAAAAC TCAAAAAAATTTCTAAAAAAACTTCACGAGGACCTCATTATTAAGATTGATAATCACTAT GTATACTCACAATTATTTTTTAACACCAATTTCTGGATTTACATGCCTCTTTTGGGAATT ACGCAAATTCATTAATTCTTTTGTGTATATTAGCCAAAGGATCTGGCGCCTGGGAGCACC CAAATATTTTCTAAAAAAAATCACCAGAACCTTTGTATTGAAATGGGGAACCACCACATA TACTCAAACTATTTTAACGTTCATTTCTGTATTTACAAACCTTTTTTTAAGAATGACGCA AATTCATCAATTTTTCGCAGGTAGTGAATCTGGCGCCTCGGCGCACTGAAAAATATTCAT AAGGACCTCGGTATAGAATTAGGGAACCACCATGTATACTCACACCATTTTTAACAGTTA TCTACATATTTACATGCCCTCTTTTAGTAACTATGCAAATTTATCTATTTTTTGTGTGTA TTAGCCCTTTGATCTAGTGTCTCAGAGCACCAATAATAATTTTCTTAAAACTTCATGATG ACCTTCGTTTTAGTTGGGGAACCAATACAATTTTCACATCATTTTTAACGCTCATTTTCG CATTTAGTGACCTGTTTTTAGAAATGACGCAAATTCATTTATTTTTATGTGAATTAGTCT ATAAATTTGGCGCCTCAGAGCACCCAAAAAGAATTTTTGAAAAACTTCGTGAGGCCATAT GTATTAGATTGGGGAACCACCACAATACTCATATCATTTTTTAACGTCATTTCTGCAATT ACATGCCTTTTTAGAAATTCAACAAATTTATCAATTTTTCGTGTATTAGGTCATGCATCT AGGGTCTTGGAGCACACAAAAGTCTTTTTTGAAAAAACTTCATGAGGACCTCTGTGTTGA GTTGGAGAAGCGCCACGTATTTTCACACTAATTTTTAACTCCCATTTTGCATTTACAATC CTTTTTTAAGAATTACAAAAAGTAATCAATTTTTCTTATATATTAGCTCATGGATCTGGC GCCTCGGAGCACCCAAAAAATATTCCTAATAAAACTTTGTGGGGACCTCTGTATTGAGTT GGGAAACTATTTCGTATACTTACATCATTTTTAACGTCATTGCCGTATTTACATGATCTT TTTTAGGGATTACGCAAATTCATTAAAAATAAGTTTGTATTAGACCATGAATTAAGCGCC TCGAAGCATCCAAAAATTATTCTGAAAAAACTTCATGAGGACCTCCTTATTAAGTTGAGA ACCACTGTCAATACTCATACCATTTTTAATATTCATTTCCGCTTTTACATGCCCTTTTAT AAAAAATTACGCAAATTCATCAATTTTTCATGTATGTCCATTCATCAGGCGTCTCTGAGT ACCCAAAAAAAAGTTCTGAAAAAACTTCATAAGAACCTGCATATTAAGTTTGGAAACTAT CACATATTCTCACAATATTTTTTTAACGTTGATTTTCTCATTTAAAGACCCCTTTTTAGT AATTACGCAAAGTAATCGATTTTTCAAATGTATGAGCTCATGGATATGGCGTCTCGCAGC ACCTAAAAAATAATTCTTAAAAAAACTTCATGATGACCTCCTTATTTAGTTAGGAAACCA CCAAGTATATTTACACCATTTTTAATGCCCATTTTAACATTTACAAGCTTTTTTATATGA ATTGTGTAAATTTATTAATTTTTCGTGTGTATTAGCCCATGAAACTGGCGCCTATTGGTA CCCCAAAAGAATTTCTTTAAAATATTCATGAGGACCTTTATATGGAGTCAAAGAATCACA ATATACTCAGACCATTTCTTTGACTCCCTTTTTCGCATTTACAGACCCTTTTTTTTTTAG AAAATACACATATTTTTTTTTACTTTTCATGTGTATTAGCCCATGGATCAGGCACTTCGG AGAACCAAAATCTTTTATGAAAAAAATTCATGAAGACCTTTGTATTGAGTTGGGGAACCA ACTCGTATACCCACACTATATTTAACGTTCATTTTCGCATTTAAAATTCCTTGTTATGAA TTACGCAAATTTTTAAATTTTCGTGTGTATTAACTTATGTATATAACATCTCAGAGCACT AAAATTATTTTTTTTAAAAAAAATTCATGAGGACCTCCGTATCGAATTGGAATCCACCAC ATATACTCACATCAACTTTCATGTGTATTAGCCTAAGCATCAGGCGCCTCGAACCACCTA AAATTTTCTTCTGAAAAAACATTTACTGACACATATATTGACACTATTTTTTAATATCCA TTTTCGCATTTACAAGCCCCCTTTTGAAAAATTACACAAAGTAATCGAACTTTTGTGTGT ATTCGCCAACAGACTTGGCGCCTCGGAGCACAAAAAAAAAATTCTGATGAATCTTCATGG GACCTCTATATAGAGTTAGGAAATCATCGCGTATACTCACACAATTTTTTTAGCGCCCAT TTTTGCATTTATATGACCATTTTTAGGAATTATGCAAAATCATCATCTTTCGTTTGAATT AGCACATGGATATGACGTCTTCGACAACATAATTTTTTTTTTAAAAAAAAAACTTCACCT TGACCTTTTTTTTTTGAGTTGGGAACCACTAACTACACTTGCACAACTTTTTAACACCCA TTTACATATTTTTTTGGAAATTATGGAAATTTGTTGATTTTTCATGTGTATTAGCCCATT AATCTGGCTCCTTGAAGCACTCAAACTTTTTTTCTGAAAAAAATTCATTAGGACCTTCGT ATTGTGTTTGGGAACTACCACATATAAAAACATCATTTTACCACCTATTTCCGCATTTAA AAATTCTCTTTTAGGAATAACGCAAAATAACCAATTTTTCGTTTGTATTAGACCTTGGTC TGGCGCCTCGAGGCACCCAACTTTTTTTCTTAAGAAAATTTCAGGAGGACCTCCATATTA ATCTAGAGAACTACCACGTATACTCACACTATTTTTAATGTCAATTTTCACATTGATAAG CCCTTTTTAAGTCTTAACAAATGTCTATGTAATTTTTTGGAAAACATGATTTCGGATTCC AGATGATCAAAAATGATGGTGGACTATTACACGCAAAAATCACAAAATTGGGGTTTTACT TGCTTTGGGAATCATTTGACCTCGAAAATGGGACGTTTTGGCCATGGTGACAAATTGGCT CCATAGATAAGATCTTAACGGACGTCCGTGTAAAAATTTTGGCAAAAAAAATCTCAAAAA TGGGAAGTGTTGGTGTTGGTAACCAATCGGCTCCATAAATAAAGTTTTAACTAACATATG TAATTTTTTGCAAAAATGATCTCAGAATTTTGAATGACCCAAAAATATGGTAGACTATAG CACACGAAAATTGGCAAAATAGAGGGTTAACCTGTCTCAGGCTCGTTTGTCCTTAAAAAT GATCCGTTTTGACCATGGGGACCAACCGACATTATAGATAAGGTCTTAACAGACGTCCGT GTAAATTTTTGGCAAAAACGATCTCGAAATTCTGAATGACCAAAAAAGATGATAGACTAT AGCACACAAAAATTGATAAAATAGGACATTTACCTGCTCTCGGCTTGTTTAACCTTGAAA TTGGGTTATTTTAGTCGTCGTGACCAACCAGCTCCATAGAGAAGGTCTTTAAGGACGTCA GTGTAAATTTTTGGCAAAAATTATCTCGAAATTTTGGATAACAAGAAAAAGTAGTGGATT ATTGCACACAAAAACTAGCAAAATGAGGGTTACGTGCTCTGGGCCTGTTTGACCTTGAAA ATGGGTCATTTTAGTCGTGTTGAGAATCCGACTTCATAGATAAGGTCTTAATGGTCCGTG TAAATTTTTGGCAAAAAATGATCCCGAAATTCTAGATGACCAAAAAGTTGGTGGACATAG CACACGAAAATTAGCAAAATAGGGGTTTACCTTCTCTAGGGCTCAATTGACCTTGAAAAT AGGTTATTTTGCCCATGGCGACCAATCAACTCCATTATAAGGTCGTAAAAGACGTCCGTG TGAGTTTTTGACAAAAATGATCTCGCAATTCTAGATGACAAAAAAATTGGTAGACTATAA TAACACACGAAAATAGGTAAAAATTAGGGGTTTACCTACTCTGGGCTCGTTTGACTTTGA AATGAGCCGTTTTGACCGTGATGACCAACTGGCTGCATAAATATGGTCTTAACGGATGTC CCTGTAAATTTTTTGCAAAAATGGTCTTGGAATTTTGGATGACTTAAAAAGATGGACTAT AACACATGAACATAAGAAAAATAGGGGGTTTACCTGCTCTAAGGCTTGTTTGACCTTTAA AATTGGTCATTTTGGCCGTGGTGAAAAATCGGCTTTATAGATAAGGTCTGAATAGACGTT CGTGTAAATTTTAAACAAAAATGATCTCAAAATTCTGGATGACTAAAAAATATGATGGAC AATAGATGGTCTGGGCTCGTTTATCCTTTAAAATGGTCTGTTTTGGTTCTGGTGACCAAC CGACTCTATAGATAATCTTTTAACAACGGACCATGTAAAATTTTAGCAAAAAATATTTTA AAATTCGGAATGACCAAAAAAGATTGGTAGAATATAACACACGAAAATCGACAAAATGGG AAATTTACCTGCTCTGGGGCTCAATTGACCTTGAAAATGGACAGTTTTGGCATTGGTGAC CAATTAGCTCCATAGATAAGGTCTTAACGGACATCTGTGTAAATTTTTGACAAAAATGAT CTCAAAATTCCGAATGACCAAAAAGGATGGTGGACTATAGCACACGAAAATCGACAAAAT GGGGGGGAGGTTTTTCTTTTTTACCTGTTAGGGTTTGTTTGACCTTGAAAATGGATTTTT TTGGTTGTAGTGACCAACCGGATCCATAAATACGGTCTTAAAAGACATCTGTAAATTTTT GGCGAAAATGATCTCAAAATTCTGAATGACCAAAAAGGATGGTGGACAATAGCACAAGAA AATCGAAAAAATGGAGGGCTTACCTGCTCTGGGGCTCATTTTATCTTGAAAATAGGTCGT TTTAGCCGTGGAGACCGATCAGTTCCATAGATAAAGTCTTAACAGACGTTTATGTAAATT TTTGGCAAAAACAATATCAAAAGTTTGGATGATTAAAGAAATAGTGGACTATAGCATACG ATAATCGGCTATTTCGAAGGTTTACCTACTCTGGGACTCGTTTGACCTTCAAAATGGATC ATTTTGGCCGTGATGACTAACCGGCACCATAAATGAAGTCTTAATAGATGTCCGTATAAA TTTTTGGTAAAAATAATTTCGAAATTTTGAATGACCAGAAATGATGGTGGACTATAGCAC ACGAAAATAGGCAAAATGGAGGATTTACGTGCTTTGGGGCTCGTTTGACCTTGAAAATGG ACCGTATTGGCCATAGTGACAACTTGCTTCGTATATAAGTTTTTAACAGACATCTGCGAA ATTTTTTGGCAAAACTGATCCAGAAATTTCAGATGACCAAAAAATATGATGGACTATAGC ACACGAAAATCGGTAAAATAAAGATTTTACCCTTTATGGGCTTTTTTTACCTTGAAAACT GGTCGTTTTGGCCGTGGTAACCAACCTACTCCAGATAAGGTCATAACAGACATCCGTGTA AATTTTTGGCAAAAATGATATCAGAATTCTGGATGACTAAAAAAGATGGTGTATAGCACA CGAAAATTGACAAAATGGAATTTTTTGCTCAGGGCTAGTTTGACCTTGAATATGGATCAT TTTAGCCTTATTGACAAACCGACTCCATATATAAGGTCTTTAACGGATGTACGTGTAAAT TTTTGTCAAAAATGATCACGAAATCTCGGATGACAAAAAAAGATGGAGAACTAGCACAAA AAATTGGTAAAATATGGAGTTTACCTTCTCTAGGTTCGTTTGACCTTGAAAATGGATCGT TTTAACCGTTGTGATCAACTGACACCATAGATAAGTTCATAACAAACGGTTGTGTAAATT TTGGCAAAAATGATCTTGGAATTCCGGATGATCAAACAAGATAGTGGACTACATAAAAAA TCGGGAAAATTGGGGGCTTACCTGCTCTGGGTTCGTTTAACATTAAAAATAGATCGTTTT GGTCATGGTGACCAACCAGCTCCATATGTAAGGTGTAAACGGTCATTTGTGTAATTTAGC AAAAATTATCTCAGAAATCGGGATGACCAAAAAAAATGGTGGACTATATTACACGAAAAT CGGCAAAATGGGGGGTTTACAGTCTATGGGCTTGTTTGACCTTGAAAATGGGTCGTTTAG GTTGTGGTGACCAATCGGCTCTATATATAACGTCTTAACGGATGTTCATGTAATTTTTTG GCAAATATGATCTCGAAATTCAAGATGATTAAAAAAGATGGTGGAGTATAACATACGAAA ATCAGACAAATGAGGTGTTTACTTGCTCTGAGCTTGTTTGACCTTGAAAATTGACCGTTT TGATCGTGGTGACAACTCGACTTCATAGAAAAGGTCTTAACGGACGTCCGTATAAATTTT TAGCAAAAATAATCTCGGAATTAAAAAAGATGGACTATATAGCACATGAAAATCATAAAA AAAATTGAGGTTTACATGCTCTAAGGCTCTTTTAACCTTGGAAAAGGTTGTTTTGGCTGT GGTGACCAATCGACTCCATAGATAAGGTCTTAATGGACGTCCGTGTAAATTTTTTGGCAA AAAATTCTTAGAATTCTGGATGACCAAAAATATGGTGGACTACAGCACACGAAAATTAGC AAATAGAGTGTTTACCTACTGTAGGGCTCGTTTGACCTTGAAAACTGTAGGGCTTGATGA CCAAATGACTCCATAAATAAAGTCTTAACTGAAGTCTCTGTAAATTTTTGGCAAAAACGA TCTAGAAATTACGGGTGACAAAAAAAAAGATGGTTGATTATAGCACACAAAAATCAACAA AATGGGGAATTTACCTATTTTTGGGCTCGTTTGATCTTAAAAATGGATCGTTTTAATCGT GGTGACCAACCGACTCTATCGATAAGTTCTTAACAGTTGTCCGTGTAAAATTTTGCAAAA ATAATCTCAAAATTCTAGATGACCAAAAAAGATTATGGACTATAGCACATGAAAATTTGA AAAATAGTGGGTTTACTTGCTCTGGGCTCGTTTGACCTTTAAAATGGATCGTTTTGACTG TGGTGACCAACCCGCTCCATAGATAAAGTCTTAACAGATATCCGTATAAATTTGGCATAA ATGATTCAGAAATCTAGATGACAACAAAAAATAATGGTTTATAGCACACGAAAATTGACA AAAGAGAGGGTTTACTTGCTCTGAGCTCGTTTAACCTTGAAAATGGACCGTTTAGATGTG GTGACACATCGGCTCCATAGATAAAGTCTGAAGGGACGTTCCTCTAAATTTTTGGCAAAA ATAATTTCGGAATTCTTAATGACAAAAAAGATGGTATAATATATATAACACAACAAAAAT TGAAAAAATGAAGGGTTTACCTGCTCTGGGCTCGTTTGACCTTGAAATGGGTCGTTTTGG CCGTGGTGACCAATCGACTCCACATATAAGGTCTTAAAAGATGTCAGTATAAATGTTTGG GAAAAATAATCTTGGAATTTGCGATGAACAAAAAAATGGTGGACTATAACATACGAAAAT CGGTAAAATGGGGGATTTACCTGCTTTGGGCTCGTTTGACCTTGAAAATGGATCATTTTG ATCATTGTGACCAACCGACTCCATAGCTAAGGTTTGAACAAACTTTTATGTAATATTTTG GAAAAAAGTGATATCAAAATTCCGGATGACCAAAAAAGATGATGCACTATAGCAAATAAA AATCGAGAAAATGGATGATTTAGCTGCTTTAGAGCTTGTTTGACCTTGAAAATGGGTCAT TTTGACCGTGGTGACCAACCGGCTCCATATATAAGGTCTTAATGATATTTCATGTAAATT TTGGAAAAAATGAATGACCAAAAAAAATAGTGGACTATATAGCACAAGAATCAGTAAAAT GGAGGTTGACCTGCTCTGGGGTTTTTTGACCATTAAAATGGGTCAGTATTGCCATGGTGA CCAGGTGACTCCATATATAAGGTCCTAACGAACGTTTGTGTAAATTTTTGACAAAAATGA TCACGAATTTCGTATGACCAAAAAAGATGTTGGACTATATAGCACACAAGAATCAGCAAA ATTGGGAGTTTTACCTGCTCTTGGGCTTGTTTGACCTTGAAAATGAGTCATTTTATCCTT TAGGACCAACAAGATCCATGTATAAAATATTAACGGACGTCCATGTAAATTTTTGATAAA AATAATCTCAAAATTCTTGATGACCAAAAAATAGAATGGACTATAACACACGGAAATTGG TACAATTAGGAGGTTTACCTACTGTAGGACTCGTTTGACCTTGAAAATTGATCGTTTTGG CCGTGGTGACCAACCGGCTTCATAGATAAGGTCTTAACGGACATTGGTAAATATTTTTGG CAAAAATGATCTCAAAATTCCAATGACCAAAAAAGATGATGAATTATTGCATACGAAAAT CGGCAAAATGGGGGATTAACCATCTCTGCGGCTTGTTTGACCTTGAAAATATGTCGTTGT GACCAATCAACTCCATAGATAAAGTCTTAATAGACATCTTAGTAAGTTATTGGCGAAAAT GATATGGAAATTCCGGACGACCAAAAAAGATGGGGGATTATATATAGCACACGAAAACTA GAAAAATTACCTACTTTGAGGCTCATTTGACCATAAAAATGGACGGTTTTGGCCCTGGTG ACCAATCGAATCCATATATAAGGTCTTAACAGACGTCTATTAAATTTTTGGCAAAAATTA TCTTAGAATTTTAGATGACCAAAAAAGATGGTGGACTATAGCACACGAAAATCGGTAAAA TTGATGGTTTACCTGCTCGTTTGACCTTGAAAATATGACATTTTAACGTTGGGGACCAAC AAGCTCCATAGATAAGGTCTTAACGGACTTCTGTATAAATTATAGGCAAAAATAATTTCA GAAATCCAGGTGACCAAAAAATATAGTGGACTATAGCACATAAAAATCTATAAAATTGGG GGAGGGGGGGGGGGGTTGGGGTTTACCTACACTAGAGCTCGTTTGACCTTGAAAATTAGT CGTTTTTGTCGTAGTAACCAATCGGCTCCATGATTAGGTCTTAACGGACATCTACGTAAT TTTTTGGTAAAAATGATCTCGGAATTCTGGATGACCAAAAAAGATGGTGGATTATAGAAC ATGAAAAATGGCAAAATAGAGGGGGTTAATCTGCTCTCGGCTCGTCTCACATCTAAAATA GAGAGTTTTGACTGTGGTGACCGACCTGCTCCATAAATTAGGTCTTAACAAACGTCCGTG TAAATTTTTGGCATAAGTGATTTCGGAATTTCGAATGACCAAACAAGATAGTGGACTATA GCACACGAAAATTGATAAAATGCACGGTTTACATGCTCTGGGCTTGTTTGACCTTGTAAA TGGACTTTTTTGGTCGTGGTAATCATTCGGCTCCATAGATAAGGTCTTAACAGACGTCCG TGTAAATTTTTAGCGAAATGATATCGGAATTGCTGATGACTAAAAAATATAGTGGACTAT AGCACACGAAAATTGGTACTATCGGGAATTTACTTGCTCTGCTCTCATCTGACCTATAAA ATGGGTCGTTTACCTACTCTAGGGCTCGTTTGATCTTGAAAATGGGTCGTTTTGGCCGTG GTGACCAACCGGCTCCATAGATAAGGTCTAAACAGACGGCTATGTAAATTTTTTAGCAAA AATGATCTCAAAATTTTGGATGAACAAAAAATATGGTGTACTATGCAAGGAACATCGGTA AAATAAGGGATTAACCTTGCCCTGGGGCTCGTTGACATTGAAAATGGGCCGTTTATGGGA ATTGAGGAATTTTAATTATTCTATCGTGGAAATAAGTGCAGCAGCATCTCATAATTTATG GGGAAAAGTGTAGAAAGAGAAAATAAATTAGAAATTTTATCAAAAACACATAGGGTTTAG GTCTCATAGGGTTTACGCGGTAGACCTAATTATATTAGTTACAAATATCTCTTAAATTTG ATGGAATTTGACTATATATCTCAAAATATTTAATACATCACGTCTCAATTTTAGATATAT TGCGTACGTTCCGATATCTCACGTAAAGTGACGTGTTTAATCGATATATTGCGCAAAATA ATATATACAAAAATATGAAAGAACAATAATTTTTGTAATTTTTCCAAATAATAAAAAATT ATTTAAAAAAACATAATAAAATAAGTTGTGTATCATTAAATTTTAACGAAAGTCACTCCA TTTAATTATGTCAATGTTCAATTTTGGTCTTCTTTTGTACGTCCACTTGAAAGAAAAAAA AATTATTTCCAATGTCTGCTCATGTTATAATGTCCCATTAAATCCAAATTCCACTAGACT TTTCAATGCTAAGGTTACTATATACACACTGTTTATTAATTTAATTCTATCAAAATTAGA CATTTCAAAGTAGACGGCTAGCAAAAGGATAACAAATATCTTTGTCACTAGTCTTCTTTA TTTAAGTATTATATTTTAGATAATTATCTAAAAGAAAATTTAGTTATTCTTTTTTAATCA ATGTGTCTATTCCCTGAGGAGTTGAGTTTATCATTACTTTACTAGTCTTATATAAATCAT CATATTGACGCTACAGCCTCTTAAGTTATTCACATAAATTGAGATTTATTTTTGGCAAAT AATAGTCATAGTAAGAAATGCTTAAATGAAATTGAACGGATTATAATTTTATAGTTAATA TTGTCAATTCTAAATAAAATGTTCAAAATGACGCAATAGTCTACTTATCTTATTCTGCAA ATTAGCAGGTCAATTTCAATTATTCCAATAGATCATTTGGTTTGTTAATTGTGATGTACA TTTATATACTTTTTTAACTCTCTGAAAATTTAGCCACCTTTGAGATATATAATAAGATTT TATCTCTATGAGCGAGGTAAAGGACAAATAAGTGGAATTTTACCTAATTAAAAAATCATT AAATAGTTAATAACTATTTCTTTTTCGAGATATTTAATTAAGAGTAAATTAGTAAAAATA TTTTTTTCTTACTTAGAAGTGCTTAATTTTTTTTAAAAAAATAAATGTGTTTAAACAAGA AAGAAATCTTATTATGAAAAGGAAGAAGTACTTTTGAAAGTACTGAAATTTTAAAAAAAA GTGCTGAAGTTAAAAAAAAATTGTTAATGTGTTTGGCAAATAAGTGCTGATAAACAACTT TTTTAAATCAAAATGTCTGAAATACCCTTAAAAGTTGTTAACATAATAAAAGTAAATTAA TTTATATTTTACAGCCATAAATAATTATATTTTGCTATCATTCACATATTTCTTTCTCAT CACAAATTATTTATAAGAGGAATATAAACTTATTATAGATTTTAAAGATATATAATTTGA ATAGATCAAAGAACGATTTAAGATTTATTTTAGTTTGATCCATAGGTAATAATAATTGTC TATCACTCACATATTTTTTTATTATCACAAATTATTTATAAGAGTAATATAAATTTTTAT TTCACTTCAAATTGAAAGAACAGGAAGAAGTTCAGCAGCAATGCCAAACGTGAAAAGGGA AAAATGAAAGAAAGAGATGTTAGGGTTATGTGGGTAATTTGGAGATTGTATAAAATATTA AGTGTAAAAGGGTAAAAATGTAGTCAACTTAAAACAACTTATAAGCTAAAAAAAAAAACA TCCTTACCCCAACTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTAAACTTAAAATAAAT TATTTTGAGTATTGCCAAACAACTAAATAAGTCAAAAATCAGCTTTTAAGTCGGTTCAAT CAGCTTTTAAGCTGAGCCAAACAGGCTCTAATATTAATGTCTACCAAGTGATTTTCCAAA ATATTATTTATTGGGACCTAAATATATAGTAAGTCACGTCTCAAAGTCAATTAATATCTA TTTTATGATCTTTACTTTAAAGCTAGTAGGGTTTATTTTTCAAGAGATACTACTAGTCAA TTTTATTAAAATTTTCTTCTATTTTTTTTTTTGTTGTAATAGTATTTAGGACGGAAAGCC ATTTTTGTTCACTTTTCTAGTCTATTAAACTTCCCAATCAGAATTTTTTTTGGTTGTGTT ACTTTTTAGAGTAAGAAAATGCTTCAAATTATATATAGATTCTGATTTGAAATTCATTTT GCAGTACAAGTTTATTTGGCTTCATTTTGCGTCAAAAATAAGACTATTTTACAGATTATT AATAATTATCCAATATTTTTTTTTGTAAACATTAAAGTCAAAAAATTACTTTTAATAATA ATTATTAGAGTGAGCGAGAGTTTTACATTGATTGATCAATGTTTATATGAACTTGCTCAA TCCTTCTTTCATGAGTTACTCTTTCCGTCCGGTATTATTTGTTATAGTTTTTATATTTAG AGTCAAACTATAAAAATTTTGAGTAACATTTTTAACATGTATTTTTTAATCATATTAATA TGTAAAAAATTGCAATTTATAGTACTTTTCATATAGTTTTAGAATATCTAATTTTTTTGT TTAAAATATCAAATTAATGTGATCTAATTTACCTTTGAAAATTAGTCAATTGACTTTCAT AAGCGCAACATGACAAATATTTCGGGAAGGAAGGAGTAATTTTTAGAATTGAATTAGAGC CAAGTGTGATATCTTTACGATAGTAAAATTAAAAAATTAAATTTCAAATCAATAAAGCGA CTAAAGTATATATGTGTTAGCTGCTTAGAAAATATCAGTGCTGGGCATAAACATCGGAAA ATCGAAATACCGAATCGAATCGAATTATTTTGGTATTTCGATTTTGGTTTTTTAATTTTT GATTCGGTATTCGGTATACGTTTTTGTATTTTTTGGTATTTTGGTTCGATTTCTGTATGT AATTTTGTACTATTCGGTATTCCGATTTATCGGAATATATTATATTATAATATGTATTTA TATTATATTAATTATTAATGTTAAATAATAAATATTATAATTTAAAATAAAATATTTAAA AATAGAAAACACTTCTTTGATGTAATTAATTTAGCCTATTAAGCTAAAAAATCAAACAAA AAAATTTATAAATTTTTAATGTCGGAAATAACTCATCGTTACCACGCTTTTTGTTTTTTT ATCTCAAAAACCCGCCTTTTTAATGATAGCGTATATTATTTGATGTCCCTGTCAACTTGT CACACACACACACATTCTCAGAAATTGTCTAATAATATCTTATTGTATTTTATCGTGATC TATATATTCGATGAATCTTCACTAGGTATTTTATCGTGATCTATATATTTTTCAATGAAT TATTTGTCATGATTTTTATATTTAATATCAAATTATAAAAACTTTAATTAATATTTTAAG ATATATTTTTTAATAATATTAATATGCAAAAAATTGTAACTTATAATACTTTTCATACAG TTTTTGGATATTTAAATTTTTTATTTGAAATATCAAATTAATGTGATCTAATTTACCTTT AAAAATTAGATAAATTGACTTTCGATAAGCATAACATGACAAACATTTCGAGACGGAAGA AGTAATTTTTAGAATTGAATTAGAGCCAAGTATGATATCTTTACTATAGTAAAATTACAA AATTAAATTTCAAATCAATAAAGCGACTAAACTATATATGTGTTAGCTGCTTAGAAAATA CTTTCTCAGTCTAATTTTACTCGAAAAAATTATTATTTTTTATATATATTAAAAGTAATA AATAAAAATAAAATTATATTTTAAAAATAAATAACAAGTAAAAATAAATAGAAATTCAAA CTTGTAATGTCGGAAATAACTCATCGTTACCACGCTTTTTGTTTTTTATCTCAATAACCC GCCTTTTTAATGATAACGTACATTATTTGATGTCCTTTTCAACTTGTCTCACACACACAC ATTCTCAGAAATTGTCTAATAATATCTATATATTCGATGAATCTTCACTAGGTATGTATA CTCTTTTTTTTTTCATGTTAGAGATGATGTCATCCTCACATTACAGTAGTTGTTCATTTT TGCTCATCGCCTTCAGTTTACTCCTAATCTGCGAAGCACAAAACAGAGGTCTTCTTCCTG AAGAAGAAAGTAATATCTCCTCTGTTTAAGCCATATAAATTAGAGTTCGAATATTTTTGT TGTAAAAGTAGTAATTTTATGGTTTTGCAGAGAATGCTCTGAGAGAAATAGGAGAAGAGT TAGGGAAAAGTGATTGGGATTTTGATGTGAATCCTTGTGATGAGAGCACAAGTTGGAGTA CACCAGGAACAGACGCTTTGTCAGTGTACGTGAGCAATGTAACCTGCAATTGTGATACCC CTGATGGTTATTGTCATGTACAAAGCATGTAAGCCTTTCTTCCTCGCCTTTTTTTTTTTT ATATATATATCTTCAGACTCCGCAATTTCCTTTCGTTGTTTTTTTTTTTAAAGTTAAAAA GGTGTGAATTAAGAAAGACAACTTTCACATGTAGTAAATAAAAAATTCATATTTGTATGC TATAGCAAAGTTTGCATAATTGCGCTCCATAACAAACATAGAAATTGTATAATTCGCTAT ACATATACAGTTGAAACAAATTGTATAAAACGAAGTGTATAAAACAAGAAAGAAAAAGAC ACTTGGGCAGAGAACTGTATAAAAACGAAGTCTATAAAACGAATTGTATTATTATAAGTG TATAGAACGATTATATACAATTTGAATTTGTATAAAATGAGAAAGAGAGAAAGACTAAAG AGACTTGACAAGGAATATACAATTGAATCGAATTGTATAAAACGAGAAAGAGAGAAATTA GATACAATTTGAAAATTGTATAAAACGAGAAAGAGAAAAAGGCAAAAGAAACTGGGCAGG AGAGTATTTTTATTATATAATTATAAGTGTATAGGACGAAAATATATGTACTTGCATGTG TATATACAATTTTCTCACGCTATATACAAACAGAAACACAATTTATACATTTCGCTTCTG TTTGTATAAGTGAGAAAGGCGAGGGTGACGAGCGAGATTTGGGAGAGTGGCGAGCGAGAT CTGGAAGAAGGGAGAGAGGGGAACAAAAATATATGTATTTGTACAATTTTTTCTGCTTTA TACAATTAGAAACAATTTTTATACACTTATGTTTGTATAAAAAGTGAGGAAGCGAGCGAG AGATTGGAGAAGAGTGGCGAGCGAGATATTTGGGAGAGAGGCGCGTGATAATTTTTTGCA AATGTTTGCTATGAAGCACAATTAAATCAAACCCTAGCTACTCAATTTATTTTAGATTAT TAGTTTGCTATTATATACAATTTTCCCTTATAAAAGGGAAAAGGGTCAAAAAAATTCCTT TCTAACTATGTTTTATTGGTTTACTTTGTTCTCCCGTTAAAAATAAGTTATTTTTATCTT TGCTGTTAATAAGCTTAATAAATATATCCTTCCTTAGATACAAAGCCTCAAATTAATTAA AATTAAATTTCAATTTTACTTAAATTACTCAATTTTAATCCGACTCAATTCACTAGAAAA AAAATGAAATTTGTCTATGGTTGAATATGATACCATAAATATGAACTAGAGAGTATTTTT AATTAATTTTTTTCTTATTCTTAATATTGCACGAGGACCAAGTTTCTTTTTTTTTCCCAA TTTTTTTTTGATATTTTCGTGCTCGTGATTATAAATAGGAGGCTTTGCCTTAATTTTTTA CCATCGAAAATAAGCAAATATTTTCTCCTCTCTTATGCATCATTTTTCAAAAGGAAAAAG GTAAAAATGTCCAGTATGATCTTATAGTTTTTTGACTTATTAATAAAAAAAAACATGTTA GAATTTTCACAAAAAATTATCCGATTTGACATGGAATTTAAGAAAATAAAGAAAAATTTT GAATCTTGTGGTCCTCGAATACATAAAATTATCATTTAATCTTATAGCTTTAATCATGCC ACGTGTGAAAAGTTAAAATTAAAACATTATCATAAAAGAAGAGCCAGGCAGTCCACAAAT ATTTGCACCTTGTGGTATTTTCATTAACTATTTGCACCTTGTGGGAAAATTACTAAGGAA GTCCTCAAATAGTTGGTTAGGATTTTTTTGCTTATACAAAATGCATTGTTATTTAGGATG TGGTTGGTCTGTTGGGAATGTTTTCTAGGAAAATAAAAACTTTGTTTTTAGTTATTTTCT TCTGTTTGATAGTTAAGTAAATAATGTTATCTTAAAAATAGTTATATATAATCTAGACAA ATATTATCAAAGACAGGACAGAGCAGGAGTGAAGATGAATTGTGTTGGAGGATGAAGAGT ACATATATAATGTCATTGTAAAACTTGTTTTCCCGACTTCCATAGTGAAAGTCTAATTTT CAAGGAGCTTGTTTTGCAATGTTCTTAAAAAATTTGACCGATGGAACATTAAGAGATTAA TAAACATTTTTCAGACAATATTTTCCTCGTAACACATCTTTTTATAGTTTTGATAGTTTT TCCTATTATGTTACAGATTACTCAAAGGACAAGATCTTGCTGGTGTTCTTCCTCCATCCC TGGCGAAGTTACCAAATCTCACCATAATGTACCGTTAACTCACTTGAATCTATGAGTTCA AAACATGTAGCTTTCTTTTTTTAAGATAAAATATCATTATGATAAAAAAAAAACATTTTC ACTGTTTGACCTACAGTGATCTCTCATGCAACTATTTGAGTGGTACAATTCCCCCTGAAT GGACATCGATGAAACTGGAAACCATGTAAGCGCTCTGCGCCTGAAATACTTTAGGCATTA CATTACAAGGTTGCGCGAATTTAAACTATGATGGTTTTTCAGGTCTCTTATGCTGAATCA ACTATCTGGACCAATTCCGAAGTACTTAGGAAACATGACTTCACTAGTTTATATGTATGT CCTTTTGTCTTTCACTTCACATGCAAAGGATGGTAGTCCTTAATTAGTTTAAGATTTATT GAGCTGAACTGCAAAATTTCAGGAGATTGGAAAGTAACATGTTTAATGGAACTGTTCCAA AAGAACTCGGAGGCATGGTTAATCTACAGATTCTGTAAGGCCTTCCGGACTATACTCGTG ACTTTAGATGAAAATTTTTGTGTTTTGACAATATTTTGACAAGCTAGTTGCTTTTTTGCT TTGTGCAGCATTCTTAGTTTTAATAATCTCACAGGTCAGCTACCAGAGGAGCTCAATAAA CTCACTAATTTGAAAGAACTGTAAGTACCTCCGGATATACGTTTCCTCTAGGTCATATTG CATTTCCTGTTTATCTGAGTTCTTCCCATTTTTGACATCTATGCAGTAGGCTGAGAGGTA ACAACTTCACAGGAAAACTTCCTAACTTAGAGAGTTTTAAAACCCTTCAAAGATTGTAAG CATATTCAAACCATTTGATGCATATAAAAGTGTTCAATAGCTAGATTTATGCAAGTTGTT TCAGACTTTATGCTTGGTTAACAGAGAGATTCAAGCTTCTGGTTTTGAAGGACCTATAGC TCCAATCATTTCTGTCTCAACTCAAATGATCGAATTGTGAGTTGTTCTCTTATGTGCTGT TCTCTTCTGTTTGGTTAGAATTTAAACTTTAATAATATGTCTGTACAGGAGAATCACTGA TTTGACTGGAGGTGCTTCAGAATTTCCACAGCTTGGGAATATGACACGCCTAACTAGATT GTATGTAGTTCACGTGAAGTATGGATTTGTGCATTAATAGTTCGACTAACTTCCCCAGTC AATGGGAAGTGTTTTTATTTTCTTTTTCTGAAACTAATGTGATTGCAGGATATTGAGGAA TTGCAATTTATCTGGGAAGATTCCTCCTTACATAACTAAGATGCCTAAATTAAAACTTCT GTAAGTCTGCTGTCTACCTTCACTCTGATATTTGTTCTTTCTTTCTTTCTTGATATACTT TTAGTTCTCGTTTCCCTTCATAGCTGTATTTAACAGAAGTCTTGCATGCCATCAATACGA GCCTTTTTATTGTTGTCTTGTGAATTCTGTTAATTTACAACCTCAGGAGACAGACAAAGG GTTCACAGGAATTGTGTATCTATCATGTGTTAGCATTTTTATAGGCCTTTTATGAAGACG GTATGCAGGTGAACTTCTCCCCAAGAGGAGATTCTAGGTTTGGTGGATGAATTGGAATCT TGTTTTAGAAAAATGTTACTTCATCACTTTTTGCAAATACTGTAAATTTACATGATGTTA TTGTTATTAGCTTAGAATCTCAAGATATTAAAACGTCATTTGCATCCTTTTCCTTGTTTC TAGCTTAATTATGGCTTTCCTTTGCTGCAGAGATCTAAGTTTCAACAAGTTTGAAGGACA GATCCCAAATCTTGAGAGTCTAAAGAAGTTGGACTTCTTGTAAGTGACATAACATAAGGA TGAAACATGTGATACTCAAATTCTTATTTTAACTAGCTTGCCAATTTGTCGACATTATAT CCTCAACAATGCTAAGTTCTTTTTTCTAACAGAAAATACAATGAATACAATTTAAACCCT TGACATGGATGTGCAAGTTGCTGAGGGTTCAAAGCATGTTTGTTATCAAAGAAACTTAGT GTCTGACATTTTATAGACTTACTTGACCTTGATTCATTTATGTAATTTTGTTGTTCAAAT TGATATCTCCAGTTGAATTGAAGTTGTTCTTTTCTAGGTACCTGGTAGGAAATCGACTTA CTGGGCCAATTCCAGGTTGGGTCAAAAGTCGAAATTCCAAACAGTAAGTTTGCTACCTTT GATTAGCATGGTTTTGCATATAAATCAACTCATGCCTATAAGAATGCCAACTTACTTTTT TCTCAAGAACTGAAAGATTCCATAAGCATATATATAGACATAAATGTCAATGTTGCAGGA ACATAAAGAGTTCCTTTTTATGAATCACTTGCTTGCTGACTCTGCCATGCACTCGGCGAC TTGTATTTCTTTGTTGAGATGCATTAGTGAACAAAAAGAGAAAGAGTATCCTCCATATAT CATGCTCTCTATGCACTACTTTATCGTCATAGAGTTCTGGAAAACGCTATATTAAGATGA GTTATGTATGCATTCCAAAGTCACTTTTGAGTTCTGATAACTTCTTAAGTTGATTACAGT GGATGAACTCAACTTCCTGACTTTCTACTCTCTGAATCAAGAAGTAGATGAGAGATATAA AAGAGCCTGAAAACATTAGACCTATAAATTTTGGAAAACTAATTTAATTTGGATTATAAA AATGTTACTACCCACCGGTATTATAACTAACATTTGCATCCTGCAATGGAAGCACAAGTT ATCTAACTCCCTTCATTACATTGATAGTATTGGAAAAACACTGACAAATCTTATTTGCAG CATGATAGACCTGTCTTACAACAACTTCAGTGAGAGCTCTGAGCCTATTTGTCAGGAAAC TCTGTATGAGTCTTTAACCTTATACCTTTTTCACACTCATTTTTCGTATGTTCTTAGTCA TTTCTAAGCTCAATTTCGTTGTTTTTCTCAGGAACTTATTCAGAAGCTATAATGGAACGA AAAATTCGTAAGTCATTAACTTGTCTTATAGGACACTAGATTTATCATGATTAACCGTTT CATGCCTTCTGAGTTCTAACTCTTCCTTCCAATTTATTGCAGAGAATTTGGGAAATGTGT GCCAAGATGTTCAAAGAGTAAGTTTACACCTTCTACTAGGCTCTGATTGTTGTTAATATA ATATGTATATTTTCGCAAGTTTGATGGAGGCGAATGTTAAATCATGTGTCTTCTGCTTGT ATTTTGCATGAAAATCATTATATCCATTGAAACTTTCTCCGCTTTAATTATATACAGAAT GGTATTCGGTGCACATAAATTGTGGTGGAAAGAGTGTGACTATTGGGGACACTGTTTACG AAGCAGATAGAGATTCAGCAGGTGCTGCAAAATTTACTTCCTCGAAAGAGAGCTGGGGAG CCAGCAACAGTGGATACTTCTGGGATAAGATTATAACAGCAAAAGACTACCTGGCGAATA ATATATCTGCCATTAAGGGAAATGACTCTGAACTGTACACGACAGCTCGGCTCTCAGCTT TATCTCTGACTTACTATGGACGTTGTTTAGCAAATGGAAACTACACCGTGACACTGCACT TTGCAGAGATTGTTATAAGAGACAATCGATCTTTCCAAAGTCTTGGAAAACGGATATTTG ATGTCTATATTCAGGTCAATTAACATTCATCCGAGTATTAAGTCAAGGTTTAGGTGCTGT TTGCTCACAATTTAACTGAATGCAGGGTGAGAGGAAGCTCAAAGATTTTGATATTAGAAC TGATGCTGGAGGAGTTGATAAACCTTTCACGATAAAGTTCAATGCAACTGTAGCAGACAG CACTCTAGAAGTGCGCTTTCAGTATGCTGGGAAAGGAACAGCTGCTCTCCCTAGAAGAGG AAGCTATGGCCCTTTAGTTTCTGCCATCTCTTTTGAAGCTAGTAATTATACTATATCTCT TTTTACAAAGGACACCCTTGAACACACTGAACGATTAATTCTATTACTTTATTCTTAGAG AGCCAAAGGATAGACTTGAATTATTTGCTCAATTACTTAATATTGAAGACAAACAAACAA ATGCAAGTGCATTTTATACTCTTACTCATATTTTTTCTGTATCATAGATTTCAAGCCCCC TCCTGATTACAAAAAGTTGGTTCCCATCATAGCTGGATCAGTGGTGTCCTTATTAATTCT CATTTTGACAATATCATTTGTTGCTTGGAAGAGACACAGAAACAAGATAGCAAAGGAAGA AGGTGATGCTACTACACTCCAGCAGCCTATTTGAACATACATATAATCTGTTCTCCGCGA TTTCTTGAAAAAGTTGTTATCAAAATGAAAATAATGTATTTTCAAGAAAAGAAGCATTTA CGGCTAAATGCATTTCATATTACATAATTTCCATTTCATATGAAGTCATTTCCCTTTTTA AATGTTCTCTTTTCCTATAAATATACAGAATCAAGAGGACTAGATTCAATGACTGGTGTG TTTACCATCAGACAAATCAAAGCTGCCACAAACAATTTTGACGCTGCAAATAAAATCGGG GAAGGTGGTTTTGGATCTGTCTACAAGGTTTATCCCAATCTTACATCTATCAAGCTTTCT ACTTTATTATGTCAGCTATAACAGCTGGACATAAATAATATGTATAAACAGCCTTAATCA ACATGTTTTTTTTTCTTGTGTTAATAAACAGGGTACACTATCAGATGGCGCAGTTATTGC TGTTAAGCAGCTTTCATCCAAATCGAAACAAGGGAAGCGTGAGTTTGTAAATGAGATAGG TATGATCTCTAGTTTACACCACCCAAATCTTGTACAACTATATGGATGTTGTGCTGAACG GAATCACCTGCTACTGGTGTATGAGTACATGGAGAACAATAGCCTGGCTCGTGCTTTATT TGGTAATTTATCATCCTTCTTCATTGTTTCAGTTATAAGTCGAGCAGAAAATAAGCTAAA AGTGAAACAAGTTAAAAGATTGCTCCTTGTAATTACTGAAAGAGTTTAAAATGAGAAGTC AATATATGTTTCATGTTTCTAAACGTGTGTGTTTACGAGAAGGTATGCATAGATTTTTAC TTCACATTAAAATACAGGTCCAGAAGAACATCGGCTCAAAATAGACTGGCCAACCAGGCA AAAGATCTGTATTGGGATAGCAAAAGGCTTATCTTTCCTACATGAAGAATCGTCATTGAA AATTGTCCATAGAGACATCAAAGCAACGAATGTACTTCTTGACAAGAAACTAAATCCGAA AATCTCAGACTTTGGTCTGGCCAGACTTGATGATGATGATAACAACACACACATTACCAC TAGAGTTGCCGGAACCATGTAAACTTTCTGACAAGTCTCTCATTCATTTTTGTGTTCTTT AAAGAGGAAATATATCGAGTATTGATAGCCACAGTATGGCTAATTCTACATGTCATAATA TTCTTCAATGACACCAAAACAGAAAAGGAATACAAATTGATCATCTCTATATCTTTGACC TGCTTTTCTCCATGAAGTTAAGGTTCTCACTTTGTTCTGCAGAGGATATATGGCCCCTGA ATATGCACTATGGGGCTACTTGACCTACAAAGCAGATGTCTACAGTTTTGGAGTTCTTGC ATTAGAGATTGCTGCTGGGAAAAGCAACATGACATATCGCCCCAATGAGAAATTTGTCTG CCTCCTAGATTGGGTAAGGACTCCTAATCCTTGATAACTGAATAGCAAGCGCGATCATTC ATTCTGTCTTCAACACATTGTGGCTTGCATTTTATTGTATATTCAGGCTCTTGTTCTACA AAGACAAGGAAAACTGAAGGAAGTAGTAGATGCAACATTGGGCAGTGATTTGAACGAGGA CGAGGCTCTAAGGATGTTAAATGTAGCTTTGCTATGTACCAGTCCATCTCCAGCACTTAG GCCAACCATGTCTGCTGTAGTCAAAATTCTTGAAAATCATCTTGACCTCCCTGAGTTTAC AATGGAATCAAGATTCTATGATGATTATGATCTTTTCAACTTTCAAGGGTTAAGAGACAA GTATGAAGATACAAACGAAAGCCAACCACTCACACATTCATCAAATACCATTACAACAAG AGATTGCTCTTACACTACCTCTACATCAGCTTAAATGTTCGCGAGACAATATTTTCTTGG CGGTTTATCAAACATAAGATATTTGATTACACCCAAAAACAGTTTTTGTTGATTATTGAA TCACAAAAATACAAATACACATTATGAATCTCTCAATCAATTGAAAAAATATATTTTCAA TCAGATATCTCTTTGGGTACTTCCTCTTCTGCTTGAAACTCATTTTGTTAATGTAGTATT TTTGAATGACAATAATTTGACTAGGATAGAGGATACTTTCTTTCACACAAGCGATTATCA AAATAAAAATTGAAATGGATCACACAGTCAATTTATTTAGTTTATAAAAATAAAAATTTA GAATAGAAAAGAAGATTACAAGATAAATAATCTAACTCTCTATTATTCACGAATAAAATA AAAATTCAAATAATTAAAATTATCGATCGAGATGCATAATCAATTTTGTCAGAATGTAAC TTTAGTTTATGAAGCATCTCCAATCAAGAATCCTAGCAAATTGACTTGTAAATAAGCAGC AAAAATGTTCACTAACACGTGCATGTAATGAAGGCTTAATTTATTCCTCATTTCAAATTT ACAAGTTCAACAAGCTGGCTCTAGTCACACATCTATAGTAAACCACGTATTTTTTAGCTA TTTTGTTAGTAATAAGATATTTTTGAGCTATTTGATTAGTTATAAGATATTTTTTTAGCT ACTTGATTAATGATAAGGATATTTTAAGTAATAGAAGATAAATTAACTTATTTAGGTCAA ATAGTTCAAAAATATTTTAGACATTTTTCTTCAAGAAAAATCTATTCAAATTAAAGTAAT CTATATTACTTTTTATTTTAAATGAATAGTGGTGAGAAATCCAACAAGTCAAGTCATTTA ATGAGAGTTATAAAATTGAGATGATATTTATAAAATTATTTTCAAATATAAAAAAATCTT ATATTATAAATTTATTTCTTTAATTTTCATGAAACTTATAATCTTAAAAGATACATCTAA ATCTTCGCACCAAATATCTTTTCTTTTTTTTTTATTAGAAATATCATTGTCAAATTAACA TCATATATAACTAGCTAATGTGAACCAAAGCCATGTCGTATAATATTGCATTTATCATTT CTTCTTTTTATGATGATTTGTACTACTACTATATTAATGTCTTGTCGACACAACTTGCTT TCGATTCACACTCCTCCTTCCTATTTCGTTTTAATTCGTATTTTCTTCCGTTTTATATTT CATTATTTTTCTATAAATAGTTAATTTATAATATTTGTTATTTATAAAATTAATACATAA ATTATCATATTTTTTTTTCTTGTGAGCTATTAGCCTCGAAAATATACATTTGACCAACTT AGAAAAACTAAGTAAATGATTCATGTGCATTGATCAAATTAATTAATTAAAATTAATTTA TTTATACTAATCATAAAAAACTTGAGTTGAAAAATTAAAAACAAGGGTAGAATAGTAATC TTGCTTAGTTTCTTAATGCACGTGAAATCTTTCTCCTAAGTGGTGACCTATAAATAGGAA CGGAGGGAATATATGATACTCACGCCATTTCAAATCTGAATTATTAAGATACTTTTTATT TTTAAATTAACTTAATTTTGTTTAATTTTCAAAATTATTTTAAAATATTATTTTAATTTT ATCCGTCATTAGTTACTCTTAAAATTAGTTATTAATTAACGTATAGTTATTTTAATCATA AATTTAATGATAATTAGGAAGTGTAAAAATGAAAAGTATGTCTAATGTATGTCTTAATAT TCTTTTGCTAGAATGTGTGAAACGCCTCAATAATTTAATTAATTTGAAATGGAAGATAGT GTTTTGAAAAAAAATCATAATTAAACTAGGAGAGGTACAAATATTTATTTTTATTTTTTC AAGCTGTATTCGAATTCACATTGAAGTTCCCAATAAAATTTAGATCTCACATATTCGAGA AGGGAGAATTACGCTTTTAACAAAATTTTCTCGTAATAAGACTCGAATTGATTTAAGAAT AAAAAAGTTTCATCAATGCAACCAACCACCCTGGTAAGAGGTAAGAGATTAATATCTATT TGTAACAATTGTATATTCAGTTGCAAGTTTTGCAGGTTGGAGCATTAATGAAAATGTTAG CATTATTACATAATTTCAGTATTTCTTCTTTTCTGCTTATCTTAGTCCTCTGTTCTCTAG TACAAATCATTGAAGCACAAAGTTACAGTCGTCTTCTTCCTCAACAAGAAAGTAATCTTT CTCATTCTTGGCATATAAAGTTTGAATCTTTACTGAAAAAATCCATTTTTTTATGAGTTC TTGTTGCAACCCCAGATGAAGATATCCTGGTTTCCATTGAAGCTGATAACTCTTTTTTTG AAAAACTGTATACTACTTTTATGGTTTTGCAGAGAATGCTCTAAAAGAAATAGCGGAGCA GTTGGGTAAAAAGGACTGGGATTTTGATTTGAATCCTTGTAACGGCAATACAAATTGGAC TACACCAAAAATTGACAAGATATCGATGTATGTCAACAATGTAACCTGCAATTGCGCTAC CCCTGATGGCTTCTGTCATGTACAAAGCATGTGAGACTTCACCCTTATGGATTTTGGTTC TTCTTATTTGCCCCCTATTTCTTCATTATGGATGTTTTTGGTATTAGGGGAATGTTTTCT AAGTCACCTTCAATTTCTTGAAGTATTCTTTCCAAAGAATATATATTTTCTACTAAGATC AAGAGGGTTACTCCGATGGTAAGCATCCTCCACTCTCAACCCTCGAGTCACCGGGGGAAC AAAACAGGTAGGAGTTCTAGGGAGAGTAATACATTATTATCAACTTCTGATCAAAAAAAC ATATCAGGAAAACATTGAACACTTGATATGAGTAGCATAGGCATCTACTTTTATACCCCT AAACACTATAAAATGATCCCCAATGTAAAAAGAATTTTTTTTCCCACGAAAATGAACTCT ATTTACCCGCTATAACAGTAAAGTCGACTTATAATATAACTATTTTTTTTGTCACATAAC ACACCATATATGTTCCTTAGCTTCCTCTATGTCAAAACATTGTTTAGGGCAAATGAGAGC ATATCATTGCAATAAAAAATGTGTTTCCTAATGATGAGAATATTGAAACCATTCAGTATA TTAGTCATGGGATATGGTTTCTACATGTCTAGATTAAATGGTAAAATGAAAGTTGAGATG ACTAAGAAACTCCTCAAAAGCATAAAGCTAGCTGGCTTTCTCTTTGTCTAATGTCTATAA AGAAAGAAATAAGGACTTATTTGGTTGAGACTTGTTTCCTCATATAAATAACTTTATTTT ATGGTTAGTCAGTATGTTTAATTAAGCCAATTGTTCTGGAACCAGTTTGATTAGCACATG GGGTCCAAAATTTTTGAATTAATAACAACCTTTCATTCAGATTTGGATGATGTAAAGCAA ACAGGATTTCTTCTAATATCTTCTTATAATGTTGACAGATTACTCAAAGGACAAGATCTT GCAGGTGTTCTCCCTCCCTCTCTGGTCAAGTTACCTTATCTCAAGACAATGTACTGCATA ATTGACTTGGAGTTATATTTTCAAACTCTTTACCAAATAATCATTATGATTATCCTTTGC CTGAGAAATATATTGTTCAACATCTGTCCTGCAGAGACGTCGCGCTCAACTATTTGAGTG GTACTATTCCCCCTGAATGGGCATCTATCAAACTGGAATTTATGTGAGCTGCAGTTCAAT TGCACTTAATACTTTAATTTAGACATTACATAAAAAGGTACCTTTAACTTGAACTATCCT ATAATTCATGATTTTCAGGTCTGTTATGGTGAATCAACTCTCTGGGCCAATTCCTAAATA CTTGGGAAACATGACTACACTACGTTATATGTATGTTCTCTTGGATTTCACCACACCTAT GAGGATAAGTAGTCCTTATTTTAACATTTATTGAGCTGGACTGCAAAACTTTCAGGAGTT TGGAGAATAACATGTTTAATGGAACTGTTCCAAAAGAACTCGGAAACATGGTTAATCTAC AGAGTCTGTAAGGCCTTCCTAACTAGCCTCCTTTAGATATATTGAAAGGTTTTAGAATAT CTTGACAAGTCAGTTGCTTTTTGCTCTGTGCAGCACTCTTAGTTTTAATAATCTCACAGG TAAGTTGCCCAAGGAAGTCAATAAACTCACAAAATTAACAGAACTGTGAGTAACTCTGAA TATACTTATGATAGAATGTCCTCTAGGTCCTATTGCGTTCCTGTTTTTCTGAATTCTCCT TCTTTCCTTTTGGCATCAATGCAGTAGGCTGAGCGGTAACAACTTCACTGGAATACTTCC TAGTTTTGAGAGTTTGAAAAACCTTCAGAAATTGTGAGCATTTTCACACCATTGATGTGT AAAACCTACTAATTTCTAGTTAAATTTAAATTATATCAGACTTCATGCTTGGTTAACAGA GAGATTCAAGCTTCGGGTTTTGAAGCACCTGTACCACCAAGCATTTCTGTCTTGACTGAA ATGAAGGAATTGTGAGTTGTTCTCTAGGTTGCGTACTTTCTTTAGTTGCTTATTATGGTG TCCCCTTTTATTTGGTTGGGATTTTATATTAATATGATGTCTTTACAGAAGAATCAGTGA CTTGACTGGAAGTGCTTCAGAATTTCCACCGCTTGAGAACATGACAGGCCTAACAAGATT GTAAGTAATTCCATTACTTTCCATAGTTTTTGAAAGTGCTCTCTTTCCTGAAACTAATTT GTGACCGCAGGATGTTGAGGAGCTGCAACTTATCTGGGAAGATTCCTTCTTACATAGATA ATATGCATCAATTGAAAAAATTCTGTTAGTTTTCCACCTACCTATACTCTGATTTGTTTT CTTCCTATTTGATATCCTTTTCTTTCTCCCTTCCATACACAACTGCTTTAACAAAATCAT GCATGCCATGTATGCAAGCCTTCTCTTATATGGTAGCGAATTCTGCTCAATGTTTTTATA CGAGGAAACAGAAGGAGGGGTTATTGAAATGGAGTCTTAATTAAATACGAACATCATTGT AGTTCTATTTCAGATGATACAGCACTTCTAGAGTAACTCCAACATTTGTGACCCTTTAAT TGCACATGTTTATGCATGGTTTATACTATGAATATGCTTTCACTGATTGACCGTCTTCTT TCAGTCTAAAAAAACAATGGAAATTTTTTGTTCACAACATGGTTTTGTTAGCATTTAAGC TCCCTCTCACGGGGCATTCCCAGCCAAAATTCTTTCATTACTATAGGTCTCAAGTTGGTA AAGTATTGTTTCTGGATTGAATATGGTTTTCTTTTGGGGCAGAGATCTAAGCTTCAACAG ACTTGAAGGACAGATCCCGGATCTGGAGAGCCAGGAAAGACTGCAGCTCTTGTAAGTGAC AAACTTATCATACTCTAAATTCTTCTTTTAGCTTGCCTGAATATATGCCAGCTGTAAATT CAAAGCCAACTTCCTCTCCTTAATTGAAACACGTATGATAAATTTAAAACCGAGACTTGG ATGCCAACGTGCTGAGTTTTAAAACATGTCAAAACGATCCAAAATAAGAATGATTATGTT CAAAATACATATGATAAATTTAAACCTGAGACTTGGATGCCAATGTGCCGAGTCTTCAAA CACGTTTATTGCAAAGAAATTTTAGTTTCTGACATTTCATAGGTTCTTTAGAGTTTGATT CATTGATTTTGATGTTTCTTGTTCAAATGGATATCTGTTGAATTGATGATTTTGCTTTAC AAGGTACCTGACAAGCAATAGACTTACTGGACCAATTCATGATTGGATCAAAAGTAGAAA TTCCAAGTAGTAAGTTTATTACTTTTGATTAGCATGTTTTGCTTATAACCTACTCATGCC AGTGAGAATGCTAGATTCTCTTTATCTCAAGAACTTAAGATTCTAAAGGCATATAGCCCA TAAATGCCAATTTTTCATACACACCTCTAAAAGAGTTTCTTTTTGTGCAACACACTTGTT GATTTTTCTATGCACCATTTGCAGTGTCATAGATCTTTCTTACAACAACTTCAACGAAAG CTCTGTGCCAACTACTTGTCGCGAAACCCTGTATATTTTCTTCCCACTCATTTTTGTCAA TTGGACACCAGCTGTTCTTATCTCTAAGCTACATTTCCTTCTTCTTATCAGAAACTTGTT CAAAAGCTATAACTCAACAAAAAAGTCGTAAGTTATTGAACTTGTCTTATAGGTCACTTG ATGCATATTTTTCCTCTTTAGAAAATTATCAACTGGTTTATGCCTTCTGACTCTCTTTCC AACTTGATACAGAGAACTTGGGAAATGCTTGTCAAGTAATCCTTGTTCAAAGAGTAAGTT TATCCTTCTACAAGACTCTGATTCATTTTCTCTCTATCTAAGATTTAGAGCACTTGGAAA TTTCGGTTCTTATTGTGTCTGTCATGTTGCATAGAGGCAATGCTAGATAATTTGTTTTAA TTATATACAGATTGGTATTCAGTGCACATAAATTGTGGTGGCGAGAGTGTGACAATAGGG GACACCACTTATGAAGCAGATGAAGATTCCGCAGGTGCTGCAAAGTTTGTTTACTGGAGA GAGAGCTGGGGATCCAGCAACACCGGGGACTTCTGGGATCGTCCCATAGCATTGAATGAG TACAAGGCAACTAATGTATCTTCAATTAAGGGACAGAACTCTGAACTATACACGACAGCT CGACTCTCAGCTTTATCTCTAACTTACTATGGACGCTGTTTAGCAAATGGAAAATACACC GTGACACTGCACTTTGCAGAGATTGTTATAAGAGATAACCGATCTTTCCAGAGTCTCGGA AAACGGATGTTTGATGTCTATATTCAGGTCAATTAAATATTAATCTGAGTATTGAATCCA GGTTTAGGTGCTCTTTGCTAACAGTCAAACTGGATGCAGGGTGAGAGGAAGCTCAAAGAT TTTGACATTAGAACTGCTGCTGGAGGAGTTGATGAATCTTGGACAAGAAAGTTCAATGCA TCTGTAGAAGATGGCATTCTAGAAGTGCGCTTTCAGTATGCTGGGAAAGGAACAACAGCT GTCCCTAGAAGAGGAAGCTATGGCCCTTTAGTTTCAGCCATTTCTTTTGAAGCTAGTAAC ACTACTATTACCCTTTGGTTCACTTATTTCTCTTTCATAGACTTTCTTAGACACACCGTG TACACTTTATTCTATTACCTTGTGACCTTTTACATGATGAAATTATGACACTGCTTCCAC ATGTTAATTACTCGCAGAGAGCCTAGAGAAAAGACTTCATCTTTTTCCTCAAAATACTTT AAAGATTAAAAGCATAAAAACAAATGTAAATGCATTTAACACTCTTCCTCTTCCTTTTTC TATATCATAGATTTCAAGCCCCCTTCAAATCACAAAAAGATGGCTCACATCATTGCTGGA GCAGTGGCGTCCTCACTAGTTCTCCTTTTGACAATATTTATTGTTGCTTGGAGGAGAAGC ATAAACAGAATATCAAAGGAAGAAGGTGATGCTACAGTACCAGACTATTTTGTGTCTTAC TTCTTAAATTGATAGAACTTACTGTATTATGTTTTCCATGATTTCCTGAAAAGTTCTTAT CAAAATAAAATGATGATTTCGAAAACAAGAACATTATGGAGGTGCACAGTTCACATTAGT ACATGATTTTCAATATTATATGGAGGTGTTGCACTTTTTAAATGTTTCCCCCCCTGCAAA TCTACAGAATTAAGAGGACTAGATCTACTGACTGGTGTATTTACCATCAGACAAATCAAA GCTGCGACAAACAACTTTGATGTTGCAAATAAAATCGGGGAAGGTGGTTTTGGCTCTGTC TACAAGGTGCATCTCAATCTGATCACTCACAAGCTTTCTACTCACTCTCCACAAACCAAT TACCTAGACCCTTTTTTGTTTAGCTACAACATCTAGAAATGGATTTTATGTATAGACAGC TATGACCTTTTTATATCTTCTTCTGTTTTCTTAATTAATAAATAGGGCACACTACTGGAC GGTACAGTTATTGCTGTTAAGCAGCTTTCATCCAAATCAAAACAAGGAAACCGCGAGTTT GTAAATGAGATAGGTATGATCTCTGGTTTACAGCACCCAAATCTTGTCAAACTATATGGA TGTTGTGCTGAAGGAAATCAACTTCTGTTGGTGTATGAATACTTGGAGAACAATAGCCTC GCCCTTGCTTTATTTGGTTAGTACTATCCTTGCTCATTGTTTTCAGTTACAACTTACAAG TCAAACAGAAAATCAGCTAAATGAAATAAAGATAAATATTGTTCTTTTGTAATTAATGAA AGAGTTCAAAATGAGAAGCCAATATATGATTGTATATGCGTGTGAAAAAGAGAAGGTATG CATAGATTCTTAGTTCTCACTAAAATGCAGGTTCAGACGAACACCGTCTCCAAATAGAGT GGCCAACTAGGCAAAATATCTGCATTGGGATAGCAAAAGGCTTAGCTTTCCTACACGAAG AATCGTCATTAAAAATTGTTCATAGGGATATGAAAGCAACAAATGTACTTCTTGACAAGA AACTAAACCCGAAGATCTCTGATTTTGGTCTGGCCAAACTTGATGATGAGGATAAAACAC ATATCAGCACTAGAATTGCTGGAACCATGTGAGTTTTGTGACAAGTTTTCTTGTTCATGT TTATGTTTTGTGTTCATTTAGTAAGAAATAGATATTATGGCACAGTAGAATTGACATTGC AGCATAAACTGATTGATGTACAGACGTATGTTGTTCTCATCCAATGCATCATATATACAT TTATGATTGCTAGAACCCTTACATTCTCTCTTTCTTGCATTTTCGATATGTTATACAAGG TAACTAGCAATAGTTTACTGATGCTTAACCAAAAAGGGTGGTGAAGTTTCAAGGACTAGT ACATAATGGCCTGGCTGCCCTTAAAGAAAGACTCATTTGAAAGCTTGATCATATTTCTGG TATTGATTGCATTACTTCAATTGAGTGATAGAAATGGTTTCTGGCCTAATCCTCTTTAAA TCTTAAATCTTCCTACGAGCTTAACCTGTATCTCATCCCATTCAACCATTCTTCATATAC TGAAATATCAGGCATGAAGTTGATGCCACATTTACAAATAATATATGCATGAATCTAAAG TTTCACTCTGTTCTGCAGAGGATATATGGCACCTGAATATGCACTATGGGGCTACTTAAC CTACAAAGCAGATGTCTACAGCTTTGGAGTTGTTGCGTTAGAGATTGTTGCTGGGAAGAA CAATATGAAATATCGCCCCAATGAGAAATTTGTTTGCCTTCTAGATTGGGTAACAAATCA TTATCCCTGATATCAATATCTATGTTCCAAACTTTTGAACTAGTATATTTGCATTTTATT CAGGCCCTTGTCCTACAAAAGCATGGAAAACTGATGGAACTAGTGGATGAAACATTAAAT TCAGATTTCAAGAAGGATGAGGCTCTAAGGATGATAAACGTAGCTCTGCTATGTACCAAT CCATCTCCAGCACTTAGGCCAACCATGTCTGCAGTAGTCAGCATTCTTGAAGATCATCTT GACCTTCCTGAGTTTAACTTGGAATCAAGATCCCATGATGATGAGCTCAAGTTTCAAGGG CTAAGAGACAAGTATGACGAGATGCGCAGCTTGAGCGAAAGTCAAACACTTATTCATTCA TCCAACACTACACGAAGAGACTGCTCTTCCACTACAGCTGAATCGTCTTAATTAAATTCA GTCAGATCAATATTGTGAAACAAAGAGTAACATGTTATTTTAGGACTATATATTTGATGT GAGTGTAATAGCCTATACAGATACTACTTTGGAGGAGACGCCATTCCAAGCAAATGGTAA ACCTCTACTACTAATACTAATGTCTGGAAAACAGCCATGAAAACTGATATGAATAAGGAA TTTGAACTTGTGAATTCATCCTCATAAATTGTAAATGTTAAAGCTAGGGTAAAGCAATTG TTAATTAGTATGTTAGTACTATATATATAGTCATTGATAATTTATTTATCTTTGCTATTA AATACTTGTGACACCCCAACTCAAGACATGAAGTCTCACATCGATAAAACTATAGAATAG ATGGTGGATATATACATAAGCATGTTTTACCAACTAGTGATGTATTCTAAAGTCATGTGG GCCTAAGCCTTGGGTGAACAATATCACTAGCGGGTTGCGTGCTACAAATGGCATCAGAGT AACTCTTTTGTCAGTATCCAACAGGGCAAACCTCAATGCTGAATATTTAGGGTAAAAAAT TCAGGGTAAATACTCAACATGGCAAATCTCATACAGTGGGGCAAACCTCACCGAGGATGT CGAGTCCATAGAGAGCAACTTATAAGGCAAGAAGTCTCATATCAGCCTCGATGAGTCCAT TTAGAGGGGGTATATGTGATGCCCAACTTAGACAAGAAGTCTTAGTCCATCGGGGTATAT ATGTGATGCCCCAACTTAAAGACAAGAAGTTTCATATCGGCAAAATCATAGAAGATATAT CCAACTTAAGACAAGAAGATATATGTTGGGTATATAAGTAAGTAGGTCTTACCAACTAGT AATGTGTTTTAAAGTCGTGCAAGCCTAGGCTCAGACTGAACAATATTTAGAGAACTTATA TTTATTAAGAGTGATTTGATATAATTATCCCTATCCTTTATATTTCTTAAGCTCTGTATC AAGTAATAATGAACAACTATTATTGAATAAAGACAATATTATGACTTTGATTACTCTAAT AGTTTTTGTAAATCTATAAATTAATCTATAGTACCGTAATTTAAGTGCGATTTGGACGAA CCCAGTAATTTTTCTCTAAATCTTATATTTATACTGAAACATTGAATAAATATATGTGTA TGTAAACTTGTGAACCCAATAAATATTTTTCGCGCTAAAAGTTATGGGTTGAAACCCCTC TATCAACTCTTTAAAGGAAATTTAGAACCCCCACCTCTAGTTTAATATGAGGGGATGATC CTTTTTGGAGCTACAGGCTACAAGTAGTTCTCCTTCATTTGATTTTGATGAAACTTAATA TCTTAAAAATACTTGAAAAGTATGGATTCTGATATTAGTCTAAAGTTGGAAAGGAAAAAT ATGATTGATTAATCCTCCCAATTAACAGACAGAAATCTTGATTAGAGCATAATCCAACGC ACAGCTCCAATTAGTTACTGACTGTTTTTTTTTACGTAAAAATATTAATGTCAAATTAAC ATCATATATTGTGAAGCAAAACCAAGTCGTATGATACATCATATATTGTACTACTATATT AATGTTCTTGTCTATATAACTTGCTTTTTCGTTTACCTTATCCCTTTCGTTTTCGTTTTA ATTTACGTGATTGTAATTAAACTATTGAAGATGACATTTTTAAAAGAAATTTATAATCTA AAATGAGAGATATGTATATTTGTTTTGTTTTTCTATTTGATTTTTGGATCTGACATTGGA GGCCCAACTTAATTTTGATTACGCACTGGGGACATATTTGGAAAGACCAATTAATTAAAT CCGAAGAGCACACAATTATGATCCATTTGAAGATGACACTTTCCAATATAATTTTCTTCA TACACAGGACTCAAATTGATCATTGGATTCGTTGATCAAGTTTCTATGGAATTTAAAGAA AGAATTTAAGAAAATTCGGACATAATTACTTTATATAAAACACCACATTAGTTATGTTAT TGCTTTGGGTGATTAGTAATTAAAAGAACACTTTTTTTTCTTATAAGGAGTGATAATATT TTCAAGGAATGTATCAAAAACTAAAACTAATAGTTTTCCAACGCTATTATTGATTGGGGC CAAACATAATTAATTTTTTTAAAGAAAAGTCTAAGTCTCAAGTCCACTGATGTCTATTTT ATGATCTTAAATAAACTAATAGGGTTCATTGTTCAAGTAATAATAATAATACTAGTCAAT TTTATTTAATTTTTTTTCTACCCTTTTTAATTATTATTAATAATTTTTCGAGACATAAAT CATTTTTGTTTTCTAGTGCACTCAATTTCCAATCAGAGAATTACCACAAATCTTGGTTTG TGTTATTAATAAAAGGAACTAAGCTATATGTATTAATTAAAAATTTATTTCTTTTGTTAT GATGCATAATCAATCAAAAAAAGTTATTATGAAAAGTTTTATTATTGTTATACTTGAAAC AAAGAGCAACAGATTATAGTTTAGGACTACTTACGTTATGTGAGGCATAAAGCTTCCAGG AAGTGTTCAAAATACGTGTAATAGGCTATACAGATACTACTTTGGAAAACATCCACGAGT ACTGATATGAATAAGGTAGGGTGAAGTAAGTGTTAGTATATAGTCATTGAGAAAGAGTGA GAGGCCCAAAACCTAATGTAATTAGGCAATGGATACAGTGAAATCAATCATCTGGTACAA TCTTGATGCCCATCGACAATGTAGTAGAATGAAATCTTATACTGATATGTCAGACCAAAA GTTTTCTTATTCAAAACAAGATAAAAATCATGCTGAAGCCTCATTGCCTCCTTGACTTCA TTGTCTAAGTACAGTAATCATCTGGGAAATATTCATGAATGGGAGAAGTTGAATTCAAAT TTCATTGGTAATATTGTTGCTGTTAGATATGGGAGGAGTAGCTTCTGATGGCCCTGCGGT AGAATAGCTTTCAGATGGAGAAGGCTGAGAGAGTGCAGCCATGGCCTTAGTCAATGCAAT CTCGTCTGTTGAACGCCGGACTGTTGAAGATGTGGTCTTGATTTTAGTTTTTCCTTCAAT AACTTTCACTACCTCAGACGTGGTTGGCCTGAGAGTTGGTGATGGATTAGTGCACATCAT CGCTAATTCCAGAATGGTTTTAGCTTCTGTCCAAGAATAATCTGTTCCAAGTTTTGGATC AACTAGATCCATCAAATTTCCCTGCTCTTGCAACACGTAAGCCTGACATCGATCAAATTA GAAAAGTCATTCAACTAAAAAGACAATGGCAACTGTTTATTAGGCATGTGCATCAGTGAA TGAAATTGAAAACTTCTCTTCTGAAGCCTTACCGAATCAAGAAGGTAAACTGTCTGATCA CTTGGCCTGCAACTAGTACTGTTTCTCCCGCTCACAATTTCAAGCGTAACAACCCCAAAG CTGTAAATGTCTGCTTTTGGTGTTAAGTAGCCGCGCATTGCATATTCTGGTGCCATATAT CCCCTATAAAAATGAGAGAAGAAATACACTTATCTGAAAGAAAAAGCTTTAAGGTAAACA GGATGGAGAAGGATTAGCAGGATTATCAAATTACAATGTTCCAGCAATTCGTGTGATGAC ATGAGTATGTTCCCCTTCATTAAGCTTTGCGTATCCAAAATCAGTTATTTTTGCATTCAA GTCCTTGTCCAAGAGTATGTTTGTGGGCTTAATATCCCTGTGGATAATCTTCAATTTGGA CTCTTCGTGCAAAAAAGTTAATCCTTTGGCTATCCCGAGGATAATTTTGACCCTTGTCGG CCAATTTAGTCTTGATTTAATCTCCTCATCTGGACCTGAAAAAGCAATGTAATTATGTCA TTAACTACTTCAGATTTTCTTGTCAAAACATATGATCCTTGCTATCATTACCGAATAATG CATGTTCAAGAGAATTATTCTCCATGTATTCATAAATGAGTAGGAGCTCATTGTCTTCTG CACAGCATCCCATTAACTTCACAAGATTTGGATGTTGCAGAGCTGAAATCGTGCCAATTT CATTTACAAACTCACGTATTCCTTGCTTTGATTTTCCTGATAGCTGTTTAACTGCAATTG TAGTCCCATCAGGGAGAACGCCCTGTATTGATGAGAGACACCCCTATTATTTAGAATTGG CAACATGATAACTATGTAAGCAGGGACAGATAAAGTATATAAAATCCCTTCAGGAAAAAA AGCGCCAAGGACGTATCTATATGCTTATATATGCAGCAGCTCAATCCAGGGTCATGGGAA TGATATAATGAATAAACAGAATACTAAAAGTCCAACAAAAACTAACCTTATAAACAGGTC CAAAACCTCCTTCACCTAATTTGTTCACAACATTGAAGTTCTGAGTAGCATCTTTTATTT GACGAAAGGTGTAAACTCCTCCCGGGAACAATTCTGTTGTTTTTAGTTCTGTTAGCATTT CACAAAAGAAGCAAACATAATTTTATTTTAGTGAGTTATACAAATTTATATTAAAATAAG AACCGAAACAAACCAAACTCCATATGTAATTGTGTCTAACCTTCCTTAGATGATCTTTTT CCGCCAAGATAACCCAATTTCCTTAGTAAAAGCAGAAGTAGAGCAAGAAAAGACAGTGAT GATACTGCTATCACAGCCTTAAGTGCAGGAGACAGTTGGTGTTTTGGTGGTGGTTGTACT ACTACCATCAAAGTATTGTTGTCTTAGAAAGGACACTGAAGAATATGAATGACAATACAC CATATATATAAAATATACCTTTGATTACAGAAATAGCTGAAATTAGGGGACCATTGCTCT CCGGATACGAGCCATAACCAGACCAGTACAAGTGAATTTCAAGATGAGATGTTATAGAAG TATTATATTCCACAATTTTATCCCCGTCAGCATTTATTTCTGCTGTTTCTATATTGTAGT TCTTCCGTACATTCTTCCTCTGCAATGACAGCATTTCAAAGAACTACAAAGATGATACCA TTACAATTCTATTTGGTATAACACAAGTCGTTCTCCATGAAAAATATTTTTCTCGAAAAA ATGGTTTATGGTGTTTAGTTGTAGTGGAAAATATATTCCCTCTCTGTTTAAAAAAGAATG ACCTAGTTTGACATAGAACGGAGTATAAGAAAAGAAAGAAGACTTTTTCAATTTTGTGGT TGTAAATTAAAGTTATGTCAAATGTATCTAAATTAAGAAAATGAGTTGCATAATTCCTAG ATAATATATCATCGTACCTGGATATCAATATCAAAAACTCGTGTATGTGTGATGGGATAG ACTTGTTTGTTACTTGAGCCTATGTCATAAAACTTTAGTTTGACTGTGTAGTTTCCACTG GAGAAACAAAATCCATAGTACTTGAGAGAGATGGGGGCTACACGGGCTGTTTCAACCAGA ACTGCTGCAGTAGTGGAAAGATCACATGTATCCTTGATTATTGATGATTCTGGTCGCTTA TTCACAAACTTGGTAAGACCCATGCTACTATAACCCCAACCTCCTTTTTCATCACGAGAA AACGTTGATGAACCATTGGGGTTCTCATCAGCATAGTAGTGATGGCCTTTTACAGTAACT TCCTTGCCGCCACAGTTGATATACAATTCATCATCTGTATGACAGAAAAGTACTGTCATT CCTTTTAATTGAGATAACTTTTGATACGAGATACTTGTGTTTATATATATACTAGTTTCT AATGTTATTCCTTACTCATTATTCTACAATAATAATATTGATTTTACCATTTAAATTTTG GTAAATAAGCAGAAGCCAAGATACATTACGAATACTACAGCTTGGTAAAAAATGACTTAC ATTTTAGATTATTAGGGCAATAATGGTCACATGTATCTTTTGTGTACGGCCTACATATAT AAACATACTATCAGAATGCAACACTAGTCTGTAGGAAGAAAAGAAAAGATACAAAACAGA AATGAAGTTTGCACTCACAAATTACTTGAGCAGCCCGGAAAAGTGTTCCTGAAATCAAAT GGAAAGGCCATATACTGTTTTGTAAGGCTAGCTAAAAGAAAATACTATGTAACATCTAAA GTAGAGAACAAGTGTAGTGAATTTTACACGTCCGGATCATCAGATGCAGCATTGAACTCT GAGTTTGTAATATTAAACAAGTTTTCAGAAACATCCCTGCAAAACAATTCATGGCAAAAA TAAGCTCTCTTTCCAGTGTTGCTTGAAAGACAAATGACAAAGATCACAAGCAATATGTAG CGGTGGACAGAATTATATCTACCATATTCGACCCCCACAAAAAGTTCTTTTACTTGAACA AGACATACTACAAATTGAGACAAACGGGGGACCATTGTGAATAAGAAGTGTTAAAGAAAC ATGTGTATGAGTCTCTTTATGTTTTCTTTTATTTTGAAAAGTTAATCTCTAAGGGTTCGT TTGATTGGTCTCATATAGGTAATGATAATCTTCGATGAGGGAATCTATTTAATAGGTTTA TGAAATTGAAGGAAGTTTCAAAAGCCATTTTACTTCATTTGTTGACATTCAAAATTGGCA TGGCACCAACATACTCTTTATGAATATTTCCACTTACACGTATCGATGTGGTTTTACGTT CTTCCTCTTAGTTAGCCATCCTGGCAATGATCCATTAAGCTTGTTCTCCCTGAGGAATCT GCAGCAATTTGACAATGTTAAAGGCGTAAAACTAGAAAATCAGCTATTCCCCCCACCTGT TAGGCCAAGCTTCGAATATTGAGAAAAATGGAAATAATAAGCTATTACTAACAACATAAA ACAATGGAATGGGAGAACATGATTTATGCAGTTGGATCAGTTAAACCAACGTCCACGATT GGAGTGAAGAAAATTCAATGTATCAAGTGCTGTACAATAGATGGTACAAAATTATGGTAA ATACTCTAATTACCTGTTCTGCATATGTTACATAATACTGCACAAAAGCTGAATAAAAAC TCTCTCCCAATGGTCTTCTTCTAACGGTTTAAGCGTGTTTTATTGCACCGCCTTCACCGG GCATTCAGCCCAAGGACTCCCCAACGGAGAATTGACAGCTGGAAGAGCCTATTGTTGGCC TATTAATAAAGGTTCTTACTCCACAGATCTTACTGGAAACGCTAGCTCAAGCAATCTCAC TATAGGGAAAAAGTAGCTTCAAAAACAAAAGCTGATGGGAAGCAAGACAGTACTCGAGGG GGAACAGCAACAAAGGAAATGCTCGACAAGTGGAGCATGAGGTTGGTTATTCACATTTAT GGTCGGAAATTCTGAGGTGGTTTGGTCTAATGTGACTATATATGTTGAGGACGGTAAAGG ATGCCTTATTCAGTTGGGCTTTTAGAAGAAGAAAGACAAGATACAAAATTTATATTGAAC AGAAAGAGAGAGAACTTTCTATGTGCATCATATATAGTAAGTAACATCATAAATAGCAAG TAAATCACATACACACTCGAAAACACAACACTCATGCAAAGAAGAGATGGAAAACGCACA TAGATGTTAAAGATGTGCTAATGGAATTTGGCAGTTGTCCAGATAACTCGTTGAAGCTCA AGTCCCTATATCAGAGAAAAGAGAAAGATGTAATCATTCAATCATGTCTTTATCTACAAG TTACATAAAAAAATGTACATTTTCGTGTGTCTGGTCTAAAGAAAAATGTTTAGAGTGTGG ACTAAAATAAGGCAGTCTTTCACTAAATGATCAAGATGCAACTTCTACATTTACAACATG ATACGGTTGCCACACAGAAAAAGAGAAACACAGACACCAAAGATCGATCAAGGGAAATGA AGTTGGTTAGAAGAAAATTGACAGATATATCATCTTACAGGTACTGTAGTTCTTTAAGCT CCCAAATATATCCCGGAATGGGACCACGAAGTGAACATTTCCTCAATATCCTGGAATCAC CGTAATTCATGAGTAGTATATTTTCACATGACATTGAGAAACATTTGTTTAATTCAAAAG GAGTCAAAGGATATCAAGCCTACAAGTATTCCAACGAAGTCATACGCGATAGATCGGGAA AATCATATGCACCTCCTCTTGTGACTACATTACTGAGTGATCTAGGCATATATAAGATTA TAAAATTGGGAGAAAATATCAGCCAAAAATTTCAAAATGTTTCACACTACAAATTACGAT CTTCAAAACAAAAATCTTACAGGTAACCGAGACTTCTCAATGATGAGATTTCCTTTGGCC AGGAGCCTTCAAAATTATTTCCTAACAGATCCCTACAAAGAAAAGAAGTTAAATTGATAT CTAAATTAAACTAGTCTTATTATAATATTGCTTTCACATAATTGGGCTTACAACGTCTCG AGTTGCGTCCAGTTGGCTATAAATGTTGGAAACTTACCAGATAAGTTATTCCCTTGAGCC CCACTACAGCATAAAAATAAGAAGAGAAAACATAAAGCGATCGAGGGTGGTTGCAATTGA CAAGTTGATTATCCAAAGAAAATCAGAGTCAACATGCACTTACAAGTATTCTAAGTTCAC CAACTTCATGAAGCTTGGAGGCAATTCACCAACAAAATAATTGGCGCGTAGGTCCCTGAA ATCATTTGACAATTCGATATGCAATATTGCAGTTTTCGTTTCTTTTCTTCTTACATACAG TTCAGATCATAAGTATTTCTGCCATATGATAGTCATGTTCAACCGATAACTCCATGAACA AGTTGTGTAATCAGCTCAAAACTGCTGTTATGGACTGTATTTCAGATTTTGTTAGTTTAA TCCTTATTTAACAAATATCAGAGATTTGTCCTAGAACTAGATGTGTTGACACAAGTCAAT ATTGACTGACAGCATTCTCTGTAAACGAAAATGCATCGCCGAATTTCTCTTCTTCTTTTT TTCACACACTAAACAAACCCCAAAATATCAACTTTACCTGAAAAACTATCCAAACCATAG TATCTAAATATGTTATGTTTAGGTTGAAGAATCAGAAAACGAAGGGGAAAAATGAATCTC ATGAGAATTATTACTATTGCTGGTTGTTGTTTGGTGTCTATATCAGAGATTGAGCATCAA TATGTGAAATTAATCGACTAAAATTCTTCAAACTGTTCTACTTACAGTTCCTCTAGCTGA GTAAGATTCCCAAGCTGCTGTGGGATGGAACCTGAGAGTTGATTAGCGTCCACATATCTA CATTAAATAAATGAAAGTATACATCATGATTTGAGGAAACAATTTCATGATATATAAAAT CATCGATTTGATCAAATAGCGAATTACTCACAGAACTTGTAAGTTGTTCATCTGAAATGG CAACAAGTCTCCAGTGAAGCAGTTTTCATAAAGCTCTCTGTACAAGTACAACACTTTATT TGGTAAGAAAAAAAGATCCAAACAAGTAGATGCAAGAGGATATAGTAAACCACTCACAGG GCCTCTAGCGATGTTAGGTTGAGAAATGATTTAGGGACTGATCCATTTAGCTTGTTGTCG GCTAAATTCCTGAAGCACCACCATCCATGCCAAGTTAGAGCAATTGAAATACTACTACCT ACATTGCAATTTTACAATAAGAGGCTCTCCTTCCAAATAACCACTCATGCCCTTTGACTA TCGTATACGCAAACCTTACCTGCATTATATTGTTTGTTTTACATAAACCATCACATGTGA TCGATGCCACAAATAATACAACACATGCATTGAAGACCCATAAATTAATTTTGAGTGTGC ACAAGTAGGCACTTAAATTATATAAAGTTAAAGAGTGAGTTTTTGATCAAATTCAAACGA CCATAACTCCTAGATCAGAATGATTTTGACGTAGTTCCAGATATGGTTGAAAAGCTCGTA CAATAATCTTTCTAATGCCGTTGAGTTTGTGGGATTCCGAGTTCGGATGAGCGAGTTATG TCTTTCAGAAGTTGGATTAAGGAAAGCCCAATCAGGAGTTGGGAAGGGCAAATTTGTATT TTCCTTACCTAATTAAGTTAATTCGTTTTTAGGAATTAATTGGGGTAAAACCACACCTTT GTTCAGTTTAGAAATAGAATTCACGCTAGGGCTTGGAGAAGAGAGGAAAGAAAAGAAAAC AGGAGAGAAATCAAAAATCGCTAAGAACACTCAAGCTTTGCGAGTAAAATTCTTCGGTGG TGATCCTTAAAAAGGTATGTAAGATCACGTAGTGTTGGGTTAGTTCACCCACACGTCGAT GTTGTTTTAGTTTATCGAATTTAAGTTGTTTGAATGTTAAGAAAGTGAGTTCTTGAAGAA CATTGTTGAAAATTTGTTGGATTCTTGATAATTGTGTTGATTGAAGTTCCTTGTGGATTT AATTTGTGTTTCCAGGATTAATTTTGGGTTGAATCTATTGTATATTGATAGTACTGATGA TCTTAAGTGTTTGGGAAAAGGACCATGAAAGTTTAGAGGGTTTGAGAAAAGTCGAAGATT TTCTTGGCAAGGGCTGAGGTGTCGGGCTTGCCAAAGCACCACAAAAGTTCCTCTAAACTT TGGCCTCTGGTGCGTCGCACCAGCTATAGTGCCATAGAAAGTTCTCTGAATTTTGAGGGT AGGCGCCCTATGCCTCTTAGAGTGGCAAAGACGCTAGTTCTCTCCATTCTTCTCCCCATC TTTCCAAACGAGTTCCTTAATAATGTACTTATGTTTCTTGGTCGATTCAAACACTCTAAG GTACATCTAAACACCATGAAATCATCCATAAACATGAGATTATGAACCTTAAATCCATAA TCCAATTCAAGGAAAGTTAAGATCAAAGACAAAGAAGTTAAGAGTCATATAATAGTTAAG AAGCAAGTCAAAGCAAAGTTCTTAAAAGTTTTCAGGAGTCTTTAGCAATGTTTTAACTTT ATTATTAAGACTGAAGTTTCAAGTTAAGTAGTTGAGTTCATTCTCAAAAAGTTATAAGGG AACTAAGTATTCCCTAAGAATTTATAAATGTTTTCACACATTCGACGCTAGAAAGGAAAC ATCGATTTCAAGAAGAGCTTTTGAGCTAATTGTTGAGTAATTATCTCAATCCAAAGAAAG AGTTGTTTTAAAAACACAGGAGTTAAGTATAATTTTTAGAGTAGTATTGAGCACCGGTAT GGGGATGCGAGTTCATAATTAACTCAAGTCTCCATGAAACATGTAGTCATAATGGATATT AATGGGTCATACTTTTTAGATGATCACTATAATGTAAGCTAGTGGATCCACTAAGTTAAG TAGTTCTATGTGATGGCAAAGTATAAAACAATGTTGGCAGTGTGGGCAAGACGTTGTATC ACCACTTAGGCTCATACTGGTAGTTATCTGTTAGAGAATCTCTCACATAAACTATATTAT TGTATCTTAAAAGTAAAGTTGAGTTTGTTATTGCATTTTTTTTTAACGAATTAAGTTGTT TACACTGTTTTACAAGCATTATATATATTGCACGTGTCTTATTGTTTTATGTTAAGTTAT TCATGAGTTGAGCAGAGTTAAGGTACGTGTTCCTTCTTACTATTTTCAAGCTTAAGTTGT TTGTAGCATTTCAACTTGCTTACTCGTACATTAAATGTACTGATGTCAGTTGGCCTGCAT CGTCTTATGATGTAGATGCAGGTAACTAGGATTGGTATTCAGTGTACCATTGATCCAGTA AGAGCTCAAAGTCAGTTAGTGAGTCTCCTTACATTCTGGAGGACATCTTTTATCGCTTGA TTTTCATTTTTAGTTGTTAGGATGATTGAGGTCCTCTCCCAACATCCCTCTTTGTTTTAG AGGTTTCATAGACAGATAGTATAGTCTTTTAGTCTTATTCATTTCGGTTGTAAATGTTTA GTACATGAGTTATCATTTAGGCTAAGTATTACATTCAAGTTATTTCATGTGTTATCTATT GTGTTTTAGTCTTCCGTGAATAAGTAAGTCAAGTCAAGGGTCCGCTAGATGCCAGCAACG GTCTTTGAGTGTCGGTCACGCTCAGGATGTAGGCTCAAGGCGTGACATATATGTAGGACA CAAAATTGCAATGTCGAGTGTCATGGTTGTGTCTATTTGTTTAATTTTATACAAGTTTAA GTGTCTACTTGTACACACCCAAAGTTAAATGTCATAGTTACCAACTGACTTCAAGTTTAG GGTCATGTTTATGTATTATGCCTTTTAGGATTAGCAAACATAAAAATCATATTTGTATGT TATAGTTATAGTTATAGTTTGCATAATTGCGCTTCATAACAAGTTTTATGTTTCTATGAA GCTTTTGATTTTTATAATTCGCTGGATACATTCTATTTATATACAAATTCTTCAGATTTC TCCAAATTCAATTATACAATTGGACAATTTGTATATAAACAGTTTCAGCTTTTCTATGTG TATATGTATACAGTCATGTTCGTCTTTAATTATGATAATTGTGTTTGTATATTAGATGTT ATTTGTATATGAGTAGATGTTTCTTTAGGCTTGTCCATTGTATATGTACATATGGCTGTA ATTTGTATATGTACGTATTTTTCTATAAGTTTATATGTAAAATCTATATGCAAATAAGAA ATATTGTAATTTGTATGAGTACATATTTTTTTGTGCTTTTTAGTTGTATATGTATGCATG TGTAATATGCATATAAATAAAAATTTGTGTTAGTTGAATATGTATATGTTTGTGAAAATT CATGAAAAAATTAAAAATATTATGCATAATACAAAAAAAAATAGTTGATTTCAACATGTT TTTTTATTTAATAGCACATTGGGAAGGAAATGGCGATAATTCAAAAATAATGTTGGTGAA AGGAAACTAATTTGGGTGAAAGAATTTAGGAGAATTTGTGTAAATAAGAAGATAAAAGAA TCGAAAATTCAACATCCAAAAATAATATGGGTGAGAGAAAACTAATCTGGGTGAGAGATT TTAGGAGAAAATTGTGTAAATGGGATAGAAAATAATTGTTTTGGTTTGTATATATCTTTA TACAAATAAGCAACAAGAACTCAGTAACAACAACAAAAGCAGTAGACCGTCATTTTCTTG TCCTTTAAGGAACAACCGAACACGTAATTCGATTGAGTAGAAAATGTCGCTCGGAGAAAT TGCTATAGCAAATTGTATGACACAGTGCTAAACTTTAGCTATAGCATTTCATATCAATTA AATGTTTGTTATTTCATACAATCTTCCAATAAAATTTCCTTTTAGACGTGAGTTGTGACA ATCTACTAATCATAATTTATAAAATACATATAATATAGGATTTATTGATTTTTTATTACA CATTTTAAATTTTAATATTATATGTCATTTTTTTACGAAACAAGCATAATATATTTTAAA ATAGTCTTAATATATTACATACATAATTCACTTTAAATGCATATCGCAGATTCATTATAA TATTATTATATATTGCTATAAATGATAATAAATTAAAAATATTATTAAAATTAATAATTA TTAATTAAAAGGTACTCATCCAAATAATTTATATATAACGGCAAGATTATATCTCAATTG TGCATTTGTGTAACAAAAATTATTAAATGGAAGAAGCAAAACTAAACTTACAACAATTGT AAAGACTCCATCTGAAAAGGTGGCACCTTCCCACTCAAGGAGTTATCAGAAAGATCTCTG TAAATCCACATCATTATTTTTGGTAAGAGAAGACACTGTACAGACTATTATGATTATAAT TACAATTAGTAGAATTAAGATGGTGTTAATCATTTAATATGAAAAAGGACAAATTAAATG ATCATGAGCACGGACGAAGCTACAATTTTTAATAAGGGGTTCAAAATTTGAAGAACTAAA CATACAAACTAATCGATCGGGGTTCAATATTTACTTTGTATATAAAAAATAATTTTAATC ATGTATAAATAATAACAGTTTCCGCCGAAGGTGGTTCGAATGAACCCCTAATAGAAGGCT GGATCCGCCCCTGATAATGAGGAGCTTTTCAATCTTCCCCAGTCCAACTGGATCAAATAA TATATAAATATAGACATAATATATAAATATATCATTTTATTTGGCTTTAATCATCATTTA TATCTTTTATATTGTGCAACTAACCACTTAAACTTATATAAAATTGAACAAGTAGACATA TATGTCTTACGTGACATATTACATGCAGAACGCTATGTAGGATGTGAGTTGCCACATAAA ATGTCATGTAGAATATATATTGTTTAATTTCATATAAGTTTAAGTATCTACTTATACACA CTAAAAGTTAAAAGACATAAATATCAACTAAAGTCGAATTTAATGACATAATTATATATT ACGTCTAAGATATATATAATAACTCACATTTGAGTAATGAATTGTAGGTTGATAATTGAT ATAGGAATTTCTCCTCGAAGATGATTTCCGCTTAAATCCCTGACAATTATGAAACGAGTT GAAGCAATTGGGTATACATTTCTCTTGCTCTTCTTATAATATATAATAACATATAGTATT ATTATTATTATTTTTGTAGCAAGAGACACAAATGGGTTATAGTTTCAAAAAGGCAAAAAT ATTATACCTTAATTATTGATATTAAAACCTAACATATTTTTGTACTTGCATGTTGCCTAG GTTTAGGACTAAAATGCTAAAATTTGCATACAATAAGGACTATATATGTTGATTACATAA TATATATGGAGTAAAATGGTCATTTTTTCATACATTAAGGACCATTTCCACTATATATTA AGGATTAAAATAGCTAGTCCAACTCTCACAGATTCAAGATCATTTTGATCATATCTCGAT TATCATCACAATTTTAATTCAAAAATAACGTAACTTAAAATATGCAAGAATTTATGGATA TTTAAATTTAACAAGCGTTCCTTGCATTTGAATTTATAATGATCTAAACTCATAAATCCT TTGATCTAACACACAAGCAAATATTTCAACACATAAATTATTATTTTTTAAATTTTGAAC TTATAAATATATGTCTACATTAATTAGTAATCCTTATTATCAATATCTGATGTATAATTA AACCACTAATTAATTGGCTTGTTAAATCAAACTATGATAGTATAATGCTCCATCTGTCCT TATTTACTGATTCATTTTTTATTTGACACATCTATTAATAAAATGGTAATTGACCTATTA ATTAATAGAATTTCAAAATCTATTTATTCAGGTTCTACATTATTCAAAAACATTAACTGT CTAAATATGAAGATATATGATAGGTAAAAAAGATATTATTATTTTTTATTTGTCAAAATT GAAATGGTAGAAAGTATAATTAAGATGAAAAGCAGGTTGAAGAGAAATAGATAAACATTA TTTCTCACAATATTGTTAAACGAGAAATATTTCCGACTTCTTGAGGTATTCTCCCGTATA AATGCTGCCCTGATAAATGTCTGCAAATTTTTTAAATATTGTGTTAACAATTTTAATTGA CAAGAAGGAATTAATTTATTCAAAAATAATAATTAAAAAATCCTTAATATTAATTAATCA TTTTCCAAATCTGAACATTAATAATAGTATAGTTATATTATGATAAAAATATAAGAGAAG ACGTACAATTCTGTAACATGACAAAATGTTTTGTTACAGTTGCCACATATAATAGTTCTG TTATCCCATAGTGGATATGATGCATTCCAGAACTTCTTTTGCCCCTTTGCAAGTTTAAGT AAAGCGTTCACTGCCCTAACTGTCAAATAAAACTAATTTGATTAGGGTCGTTAAATAATA CAATGGGTATATAATTAAACGTGCTTCGATTTAAATATATATAGACTTTACCTTCTATCT CTGGAACGCCTCCGTTTGCCAGCAAATTACACGACGATACGACACTAATATTGGTTGCTA AAAGAAGCAATAGCACTAATTTGTACAACTTATCGATTGAAACCATATCTATCTCTTCTT TACTCATGCAACTTCTATATTTTAATATATGCATATATATATAATAATAATAATAACTAA TGATTAAAAGGAATAAAGTAAAAAAAAAAAAAAACTTTGATTTGATTGACCCTCAACTAA ACACGTGTGTGTATATATATACACAGTAGCCTAGCTACATTGATCCATCCAATGGCAATC ACTCAAATATTCTCGTAAAAAAATTAAAATGTATGCATCAAAATAATTTTTTAAAGATAT ATATAATAAAATATTAAATATTCGTAATAAATTTTATAGCTTTATCAGTGTATATATACT TTAATTTGTGCTTTTACAGCTTTTTGAAAGAAAAAAAAAATTCTTTTAGCTCGTTATGTA ATCACTTTAATCGACAAGATATTTACAAGGTGTATAGTATATATTCGAAGTCATTTTTTC CTTTGCATGAGTTTGATGGGTGTGGGTTAAAGGAGTAATTTTGGATGAATCCTAATTCAT TTAGCATCAATCAACTTTTATTTAATTTATTCCACCTTATCTGATAAGGTGTGTGGACTC TTCTATCATTGATGAGTAGTGATGCTTTTTTTTTTCTCAAAAAAATATTTGACTATTTAG ATGAAGGAACCGATTGAATAAGTTCAAGTTTGAAATACAATTTTTATTTATAGTGAATAA AATATTTTAATCATTAATTTTTTAAAAGAATGATAATTCTTTTTTATCAAAAAAATAATA ATAATATAACGTTACTATAATAAGCGAGAATCGAGGTACTTTTTATGAGGGCTATTCACA TGTAACAACACAAAATAATTTAATTATAATTTATATTTATATTTTGTTAATTACGATTTG TAGCTTCATGTTAGAGGAAGGAGAAAGGAGAGTCAGATTGGGAGAGCTAGCAGAGAGGCG AATTGTATATGTATATCTGTCGAATTATATATGTGTATCTGTCAAATAACTATTAATATA TGTATTTGTATATATGGCGAGCGAGATTGGAGAGGAGAGAAGCGAGCGAGATTAGGAGGG GCAGAAGGACGGGGAGAAGAGCGCAAGCGAGATTAGAAAGGGGAGGGGGAGAGCAAGAGC GATAGAGGATAGAGAATTGAGAGAGGCTAGTTGTATTTGTATATCTGACATATATATATA TATGAATGTGAATTTGAGTATTACTAATTTAGAGTAAAAATAATCTTTATCATCGGGAAA AGAATATTCCTAGGTTAAATACAGGGATTACGTCGAAAATGTCTTTAAACTATGCGAAAA GAACAAAAAATGTCATTTGTTTGTAGTTTGGCCAAAAAGGTCATTCGCATCAATACTTTG GTCCAAAAATACCCTAATTATTATTTTGGGTAAGAAGTGCTCGTTTTTTAAAATAAATAT ATTATTTATTTCTTTTCAACACATTCTTTTTCTAGTAATATTTTTAAAAAAAATTACCAA ATGTTTATCTTCAATTGATAAAAATAATCATGAAAATATTTCTTATTTTATTATAATTAT TTGCTATCGTCATTTTAAATATAATTAATGATGGATATATACTATGATCTTATACATATG ACATACATTATCTGTCGAGATGGTACATGAAAGTTATTTTTATTTTAAGTGATAAGATGA GATTAAGAAAAAAAAATATTTTCTCCATTTTTATTTGTTAATGTGATTTTAAAAGAAAAA AAAAAGATCATAGTTCTTTAATGATATATTTATTAAGAAGAGAATGTGTTTGAAAAGAAA AAACAATATACTTATTCCGGAAAAGGTATTTTTGGCCAATTGCAATAACTATAGGGGTGT TTCTAGATTAAAATATTGACTGTAAGAATATTTTTGAACCAAAGTATTAATGATAAAGAT ATTTTTAAATTAATTATACACGAAACTATTTTTGTTTCTTTCACATTATTTGAGGACACT TTTGACCCTTTTCCTTTTAATATGTAGAGATAGAGGGAAATACAACTAGGTGAAGAGTGA TTGTACTAATTAAAAAGGATTTGAAGAATAGTCATTTCAATTGTTTTATAGAGGATAAGT TGTATTGGTACTGCTATTTCGCCAAGAACGAATGACAACTTATTTCAGTATTATTTGCTA ATTTTGAAATAAATTTTCTCCTTTGTAACTAAAAAAAAATTATCTCATAACTGTTTTTTT TTATCCACCACACTAAACGAACCTTCCAAGAATATATATTCTTTGTAAATTATTCAGGCT GATGCTGTTAAAAGGAGTAATGATACATCGATAGATCATAATTAATTCTTTTAGCATCCA TCTTCTTTTATTTATCCTACCTTATCTGATAATTGGTAAATAAACTTCTTTATCATTGAG CGATGACCCTTTAAAAAAAAAACATTAGATGAAGGAAACTAGTTATATACACTACGTCCT ACAACAAATAAATGATTTAGTAATAATTATATAATTATCGCTAAAAAGAATTTTGTCATT ACATTTTTTTTTTAGTTGTAGTGTGCCTGCCAAATAGAGCATGTTGATTTGATTTTTGTT ATGATAAAAATAAAAATGAAGAGATATACGCAATTGTACGTTAAAATAGGTGACAAGCCG AATCGATTTAGGATATTAAAAGGGATATTATATGACACTGCTTTATCAGAAAAATTTACT TAATAGGTAATTATTATTAAGAAATGGAAACAAACGAGTTGCTTGGTTGGTCTTGTGTTT GAAATTTTTTTGTTGTGTGTTCAAGCTTCATGACATTATTTTGAATACATTTCATAAAAA AGAAAAATTATAAAAAAAAAAGATATAATATATGAATTGTGTTTATTTTTTTTATTTATT TTTAATATGATATTACACTATTATATTTCATTTTCTCATTTTAAAAAATGACATGGCTTA AAAAAAAATTACAACCGCCACTTACAACATGTTACATGTAAGTAATTTATTTTGTCTTCT CTTATTGTTTCTCGAGTTCAAATATAAATTTCATCGTTAATCCATAAATATAAATATCAT TTGTTTACTCTTAAATTATTTTATTTTTCATGTACGTATTTCTTGAAAAATATTAATTAA AAATGGATATATTTTGGTTATTATACCATTATTCATTTCTTAAGATATATTATTTCTTTC ATTTAAATATTTACTTTATTGAGTATTTATAATCTTCAAGAATAATAATAGTGATTATTA GTAATACTAAGAGTAGAATGAGAAAAAAAGATTAAGGGCCCGTTTGGATGGGCTTAATAA AAGCAACTTTAAAAAAGTATTTTTAAAAGTGCTGAAACTTATTTTTAAAATAAGCAGTTA TGCGTTTGGATAAGAGTGCTGAAGTTGTTATGTCAAACGTGAAAAGGGAAAAATGGAAGA AAGAAATGTTAGGGTTATATGGGTAATTTGGAGATTGTATAAAAATATTAAGCACAAAAA GATAAAAATGTGGTCAACTTAAAACAGCTTATAAGCTAAAAAAAAAAAAGCACCCCTACC CCAGCTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTAATTTAAAATAAGCTGTTTTGAG TATTACCAAACAGCTAAATAAGTCAAAAACCAGCTTTTAAGTCAGTTTGACCAGCTTTTA AGCTGAGCCAGACAGGCTATTCTTTTTAACTCCTAATAACAAATAATTTGAGATATTTTA TAAAAGAATGACAAATAACTGAAACAGGGAAAGTATATTGCGTTATCTCTCCTCTAATTG CACTATATTAAAAATAATTGATCAACAACAATAACTTAATTACCATTAAGTATGTTTTAT TGGAAACAATTAACATTTTTAATAAATGTCTCTAAAGTGTACAACGATACTAAATCTAAT GACAATTAACTTATTAATGTCAATAAAAACTTTGACATTTTTTGTTAGTGTGTATACTAT TTATTTATCGCTAAAAGTTATTTCTTCCGTTTAATTGAGAATAGTTAAACGTGTGGTTCA CAGATAATGTACGTACGTAATATAGTTTGAGTGATAAATAAAGGCATCTTAAAGTAGAAA CAGTACTAGCAGATTCTGTAAAATGTTCTGTCATTTATTTGGTGAGAACTGATAGCTTTT TCTCCCATTAATTTGGAATATTTTTTACTTTCAGTAACAAATTAAGAATTTTTAGTCTTT ACTATTTGAAAAAGAATATTACTAGCTAGGTTAATAAATATGTAGAGATGGAGGGAAAAA AAAACATATCCCAAAATCAGTGATATATGTACGTGCAATAAAATGCATTTCAATAAAACG GGCTTATATATTTGTAATTTTTTATAATAAAATACTTTTTTTCTTTTTTTTACTGTATCT TTATCTTCGTATCAATTGATCAACACTAGAGTTGTCAATATGGACTACCCATCCTATTCG GATTAATCCATACAAGTTTTGACATTTTACGGGTCAGACCGGGTTAGTCCATTTTCGGTG TGCGCTTGAATATGATCGGCCTAACCCATAAATACGTGGGCTACATGTTTGTCGGGCCAA TTCACTTTTTTAAAACAATTATATTTTTTTATAATTATTAAATTAAATTATAAAATATAA TTTTAAAATATTATCATAAATATCGACAAAACAATATTACATGATGTTAATGTTACTATT TGTTAATCATATCCACAAATAAAATTATATTTATAATATTTATCAAGTTTTTTTCAAGTA AAAATATAAATATCTAAATAGAAATATTAACATAATTGTTTTGAGTTTGGAATCTTTTTA ATTTTAAATTTTAATATTATATTATATTTTTTAATTAATTTTTATTAGTCCGCGGGCCAG CTCTATCGATATTTCTCAAACATCATAAATTAGCATGTTTATTCAAATCGACCTAAAAAC CATTTTTTAAAGGTCAACTTTCACATATAGCAAACAAAAAATTCATATTTGTATGCTATA GCAAACTTTGCATAATTGCGCTACATCGAACATAAAACTGTATAATTTATTATACATGTA CAATTGTATAATTCGCTGGCCTAAATTGTATAATTCGCTAGCCTATTTCGCTGCAATTGT ATAATTTGTTTTGCATACAGTTGAATCGAATTAAAATGTATGTATATTGCATAATTATAA GTGTATAGCAAGAAGATATATGTTTTTCTCGCTTTATACAAAAACAGAAACACAGTATAT ACACTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCACTGCAATTGTATAATTCGCAA TTGTATAATTCATTGGTCTTTTTCTCTGCAATATTTGAAGTAAAATGTTTGTAAATTGTA TAATTAAGTGTATAACACGAAGATATACATTTTTGCATGTGTATATACAATTTTCTCTCG CTTTATACAAAACAGAAACAAAATTATACACTTCTGTATATAAAGCGAGAGAGGCGAGCG AGAACGAAGAGTGGCGAGTGAGATTTTTGGGAGAGAGACGCTGACAAATTTTAGCTAATA TTTGCTATGCAGCACAATTAAATCAAACCCTAACTATTCCATTTAATTTAGGTTATTAGT TTGCTATTATATACAATTTTTCCTTTTTTAAATGGACTACAAAAATCTTAGCCCAACCCT ATTAAATCCTAGGTCAGGCCAGACCGATCTAACACGCCTCTAACCAATGTAAAACTTTTT TCTCCACGAATGACAATAAATCACTATAAAGGAATTTTAATAATATTTATACACAATTTT ATTCAACATATTTAGTCTAATTCACATTCAACGATTACTTTTATACTTCCAAAACTATGG AATCTTTGTCAATTTACCCCAGAAAATAGAAAAGAAAAACAAATCAAGAACGATAACAAA TTCAAAGATGGAGCACTAAATTTGCTAATAATTTTAACAATAAAAAGAGTTCAAGATACT CATTAGACATTTCTTTCGTGGATTTGGGTATTGCACCAATTTTCTCGATTTTTCTTTGCT TATTTTATTCTCTTTTTTTTCCCACGATCTCATTTTTAATTTGAGAAAGAAAAAATGAAA AATTAAAAAAGAACTGAAAAATAGTGGAGGAAGGTGAAAGAAGGGAGAAGAGTGAAGTTT ATAATTTTTATTTTGTTCTTTTTATTTTATTGTATTTCCTTTTCTCTTTAAATTATTTTT AATCTAAATTTTTATTTTCATGCTTCTTTTTGGCTTGAAACCACAGACTTATAGCAATTC AAGAATTAAGTTGTCACATAAAATTGGTCAAGGATCGTTTAAGATGTTAAATTTTGTTGA GTTAAAAAGTTCTGTTGACAAAGAGATAAGTAAAAAGGTTCAAAATAAAAACGCATACAA GAATAAGAGTTTATTAGACTCGCCTTGAATAAATTTTTATGTATAGATAATGTATTAGAG AAGTATATACATCTTACACATTTAATATAATAAAATATACATTGCAGATCCATTTTCACA TCACTACTAACTCAAATTTCCTCTAAACATCCAAAATTTAAATATGAATTACTCTTAATA TTCTAAGCCTTTTTAATATATTACTCACTCAAAATAATTAACATTCGCAGCTTATTAATT TTAAAATTTGAACTTTGAACATGTAAGAAGGAGGAGGAGGATTACGATGAAGAGGAAAAC AACGAAAATATTAAGCAGCAGAAGAAGAATTTATAACTGAAGAATCATTTTGCTTATCAT CTTTGGCTTATCGGGCATCCTATTGACTGTAATCACTTCTATGACATGTTTTTTTTTTTA ATAATAAATATAGGTATAACACATAAATATATATTTCAACTTCATCTCATTTTATATTTG TGCCGTTGAATTTTGAGTGTGCACAAGTAGACACCTAAATTTGTATAAAATCGAATAAAT AAACACAAATATCATGAAAATTTGTGTCCTATATGATCTTCTGTGTGTATTGCGATACGT AAGATTCATGTGTCTATTTTGTTCAACTTTATTTATACAAGTTTAAATATTTATTTCTGC ACATTCAAAGTTAAAGAATATAATTATAAAATGAGATTAAATTAAAAAAAATATATTTAT GTATTATGCCAATAAATATATATCGCGTCTTATATCGAACATAGTCCATATTTGGGTATA GCTAACACAAATATAAACACAAATTTTGTGCATAGTTGACTTCCAATATTTAAATTTTCA ATTTGTAGTAAGCTTTAAAATTGTATGGTCCATAGGCGTGATTCAATTTTTTTTTTTTAA AAACTTTCCTTTTTAGTAGGTTACCAACTGGTCCAATTTCTTAAAGGCATGAATATTACT TTCAAAAAAAAAAAAAAGAATTTTGAATATAAGCATGCACCATTCCAATTTACAATCATC ATAAAAGAATTTTATATAGGCAACTTGACCTTTAAAATCGACACGCCTTTGACAAAAAAA GTATTAGTAAAAGAAACCAAGTCTATAACGTATAATTTACATTATGAATAATCAGATTAA TAATTTTAAAAAATATCAAAAAATATGGAGCAGCAAATAATAATATTCCCTCTTTTAATT AGATATATCAATAGAAGCCTCGAAAAAAGCTTTGATAGGGAGCACTTAGAAAAAAAATAA GGTCGAGTATGAATATCAAATATCGAAGTAAAAAATAAAATCTAAATAATATTAATGAAA TATCGTGAATGGGACAACTAAAATAAATAGCGTGCACATCAATCCAAAACCTTTTAACAC TTTTTTTACTTTCTTACCATATTATAATAGTTTTATTTTTTATTATTTTATGTTTTTGTC ATGATATTGATTTATGTTAGCTGTTCAACCCAAATGTTTTGAACCATTTTGCAAAGTTTA AAAGTAAATTTGATCATTTTCTCTCGTAAAAAAAGGTGCATGTATGGTAAAGTTTTGACT GTTAATTAATATGGGCAATATAAATATGGTGCGACTTTAAAAAGTTCCAACATAATATTT GATTTTGATAATACTTTTGACTTTCATCTTCCGGGCAAAAATTAAACTATTGGACGATTC ACACCATGCTTAATTGATTTGTTTTTGATATAGAAGTTAATGAAAATTAATATTTTCTTC GTTCAATTTATTTGTTATTTTATTAAAAAAAAGTTATTTCTATTTTTTTTGTATCGATAT GTTTAAAATTATAAGATTAAAGAATATATTTTGATATATTTACATATTTTTGATTTAATA TTATGTATTTATTTTCTTAAATTTCGTATTATATTAAAATAAGATAAAAAAAAATTAAAT CGAATTTAAGTAAACGAACAATTTTCTCTTTTTTTGACTGCTTAAAAAAATGGGGGGCCA AGATAAGCTTCCTTTAGATTGAAAAGAACAATAAAAAACCGAAAGAATATTGATCCTTCA TTTCACTAATCAAAAAAGAAGTCAATGGTTTTATTCTCTTATAAAAATAAAGTGGTAAAA CAAAAAAAGATAAAGCAACATTTTACCTTTCTTTTACCATTTCTTTTACATAGAAAAAGA AGCAAGGATGAAGAATGAAAATAGATCATTGACTAATTCGATTGTGCTTGATATTTATTT ATTCTTAACAAAATATCGATTTAAAAAGTTTCATGGAAAGAGCTTATTAGAAAATGAATC AGATAATATGAAGTTAAGTTAGTCAAACTTTAATATAATCATTAATGATATATATGAATT TAAGTTAATCGAACTTTAATATAATCATCAATGAAAATGGAAGATGGAAAAAATAGAAGA CTGGTCAACTGGGGAATCTTGAAGCAACACAAACCAACGCGTTTTCTTTGCCATTATTGC AGTCAAATGAACAAACACCAACTAATTCACAAAGTCCAAAGTCCAACCTCTGACTCACCA AACAACAACATTCAAAAAAAAAAAACAAACAATTTCAACAAAAACACCAAAGAAAACTAG AGATTACTATCCATTGAACCAAAACAAAGCATAAAGTTTCAATCTTTATTGATAATTTTT GGAATTGGGATGAAGAACAAGTTGTCATCAATACTACTCTGCTGTGTTTGTTGCCAATAA ACAATCTTTGTATGGAGGATTCAAACCCCAAGAAGAGTTTTGCCTCAGATGCTTTAATTA CTACTCTCAGCAACTCAATCCAAGCTCTGGGTAGGGGATTTGATGTCACTTCGGATATTA GGCTTTTGTATTGTAAAGGGGCTCCAGGGTCTCGTTTAGTTCATCTTGATGAGGAAAATC GTGTGGATCTTTTGCACCCAGATGGGGGTATTTTGCTGCCAAATGTTACTGTAGACATTG AATGTTCACAAGAGTTGAGAACCATTGAGGCCACACCTGTTTTTACCTTCCATGAGGTCA GCTCAGTTGCCTATCATTTTGGGAGTTTTTAGATTATGTCAATGGTTCTTATCTTTTAAG TTCATTAAATGATATGCTAAATTTGCTGTATTTGTTTGGTTTTCCAATTTTTTTTTAATT TTGTTTAGTTGGTGATTGTTTCTGCATTTGTTAAATAGCTATATTGGTAAGGGTTGGTAT TAATTTCTTGTTTTTGTTTAATATGGTAATGATGGTCAAGGTAAAATAAACTATTTGAGT TTAGGCTTAATGGAGATTTGTATGACTAGATCATAGTGATTGTACACTGCTGTGATTTTG GTGTGTACAGTGTTTTTATGATTCCTCTAATCTATATTTAATTTGATAGTTCCTCTGGTA TTTGAATCATGGAGCTCTTCCACTTATTTGAAGACCCCTTTTTCGTGTCTATTTTCCTGG ATTGGTGAAGTAAGGTTGTCTGTATAACTCAAAATGCTGGTTTTTTTGGTTGTCCAAGCA CGACTTGGAGGGGTCTCTACGTGTTTATACTGATAAATATTGATGATAAAATGGTTACTA CAGTAATCTTCAATGGGCATTCAAGGAGCTGTGCATAAAACTTTGATGAACTTGAAAGAA TTTGAGTAGTAGCCTATATGGAACTTTTGATGCGTTTATTTGTGTCAAGGCCAAGAGTCA TAAGATGTGACTGCACAAGATAATATCTTGTCACCTTATGTAGAAATTGTTGAAAATGCA CGCATATAGTTAAGCGGATAGTTTAGTTTCCCAGTGGCCATTTTTGCTACTTCAGTATGA AGACATGTCATTTTCTGTATTAGTATGTATTCTTCCTGAACCATAGACGCTATCTTTCAT CAAAGATTCTGTCTTGATTTTCTTGCATGATCATTTTCTGAGGTAATGTTCTCCTGTTGC TTATATGCTGATAGAAGGGGAGGTTTAATCGAAGTGCACGCGGGAAGGGACTCACCAACT ATGAAAACTGAAAGAGTTTAAAAACACAATATTGATGACCCTCCCCTCCAAAAATAGGCA GTTTTTTTTTTTTTTTTTTGCGTTCTTTCCAGGATACCAACCTAGCTTCTTTTTTCTTAT TAAGCATTATCCATCCCATTATCCATGCTCCTTCTCCAGCAAGTACTTGCAGTTGCAGGA GATGTTATAGTTTACTCCGGTCTTATTAGTTACGTATTTAAATTGCCTCGTGTTTGAATT TCTAGATGGCAAAGTACTTCAATGCAATCTCCAATATATTTGGAGATGTCCCACTTGGAA GCTTTAACTCCATGTTTAACTTCACTGGTTCATGGCAACAAGATGCGGCAGCTACTAAAT CCCTTGCCATGATTGGACATGTTATCCCACTATTTACAGTGAGATTAGTTAAGTTTGATT TACTTCTACGAGATGAAATCAAGCGTGCTGTTCCATACTCTTGGGATCCTGCATCACTGG CAAGGTAAAGTATCTAAAATCAGCCTACATTTCAACATTTTGGTGTTTAATGGCACTCTG TCATTTTCTTTCGATAGCAATGTATTTATCGCATTCAGATTTCTTTCTAATG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 8987 9049 match_part 1.000 11883 12026 match_part 1.000 12222 12340 match_part 1.000 12421 12921 match_2 match_part 1.000 8988 9049 match_part 1.000 11883 12026 match_part 1.000 12222 12340 match_part 1.000 12421 12538 match_3 match_part 1.000 13164 13218 match_part 0.984 13365 14057 match_4 match_part 1.000 13188 13218 match_part 0.987 13365 13970 match_5 match_part 1.000 13188 13218 match_part 0.987 13365 13970 match_6 match_part 1.000 13188 13218 match_part 0.988 13365 13970 match_7 match_part 0.999 13381 14063 match_8 match_part 0.902 20919 21315 match_9 match_part 0.953 36362 36446 match_part 0.964 36535 36759 match_part 0.973 36835 36982 match_10 match_part 0.887 41275 41530 match_part 0.961 41610 41787 match_part 0.944 42459 42530 match_part 0.913 42618 42686 match_part 0.903 42765 42795 match_11 match_part 0.887 41275 41530 match_part 0.961 41610 41787 match_part 0.944 42459 42530 match_part 0.913 42618 42686 match_part 0.926 42765 42791 match_12 match_part 0.988 41296 41468 match_13 match_part 0.964 41620 41787 match_part 0.986 42459 42530 match_part 1.000 42618 42686 match_part 1.000 42765 42836 match_part 0.986 42918 42989 match_part 1.000 44778 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 0.986 45244 45315 match_part 0.975 45408 45447 match_14 match_part 0.955 41744 41787 match_part 1.000 42459 42530 match_part 1.000 42618 42686 match_part 1.000 42765 42836 match_part 1.000 42918 42989 match_part 1.000 44778 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 1.000 45244 45315 match_part 1.000 45408 45479 match_part 1.000 45766 45834 match_part 1.000 46280 46345 match_part 1.000 46712 46756 match_15 match_part 1.000 42486 42530 match_part 0.986 42618 42686 match_part 0.958 42765 42836 match_part 1.000 42918 42989 match_part 1.000 44752 44823 match_part 1.000 44924 44992 match_part 0.986 45066 45137 match_part 0.985 45244 45310 match_16 match_part 1.000 42929 42989 match_part 1.000 44752 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 1.000 45244 45315 match_part 1.000 45408 45479 match_part 1.000 45766 45834 match_part 1.000 46280 46345 match_part 1.000 46712 46777 match_part 1.000 46868 46903 match_part 1.000 46989 47029 match_part 0.992 47321 47439 match_17 match_part 0.806 46868 46903 match_part 0.976 46989 47029 match_part 0.971 47321 47697 match_part 0.923 47763 47788 match_18 match_part 0.830 46977 47029 match_part 0.990 47321 47617 match_19 match_part 1.000 48291 48407 match_part 1.000 48772 48890 match_part 0.983 48998 49171 match_20 match_part 1.000 48327 48407 match_part 1.000 48772 49249 match_21 match_part 1.000 49640 49757 match_part 1.000 50175 50325 match_part 1.000 50482 50806 match_22 match_part 0.993 50495 50928 match_23 match_part 0.992 50573 50928 match_24 match_part 1.000 59409 59529 match_part 1.000 60278 60379 match_part 0.985 61782 62262 match_25 match_part 1.000 59409 59529 match_part 1.000 60278 60379 match_part 0.998 61782 62257 match_26 match_part 1.000 59410 59529 match_part 1.000 60278 60379 match_part 1.000 61782 62060 match_27 match_part 1.000 79445 79528 match_part 1.000 81677 81748 match_part 1.000 81857 81925 match_part 1.000 82003 82074 match_part 1.000 82163 82234 match_part 1.000 82329 82400 match_part 1.000 82487 82553 match_28 match_part 0.972 82003 82074 match_part 0.972 82163 82234 match_part 0.986 82329 82400 match_part 1.000 82487 82555 match_part 0.986 82645 82716 match_part 0.986 82789 82860 match_part 0.986 82969 83040 match_part 0.971 83491 83559 match_part 0.977 83858 83901 match_29 match_part 0.891 82011 82074 match_part 0.944 82163 82234 match_part 0.931 82329 82400 match_part 0.942 82487 82555 match_part 0.958 82645 82716 match_part 1.000 82789 82793 match_30 match_part 1.000 85035 85394 match_part 0.990 85466 85661 match_part 0.900 85848 85867 match_31 match_part 1.000 85158 85394 match_part 1.000 85466 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86227 match_32 match_part 1.000 85375 85394 match_part 1.000 85466 85793 match_33 match_part 1.000 85585 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86307 match_part 1.000 86432 86642 match_part 0.996 86838 87078 match_part 0.906 87283 87314 match_34 match_part 1.000 85585 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86307 match_part 1.000 86432 86642 match_part 1.000 86838 87058 match_35 match_part 1.000 86271 86307 match_part 1.000 86432 86642 match_part 1.000 86838 87078 match_part 1.000 87283 87310 match_36 match_part 1.000 87036 87078 match_part 0.987 87283 87433 match_part 0.992 87527 88019 match_part 0.679 89707 89734 match_part 0.600 89787 89791 match_37 match_part 1.000 87352 87433 match_part 0.992 87527 88036 match_part 0.657 88251 88285 match_38 match_part 0.998 87563 88024 match_part 0.682 88181 88202 match_39 match_part 0.990 87650 88036 match_40 match_part 0.986 87814 88024 match_41 match_part 0.995 87814 88024 match_42 match_part 0.970 89980 90111 match_part 0.994 90273 90450 match_part 0.986 91359 91430 match_part 1.000 91535 91603 match_part 1.000 91699 91770 match_part 0.986 91856 91927 match_part 1.000 92014 92021 match_43 match_part 0.966 94560 94767 match_part 0.969 94840 95035 match_part 0.948 95291 95425 match_part 0.950 95648 95766 match_part 0.932 96034 96106 match_44 match_part 0.966 94560 94767 match_part 0.969 94840 95035 match_part 0.948 95291 95425 match_part 0.933 95648 95766 match_part 0.909 96034 96099 match_45 match_part 0.971 96102 96136 match_part 0.941 96331 96568 match_part 1.000 97099 97249 match_part 0.913 97324 97552 match_46 match_part 0.910 118652 118973 match_47 match_part 0.912 118652 118957 match_48 match_part 0.911 118653 119099 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_49 match_part 0.940 50878 50547 match_50 match_part 1.000 101060 101013 match_part 1.000 100902 100282 match_51 match_part 0.989 101105 101013 match_part 0.997 100902 100283 match_52 match_part 0.985 102350 102221 match_part 0.992 102108 101987 match_part 0.985 101782 101581 match_53 match_part 1.000 106536 106184 match_part 1.000 106083 106012 match_part 1.000 105932 105861 match_part 1.000 105761 105684 match_part 1.000 105590 105519 match_part 1.000 105245 105207 match_54 match_part 1.000 106536 106184 match_part 1.000 106083 106012 match_part 0.986 105932 105861 match_part 1.000 105761 105748 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 8987 9049 exon 11883 12026 exon 12222 12340 exon 12421 12921 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 13164 13218 exon 13365 14063 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 20919 21315 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 36362 36446 exon 36535 36759 exon 36835 36982 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 41275 41530 exon 41610 41787 exon 42459 42530 exon 42618 42686 exon 42765 42836 exon 42918 42989 exon 44752 44823 exon 44924 44992 exon 45066 45137 exon 45244 45315 exon 45408 45479 exon 45766 45834 exon 46280 46345 exon 46712 46777 exon 46868 46903 exon 46989 47029 exon 47321 47697 exon 47763 47788 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 41275 41530 exon 41610 41787 exon 42459 42530 exon 42618 42686 exon 42765 42836 exon 42918 42989 exon 44778 44823 exon 44924 44992 exon 45066 45137 exon 45244 45315 exon 45408 45479 exon 45766 45834 exon 46280 46345 exon 46712 46756 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 46977 47029 exon 47321 47617 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 48291 48407 exon 48772 48890 exon 48998 49171 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 48327 48407 exon 48772 49249 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 49640 49757 exon 50175 50325 exon 50482 50928 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 50878 50547 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 59409 59529 exon 60278 60379 exon 61782 62262 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 79445 79528 exon 81677 81748 exon 81857 81925 exon 82003 82074 exon 82163 82234 exon 82329 82400 exon 82487 82555 exon 82645 82716 exon 82789 82860 exon 82969 83040 exon 83491 83559 exon 83858 83901 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 85035 85394 exon 85466 85661 exon 85848 85982 exon 86189 86307 exon 86432 86642 exon 86838 87078 exon 87283 87433 exon 87527 88019 exon 89707 89734 exon 89787 89791 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 87352 87433 exon 87527 88036 exon 88251 88285 gene_16 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 87563 88024 exon 88181 88202 gene_17 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 85375 85394 exon 85466 85793 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 89980 90111 exon 90273 90450 exon 91359 91430 exon 91535 91603 exon 91699 91770 exon 91856 91927 exon 92014 92021 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 94560 94767 exon 94840 95035 exon 95291 95425 exon 95648 95766 exon 96034 96136 exon 96331 96568 exon 97099 97249 exon 97324 97552 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 101105 101013 exon 100902 100282 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 102350 102221 exon 102108 101987 exon 101782 101581 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 106536 106184 exon 106083 106012 exon 105932 105861 exon 105761 105684 exon 105590 105519 exon 105245 105207 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 118652 119099 RepeatMasker tomato repeats master POTTEN2 1 3537 1 POTTEN2 1 3537 1 nucleotide_motif 584 9547 9703 Unknown00057 1078 2043 1 Unknown00057 1078 2043 1 nucleotide_motif 1977 9945 10921 Unknown00043 9978 10608 1 Unknown00043 9978 10608 1 nucleotide_motif 1552 10947 11583 Copia00151 5506 5696 1 Copia00151 5506 5696 1 nucleotide_motif 547 16125 16307 Gypsy00071 2383 2626 1 Gypsy00071 2383 2626 1 nucleotide_motif 670 18830 19050 Copia00191 2126 2308 1 Copia00191 2126 2308 1 nucleotide_motif 528 19901 20087 Copia00191 2593 3654 1 Copia00191 2593 3654 1 nucleotide_motif 4614 20479 21611 POTTEN1 3 223 1 POTTEN1 3 223 1 nucleotide_motif 1137 23176 23395 Gypsy00107 9717 9908 1 Gypsy00107 9717 9908 1 nucleotide_motif 1080 23388 23570 Unknown00020 77 373 1 Unknown00020 77 373 1 nucleotide_motif 712 24730 25038 TS2 540 650 1 TS2 540 650 1 nucleotide_motif 533 26049 26158 Copia00151 10060 10184 1 Copia00151 10060 10184 1 nucleotide_motif 416 26159 26171 Copia00181 1805 1874 1 Copia00181 1805 1874 1 nucleotide_motif 301 39817 39892 Copia00155 4595 4726 1 Copia00155 4595 4726 1 nucleotide_motif 1135 50932 51062 Copia00181 1807 1878 1 Copia00181 1807 1878 1 nucleotide_motif 236 53250 53322 Unknown00025 237 455 1 Unknown00025 237 455 1 nucleotide_motif 827 77543 77779 Unknown00025 246 405 1 Unknown00025 246 405 1 nucleotide_motif 484 78479 78646 Copia00110 13267 13623 1 Copia00110 13267 13623 1 nucleotide_motif 1272 79935 80303 Gypsy00043 1046 1315 1 Gypsy00043 1046 1315 1 nucleotide_motif 1278 80243 80489 SONATA2 35 188 1 SONATA2 35 188 1 nucleotide_motif 385 81023 81163 SONATA2 3 110 1 SONATA2 3 110 1 nucleotide_motif 537 102758 102866 Unknown00029 3465 4677 1 Unknown00029 3465 4677 1 nucleotide_motif 2485 107425 108638 Unknown00046 2675 2835 1 Unknown00046 2675 2835 1 nucleotide_motif 1011 109667 109822 Gypsy00043 546 609 1 Gypsy00043 546 609 1 nucleotide_motif 341 109832 109902 SINE_SO 3 186 1 SINE_SO 3 186 1 nucleotide_motif 769 111433 111615 TLP2 2 306 1 TLP2 2 306 1 nucleotide_motif 1119 111670 111960 Gypsy00073 1229 1399 1 Gypsy00073 1229 1399 1 nucleotide_motif 595 118966 119150 RepeatMasker tomato repeats master Copia00105 8624 8649 -1 Copia00105 8624 8649 -1 nucleotide_motif 234 9424 9399 Copia00151 9335 9442 -1 Copia00151 9335 9442 -1 nucleotide_motif 439 9527 9423 ATLINE1_10 3396 3564 -1 ATLINE1_10 3396 3564 -1 nucleotide_motif 242 10999 10822 MIUSE1_TM 4584 4663 -1 MIUSE1_TM 4584 4663 -1 nucleotide_motif 235 11608 11527 Unknown00034 5145 5205 -1 Unknown00034 5145 5205 -1 nucleotide_motif 372 14352 14292 Copia00151 5598 5696 -1 Copia00151 5598 5696 -1 nucleotide_motif 438 16332 16244 Gypsy00043 1846 1937 -1 Gypsy00043 1846 1937 -1 nucleotide_motif 520 19346 19255 Copia00205 4513 5703 -1 Copia00205 4513 5703 -1 nucleotide_motif 7235 22152 20968 Copia00151 5514 5828 -1 Copia00151 5514 5828 -1 nucleotide_motif 796 35060 34791 Gypsy00046 4113 4194 -1 Gypsy00046 4113 4194 -1 nucleotide_motif 252 39891 39802 SONATA2 3 253 -1 SONATA2 3 253 -1 nucleotide_motif 1016 40402 40148 Unknown00019 151 706 -1 Unknown00019 151 706 -1 nucleotide_motif 814 80212 79631 Unknown00046 2733 2781 -1 Unknown00046 2733 2781 -1 nucleotide_motif 334 107432 107385 Gypsy00155 4841 6019 -1 Gypsy00155 4841 6019 -1 nucleotide_motif 4460 109665 108542 Unknown00019 48 698 -1 Unknown00019 48 698 -1 nucleotide_motif 4944 119123 118455 TLP2 6 306 -1 TLP2 6 306 -1 nucleotide_motif 1191 120609 120318 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1156 9902 10955 match_2 match 1076 20845 22007 match_3 match 5424 6953 9736 match_4 match 519 6888 match_5 match 2002 10082 11626 match_6 match 1045 20859 22004 match_7 match 975 20703 21811 match_8 match 975 20703 21811 match_9 match 1294 20845 22007 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 867.5 37 124432 clone_end_1 clone_end 718 37 419 clone_start_1 clone_start 1255 6256 6888 clone_2 clone 1085.5 8734 104284 clone_start_2 clone_start 1251 8734 9364 clone_end_2 clone_end 585 15441 15739 clone_3 clone 809 15706 57354 clone_start_3 clone_start 575 15706 16046 clone_4 clone 698 16130 57354 clone_start_4 clone_start 353 16130 16307 clone_start_5 clone_start 1350 25599 26324 clone_end_3 clone_end 1027 32594 33127 clone_start_6 clone_start 714 42052 42415 clone_start_7 clone_start 1209 45058 45667 clone_end_4 clone_end 1475 46836 47583 clone_5 clone 740 48856 79958 clone_start_8 clone_start 1179 48856 49549 clone_6 clone 1057.5 48856 80507 clone_start_9 clone_start 1179 48856 49549 clone_7 clone 1205.5 60441 103583 clone_start_10 clone_start 1126 60441 61008 clone_8 clone 1342 61565 116308 clone_end_5 clone_end 1370 61565 62263 clone_start_11 clone_start 781 66219 66678 clone_start_12 clone_start 248 66744 66868 clone_start_13 clone_start 1540 83217 84001 clone_9 clone 1006 109937 120734 clone_end_6 clone_end 652 109937 110294 clone_10 clone 930 110382 120734 clone_end_7 clone_end 500 110382 110654 clone_end_8 clone_end 944 115014 115546 clone_start_14 clone_start 478 122173 122413 clone_start_15 clone_start 628 122458 122774 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_16 clone_start 1017 124432 123920 clone_end_9 clone_end 1417 3121 2368 clone_end_10 clone_end 1041 3479 2951 clone_end_11 clone_end 650 6888 6561 clone_end_12 clone_end 321 7114 6953 clone_end_13 clone_end 920 104284 103817 clone_end_14 clone_end 961 10647 10147 clone_end_15 clone_end 626 11036 10701 clone_end_16 clone_end 1043 57354 56829 clone_end_17 clone_end 1043 57354 56829 clone_start_17 clone_start 1287 16833 16169 clone_start_18 clone_start 272 18935 18778 clone_start_19 clone_start 607 19341 19009 clone_start_20 clone_start 515 26419 26115 clone_start_21 clone_start 1394 27411 26684 clone_end_18 clone_end 1233 29858 29192 clone_start_22 clone_start 1263 41409 40724 clone_end_19 clone_end 301 79958 79800 clone_end_20 clone_end 936 80507 80032 clone_start_23 clone_start 1217 56452 55831 clone_end_21 clone_end 1285 103583 102936 clone_start_24 clone_start 1314 116308 115511 clone_start_25 clone_start 785 64707 64267 clone_start_26 clone_start 1227 71345 70682 clone_start_27 clone_start 297 79958 79802 clone_start_28 clone_start 1021 80595 80032 clone_end_22 clone_end 1213 90462 89809 clone_start_29 clone_start 1360 120734 119985 clone_start_30 clone_start 1360 120734 119985 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 8987 9049 match_part 1.000 11883 12026 match_part 1.000 12222 12340 match_part 1.000 12421 12921 match_2 match_part 1.000 8988 9049 match_part 1.000 11883 12026 match_part 1.000 12222 12340 match_part 1.000 12421 12538 match_3 match_part 1.000 13164 13218 match_part 0.984 13365 14057 match_4 match_part 1.000 13188 13218 match_part 0.987 13365 13970 match_5 match_part 1.000 13188 13218 match_part 0.987 13365 13970 match_6 match_part 1.000 13188 13218 match_part 0.988 13365 13970 match_7 match_part 0.999 13381 14063 match_8 match_part 0.902 20919 21315 match_9 match_part 0.988 41296 41468 match_10 match_part 0.964 41620 41787 match_part 0.986 42459 42530 match_part 1.000 42618 42686 match_part 1.000 42765 42836 match_part 0.986 42918 42989 match_part 1.000 44778 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 0.986 45244 45315 match_part 0.975 45408 45447 match_11 match_part 0.955 41744 41787 match_part 1.000 42459 42530 match_part 1.000 42618 42686 match_part 1.000 42765 42836 match_part 1.000 42918 42989 match_part 1.000 44778 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 1.000 45244 45315 match_part 1.000 45408 45479 match_part 1.000 45766 45834 match_part 1.000 46280 46345 match_part 1.000 46712 46756 match_12 match_part 1.000 42486 42530 match_part 0.986 42618 42686 match_part 0.958 42765 42836 match_part 1.000 42918 42989 match_part 1.000 44752 44823 match_part 1.000 44924 44992 match_part 0.986 45066 45137 match_part 0.985 45244 45310 match_13 match_part 1.000 42929 42989 match_part 1.000 44752 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 1.000 45244 45315 match_part 1.000 45408 45479 match_part 1.000 45766 45834 match_part 1.000 46280 46345 match_part 1.000 46712 46777 match_part 1.000 46868 46903 match_part 1.000 46989 47029 match_part 0.992 47321 47439 match_14 match_part 0.830 46977 47029 match_part 0.990 47321 47617 match_15 match_part 1.000 48291 48407 match_part 1.000 48772 48890 match_part 0.983 48998 49171 match_16 match_part 1.000 48327 48407 match_part 1.000 48772 49249 match_17 match_part 1.000 49640 49757 match_part 1.000 50175 50325 match_part 1.000 50482 50806 match_18 match_part 0.993 50495 50928 match_19 match_part 0.992 50573 50928 match_20 match_part 1.000 59409 59529 match_part 1.000 60278 60379 match_part 0.985 61782 62262 match_21 match_part 1.000 59409 59529 match_part 1.000 60278 60379 match_part 0.998 61782 62257 match_22 match_part 1.000 59410 59529 match_part 1.000 60278 60379 match_part 1.000 61782 62060 match_23 match_part 1.000 79445 79528 match_part 1.000 81677 81748 match_part 1.000 81857 81925 match_part 1.000 82003 82074 match_part 1.000 82163 82234 match_part 1.000 82329 82400 match_part 1.000 82487 82553 match_24 match_part 0.972 82003 82074 match_part 0.972 82163 82234 match_part 0.986 82329 82400 match_part 1.000 82487 82555 match_part 0.986 82645 82716 match_part 0.986 82789 82860 match_part 0.986 82969 83040 match_part 0.971 83491 83559 match_part 0.977 83858 83901 match_25 match_part 0.891 82011 82074 match_part 0.944 82163 82234 match_part 0.931 82329 82400 match_part 0.942 82487 82555 match_part 0.958 82645 82716 match_part 1.000 82789 82793 match_26 match_part 1.000 85035 85394 match_part 0.990 85466 85661 match_part 0.900 85848 85867 match_27 match_part 1.000 85158 85394 match_part 1.000 85466 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86227 match_28 match_part 1.000 85375 85394 match_part 1.000 85466 85793 match_29 match_part 1.000 85585 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86307 match_part 1.000 86432 86642 match_part 0.996 86838 87078 match_part 0.906 87283 87314 match_30 match_part 1.000 85585 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86307 match_part 1.000 86432 86642 match_part 1.000 86838 87058 match_31 match_part 1.000 86271 86307 match_part 1.000 86432 86642 match_part 1.000 86838 87078 match_part 1.000 87283 87310 match_32 match_part 1.000 87036 87078 match_part 0.987 87283 87433 match_part 0.992 87527 88019 match_part 0.679 89707 89734 match_part 0.600 89787 89791 match_33 match_part 1.000 87352 87433 match_part 0.992 87527 88036 match_part 0.657 88251 88285 match_34 match_part 0.998 87563 88024 match_part 0.682 88181 88202 match_35 match_part 0.990 87650 88036 match_36 match_part 0.986 87814 88024 match_37 match_part 0.995 87814 88024 match_38 match_part 0.970 89980 90111 match_part 0.994 90273 90450 match_part 0.986 91359 91430 match_part 1.000 91535 91603 match_part 1.000 91699 91770 match_part 0.986 91856 91927 match_part 1.000 92014 92021 match_39 match_part 0.910 118652 118973 match_40 match_part 0.912 118652 118957 match_41 match_part 0.911 118653 119099 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_42 match_part 1.000 101060 101013 match_part 1.000 100902 100282 match_43 match_part 0.989 101105 101013 match_part 0.997 100902 100283 match_44 match_part 0.985 102350 102221 match_part 0.992 102108 101987 match_part 0.985 101782 101581 match_45 match_part 1.000 106536 106184 match_part 1.000 106083 106012 match_part 1.000 105932 105861 match_part 1.000 105761 105684 match_part 1.000 105590 105519 match_part 1.000 105245 105207 match_46 match_part 1.000 106536 106184 match_part 1.000 106083 106012 match_part 0.986 105932 105861 match_part 1.000 105761 105748 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 8987 9049 exon 11883 12026 exon 12222 12340 exon 12421 12921 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 13164 13218 exon 13365 14063 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 20919 21315 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 41296 41468 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 41620 41787 exon 42459 42530 exon 42618 42686 exon 42765 42836 exon 42918 42989 exon 44778 44823 exon 44924 44992 exon 45066 45137 exon 45244 45315 exon 45408 45479 exon 45766 45834 exon 46280 46345 exon 46712 46756 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 42486 42530 exon 42618 42686 exon 42765 42836 exon 42918 42989 exon 44752 44823 exon 44924 44992 exon 45066 45137 exon 45244 45315 exon 45408 45479 exon 45766 45834 exon 46280 46345 exon 46712 46777 exon 46868 46903 exon 46989 47029 exon 47321 47439 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 46977 47029 exon 47321 47617 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 48291 48407 exon 48772 48890 exon 48998 49171 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 48327 48407 exon 48772 49249 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 49640 49757 exon 50175 50325 exon 50482 50928 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 59409 59529 exon 60278 60379 exon 61782 62262 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 79445 79528 exon 81677 81748 exon 81857 81925 exon 82003 82074 exon 82163 82234 exon 82329 82400 exon 82487 82555 exon 82645 82716 exon 82789 82860 exon 82969 83040 exon 83491 83559 exon 83858 83901 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 85035 85394 exon 85466 85661 exon 85848 85982 exon 86189 86307 exon 86432 86642 exon 86838 87078 exon 87283 87433 exon 87527 88019 exon 89707 89734 exon 89787 89791 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 87352 87433 exon 87527 88036 exon 88251 88285 gene_15 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 87563 88024 exon 88181 88202 gene_16 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 85375 85394 exon 85466 85793 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 89980 90111 exon 90273 90450 exon 91359 91430 exon 91535 91603 exon 91699 91770 exon 91856 91927 exon 92014 92021 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 101105 101013 exon 100902 100282 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 102350 102221 exon 102108 101987 exon 101782 101581 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 106536 106184 exon 106083 106012 exon 105932 105861 exon 105761 105684 exon 105590 105519 exon 105245 105207 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 118652 119099 AUGUSTUS_tom_cdna de novo gene_1 gene 0.01 2810 12654 transcript_1 transcript 0.01 2810 12654 start_codon_1 start_codon 2810 2812 intron_1 intron 0.28 2935 3809 intron_2 intron 0.45 3882 4063 intron_3 intron 0.24 4136 4750 intron_4 intron 0.68 4823 4919 intron_5 intron 0.39 4992 5893 intron_6 intron 0.7 5960 6551 intron_7 intron 0.99 6596 7154 intron_8 intron 0.94 7544 8853 intron_9 intron 1 9050 11882 intron_10 intron 1 12027 12221 intron_11 intron 1 12341 12420 CDS_1 CDS 0.26 2810 2934 CDS_2 CDS 0.67 3810 3881 CDS_3 CDS 0.59 4064 4135 CDS_4 CDS 0.74 4751 4822 CDS_5 CDS 0.72 4920 4991 CDS_6 CDS 0.81 5894 5959 CDS_7 CDS 0.99 6552 6595 CDS_8 CDS 0.98 7155 7543 CDS_9 CDS 0.96 8854 9049 CDS_10 CDS 1 11883 12026 CDS_11 CDS 1 12222 12340 CDS_12 CDS 0.99 12421 12654 stop_codon_1 stop_codon 12652 12654 gene_2 gene 0.87 12746 13724 transcript_2 transcript 0.87 12746 13724 start_codon_2 start_codon 12746 12748 intron_12 intron 1 12964 13067 intron_13 intron 1 13219 13364 CDS_13 CDS 0.87 12746 12963 CDS_14 CDS 1 13068 13218 CDS_15 CDS 1 13365 13724 stop_codon_2 stop_codon 13722 13724 gene_3 gene 0.09 33331 37499 transcript_3 transcript 0.09 33331 37499 start_codon_3 start_codon 33331 33333 intron_14 intron 0.65 33637 33800 intron_15 intron 0.74 33997 35902 intron_16 intron 1 36022 36235 intron_17 intron 0.99 36447 36527 intron_18 intron 0.98 36760 36834 intron_19 intron 0.55 36986 37139 CDS_16 CDS 0.21 33331 33636 CDS_17 CDS 1 33801 33996 CDS_18 CDS 1 35903 36021 CDS_19 CDS 0.99 36236 36446 CDS_20 CDS 0.98 36528 36759 CDS_21 CDS 0.53 36835 36985 CDS_22 CDS 1 37140 37499 stop_codon_3 stop_codon 37497 37499 gene_4 gene 1 41428 50844 transcript_4 transcript 1 41428 50844 start_codon_4 start_codon 41428 41430 intron_20 intron 1 41531 41609 intron_21 intron 1 41788 42458 intron_22 intron 1 42531 42617 intron_23 intron 1 42687 42764 intron_24 intron 1 42837 42917 intron_25 intron 1 42990 44751 intron_26 intron 1 44824 44923 intron_27 intron 1 44993 45065 intron_28 intron 1 45138 45243 intron_29 intron 1 45316 45407 intron_30 intron 1 45480 45765 intron_31 intron 1 45835 46279 intron_32 intron 1 46346 46711 intron_33 intron 1 46778 46867 intron_34 intron 1 46904 46988 intron_35 intron 1 47030 47320 intron_36 intron 1 47698 48277 intron_37 intron 1 48408 48771 intron_38 intron 1 48891 48997 intron_39 intron 1 49209 49519 intron_40 intron 1 49758 50174 intron_41 intron 1 50326 50481 CDS_23 CDS 1 41428 41530 CDS_24 CDS 1 41610 41787 CDS_25 CDS 1 42459 42530 CDS_26 CDS 1 42618 42686 CDS_27 CDS 1 42765 42836 CDS_28 CDS 1 42918 42989 CDS_29 CDS 1 44752 44823 CDS_30 CDS 1 44924 44992 CDS_31 CDS 1 45066 45137 CDS_32 CDS 1 45244 45315 CDS_33 CDS 1 45408 45479 CDS_34 CDS 1 45766 45834 CDS_35 CDS 1 46280 46345 CDS_36 CDS 1 46712 46777 CDS_37 CDS 1 46868 46903 CDS_38 CDS 1 46989 47029 CDS_39 CDS 1 47321 47697 CDS_40 CDS 1 48278 48407 CDS_41 CDS 1 48772 48890 CDS_42 CDS 1 48998 49208 CDS_43 CDS 1 49520 49757 CDS_44 CDS 1 50175 50325 CDS_45 CDS 1 50482 50844 stop_codon_4 stop_codon 50842 50844 gene_5 gene 0.33 56562 59423 transcript_5 transcript 0.33 56562 59423 start_codon_5 start_codon 56562 56564 intron_42 intron 0.94 56698 57940 intron_43 intron 0.46 58051 59399 CDS_46 CDS 0.63 56562 56697 CDS_47 CDS 0.92 57941 58050 CDS_48 CDS 0.79 59400 59423 stop_codon_5 stop_codon 59421 59423 gene_6 gene 0.95 59510 61920 transcript_6 transcript 0.95 59510 61920 start_codon_6 start_codon 59510 59512 intron_44 intron 1 59530 60277 intron_45 intron 1 60380 61781 CDS_49 CDS 1 59510 59529 CDS_50 CDS 1 60278 60379 CDS_51 CDS 1 61782 61920 stop_codon_6 stop_codon 61918 61920 gene_7 gene 0.02 72548 100552 transcript_7 transcript 0.02 72548 100552 start_codon_7 start_codon 72548 72550 intron_46 intron 0.99 72631 76703 intron_47 intron 0.43 76812 79216 intron_48 intron 0.68 79270 79350 intron_49 intron 1 79529 81676 intron_50 intron 1 81749 81856 intron_51 intron 1 81926 82002 intron_52 intron 1 82075 82162 intron_53 intron 1 82235 82328 intron_54 intron 1 82401 82486 intron_55 intron 1 82556 82644 intron_56 intron 1 82717 82788 intron_57 intron 0.74 82861 82968 intron_58 intron 0.81 83041 83490 intron_59 intron 0.54 83560 83857 intron_60 intron 0.16 83924 84822 intron_61 intron 0.78 84858 85017 intron_62 intron 1 85395 85465 intron_63 intron 1 85662 85847 intron_64 intron 1 85983 86188 intron_65 intron 1 86308 86431 intron_66 intron 1 86643 86837 intron_67 intron 1 87079 87282 intron_68 intron 1 87434 87526 intron_69 intron 0.85 87623 89975 intron_70 intron 1 90112 90272 intron_71 intron 1 90451 91358 intron_72 intron 1 91431 91534 intron_73 intron 1 91604 91698 intron_74 intron 1 91771 91855 intron_75 intron 0.85 91928 92013 intron_76 intron 0.7 92086 92184 intron_77 intron 0.72 92254 92339 intron_78 intron 0.99 92412 92508 intron_79 intron 0.97 92581 93222 intron_80 intron 0.73 93292 94212 intron_81 intron 0.34 94254 94390 intron_82 intron 1 94768 94839 intron_83 intron 0.25 95036 95647 intron_84 intron 0.41 95767 95925 intron_85 intron 0.86 96137 96330 intron_86 intron 1 96569 97098 intron_87 intron 1 97250 97323 intron_88 intron 0.58 97572 100509 CDS_52 CDS 1 72548 72630 CDS_53 CDS 0.5 76704 76811 CDS_54 CDS 0.54 79217 79269 CDS_55 CDS 1 79351 79528 CDS_56 CDS 1 81677 81748 CDS_57 CDS 1 81857 81925 CDS_58 CDS 1 82003 82074 CDS_59 CDS 1 82163 82234 CDS_60 CDS 1 82329 82400 CDS_61 CDS 1 82487 82555 CDS_62 CDS 1 82645 82716 CDS_63 CDS 0.74 82789 82860 CDS_64 CDS 0.97 82969 83040 CDS_65 CDS 0.84 83491 83559 CDS_66 CDS 0.44 83858 83923 CDS_67 CDS 0.78 84823 84857 CDS_68 CDS 1 85018 85394 CDS_69 CDS 1 85466 85661 CDS_70 CDS 1 85848 85982 CDS_71 CDS 1 86189 86307 CDS_72 CDS 1 86432 86642 CDS_73 CDS 1 86838 87078 CDS_74 CDS 1 87283 87433 CDS_75 CDS 0.86 87527 87622 CDS_76 CDS 0.92 89976 90111 CDS_77 CDS 1 90273 90450 CDS_78 CDS 1 91359 91430 CDS_79 CDS 1 91535 91603 CDS_80 CDS 1 91699 91770 CDS_81 CDS 0.99 91856 91927 CDS_82 CDS 0.85 92014 92085 CDS_83 CDS 0.72 92185 92253 CDS_84 CDS 1 92340 92411 CDS_85 CDS 0.99 92509 92580 CDS_86 CDS 0.97 93223 93291 CDS_87 CDS 0.38 94213 94253 CDS_88 CDS 0.62 94391 94767 CDS_89 CDS 0.56 94840 95035 CDS_90 CDS 0.24 95648 95766 CDS_91 CDS 0.62 95926 96136 CDS_92 CDS 0.91 96331 96568 CDS_93 CDS 1 97099 97249 CDS_94 CDS 0.75 97324 97571 CDS_95 CDS 0.61 100510 100552 stop_codon_7 stop_codon 100550 100552 gene_8 gene 1 122592 124328 transcript_8 transcript 1 122592 124328 start_codon_8 start_codon 122592 122594 intron_89 intron 1 122877 124085 CDS_96 CDS 1 122592 122876 CDS_97 CDS 1 124086 124328 stop_codon_8 stop_codon 124326 124328 AUGUSTUS_tom_cdna de novo gene_9 gene 0.96 51565 51275 transcript_9 transcript 0.96 51565 51275 stop_codon_9 stop_codon 51277 51275 CDS_98 CDS 0.96 51565 51275 start_codon_9 start_codon 51565 51563 gene_10 gene 0.46 51852 51589 transcript_10 transcript 0.46 51852 51589 stop_codon_10 stop_codon 51591 51589 CDS_99 CDS 0.46 51852 51589 start_codon_10 start_codon 51852 51850 gene_11 gene 0.23 120830 100555 transcript_11 transcript 0.23 120830 100555 stop_codon_11 stop_codon 100557 100555 intron_90 intron 1 101012 100903 intron_91 intron 1 101254 101164 intron_92 intron 0.95 101571 101496 intron_93 intron 1 101986 101783 intron_94 intron 1 102220 102109 intron_95 intron 0.91 102438 102359 intron_96 intron 0.94 102917 102620 intron_97 intron 0.98 103500 103295 intron_98 intron 0.8 104257 103551 intron_99 intron 1 105179 104339 intron_100 intron 1 105518 105246 intron_101 intron 1 105683 105591 intron_102 intron 1 105860 105762 intron_103 intron 1 106011 105933 intron_104 intron 1 106183 106084 intron_105 intron 0.97 106785 106256 intron_106 intron 0.97 106951 106858 intron_107 intron 0.96 107097 107018 intron_108 intron 0.56 110723 107170 intron_109 intron 0.63 116767 110763 intron_110 intron 0.71 120804 116852 CDS_100 CDS 1 100902 100555 CDS_101 CDS 1 101163 101013 CDS_102 CDS 0.95 101495 101255 CDS_103 CDS 1 101782 101572 CDS_104 CDS 1 102108 101987 CDS_105 CDS 0.91 102358 102221 CDS_106 CDS 0.99 102619 102439 CDS_107 CDS 0.95 103294 102918 CDS_108 CDS 0.98 103550 103501 CDS_109 CDS 1 104338 104258 CDS_110 CDS 1 105245 105180 CDS_111 CDS 1 105590 105519 CDS_112 CDS 1 105761 105684 CDS_113 CDS 1 105932 105861 CDS_114 CDS 1 106083 106012 CDS_115 CDS 0.97 106255 106184 CDS_116 CDS 1 106857 106786 CDS_117 CDS 0.97 107017 106952 CDS_118 CDS 0.68 107169 107098 CDS_119 CDS 0.57 110762 110724 CDS_120 CDS 0.82 116851 116768 CDS_121 CDS 0.73 120830 120805 start_codon_11 start_codon 120830 120828 AUGUSTUS_ab_initio de novo gene_1 gene 0.03 883 13724 transcript_1 transcript 0.03 883 13724 intron_1 intron 0.64 1 882 intron_2 intron 0.38 907 1236 intron_3 intron 0.29 1329 1565 intron_4 intron 0.42 1616 2780 intron_5 intron 0.93 2935 3468 intron_6 intron 0.66 3541 3809 intron_7 intron 0.93 3882 4063 intron_8 intron 0.86 4136 4263 intron_9 intron 0.89 4336 4424 intron_10 intron 0.95 4497 4578 intron_11 intron 0.92 4651 4750 intron_12 intron 0.98 4823 4919 intron_13 intron 0.89 4992 5634 intron_14 intron 0.88 5707 5893 intron_15 intron 0.61 5960 6210 intron_16 intron 0.57 6274 6360 intron_17 intron 0.85 6409 6551 intron_18 intron 1 6596 7154 intron_19 intron 0.83 7544 8853 intron_20 intron 0.82 9050 11882 intron_21 intron 0.84 12027 12221 intron_22 intron 1 12341 12420 intron_23 intron 0.76 12632 12725 intron_24 intron 1 12964 13067 intron_25 intron 0.96 13219 13364 CDS_1 CDS 0.47 883 906 CDS_2 CDS 0.37 1237 1328 CDS_3 CDS 0.32 1566 1615 CDS_4 CDS 0.93 2781 2934 CDS_5 CDS 0.96 3469 3540 CDS_6 CDS 0.97 3810 3881 CDS_7 CDS 0.95 4064 4135 CDS_8 CDS 0.9 4264 4335 CDS_9 CDS 0.94 4425 4496 CDS_10 CDS 0.98 4579 4650 CDS_11 CDS 0.94 4751 4822 CDS_12 CDS 0.97 4920 4991 CDS_13 CDS 0.87 5635 5706 CDS_14 CDS 0.99 5894 5959 CDS_15 CDS 0.61 6211 6273 CDS_16 CDS 0.85 6361 6408 CDS_17 CDS 1 6552 6595 CDS_18 CDS 0.99 7155 7543 CDS_19 CDS 0.9 8854 9049 CDS_20 CDS 0.85 11883 12026 CDS_21 CDS 0.98 12222 12340 CDS_22 CDS 0.96 12421 12631 CDS_23 CDS 0.75 12726 12963 CDS_24 CDS 0.99 13068 13218 CDS_25 CDS 0.97 13365 13724 stop_codon_1 stop_codon 13722 13724 gene_2 gene 0.02 25478 37499 transcript_2 transcript 0.02 25478 37499 start_codon_1 start_codon 25478 25480 intron_26 intron 0.85 25578 26549 intron_27 intron 0.98 26725 27357 intron_28 intron 0.87 27430 27544 intron_29 intron 0.89 27614 27695 intron_30 intron 0.87 27768 28414 intron_31 intron 0.94 28487 28590 intron_32 intron 0.93 28663 28763 intron_33 intron 0.74 28836 28911 intron_34 intron 0.47 28984 30842 intron_35 intron 0.55 30899 31340 intron_36 intron 0.91 31447 31529 intron_37 intron 0.88 31578 31723 intron_38 intron 0.5 31768 32312 intron_39 intron 0.24 32385 33337 intron_40 intron 0.54 33637 33800 intron_41 intron 0.89 33997 35296 intron_42 intron 0.87 35369 35902 intron_43 intron 1 36022 36235 intron_44 intron 0.95 36447 36527 intron_45 intron 1 36760 36834 intron_46 intron 0.59 36986 37139 CDS_26 CDS 0.96 25478 25577 CDS_27 CDS 0.83 26550 26724 CDS_28 CDS 1 27358 27429 CDS_29 CDS 0.87 27545 27613 CDS_30 CDS 0.99 27696 27767 CDS_31 CDS 0.95 28415 28486 CDS_32 CDS 0.97 28591 28662 CDS_33 CDS 0.94 28764 28835 CDS_34 CDS 0.74 28912 28983 CDS_35 CDS 0.55 30843 30898 CDS_36 CDS 0.55 31341 31446 CDS_37 CDS 0.99 31530 31577 CDS_38 CDS 0.85 31724 31767 CDS_39 CDS 0.2 32313 32384 CDS_40 CDS 0.43 33338 33636 CDS_41 CDS 1 33801 33996 CDS_42 CDS 0.88 35297 35368 CDS_43 CDS 0.99 35903 36021 CDS_44 CDS 0.95 36236 36446 CDS_45 CDS 1 36528 36759 CDS_46 CDS 0.59 36835 36985 CDS_47 CDS 0.95 37140 37499 stop_codon_2 stop_codon 37497 37499 gene_3 gene 0.01 41428 50844 transcript_3 transcript 0.01 41428 50844 start_codon_2 start_codon 41428 41430 intron_47 intron 1 41531 41609 intron_48 intron 0.48 41725 42401 intron_49 intron 0.9 42531 42617 intron_50 intron 0.71 42687 42764 intron_51 intron 0.96 42837 42917 intron_52 intron 0.89 42990 44751 intron_53 intron 0.97 44824 44923 intron_54 intron 0.94 44993 45065 intron_55 intron 0.72 45138 45243 intron_56 intron 0.69 45316 45407 intron_57 intron 0.68 45474 45765 intron_58 intron 0.66 45835 46279 intron_59 intron 0.92 46346 46711 intron_60 intron 0.32 46778 46867 intron_61 intron 0.87 46904 46988 intron_62 intron 0.94 47030 47320 intron_63 intron 0.63 47698 48277 intron_64 intron 0.88 48408 48771 intron_65 intron 1 48891 48997 intron_66 intron 0.56 49209 49519 intron_67 intron 1 49758 50174 intron_68 intron 0.97 50326 50481 CDS_48 CDS 0.95 41428 41530 CDS_49 CDS 0.69 41610 41724 CDS_50 CDS 0.57 42402 42530 CDS_51 CDS 0.71 42618 42686 CDS_52 CDS 0.71 42765 42836 CDS_53 CDS 0.95 42918 42989 CDS_54 CDS 0.98 44752 44823 CDS_55 CDS 0.97 44924 44992 CDS_56 CDS 0.97 45066 45137 CDS_57 CDS 0.72 45244 45315 CDS_58 CDS 0.68 45408 45473 CDS_59 CDS 0.99 45766 45834 CDS_60 CDS 0.92 46280 46345 CDS_61 CDS 0.46 46712 46777 CDS_62 CDS 0.38 46868 46903 CDS_63 CDS 0.93 46989 47029 CDS_64 CDS 1 47321 47697 CDS_65 CDS 0.83 48278 48407 CDS_66 CDS 1 48772 48890 CDS_67 CDS 0.56 48998 49208 CDS_68 CDS 1 49520 49757 CDS_69 CDS 0.97 50175 50325 CDS_70 CDS 1 50482 50844 stop_codon_3 stop_codon 50842 50844 gene_4 gene 0.06 53766 59637 transcript_4 transcript 0.06 53766 59637 start_codon_3 start_codon 53766 53768 intron_69 intron 0.53 53772 53953 intron_70 intron 0.42 54010 54157 intron_71 intron 0.56 54197 54723 intron_72 intron 0.92 54989 56540 intron_73 intron 0.99 56698 57940 intron_74 intron 0.85 58051 58330 intron_75 intron 0.88 58409 59341 intron_76 intron 0.4 59432 59598 CDS_71 CDS 0.58 53766 53771 CDS_72 CDS 0.51 53954 54009 CDS_73 CDS 0.66 54158 54196 CDS_74 CDS 0.69 54724 54988 CDS_75 CDS 0.97 56541 56697 CDS_76 CDS 0.99 57941 58050 CDS_77 CDS 0.81 58331 58408 CDS_78 CDS 0.92 59342 59431 CDS_79 CDS 0.31 59599 59637 stop_codon_4 stop_codon 59635 59637 gene_5 gene 0.06 72548 87874 transcript_5 transcript 0.06 72548 87874 start_codon_4 start_codon 72548 72550 intron_77 intron 0.45 72631 79216 intron_78 intron 0.79 79270 79350 intron_79 intron 0.56 79466 81676 intron_80 intron 0.61 81749 81856 intron_81 intron 0.73 81926 82002 intron_82 intron 0.94 82075 82162 intron_83 intron 1 82235 82328 intron_84 intron 1 82401 82486 intron_85 intron 1 82556 82644 intron_86 intron 1 82717 82788 intron_87 intron 0.65 82861 82968 intron_88 intron 0.97 83041 83490 intron_89 intron 0.94 83560 83857 intron_90 intron 0.82 83924 84540 intron_91 intron 0.86 84604 84691 intron_92 intron 0.97 84728 84822 intron_93 intron 0.91 84858 85017 intron_94 intron 1 85395 85465 intron_95 intron 0.83 85662 85847 intron_96 intron 0.83 85983 86188 intron_97 intron 1 86308 86431 intron_98 intron 0.58 86643 86837 intron_99 intron 0.98 87079 87282 intron_100 intron 1 87434 87526 CDS_80 CDS 0.93 72548 72630 CDS_81 CDS 0.43 79217 79269 CDS_82 CDS 0.59 79351 79465 CDS_83 CDS 0.77 81677 81748 CDS_84 CDS 0.73 81857 81925 CDS_85 CDS 0.96 82003 82074 CDS_86 CDS 0.98 82163 82234 CDS_87 CDS 1 82329 82400 CDS_88 CDS 1 82487 82555 CDS_89 CDS 1 82645 82716 CDS_90 CDS 0.65 82789 82860 CDS_91 CDS 1 82969 83040 CDS_92 CDS 1 83491 83559 CDS_93 CDS 0.87 83858 83923 CDS_94 CDS 0.87 84541 84603 CDS_95 CDS 0.97 84692 84727 CDS_96 CDS 1 84823 84857 CDS_97 CDS 0.91 85018 85394 CDS_98 CDS 0.99 85466 85661 CDS_99 CDS 0.83 85848 85982 CDS_100 CDS 0.99 86189 86307 CDS_101 CDS 0.59 86432 86642 CDS_102 CDS 0.96 86838 87078 CDS_103 CDS 0.98 87283 87433 CDS_104 CDS 0.98 87527 87874 stop_codon_5 stop_codon 87872 87874 gene_6 gene 0.03 89896 97671 transcript_6 transcript 0.03 89896 97671 start_codon_5 start_codon 89896 89898 intron_101 intron 0.47 89921 90045 intron_102 intron 0.52 90112 90272 intron_103 intron 0.65 90388 91358 intron_104 intron 0.94 91431 91534 intron_105 intron 0.99 91604 91698 intron_106 intron 0.99 91771 91855 intron_107 intron 0.99 91928 92013 intron_108 intron 0.99 92086 92184 intron_109 intron 0.99 92254 92339 intron_110 intron 0.98 92412 92508 intron_111 intron 0.98 92581 93222 intron_112 intron 0.38 93292 93924 intron_113 intron 0.82 94108 94212 intron_114 intron 0.36 94326 94402 intron_115 intron 0.99 94768 94839 intron_116 intron 0.46 95036 95647 intron_117 intron 0.86 95767 95925 intron_118 intron 0.91 96137 96330 intron_119 intron 0.99 96569 97098 intron_120 intron 1 97250 97323 CDS_105 CDS 0.88 89896 89920 CDS_106 CDS 0.48 90046 90111 CDS_107 CDS 0.76 90273 90387 CDS_108 CDS 0.77 91359 91430 CDS_109 CDS 1 91535 91603 CDS_110 CDS 0.99 91699 91770 CDS_111 CDS 1 91856 91927 CDS_112 CDS 0.99 92014 92085 CDS_113 CDS 0.99 92185 92253 CDS_114 CDS 0.99 92340 92411 CDS_115 CDS 0.98 92509 92580 CDS_116 CDS 1 93223 93291 CDS_117 CDS 0.7 93925 94107 CDS_118 CDS 0.66 94213 94325 CDS_119 CDS 0.41 94403 94767 CDS_120 CDS 0.76 94840 95035 CDS_121 CDS 0.73 95648 95766 CDS_122 CDS 0.91 95926 96136 CDS_123 CDS 0.91 96331 96568 CDS_124 CDS 0.99 97099 97249 CDS_125 CDS 1 97324 97671 stop_codon_6 stop_codon 97669 97671 gene_7 gene 0.99 122592 124328 transcript_7 transcript 0.99 122592 124328 start_codon_6 start_codon 122592 122594 intron_121 intron 0.99 122877 124085 CDS_126 CDS 0.99 122592 122876 CDS_127 CDS 1 124086 124328 stop_codon_7 stop_codon 124326 124328 AUGUSTUS_ab_initio de novo gene_8 gene 0.92 51565 51275 transcript_8 transcript 0.92 51565 51275 stop_codon_8 stop_codon 51277 51275 CDS_128 CDS 0.92 51565 51275 start_codon_7 start_codon 51565 51563 gene_9 gene 0.39 51852 51589 transcript_9 transcript 0.39 51852 51589 stop_codon_9 stop_codon 51591 51589 CDS_129 CDS 0.39 51852 51589 start_codon_8 start_codon 51852 51850 gene_10 gene 0.02 107305 100555 transcript_10 transcript 0.02 107305 100555 stop_codon_10 stop_codon 100557 100555 intron_122 intron 0.99 101012 100903 intron_123 intron 1 101254 101164 intron_124 intron 0.92 101571 101496 intron_125 intron 0.83 101986 101783 intron_126 intron 0.88 102220 102109 intron_127 intron 0.82 102438 102359 intron_128 intron 0.95 102917 102620 intron_129 intron 0.97 103500 103295 intron_130 intron 0.72 103638 103551 intron_131 intron 0.38 104257 103669 intron_132 intron 0.63 105179 104339 intron_133 intron 0.57 105518 105246 intron_134 intron 0.59 105860 105591 intron_135 intron 0.98 106011 105933 intron_136 intron 0.76 106183 106084 intron_137 intron 0.75 106785 106256 intron_138 intron 1 106951 106858 intron_139 intron 0.98 107097 107018 intron_140 intron 0.53 107294 107170 CDS_130 CDS 0.99 100902 100555 CDS_131 CDS 1 101163 101013 CDS_132 CDS 0.92 101495 101255 CDS_133 CDS 0.49 101782 101572 CDS_134 CDS 0.91 102108 101987 CDS_135 CDS 0.82 102358 102221 CDS_136 CDS 0.96 102619 102439 CDS_137 CDS 0.94 103294 102918 CDS_138 CDS 0.97 103550 103501 CDS_139 CDS 0.71 103668 103639 CDS_140 CDS 1 104338 104258 CDS_141 CDS 0.63 105245 105180 CDS_142 CDS 0.86 105590 105519 CDS_143 CDS 0.99 105932 105861 CDS_144 CDS 0.99 106083 106012 CDS_145 CDS 0.75 106255 106184 CDS_146 CDS 1 106857 106786 CDS_147 CDS 0.98 107017 106952 CDS_148 CDS 0.96 107169 107098 CDS_149 CDS 0.53 107305 107295 start_codon_9 start_codon 107305 107303 AUGUSTUS_tom_ugs de novo gene_1 gene 0.05 2810 12654 transcript_1 transcript 0.05 2810 12654 start_codon_1 start_codon 2810 2812 intron_1 intron 0.2 2935 3809 intron_2 intron 0.41 3882 4063 intron_3 intron 0.23 4136 4750 intron_4 intron 0.69 4823 4919 intron_5 intron 0.4 4992 5893 intron_6 intron 0.75 5960 6551 intron_7 intron 0.99 6596 7154 intron_8 intron 0.9 7544 8853 intron_9 intron 1 9050 11882 intron_10 intron 1 12027 12221 intron_11 intron 1 12341 12420 CDS_1 CDS 0.21 2810 2934 CDS_2 CDS 0.72 3810 3881 CDS_3 CDS 0.52 4064 4135 CDS_4 CDS 0.79 4751 4822 CDS_5 CDS 0.72 4920 4991 CDS_6 CDS 0.82 5894 5959 CDS_7 CDS 0.99 6552 6595 CDS_8 CDS 0.95 7155 7543 CDS_9 CDS 0.93 8854 9049 CDS_10 CDS 1 11883 12026 CDS_11 CDS 1 12222 12340 CDS_12 CDS 0.97 12421 12654 stop_codon_1 stop_codon 12652 12654 gene_2 gene 0.01 12746 87874 transcript_2 transcript 0.01 12746 87874 start_codon_2 start_codon 12746 12748 intron_12 intron 1 12964 13067 intron_13 intron 1 13219 13364 intron_14 intron 0.55 13636 26549 intron_15 intron 0.9 26725 27357 intron_16 intron 0.33 27430 27695 intron_17 intron 0.21 27768 30842 intron_18 intron 0.29 30899 31340 intron_19 intron 0.36 31447 31529 intron_20 intron 0.73 31578 31723 intron_21 intron 0.59 31768 33337 intron_22 intron 0.71 33637 33800 intron_23 intron 0.79 33997 35902 intron_24 intron 1 36022 36235 intron_25 intron 1 36447 36527 intron_26 intron 1 36760 36834 intron_27 intron 0.38 36986 37139 intron_28 intron 0.77 37345 41488 intron_29 intron 1 41531 41609 intron_30 intron 1 41788 42458 intron_31 intron 1 42531 42617 intron_32 intron 1 42687 42764 intron_33 intron 1 42837 42917 intron_34 intron 1 42990 44751 intron_35 intron 1 44824 44923 intron_36 intron 1 44993 45065 intron_37 intron 1 45138 45243 intron_38 intron 1 45316 45407 intron_39 intron 1 45480 45765 intron_40 intron 1 45835 46279 intron_41 intron 1 46346 46711 intron_42 intron 1 46778 46867 intron_43 intron 1 46904 46988 intron_44 intron 1 47030 47320 intron_45 intron 1 47698 47762 intron_46 intron 1 47959 48254 intron_47 intron 1 48408 48771 intron_48 intron 1 48891 48997 intron_49 intron 1 49209 49519 intron_50 intron 1 49758 50174 intron_51 intron 1 50326 50481 intron_52 intron 0.86 50746 53953 intron_53 intron 0.61 54010 54157 intron_54 intron 0.52 54197 54723 intron_55 intron 0.96 54989 56540 intron_56 intron 1 56698 57940 intron_57 intron 0.55 58051 59341 intron_58 intron 1 59432 59509 intron_59 intron 1 59530 60277 intron_60 intron 0.88 60380 61781 intron_61 intron 0.84 61856 79350 intron_62 intron 0.22 79466 82002 intron_63 intron 0.75 82075 82162 intron_64 intron 0.95 82235 82328 intron_65 intron 0.98 82401 82486 intron_66 intron 0.98 82556 82644 intron_67 intron 0.98 82717 82788 intron_68 intron 0.73 82861 82968 intron_69 intron 0.82 83041 83490 intron_70 intron 0.56 83560 83857 intron_71 intron 0.2 83924 84822 intron_72 intron 0.74 84858 85017 intron_73 intron 1 85395 85465 intron_74 intron 1 85662 85847 intron_75 intron 1 85983 86188 intron_76 intron 1 86308 86431 intron_77 intron 1 86643 86837 intron_78 intron 1 87079 87282 intron_79 intron 1 87434 87526 CDS_13 CDS 0.88 12746 12963 CDS_14 CDS 1 13068 13218 CDS_15 CDS 0.69 13365 13635 CDS_16 CDS 0.92 26550 26724 CDS_17 CDS 0.89 27358 27429 CDS_18 CDS 0.63 27696 27767 CDS_19 CDS 0.29 30843 30898 CDS_20 CDS 0.29 31341 31446 CDS_21 CDS 0.88 31530 31577 CDS_22 CDS 0.76 31724 31767 CDS_23 CDS 0.64 33338 33636 CDS_24 CDS 0.99 33801 33996 CDS_25 CDS 0.99 35903 36021 CDS_26 CDS 1 36236 36446 CDS_27 CDS 1 36528 36759 CDS_28 CDS 0.38 36835 36985 CDS_29 CDS 0.83 37140 37344 CDS_30 CDS 0.94 41489 41530 CDS_31 CDS 1 41610 41787 CDS_32 CDS 1 42459 42530 CDS_33 CDS 1 42618 42686 CDS_34 CDS 1 42765 42836 CDS_35 CDS 1 42918 42989 CDS_36 CDS 1 44752 44823 CDS_37 CDS 1 44924 44992 CDS_38 CDS 1 45066 45137 CDS_39 CDS 1 45244 45315 CDS_40 CDS 1 45408 45479 CDS_41 CDS 1 45766 45834 CDS_42 CDS 1 46280 46345 CDS_43 CDS 1 46712 46777 CDS_44 CDS 1 46868 46903 CDS_45 CDS 1 46989 47029 CDS_46 CDS 1 47321 47697 CDS_47 CDS 1 47763 47958 CDS_48 CDS 1 48255 48407 CDS_49 CDS 1 48772 48890 CDS_50 CDS 1 48998 49208 CDS_51 CDS 1 49520 49757 CDS_52 CDS 1 50175 50325 CDS_53 CDS 0.92 50482 50745 CDS_54 CDS 0.89 53954 54009 CDS_55 CDS 0.65 54158 54196 CDS_56 CDS 0.68 54724 54988 CDS_57 CDS 0.97 56541 56697 CDS_58 CDS 1 57941 58050 CDS_59 CDS 0.98 59342 59431 CDS_60 CDS 1 59510 59529 CDS_61 CDS 1 60278 60379 CDS_62 CDS 0.84 61782 61855 CDS_63 CDS 0.55 79351 79465 CDS_64 CDS 0.78 82003 82074 CDS_65 CDS 0.93 82163 82234 CDS_66 CDS 0.99 82329 82400 CDS_67 CDS 0.98 82487 82555 CDS_68 CDS 0.99 82645 82716 CDS_69 CDS 0.8 82789 82860 CDS_70 CDS 0.92 82969 83040 CDS_71 CDS 0.89 83491 83559 CDS_72 CDS 0.39 83858 83923 CDS_73 CDS 0.74 84823 84857 CDS_74 CDS 1 85018 85394 CDS_75 CDS 1 85466 85661 CDS_76 CDS 1 85848 85982 CDS_77 CDS 1 86189 86307 CDS_78 CDS 1 86432 86642 CDS_79 CDS 1 86838 87078 CDS_80 CDS 1 87283 87433 CDS_81 CDS 1 87527 87874 stop_codon_2 stop_codon 87872 87874 gene_3 gene 0.04 89988 97671 transcript_3 transcript 0.04 89988 97671 start_codon_3 start_codon 89988 89990 intron_80 intron 1 90112 90272 intron_81 intron 1 90451 91358 intron_82 intron 1 91431 91534 intron_83 intron 1 91604 91698 intron_84 intron 1 91771 91855 intron_85 intron 0.87 91928 92013 intron_86 intron 0.68 92086 92184 intron_87 intron 0.69 92254 92339 intron_88 intron 0.96 92412 92508 intron_89 intron 0.95 92581 93222 intron_90 intron 0.75 93292 94212 intron_91 intron 0.31 94254 94390 intron_92 intron 1 94768 94839 intron_93 intron 0.32 95036 95647 intron_94 intron 0.41 95767 95925 intron_95 intron 0.78 96137 96330 intron_96 intron 1 96569 97098 intron_97 intron 1 97250 97323 CDS_82 CDS 0.88 89988 90111 CDS_83 CDS 1 90273 90450 CDS_84 CDS 1 91359 91430 CDS_85 CDS 1 91535 91603 CDS_86 CDS 1 91699 91770 CDS_87 CDS 1 91856 91927 CDS_88 CDS 0.87 92014 92085 CDS_89 CDS 0.7 92185 92253 CDS_90 CDS 0.98 92340 92411 CDS_91 CDS 0.98 92509 92580 CDS_92 CDS 0.96 93223 93291 CDS_93 CDS 0.39 94213 94253 CDS_94 CDS 0.55 94391 94767 CDS_95 CDS 0.59 94840 95035 CDS_96 CDS 0.29 95648 95766 CDS_97 CDS 0.58 95926 96136 CDS_98 CDS 0.89 96331 96568 CDS_99 CDS 1 97099 97249 CDS_100 CDS 1 97324 97671 stop_codon_3 stop_codon 97669 97671 gene_4 gene 0.99 122592 124328 transcript_4 transcript 0.99 122592 124328 start_codon_4 start_codon 122592 122594 intron_98 intron 0.99 122877 124085 CDS_101 CDS 0.99 122592 122876 CDS_102 CDS 1 124086 124328 stop_codon_4 stop_codon 124326 124328 AUGUSTUS_tom_ugs de novo gene_5 gene 0.68 103319 100555 transcript_5 transcript 0.68 103319 100555 stop_codon_5 stop_codon 100557 100555 intron_99 intron 1 101012 100903 intron_100 intron 0.95 101254 101164 intron_101 intron 0.93 101571 101496 intron_102 intron 1 101986 101783 intron_103 intron 1 102220 102109 intron_104 intron 0.87 102438 102359 intron_105 intron 0.89 102917 102620 CDS_103 CDS 1 100902 100555 CDS_104 CDS 0.95 101163 101013 CDS_105 CDS 0.88 101495 101255 CDS_106 CDS 1 101782 101572 CDS_107 CDS 1 102108 101987 CDS_108 CDS 0.88 102358 102221 CDS_109 CDS 0.91 102619 102439 CDS_110 CDS 0.89 103319 102918 start_codon_5 start_codon 103319 103317 gene_6 gene 0.53 113566 103764 transcript_6 transcript 0.53 113566 103764 stop_codon_6 stop_codon 103766 103764 intron_106 intron 1 104257 103837 intron_107 intron 1 105179 104339 intron_108 intron 1 105518 105246 intron_109 intron 1 105683 105591 intron_110 intron 1 105860 105762 intron_111 intron 1 106011 105933 intron_112 intron 1 106183 106084 intron_113 intron 1 106785 106256 intron_114 intron 1 106951 106858 intron_115 intron 1 107097 107018 intron_116 intron 0.98 110687 107219 intron_117 intron 0.83 113451 110763 CDS_111 CDS 0.99 103836 103764 CDS_112 CDS 1 104338 104258 CDS_113 CDS 1 105245 105180 CDS_114 CDS 1 105590 105519 CDS_115 CDS 1 105761 105684 CDS_116 CDS 1 105932 105861 CDS_117 CDS 1 106083 106012 CDS_118 CDS 1 106255 106184 CDS_119 CDS 1 106857 106786 CDS_120 CDS 1 107017 106952 CDS_121 CDS 1 107218 107098 CDS_122 CDS 0.98 110762 110688 CDS_123 CDS 0.54 113566 113452 start_codon_6 start_codon 113566 113564 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 8987 9049 match_part 1.000 11883 12026 match_part 1.000 12222 12340 match_part 1.000 12421 12921 match_2 match_part 1.000 13162 13218 match_part 0.997 13365 14065 match_3 match_part 0.998 41104 41530 match_part 1.000 41610 41787 match_part 1.000 42459 42530 match_part 1.000 42618 42686 match_part 1.000 42765 42836 match_part 0.986 42918 42989 match_part 1.000 44778 44823 match_part 1.000 44924 44992 match_part 1.000 45066 45137 match_part 1.000 45244 45315 match_part 1.000 45408 45479 match_part 1.000 45766 45834 match_part 1.000 46280 46345 match_part 1.000 46712 46777 match_part 1.000 46868 46903 match_part 1.000 46989 47029 match_part 0.995 47321 47697 match_part 1.000 47763 47958 match_part 1.000 48255 48407 match_part 1.000 48772 49267 match_4 match_part 0.931 42459 42530 match_part 0.986 42618 42686 match_part 0.958 42765 42836 match_part 1.000 42918 42989 match_part 1.000 44752 44823 match_part 1.000 44924 44992 match_part 0.986 45066 45137 match_part 0.986 45244 45315 match_part 0.958 45408 45479 match_part 0.900 45766 45775 match_5 match_part 1.000 48305 48407 match_part 1.000 48772 48890 match_part 0.986 48998 49208 match_part 1.000 49520 49605 match_6 match_part 0.984 49636 49757 match_part 1.000 50175 50325 match_part 0.996 50482 50926 match_7 match_part 1.000 53960 54005 match_part 1.000 54158 54657 match_8 match_part 1.000 59409 59529 match_part 1.000 60278 60379 match_part 0.985 61782 62261 match_9 match_part 0.965 79154 79528 match_part 1.000 81677 81748 match_part 1.000 81857 81925 match_part 1.000 82003 82074 match_part 1.000 82163 82234 match_part 1.000 82329 82400 match_part 1.000 82487 82555 match_part 0.972 82645 82716 match_part 0.986 82789 82860 match_part 0.986 82969 83040 match_part 0.971 83491 83559 match_part 0.985 83858 83923 match_part 0.984 84541 84602 match_10 match_part 1.000 85034 85394 match_part 1.000 85466 85661 match_part 1.000 85848 85982 match_part 1.000 86189 86307 match_part 1.000 86432 86642 match_part 1.000 86838 87078 match_part 0.971 87283 87350 match_11 match_part 0.939 86981 87078 match_part 0.987 87283 87433 match_part 1.000 87527 88038 match_12 match_part 0.970 89980 90111 match_part 0.994 90273 90450 match_part 0.986 91359 91430 match_part 1.000 91535 91603 match_part 1.000 91699 91770 match_part 0.986 91856 91927 match_part 1.000 92014 92021 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_13 match_part 0.912 50926 50699 match_14 match_part 0.998 57723 57244 match_15 match_part 0.979 101106 101013 match_part 0.986 100902 100273 match_16 match_part 0.984 102349 102221 match_part 0.992 102108 101987 match_part 0.981 101782 101572 match_part 0.878 101495 101455 match_17 match_part 1.000 107225 107098 match_part 1.000 107017 106952 match_part 1.000 106857 106786 match_part 1.000 106255 106184 match_part 1.000 106083 106012 match_part 1.000 105932 105861 match_part 1.000 105761 105684 match_part 1.000 105590 105519 match_part 1.000 105245 105180 match_part 0.938 104338 104258 match_part 0.930 103836 103780 match_18 match_part 0.984 107219 107098 match_part 1.000 107017 106952 match_part 1.000 106857 106786 match_part 1.000 106255 106184 match_part 1.000 106083 106058 match_part 1.000 105932 105861 match_part 1.000 105761 105684 match_part 1.000 105590 105519 match_part 1.000 105245 105180 match_19 match_part 1.000 106543 106184 match_part 1.000 106083 106012 match_part 1.000 105932 105861 match_part 1.000 105761 105684 match_part 1.000 105590 105519 match_part 1.000 105245 105207 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 8987 9049 exon 11883 12026 exon 12222 12340 exon 12421 12921 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 13162 13218 exon 13365 14065 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 41104 41530 exon 41610 41787 exon 42459 42530 exon 42618 42686 exon 42765 42836 exon 42918 42989 exon 44778 44823 exon 44924 44992 exon 45066 45137 exon 45244 45315 exon 45408 45479 exon 45766 45834 exon 46280 46345 exon 46712 46777 exon 46868 46903 exon 46989 47029 exon 47321 47697 exon 47763 47958 exon 48255 48407 exon 48772 49267 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 48305 48407 exon 48772 48890 exon 48998 49208 exon 49520 49605 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 42459 42530 exon 42618 42686 exon 42765 42836 exon 42918 42989 exon 44752 44823 exon 44924 44992 exon 45066 45137 exon 45244 45315 exon 45408 45479 exon 45766 45775 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 49636 49757 exon 50175 50325 exon 50482 50926 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 50926 50699 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 53960 54005 exon 54158 54657 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 57723 57244 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 59409 59529 exon 60278 60379 exon 61782 62261 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 79154 79528 exon 81677 81748 exon 81857 81925 exon 82003 82074 exon 82163 82234 exon 82329 82400 exon 82487 82555 exon 82645 82716 exon 82789 82860 exon 82969 83040 exon 83491 83559 exon 83858 83923 exon 84541 84602 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 85034 85394 exon 85466 85661 exon 85848 85982 exon 86189 86307 exon 86432 86642 exon 86838 87078 exon 87283 87433 exon 87527 88038 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 89980 90111 exon 90273 90450 exon 91359 91430 exon 91535 91603 exon 91699 91770 exon 91856 91927 exon 92014 92021 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 101106 101013 exon 100902 100273 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 102349 102221 exon 102108 101987 exon 101782 101572 exon 101495 101455 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 107225 107098 exon 107017 106952 exon 106857 106786 exon 106255 106184 exon 106083 106012 exon 105932 105861 exon 105761 105684 exon 105590 105519 exon 105245 105180 exon 104338 104258 exon 103836 103780 gene_17 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 106543 106184 exon 106083 106012 exon 105932 105861 exon 105761 105684 exon 105590 105519 exon 105245 105207 gene_18 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02SLm0100F12.1 type gene exon 107219 107098 exon 107017 106952 exon 106857 106786 exon 106255 106184 exon 106083 106058 exon 105932 105861 exon 105761 105684 exon 105590 105519 exon 105245 105180 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.01 2810 12654 transcript_1 transcript 0.01 2810 12654 start_codon_1 start_codon 2810 2812 intron_1 intron 0.28 2935 3809 intron_2 intron 0.39 3882 4063 intron_3 intron 0.22 4136 4750 intron_4 intron 0.72 4823 4919 intron_5 intron 0.38 4992 5893 intron_6 intron 0.63 5960 6551 intron_7 intron 0.99 6596 7154 intron_8 intron 0.89 7544 8853 intron_9 intron 1 9050 11882 intron_10 intron 1 12027 12221 intron_11 intron 1 12341 12420 CDS_1 CDS 0.24 2810 2934 CDS_2 CDS 0.75 3810 3881 CDS_3 CDS 0.52 4064 4135 CDS_4 CDS 0.74 4751 4822 CDS_5 CDS 0.77 4920 4991 CDS_6 CDS 0.74 5894 5959 CDS_7 CDS 0.99 6552 6595 CDS_8 CDS 0.96 7155 7543 CDS_9 CDS 0.92 8854 9049 CDS_10 CDS 1 11883 12026 CDS_11 CDS 1 12222 12340 CDS_12 CDS 1 12421 12654 stop_codon_1 stop_codon 12652 12654 gene_2 gene 0.88 12746 13724 transcript_2 transcript 0.88 12746 13724 start_codon_2 start_codon 12746 12748 intron_12 intron 1 12964 13067 intron_13 intron 1 13219 13364 CDS_13 CDS 0.88 12746 12963 CDS_14 CDS 1 13068 13218 CDS_15 CDS 1 13365 13724 stop_codon_2 stop_codon 13722 13724 gene_3 gene 0.05 33331 37499 transcript_3 transcript 0.05 33331 37499 start_codon_3 start_codon 33331 33333 intron_14 intron 0.66 33637 33800 intron_15 intron 0.74 33997 35902 intron_16 intron 1 36022 36235 intron_17 intron 0.96 36447 36527 intron_18 intron 0.99 36760 36834 intron_19 intron 0.54 36986 37139 CDS_16 CDS 0.22 33331 33636 CDS_17 CDS 1 33801 33996 CDS_18 CDS 0.99 35903 36021 CDS_19 CDS 0.96 36236 36446 CDS_20 CDS 1 36528 36759 CDS_21 CDS 0.53 36835 36985 CDS_22 CDS 1 37140 37499 stop_codon_3 stop_codon 37497 37499 gene_4 gene 0.44 41428 50844 transcript_4 transcript 0.44 41428 50844 start_codon_4 start_codon 41428 41430 intron_20 intron 1 41531 41609 intron_21 intron 1 41788 42458 intron_22 intron 1 42531 42617 intron_23 intron 1 42687 42764 intron_24 intron 1 42837 42917 intron_25 intron 1 42990 44751 intron_26 intron 1 44824 44923 intron_27 intron 1 44993 45065 intron_28 intron 1 45138 45243 intron_29 intron 1 45316 45407 intron_30 intron 1 45480 45765 intron_31 intron 1 45835 46279 intron_32 intron 1 46346 46711 intron_33 intron 1 46778 46867 intron_34 intron 1 46904 46988 intron_35 intron 1 47030 47320 intron_36 intron 1 47698 47762 intron_37 intron 0.45 47841 48277 intron_38 intron 1 48408 48771 intron_39 intron 1 48891 48997 intron_40 intron 0.99 49209 49519 intron_41 intron 1 49758 50174 intron_42 intron 1 50326 50481 CDS_23 CDS 1 41428 41530 CDS_24 CDS 1 41610 41787 CDS_25 CDS 1 42459 42530 CDS_26 CDS 1 42618 42686 CDS_27 CDS 1 42765 42836 CDS_28 CDS 1 42918 42989 CDS_29 CDS 1 44752 44823 CDS_30 CDS 1 44924 44992 CDS_31 CDS 1 45066 45137 CDS_32 CDS 1 45244 45315 CDS_33 CDS 1 45408 45479 CDS_34 CDS 1 45766 45834 CDS_35 CDS 1 46280 46345 CDS_36 CDS 1 46712 46777 CDS_37 CDS 1 46868 46903 CDS_38 CDS 1 46989 47029 CDS_39 CDS 1 47321 47697 CDS_40 CDS 0.45 47763 47840 CDS_41 CDS 0.94 48278 48407 CDS_42 CDS 1 48772 48890 CDS_43 CDS 1 48998 49208 CDS_44 CDS 0.99 49520 49757 CDS_45 CDS 1 50175 50325 CDS_46 CDS 1 50482 50844 stop_codon_4 stop_codon 50842 50844 gene_5 gene 0.32 56562 59423 transcript_5 transcript 0.32 56562 59423 start_codon_5 start_codon 56562 56564 intron_43 intron 0.98 56698 57940 intron_44 intron 0.46 58051 59399 CDS_47 CDS 0.71 56562 56697 CDS_48 CDS 0.98 57941 58050 CDS_49 CDS 0.74 59400 59423 stop_codon_5 stop_codon 59421 59423 gene_6 gene 0.92 59510 61920 transcript_6 transcript 0.92 59510 61920 start_codon_6 start_codon 59510 59512 intron_45 intron 1 59530 60277 intron_46 intron 1 60380 61781 CDS_50 CDS 1 59510 59529 CDS_51 CDS 1 60278 60379 CDS_52 CDS 1 61782 61920 stop_codon_6 stop_codon 61918 61920 gene_7 gene 0.02 72548 100552 transcript_7 transcript 0.02 72548 100552 start_codon_7 start_codon 72548 72550 intron_47 intron 1 72631 76703 intron_48 intron 0.32 76812 79216 intron_49 intron 0.52 79270 79350 intron_50 intron 1 79529 81676 intron_51 intron 1 81749 81856 intron_52 intron 1 81926 82002 intron_53 intron 1 82075 82162 intron_54 intron 1 82235 82328 intron_55 intron 1 82401 82486 intron_56 intron 1 82556 82644 intron_57 intron 1 82717 82788 intron_58 intron 0.65 82861 82968 intron_59 intron 0.83 83041 83490 intron_60 intron 0.53 83560 83857 intron_61 intron 0.11 83924 84822 intron_62 intron 0.79 84858 85017 intron_63 intron 1 85395 85465 intron_64 intron 1 85662 85847 intron_65 intron 1 85983 86188 intron_66 intron 1 86308 86431 intron_67 intron 1 86643 86837 intron_68 intron 1 87079 87282 intron_69 intron 1 87434 87526 intron_70 intron 0.93 87623 89975 intron_71 intron 1 90112 90272 intron_72 intron 1 90451 91358 intron_73 intron 1 91431 91534 intron_74 intron 1 91604 91698 intron_75 intron 1 91771 91855 intron_76 intron 0.83 91928 92013 intron_77 intron 0.69 92086 92184 intron_78 intron 0.77 92254 92339 intron_79 intron 0.99 92412 92508 intron_80 intron 0.95 92581 93222 intron_81 intron 0.72 93292 94212 intron_82 intron 0.39 94254 94390 intron_83 intron 1 94768 94839 intron_84 intron 1 95036 95290 intron_85 intron 1 95426 95647 intron_86 intron 1 95767 96033 intron_87 intron 0.93 96137 96330 intron_88 intron 0.99 96569 97098 intron_89 intron 1 97250 97323 intron_90 intron 0.68 97572 100509 CDS_53 CDS 1 72548 72630 CDS_54 CDS 0.48 76704 76811 CDS_55 CDS 0.38 79217 79269 CDS_56 CDS 1 79351 79528 CDS_57 CDS 1 81677 81748 CDS_58 CDS 1 81857 81925 CDS_59 CDS 1 82003 82074 CDS_60 CDS 1 82163 82234 CDS_61 CDS 1 82329 82400 CDS_62 CDS 1 82487 82555 CDS_63 CDS 1 82645 82716 CDS_64 CDS 0.67 82789 82860 CDS_65 CDS 0.97 82969 83040 CDS_66 CDS 0.86 83491 83559 CDS_67 CDS 0.41 83858 83923 CDS_68 CDS 0.79 84823 84857 CDS_69 CDS 1 85018 85394 CDS_70 CDS 1 85466 85661 CDS_71 CDS 1 85848 85982 CDS_72 CDS 1 86189 86307 CDS_73 CDS 1 86432 86642 CDS_74 CDS 1 86838 87078 CDS_75 CDS 1 87283 87433 CDS_76 CDS 0.94 87527 87622 CDS_77 CDS 0.96 89976 90111 CDS_78 CDS 1 90273 90450 CDS_79 CDS 1 91359 91430 CDS_80 CDS 1 91535 91603 CDS_81 CDS 1 91699 91770 CDS_82 CDS 0.99 91856 91927 CDS_83 CDS 0.83 92014 92085 CDS_84 CDS 0.77 92185 92253 CDS_85 CDS 0.99 92340 92411 CDS_86 CDS 1 92509 92580 CDS_87 CDS 0.95 93223 93291 CDS_88 CDS 0.41 94213 94253 CDS_89 CDS 0.69 94391 94767 CDS_90 CDS 1 94840 95035 CDS_91 CDS 1 95291 95425 CDS_92 CDS 1 95648 95766 CDS_93 CDS 1 96034 96136 CDS_94 CDS 0.93 96331 96568 CDS_95 CDS 1 97099 97249 CDS_96 CDS 0.8 97324 97571 CDS_97 CDS 0.69 100510 100552 stop_codon_7 stop_codon 100550 100552 gene_8 gene 1 122592 124328 transcript_8 transcript 1 122592 124328 start_codon_8 start_codon 122592 122594 intron_91 intron 1 122877 124085 CDS_98 CDS 1 122592 122876 CDS_99 CDS 1 124086 124328 stop_codon_8 stop_codon 124326 124328 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.97 51565 51275 transcript_9 transcript 0.97 51565 51275 stop_codon_9 stop_codon 51277 51275 CDS_100 CDS 0.97 51565 51275 start_codon_9 start_codon 51565 51563 gene_10 gene 0.42 51852 51589 transcript_10 transcript 0.42 51852 51589 stop_codon_10 stop_codon 51591 51589 CDS_101 CDS 0.42 51852 51589 start_codon_10 start_codon 51852 51850 gene_11 gene 0.18 120830 100555 transcript_11 transcript 0.18 120830 100555 stop_codon_11 stop_codon 100557 100555 intron_92 intron 1 101012 100903 intron_93 intron 1 101254 101164 intron_94 intron 0.95 101571 101496 intron_95 intron 1 101986 101783 intron_96 intron 1 102220 102109 intron_97 intron 0.9 102438 102359 intron_98 intron 0.95 102917 102620 intron_99 intron 0.94 103500 103295 intron_100 intron 0.69 104257 103551 intron_101 intron 1 105179 104339 intron_102 intron 1 105518 105246 intron_103 intron 1 105683 105591 intron_104 intron 1 105860 105762 intron_105 intron 1 106011 105933 intron_106 intron 1 106183 106084 intron_107 intron 0.97 106785 106256 intron_108 intron 0.93 106951 106858 intron_109 intron 0.91 107097 107018 intron_110 intron 0.57 110723 107170 intron_111 intron 0.69 116767 110763 intron_112 intron 0.76 120804 116852 CDS_102 CDS 1 100902 100555 CDS_103 CDS 1 101163 101013 CDS_104 CDS 0.95 101495 101255 CDS_105 CDS 1 101782 101572 CDS_106 CDS 1 102108 101987 CDS_107 CDS 0.9 102358 102221 CDS_108 CDS 0.98 102619 102439 CDS_109 CDS 0.97 103294 102918 CDS_110 CDS 0.94 103550 103501 CDS_111 CDS 0.99 104338 104258 CDS_112 CDS 1 105245 105180 CDS_113 CDS 1 105590 105519 CDS_114 CDS 1 105761 105684 CDS_115 CDS 1 105932 105861 CDS_116 CDS 1 106083 106012 CDS_117 CDS 0.97 106255 106184 CDS_118 CDS 1 106857 106786 CDS_119 CDS 0.93 107017 106952 CDS_120 CDS 0.69 107169 107098 CDS_121 CDS 0.59 110762 110724 CDS_122 CDS 0.86 116851 116768 CDS_123 CDS 0.78 120830 120805 start_codon_11 start_codon 120830 120828 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 162 36236 36985 match_2 match 51.6 13069 13182 match_3 match 88.2 12749 12961 match_4 match 167 36236 36988 match_5 match 56.6 13069 13221 match_6 match 88.2 12749 12961 match_7 match 142 36251 36934 match_8 match 77.8 12749 12961 match_9 match 50.8 13069 13167 match_10 match 142 36251 36934 match_11 match 77.8 12749 12961 match_12 match 50.8 13069 13167 match_13 match 156 94396 95031 match_14 match 60.5 85460 85657 match_15 match 112 7166 7543 match_16 match 117 85023 85394 match_17 match 115 33349 33723 match_18 match 65.5 47757 47954 match_19 match 111 47326 47697 match_20 match 70.9 33801 34019 match_21 match 135 87284 87736 match_22 match 264 36236 36985 match_23 match 164 95647 96138 match_24 match 80.1 13069 13281 match_25 match 62.0 12221 12349 match_26 match 115 49525 49758 match_27 match 118 48995 49249 match_28 match 116 96330 96566 match_29 match 120 86843 87079 match_30 match 115 86429 86644 match_31 match 121 12731 12964 match_32 match 66.6 86188 86307 match_33 match 92.0 12421 12636 match_34 match 70.1 48771 48890 match_35 match 159 36236 36985 match_36 match 82.0 12749 12961 match_37 match 52.8 13069 13167 match_38 match 164 36236 36988 match_39 match 54.3 13069 13221 match_40 match 85.9 12749 12961 match_41 match 163 36236 36934 match_42 match 89.0 12734 12961 match_43 match 48.1 13069 13167 match_44 match 39.3 37140 37325 match_45 match 159 36236 37033 match_46 match 81.6 12731 12961 match_47 match 56.2 13069 13218 match_48 match 180 36236 36949 match_49 match 85.1 12740 12964 match_50 match 49.3 13069 13167 match_51 match 180 36236 36949 match_52 match 85.1 12740 12964 match_53 match 49.3 13069 13167 match_54 match 180 36236 36949 match_55 match 85.1 12740 12964 match_56 match 49.3 13069 13167 match_57 match 180 36236 36949 match_58 match 85.1 12740 12964 match_59 match 49.3 13069 13167 match_60 match 166 36236 36985 match_61 match 172 36236 36946 match_62 match 85.5 12725 12961 match_63 match 84.0 12746 12961 match_64 match 51.6 13069 13173 match_65 match 51.6 13069 13173 match_66 match 179 36236 36979 match_67 match 174 36236 36949 match_68 match 83.2 12731 12961 match_69 match 54.3 13069 13182 match_70 match 179 36236 36949 match_71 match 52.4 13069 13182 match_72 match 93.6 12740 12961 match_73 match 175 36236 36985 match_74 match 152 36251 36985 match_75 match 55.1 13069 13224 match_76 match 83.2 12749 12961 match_77 match 138 36236 36988 match_78 match 148 36236 36934 match_79 match 147 36236 36934 match_80 match 145 36236 36958 match_81 match 144 36236 36934 match_82 match 207 36236 36946 match_83 match 82.8 48995 49204 match_84 match 86.7 86429 86638 match_85 match 45.1 48801 48890 match_86 match 45.4 86218 86307 match_87 match 105 12734 12964 match_88 match 105 96348 96566 match_89 match 56.6 13069 13173 match_90 match 130 36239 36934 match_91 match 169 36263 36985 match_92 match 56.2 13069 13227 match_93 match 86.3 12746 12964 match_94 match 163 36236 36934 match_95 match 88.2 12725 12961 match_96 match 49.7 13069 13167 match_97 match 167 36236 36985 match_98 match 48.9 13069 13218 match_99 match 89.0 12746 12961 match_100 match 142 36236 36934 match_101 match 142 36236 36934 match_102 match 160 36236 36934 match_103 match 91.7 12749 12961 match_104 match 50.8 13069 13167 match_105 match 149 36251 36985 match_106 match 81.6 12749 12961 match_107 match 49.3 13066 13167 match_108 match 73.6 97324 97647 match_109 match 121 87284 87838 match_110 match 211 36329 36985 match_111 match 68.9 13069 13218 match_112 match 106 86846 87079 match_113 match 108 12734 12964 match_114 match 113 49540 49758 match_115 match 75.9 97100 97249 match_116 match 60.8 97324 97602 match_117 match 91.3 47296 47697 match_118 match 152 94399 95025 match_119 match 105 85026 85394 match_120 match 63.9 47757 47951 match_121 match 65.9 85460 85651 match_122 match 121 7163 7543 match_123 match 124 33346 33723 match_124 match 148 95638 96135 match_125 match 256 36236 36985 match_126 match 56.6 12215 12340 match_127 match 59.7 86179 86307 match_128 match 59.7 48771 48890 match_129 match 68.9 13069 13218 match_130 match 111 96348 96566 match_131 match 87.8 33804 33989 match_132 match 109 86429 86653 match_133 match 116 12734 12964 match_134 match 73.9 97100 97249 match_135 match 115 86855 87079 match_136 match 121 49540 49758 match_137 match 114 48995 49207 match_138 match 87.8 12421 12567 match_139 match 152 94399 95025 match_140 match 92.0 47329 47697 match_141 match 103 85026 85394 match_142 match 114 87284 87745 match_143 match 126 33301 33723 match_144 match 67.4 97324 97557 match_145 match 120 7163 7543 match_146 match 66.6 47757 47951 match_147 match 130 95674 96138 match_148 match 68.2 85460 85651 match_149 match 261 36236 36985 match_150 match 45.8 12251 12340 match_151 match 47.4 48798 48890 match_152 match 112 96348 96566 match_153 match 70.1 13069 13218 match_154 match 87.0 33804 33989 match_155 match 105 86429 86644 match_156 match 108 48995 49210 match_157 match 120 12734 12964 match_158 match 73.6 97100 97249 match_159 match 117 86855 87079 match_160 match 123 49540 49758 match_161 match 85.5 12421 12630 match_162 match 57.4 97345 97620 match_163 match 125 94402 95025 match_164 match 90.9 85029 85394 match_165 match 87.4 47332 47697 match_166 match 57.0 47757 47951 match_167 match 128 95623 96135 match_168 match 55.1 85481 85651 match_169 match 271 36236 36985 match_170 match 155 7166 7543 match_171 match 158 33349 33723 match_172 match 74.3 13069 13224 match_173 match 49.3 48786 48890 match_174 match 74.7 33801 33995 match_175 match 49.7 86212 86307 match_176 match 73.2 97100 97249 match_177 match 51.6 12236 12340 match_178 match 120 86840 87079 match_179 match 105 86429 86641 match_180 match 121 96333 96566 match_181 match 127 49522 49758 match_182 match 110 48995 49207 match_183 match 126 12740 12964 match_184 match 85.1 12421 12567 match_185 match 57.4 97345 97620 match_186 match 125 94402 95025 match_187 match 90.9 85029 85394 match_188 match 87.4 47332 47697 match_189 match 57.0 47757 47951 match_190 match 128 95623 96135 match_191 match 55.1 85481 85651 match_192 match 271 36236 36985 match_193 match 155 7166 7543 match_194 match 158 33349 33723 match_195 match 74.3 13069 13224 match_196 match 49.3 48786 48890 match_197 match 74.7 33801 33995 match_198 match 49.7 86212 86307 match_199 match 73.2 97100 97249 match_200 match 51.6 12236 12340 match_201 match 120 86840 87079 match_202 match 105 86429 86641 match_203 match 121 96333 96566 match_204 match 127 49522 49758 match_205 match 110 48995 49207 match_206 match 126 12740 12964 match_207 match 85.1 12421 12567 match_208 match 145 36236 36985 match_209 match 145 36236 36988 match_210 match 44.7 13069 13221 match_211 match 82.0 12737 12964 match_212 match 134 36236 36940 match_213 match 165 36236 36985 match_214 match 48.5 13069 13167 match_215 match 107 12734 12961 match_216 match 171 36236 36985 match_217 match 89.4 12731 12961 match_218 match 47.4 13069 13167 match_219 match 61.2 97330 97629 match_220 match 54.7 85460 85663 match_221 match 145 94399 95037 match_222 match 97.8 33346 33723 match_223 match 114 85026 85394 match_224 match 149 95545 96138 match_225 match 268 36236 36988 match_226 match 68.6 33804 34001 match_227 match 58.9 12221 12352 match_228 match 55.5 48771 48890 match_229 match 64.3 13069 13221 match_230 match 66.6 97100 97252 match_231 match 56.6 86194 86307 match_232 match 132 49519 49755 match_233 match 116 48995 49210 match_234 match 133 86837 87076 match_235 match 116 86429 86644 match_236 match 134 96330 96566 match_237 match 89.7 12421 12630 match_238 match 133 12731 12961 match_239 match 139 94399 95025 match_240 match 55.8 47757 47951 match_241 match 80.5 97297 97680 match_242 match 91.7 47317 47697 match_243 match 99.8 33334 33723 match_244 match 135 87284 87826 match_245 match 111 85026 85400 match_246 match 62.0 85460 85651 match_247 match 58.9 33807 33989 match_248 match 162 95638 96138 match_249 match 273 36236 36985 match_250 match 121 49519 49758 match_251 match 114 48995 49210 match_252 match 80.1 13069 13218 match_253 match 124 96330 96566 match_254 match 64.7 12221 12340 match_255 match 64.3 86188 86307 match_256 match 125 86837 87079 match_257 match 67.4 48771 48890 match_258 match 84.0 97100 97249 match_259 match 128 12728 12964 match_260 match 117 86429 86644 match_261 match 85.9 12421 12630 match_262 match 125 94399 95025 match_263 match 77.8 47329 47697 match_264 match 99.4 33334 33735 match_265 match 97.8 85026 85394 match_266 match 80.5 97297 97650 match_267 match 54.3 47757 47951 match_268 match 135 87284 87826 match_269 match 58.5 85460 85651 match_270 match 56.2 33807 33989 match_271 match 162 95638 96138 match_272 match 275 36236 36985 match_273 match 119 49519 49758 match_274 match 123 86837 87079 match_275 match 114 48995 49210 match_276 match 125 96330 96566 match_277 match 64.7 12221 12340 match_278 match 64.3 86188 86307 match_279 match 80.5 13069 13218 match_280 match 83.6 97100 97249 match_281 match 127 12728 12964 match_282 match 67.4 48771 48890 match_283 match 117 86429 86644 match_284 match 85.9 12421 12630 match_285 match 159 36236 36985 match_286 match 70.9 12710 12961 match_287 match 55.5 13069 13218 match_288 match 142 36239 36934 match_289 match 127 94390 95025 match_290 match 89.0 85023 85394 match_291 match 56.2 85460 85651 match_292 match 221 36236 36985 match_293 match 45.1 86188 86307 match_294 match 57.4 13069 13218 match_295 match 90.1 86429 86653 match_296 match 105 86855 87079 match_297 match 111 49543 49758 match_298 match 110 96348 96566 match_299 match 114 12743 12964 match_300 match 117 94381 95025 match_301 match 82.8 85035 85394 match_302 match 54.7 85460 85651 match_303 match 215 36236 36985 match_304 match 49.3 86179 86307 match_305 match 78.6 48995 49213 match_306 match 56.6 13069 13218 match_307 match 55.8 48771 48890 match_308 match 88.2 86429 86647 match_309 match 108 49543 49758 match_310 match 105 86855 87079 match_311 match 109 96348 96566 match_312 match 111 12743 12964 match_313 match 117 94381 95022 match_314 match 53.1 85460 85648 match_315 match 85.5 85035 85394 match_316 match 214 36236 36985 match_317 match 45.8 86179 86307 match_318 match 55.5 13069 13218 match_319 match 50.8 48771 48890 match_320 match 77.4 48995 49210 match_321 match 85.9 86429 86644 match_322 match 110 49543 49758 match_323 match 107 86846 87079 match_324 match 112 96339 96566 match_325 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match_1016 match 94.4 101487 101239 match_1017 match 58.9 101162 101016 match_1018 match 89.0 101785 101561 match_1019 match 60.8 101785 101570 match_1020 match 50.4 101162 101004 match_1021 match 80.1 101469 101239 match_1022 match 60.8 101785 101570 match_1023 match 50.4 101162 101004 match_1024 match 80.1 101469 101239 match_1025 match 60.8 101785 101570 match_1026 match 50.4 101162 101004 match_1027 match 80.1 101469 101239 match_1028 match 44.7 101162 100893 match_1029 match 53.5 101785 101567 match_1030 match 79.0 101469 101254 match_1031 match 79.7 101490 101239 match_1032 match 80.5 101785 101573 match_1033 match 48.9 101162 101052 match_1034 match 48.9 101162 101016 match_1035 match 82.8 101490 101239 match_1036 match 83.6 101785 101558 match_1037 match 83.2 101490 101239 match_1038 match 50.1 101162 101019 match_1039 match 74.3 101785 101573 match_1040 match 78.6 101490 101239 match_1041 match 82.4 101785 101558 match_1042 match 47.4 101162 101067 match_1043 match 83.6 101490 101239 match_1044 match 83.2 101782 101573 match_1045 match 48.5 101162 101067 match_1046 match 82.0 101490 101239 match_1047 match 84.3 101785 101573 match_1048 match 49.7 101162 101067 match_1049 match 84.7 101490 101239 match_1050 match 78.2 101782 101573 match_1051 match 50.4 101162 101052 match_1052 match 81.3 101469 101239 match_1053 match 86.7 101794 101567 match_1054 match 48.5 101162 101067 match_1055 match 81.6 101490 101239 match_1056 match 82.4 101794 101573 match_1057 match 81.6 101490 101239 match_1058 match 80.9 101794 101573 match_1059 match 49.3 101162 101067 match_1060 match 84.7 101490 101239 match_1061 match 82.0 101794 101573 match_1062 match 46.2 101162 101067 match_1063 match 83.6 101490 101239 match_1064 match 83.2 101794 101573 match_1065 match 48.5 101162 101067 match_1066 match 84.0 101490 101239 match_1067 match 80.1 101785 101573 match_1068 match 46.2 101162 101067 match_1069 match 63.9 101758 101573 match_1070 match 75.9 101481 101239 match_1071 match 53.1 101162 101034 match_1072 match 79.7 101490 101257 match_1073 match 91.7 101785 101573 match_1074 match 59.3 101162 101037 match_1075 match 72.0 101469 101257 match_1076 match 68.2 101758 101573 match_1077 match 56.2 101162 101034 match_1078 match 53.5 101162 100881 match_1079 match 81.6 101490 101239 match_1080 match 80.5 101785 101573 match_1081 match 53.1 101162 100881 match_1082 match 81.6 101490 101239 match_1083 match 82.0 101785 101573 match_1084 match 66.2 101502 101257 match_1085 match 60.5 101785 101573 match_1086 match 54.3 101162 101019 match_1087 match 76.6 101785 101573 match_1088 match 82.8 101478 101254 match_1089 match 59.7 101782 101567 match_1090 match 69.3 101469 101239 match_1091 match 43.5 101162 101052 match_1092 match 70.1 101490 101239 match_1093 match 61.6 101785 101582 match_1094 match 45.1 101162 101052 match_1095 match 62.8 101767 101573 match_1096 match 75.1 101463 101257 match_1097 match 49.7 101165 101064 match_1098 match 41.6 101162 101010 match_1099 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101254 match_1155 match 43.5 101162 101034 match_1156 match 75.1 101782 101561 match_1157 match 75.1 101469 101257 match_1158 match 43.5 101162 101034 match_1159 match 75.1 101782 101561 match_1160 match 75.1 101469 101257 match_1161 match 50.1 101162 101010 match_1162 match 67.8 101785 101564 match_1163 match 80.5 101469 101257 match_1164 match 73.6 101794 101555 match_1165 match 70.9 101484 101257 match_1166 match 45.4 101165 101055 match_1167 match 36.6 100896 100642 match_1168 match 42.0 101162 101004 match_1169 match 58.2 101767 101561 match_1170 match 69.3 101475 101239 match_1171 match 76.3 101469 101239 match_1172 match 62.4 101785 101576 match_1173 match 51.2 101162 101031 match_1174 match 33.1 100902 100603 match_1175 match 43.1 101162 100995 match_1176 match 69.7 101782 101564 match_1177 match 68.2 101475 101239 match_1178 match 40.4 101162 100893 match_1179 match 54.3 101785 101555 match_1180 match 79.3 101478 101254 match_1181 match 56.6 101758 101561 match_1182 match 50.1 101165 101058 match_1183 match 85.1 101463 101257 match_1184 match 76.6 101478 101257 match_1185 match 68.9 101758 101576 match_1186 match 50.4 101162 101058 match_1187 match 65.1 101767 101561 match_1188 match 74.7 101469 101239 match_1189 match 50.4 101162 101058 match_1190 match 65.1 101767 101561 match_1191 match 74.7 101469 101239 match_1192 match 50.4 101162 101058 match_1193 match 65.1 101767 101561 match_1194 match 74.7 101469 101239 match_1195 match 50.4 101162 101058 match_1196 match 40.8 100893 100708 match_1197 match 38.9 101162 101010 match_1198 match 78.2 101469 101254 match_1199 match 69.3 101794 101573 match_1200 match 71.6 101481 101239 match_1201 match 43.9 101162 101034 match_1202 match 67.8 101758 101576 match_1203 match 69.3 101469 101239 match_1204 match 70.5 101767 101573 match_1205 match 46.6 101162 101058 match_1206 match 57.8 101785 101570 match_1207 match 82.8 101469 101239 match_1208 match 48.5 101162 101034 match_1209 match 30.8 100902 100735 match_1210 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