C00HBa0008K08.1 AAGCTTAGTATTTTGCTGCACCATGTCCGTGGTAGGTTTAGTTCATATGGTTTCCGAGTC TTTATATTGTGTTTTTTTTCATATAGCTATTAGAGAGATGGCACATTGATTAATAAATTA ACCTGGGGAATTTTTAGGATCCCAAAGAAAGAACAGAAAGGATGCAGTTGCTTTGTTTTT TGTTATACTCTTTTTGGTGTATGAAAATATTCGTAAGAGATACCATTTGAGTGAGTTTCT TATTCCCTAGTGTTTTTCCTTGTAACATTTGGTCTTTATTGTTACTGTTTCAGGTGTTAT GAAATTGAGCAAAAACTTGAAGATAGAGAAAGACATCCTATTAATCAAAAGGACAAGCAC ACACTTTATCAAGTAACTATTTCTCTCCCCCACCCACCCCCCACCCCACCCCCAAACTTG GAACTTGTATTGTGTTTCCATGATTAAGAGATTTCAATGAAATTTTCCAGTGTAAAATCA AGGAGGTACCTCATGACACCAAGGATGAAGATGAAATTCTCGAGAGTGAGTTTTTTGATA CAAGACAGGCATTTTTGAGCCTTTGTCAGGGAAATCATTACCAATATGATACCCTTAGGC GCGCTAAACATTCCTCGATGATGGTCCTTTACCACCTTCATAATCCCACAGCACCAGCAT TCGTGACAACTTGCAACATTTGTTACCTTGATATAGAAGCTGGTCAAGGTTGGCGATGTG AAGTTTGCGCAGATTATGATGTTTGCAACGCTTGTTACCAGAAAGATGGTGGAATTGATC ATCCTCATAAGTTGACTAAGCATCCGTCCTTGGCTGACCGTGATGCACAGAATAAAGAAG CTAGGCAACTACGAGTTTCACAGGTGCATTCTCCTTGGCCCTAAATGTAATTTGTGGTTT TGTGCCTGCTTCCTACGTTTAGTCTTTGAAGTCCTCTATTACAACTATTGGGTCAGTTGT AGATCCCTTGCACCTACCTCACTGTGTTCTTTGGGAGTTTTTTCATCCTATTTGAATCAC GATATGTTAGTCCTAGTCCACTGCAGCTTCTAATGCTACACCTTTTTTTTCTAAGAAAAA TTCCTATGACCATTCTCCAGAAAAGATTTTTACTGGACGAATAAATATTCCTTTCATAGA TGACACACCAAGATAGTATCAAAAGTAAGAACATTGTAGTGATGTTGCTTGATGAATGAT GAGCATAACCTGTCAAATTATTTTAATTATGTGATCAAAAGGGATTGAACTTCTTTCATT AAGAGTTGTAATAATGTAAAAATAAAAGTGATCTTGTATTCTTATGTATATCTTGATATT ATGTAATATTATTCTATTTCCACAAAATAGGCCAAAAGAGACTAATTGTTCAATTCTCCA AGTAGCTCTTTTGATAAGTAAGTATAATTTTATTCGATATGATAAGAAATGGATCTTGGG TCTTATTAAACCCAAAAGCTGGCTCCTACGTTGTGAATTCCCAATAATCATATAAGGAAT TCAATCCCTTCTAAGTTATATTTGACAACTTCTATTCATTGACCTTTTCTTTGAGTAATG ATAATTGTTTCATTCATTTCCTTTAAAATCCTGAATAGCACGAATACAAGGTCTTGCTTG TGACGTAAATTTGCGAGTTCGCAAATTGTCAAAACAGGTCTGTCTCTTGAATAACCTTTT TTTTTTTGGAAGATTAGAGCTATCCAAGGATGTTATCTTTTGCAAAAGCCTACTTTTTCC AGAGATTTTTCCAAAATCTCCTTGAAAGTTTCTTGATTGAACATTTTTAAATTCATATGA AATAGAAAAGTATTAGATGTTGTTCTGTATGCTAATGATACCTTGCAGTTATCATCAGTG GTATAGATGGTTCTGTTTACATATAAATGTAAATTCTTTTTACTCGATTATATTTCCTTT CATTTTCTTGAAAAAATAAACTAGATGTGAGATCTGACATGATTTCTCCCCTCAACTCTA CAGCTAAAGAAGATGCTTGAGCTCCTGGTGCATGCTTCTCAGTGTCGCTTTCCTCATTGT CCATATGTGAACTGTCGCAAAGTTAAGGGGCTTTTCCGCCATGGTATACAGTGTAAAATA CGAGTTTCTGGAGGTTGTGTTCTCTGTAAGAAGATGTGGTATCTCCTTCAATTGCATGCT CGTGCATGCAAGGTATCTGAATGTCATGTTCCCCGATGCAGGTTTGTTGGCTAATGCTTC CTTAGATATCTGTGATTTGTTAGAATATTGATGTATAGTTTCACATGGAAAAGGATTATT ATGAATAACTGTAATATAGATACACATCTTAATAATGTCTCGTGCCTTTACTTCTCACAT GGTAGCAGAGCCTTGGTGAGAGAATATAGTTGTGCAAAAATACCAGCCTCTTCCTAGAAA GAAAATCAGTCACCAAAATTTTATGGTGACCCAAGTGGTTGTCCGCATTAATGCCATTTA CTAACTTGCGAAAAATACTACTACTACTGCGATGCTTTGAAGCTCCGACGGCAAAGCCTA GTTAGCTTCTCCAACACCTGACACCTCATGCTCTCTGGCCCTGGCAACAACAGTTTCCAG CGGCGCGTCTGATCCACGTACTGAGCACGTCATGAATTCTCCGCCAACTTTAGCTTCTGA TTCTTGGGGTGAGCTTGGTGATTTCGACCTAAACCCATCTTTTCTCAAGCAGTTCGGACA ACCAGATTTACAGACCTGCCCCTTTTCTGTGCAGTTTCGGGCAACAACCTTCCCAATAAT ACTTTGTATTATTTGCTTAGTACTCTCTTCAATCCAATCATGTCTCTTAGATTCGATACT TCTAGTTCCAAAAATATGGGATTTGGAAATTGAAGTGTTATGATTACTTCAGATTTCTTA ATGGCATGTTCAAACTATTTAACTTGGGCTTCCTCGGATGAGTTGTAGTGCAAGGGTCAA GGTATTCAAGATTACTTAACCAAGAAGACCAGTGAGGTAGATAAATGCCCAACCACAATA GGAGAAGGTTGACACTCAATTATGTATTCTCTTGGGGTGATCTATGGATTCCACAAGTTG AATCCCCTTGGTTATTCCATTCCCAGACCATCTATGAATTCCACAAGTTGAATCCCCTTT GTTATTCCATTCCCAGACATGTTCAGTTTAAGAAGAGGCTTGCACTTTATACATTAATGA AAAATGTCATTTTTATGATATCTCAGATGAGAAACTTACTTGGGACAAGTTATCTCTGAG GTCTTACCTAAATCGATTCTTGAGGAATCTATCCTTATTTCTACATCTCTTGCAACGATG CCACCACTCCGGACATGTAGTGATTCATGTTCTGCACCTATTGCATTTGCTGTTCTTACT TTTGAATTTCAACTCTCGATGTAAAGTTTGCTATCTTTTTACCCTTTATACAGAGATTTG AAAGAACATTTGCGGAGGATGCAGCAGCAGGCTGATTCTCGGCGGAGAGCTGCTGTCATG GAGATGATGAGGCAGCGTACAGCAGAAGTTGCAGGCGGTTCTGGTTGAAGATATTGTACA TACTTCAAAGGCATGGTGCTAAAGTGTTATTGGAGGTAGGACTATGGAAGCGCGGAATCA TTGAACACACAAAATCTGCTTCATGCAAACAGTGCTTATTCAATCCATAAAAATATGCCT CTCCCATGGGACAAGAAATTGATCAGGTCTGGTTTATCATCACTCTAATGATTCCTTCAG TGGCACAGCTCTGGATTACATCTATAATGATGGTTATAGAACCTAGCTGCTCTTGACAAC CATTCCGTGGTAGTATAGAATGCCAACGAGCTCCGCCTGAACGTGGCGCATAGGTGATTC TTTGATTTCATTCTGCCATAGGAAGTTCATCATTTGATGGCAGATGTAATATAGCTTTCC TTATTTAACTTGAGCTAGCTTGCAGTGGGGAGGGAGGTAGAACTAGCCTTTTTGTTAAAA AGTAAAAATTATTTTGCTCCCTTCTACTCCATGAGTTCTCAAACTGGATTTTGGTTCTGT GGATGTTTCTCTTATATTTATAATATATAATATGATATACATATTAAAGATGATAAGAGT TACAAGTAGCTAATATATATTGCTTCTGTTTTGCAAACAGAAAATGTCTACTACATGTGT ACAGCCACTAGAAATGAGTGTCTTGTGAAGTTCCTACTCATGTTCCTCTTAAACAAGCAA AAAATGAGATATTCAAAATACTCTACCCCTATGTGATTGTGCAATATTGACACTACTTAT TATTATTTATATATCCACTAAAAACGTAATCGCTATCACTACCTCTATCTCAAATGTATC GTCAACTACAACACATTCTTCGCCCACCATTATTGATATTGTCAACTACCAATATTAATC AATTTTATCAGCACAATCATAACCATCACTATCAACTCTTACCATTACGTTAATCACGAT GAGACCAACTATCTCCATCATCACGACTATTACTATCGTCAATGTTAATCACTACAACTA TAAATGATCTCGTAATTACTAGAGTAGTTTTATTATGTTTTAATCAAATGCTAATAATTT TATTTTATCATATTTACATTTGCTAATATTCAATTACTTTTTAAATTGAATTGTAGATTT ATTGTATGTACGAATTAAATAAATTACGCAATGTGGAAAAATAAATAGTTGTAATCAGTT GCTATTAAGATCTAAAGAGAACATCAGTGTTCAGTTGTAGAGGCAATATCTTAATCATTG AGATCCAAACGTCTTAGTGTACATTAAAAATAAATGAAGCGTAGATGTTATTCTTTCCGT TTCAATTTATCTGACGTTATTTAACTTGACACGAAGTTTAAAATAGAAAGAAAAAACTTT CAAACTGTGTAGTCTAAAACACTACTTGACCATTGGTATGGACATTAAATTATTTCACTA ATAACAAAACATTAATTTTGTAGTAAAATTGTTTCAAACTACAGAAAAGATGACATTCTT TTTTTACCAACTAAAAAGAAAAATAGTGTCAAGGTAGGACTATGGACATGAGGAAGTAAC ATGTTATGGTAGTGTTTCTAAGATATAGAATTATGTGGAAAGTAGTTTTCAGTCAGAAGT ACATTATATATTATATTCTAAAAGCCAGTTATTACTTTAAAATAAATATTATGATGAAAT AAATGTTATAGTGTTTCCTTTTTCCATTCACATGCACCCCAAAACCCCACTTCACCACCC TCAATCCCTTCTGTTTTGCCTAGATTATATAAGTGTTTTTGGAATGATAATTTTTTATTT ATTTATCAAACACAAGTAAATATATAAAAAATTCACTTATTTTTTAGAACATATTTTCCT TCGTATCAAACTCAAATGTACAATCCTATGTATTTCTACGAATAAAATTCAGGAAAAATA CGTGTACAGAGAGATGGAGATATTGTTCTTGATAAATTGTACCAAATTCACATTTCACCA TATGAGTAGTTATTTCTCTCTGTTTCCCTTTTCCTCCTAAGCTCCTATAAAATTTGATTA CAAAGCAAAGTTTTATAGCATGTATTATTCCATATTTATGATCTAATTTCATTCAGGCAT AAGTTAAGATAATTGTTGCCTTCAAGTTTCATGAAAAATAAGTTATCAGGTGTTAAGTTA TGTAGTGTACATTACTTGTGGTTCTCAACTGAAATTTAACCATGATCAGCATAAAATTCT ATAGGAATTATGCAGCATAACTTGTATCATATCATGATACGAAAATATGAACTTAGGTTC CAGAACTTTCACAAGTATATAATGTAACAAGGGGATGTAGAAATAATCTATAGTCTTTTA GTAATACCAGTGCCCTCTCACTTGCCACTTCAACAATGAAGAAAAAGAAAGGTTTATTTC ACTAGTTTCAACGGCTTAGTACACCCTCGCGATTGAATATCAAACATACACGCGTGCTCA CATACACACACAGAGAGAAGGACTTAGAATCCACGGGATGTAACAAATATCAAGAGAACA AGGATGGCCAAAATCTGCCCCCAATATATATATATCATTGTAACATAGTTTTTGTTGTTC TCTTCTCTTTTTTGTGTCTGGGGATTCCTATCATTTGCTATTGGGGTTCTGGGGGTAGGG GAGGGGGGCAGGGTTTGAGTTGTTGATCTGGTTAAAATGTTAAAGAGTGTACAATAGTTT ACAGATAATGGAGGAAGCAGTTGCCCAGCCTGCCAACAAACAAGAGAAAAGCAAATTTTA GTACAGTGCTCAAGGAATTACAGAATCACCACTTTAAGATGACAAATATGAAGTGCGCGA TGCTAAAATGAAATAACCACTAATTCCTTTATGTTAAAATCCTTATTTCCCTAGAGAAAA CCTCCGCGGATCTGATATGTTGATATCATCATTCAGACCAGACTCTGTTATCCACCAATT GTCAGGTCATATCATATTCTTCAAGGAGTTGGCAATTGAAACACTAAACAAACAATGGAA ATCTGCTAATTTATACAAGGAAACTGGAAATATGTTGCTAGCTTTCACTCGGAAATTAGA TCAAATAGTCGGCTTATAATTGCCATTAATACTACTGTTGTTTTCTGCTATCACCATTAC CAATAGAATATGAAACGTACTCAGAAGATAATACAGCAGGAAAACCTCAAAAAGAAACAA AAAGGTCCTGTTTTACTTTGTTTTTGTGTTTCAAGATGAAATTGACATTTGATTCGTTGG TTTCTTTACTCGGTATATTAGGCTACATTTTCTAGTCTAGGTAGAGTTGATCAGAATATA ATGTGGACTAGCTCCCTTCTCCCTCATATCTAATTTGGGGATAAAGGGTCACTCATGTGT TAACGTTTCCTTCCTTAAGTTTAAACATTTATTTTCTTCTCCTTGATATTGGGTCATAAA AACAATGCTTATGAAGAGAGGAAAATCCAAAAAAGAACAAAGAATGTCTGCATATTTGAA GAATTACAGCCATGCACTTAAGGTTTAAACTTAAGTTGATCTTAGCCAAAAGACTGACGA AGGTAGACAGCAAGAAGTAGAAAAATGAGTTTCAATGACAAATGCATGTGGAAAAGTGAG CTAAGGTATAGAACCAGAGGAACAACGCACCTCGAATGGAAGACCAGCAGAAGGTAAGGA CTGTAATAAGGTTTCCATTCGGTCAATCTCAGAGTGGTGACAACTATATGTAGTTTGACA GAAAAACTCCAGCAGGAACTCTATATTGTACTATTTACCAGGAGCTATCAATCTTATTTT GTTTCCTTATTCATGGATTGAAAATGCTAGAACCACTGACGTTGAGAGCAATTAGAACTG AGATACTTGTAACAATCGCTAGCCAAAACAGGGGTGATTCTGCAAACAAAATATGTTAAT TAGACATGCAAGAAATGGGAGGAACTCTATGCATTTCCTGGGAAAAACAAACTGGGATAT GAACTATTATAGATCAATTCAATGTACTTTACCTCCTAAGTTTTCAGGAACAATATCAGA AGTTTGTTGAACAGATTTAGCAGGAGTACGTTGTCTTGAGGTTGGCTCTCTAGTTTGAAA ATCATCTACAGATTTAGTATTGCCTGTTTCAGATGCCACGATCCCTTGGAATTCCTCGCT GACAATTAATGCTGCTAATAAATCCATAAATGATTCTTTATCTGTTCCACTTGACACACT CTCTCCACGCTGCTCATACACAGCAGTATCTCGATCATCGAAGTCAGATGATTCATCATC TGAAGCATCCAAATACTTGGATCTTGCTTCAATTCTTTCGTCCTCCTCATCTTCGACGTA AGCTTTATAAGTCAGTCGCAGTAAAATCTCTCCTACAGGCCTTGGTCCCAGTAGTCCCCA ACCTCGGAGGATCACAATTTTGTCTGTCGGTACAGTATCTTCGAGAGATACCAGATCAAC CTAGATGTAGTAGTCATTAGCAGGATACCTTTTTATACAAATCCCATTATACAAGCTATG CAAATATCACCTTGATGATCATTAATAAATAATGTCCCATAGAAAAAAAAATTAAAACGA CAAAAGCATCCTATTTCATGTTTCCAAAATACAATACTAAATTCATTTGCATCATTAGAG GCTGAGCCATGCCTCGACGGTAGAGTTGCTCTTTGTGACCTGTAGGTCGCTGGTTCAAGG CATGGAAACAGCCTCACTGCAGAAATGCAGGTGATCGGATACCATACAGTCAGGGGCAGA TTAGAGGAAGGCCCAAGATGTGTCACGTTACACTGCTTTTGTCGTAAAAAAATAAAAAAT ATAGTGAAAAGTGAAAAGGAAAAAGCAGATAGAAAGGATATATAACTAAGGTGACACTTC TTAAACAAAAGTTGAGCTTAGTTCAATTGGTTTAGTGCTGGAATTCCACAACTTAGGTTG GGCGTTCACACTTAGCCTCATTTTTTCTGTTTTTTTTCATTGATTTATGAAATCAATGAA TAACATTGTTTAGTGATCATTTGGTGCTTTAGATAGAAAAATATTTAGTACTATTATTTT TAATGAGGTTTTTTCTTAATACATCTCAAAAAAAGAAAACTCATTGAGAAAAAGGAATAC GTAATATTTATTTTATTTTATTCTTAGAAAAAGGTGTAGTACTATACGTGAATTGGGTTT TATTTATATTTTTTTCCTTTTTTTTTTAATATGGTGTTACAATGTTTATTTATTGTTTCT AATATTAAAAGGTGACATCGCTAACGAAAAATGATACTTATGCCACTGGTTACAGTATAC CAGTCTCTACCACATTTGCACTAGTTGGGAGTATTTTGTGCACTGAACAAGGCCTTTGTT CATTTGCATTTCCCTTTTTGTGTAAAGACACATTATAAAACCAACAAATAAGACAGATCG CCTCTAAAAAACAATGACAATAGATAATATTTGCATGTACAGGAGGATTTACCTCCCCTG AGCCAATAGTCAAATCTGTAAAACCAAGGGAATCCTTTGCTTCTATATATAGCTTCTGTC CCCTGGGGTTTGTGACAAACATGTGAAAATCCTGCCAAAGGGCAAAGAAACATTACGAAC GATGTATAAGTTACAGTAAGAGATATAGCAAGCCGTCACAAATAAATCATACCGGCATAT CAGGCCAACAGATTTATATTTAAATCACCTGATTCCATATAGGCTCTCCAGGAGGTCCAA TAACAGTAGTTTGACTGTTTCTTTTGCTGCGTATTACTTGATCTCCAAGTCTTAGATTAA CATATGGATCAGTTTTTCCTGAACAATAGAGGACAGGGAAATTTAAAAAAGACAGACATG GGAAACATAAGAGGACATTACATGTACAGAAAAGCACTAGTATCTATCATTCATAAAACT GAGTAATGAAGGCGAAAAACTTCCATCTAAAAATTGAACTTGCAGCTTAACAGGAGAATC ATGCGAACTAAACATACCGTATAATGTATACATGAACTGGAGGTGTAGCAGCAGAAACTT TTGGACCCATCCTCGTTTTTGCTTTACATTTTTTTTCATAGGCAACTTATTTCTTCCCTT TTAGCTTTTATTAACTATGACATTTACGACACACACAAACTAAAAAGAAAAAATAAGATC CTTGTGCCAAAAAGTTTTCTTTTCCCAATTACAGTTTGATGTGATAACCTGATCTAAACA TCTTTAATGTGTATTTAGTAATTCGTGTAATCTCTTATTCTTCAATGTGTTTTCTTTATT CTGTTGCTTCATTTTACTTTGTACCTTGATATTTTGCTGTAATTTTTTCTGGCACCCCTT CTCCGAATAACTTCGCTTTTGAGCCGAGTGTCCATCTGAAACAACCTCTCTACCCTACAA ACGCAGGGGGAGGTGTGTGTACATATTACTCTCCCCAGACCCCACTTCTGGTTTTACACT GGGTAGGTTGTTGTCGTCGTTGTATTTGTTAGAAAGCATAGTCGAAAGTCTTCGCATTTC CTCCTTTATAATGTGATTTCATTTGGTACGGTTTTCCTATATCTGTGATTTTGATTCGGT AATCTTAGGGTGCGTCCCTTCACTGAATATATTAATGGAGGACGCTTTGTGCACCGGGCT GCCCCAGTGATTTCATCCAGTAATTATTATATTTTAACTGGTTCACAGTGATTACTGGAC CAATATATGTGGATTTTATATTCACTTAAAAGTAGTTGCTCATGCAATGGAAAACACATT CTTTTGAAGCTTCAACTGATTTTCAAGTAAATAAATACCTCTGACCTTTTTCTTTCACAA ACTAGAATATGCTACAGAATAGTTTTAACTTTTAAATAATATGAAGAGACGAACTCATTT AATAGTTCATAGTGCATGACAAGTCTCTAGTGTTACTAAAAGGCAAATATCGGACCTAAG AAAAAGATTGATGCCAAGTTTCTAGTGTTACTAAAAAGCAAAATATCAGACCTAAGAAAA AGATTGATGCCACTGATGAAAGATGAACATATTCATACCATAGATGATATAAGAGAGATT CCTTGCATCAACAAGAGTCACTGATAGTTCTCCAGCATAGTCCTTATTTCCTTCTTGCAT TTCCCCAGCCTTAGGTTGTTCGCTCTGACCAGACTTACGATCACTTGGAATAGGCCCGAC TGTTTTCCCTTTCTGAAAATCCAACACAATTTTTTTTGGACGGACAAAGAGACGAGGTAA ATCCTCAGTAAGAAGCTTCTTCAAAAACCTGAAATATCCGTAGAAGATATAAGAACTCAA ACCCACCACTGCAGTGGAAAAATGAAATAGTTCCATAGAGTACTGCAAATCGAAAACGCA TCAGGCAAGAAATTCAGAATTAATATGATGCTAGAAAGATCTAGGCCTGGAATTAACTTT AAAGATGATATGTGCTAAAACACCAAATGCAGCCATTATTGTAGAGCATGTAAATGAAAC TAACTTGAGCTGAAAATAAGAGACTTGACACAAGACAAGAGATTTCCCAAAATTAGGGAA GAAAATGGGCAGAGATAGAGAGAGAGTGAACATCCTCGGAATACATAACACGAGGTGCCT AACTAGAAGCAACTTCAGAAATCCAGAATAAGGTGAATAAGGAAGATTCTCAAGAAAAAT CATTCATGATTGATGACAATACCATGACCATATCTACTGAAAAGCAAAAGGGGCTTTAAA ACAGAAAAAGGATATTTGACTGCATAAGCTAGGAGTGTAAGTGGCCTGGTAAAGCATTAT TCAGTGATCAGTCACACTTCACCCCCCAACCCACCCATCACCCAAAGGAAAAAACAAGAA AAGGGACTCTTCAATGAGATGCTAATTAAACAGCACAAGAAATTGGATATACCAACGATG GGGGATAACAAACAGAAGTGGAAAGCACATAGGTAATAAGAACAGCAGATAATGGATAAA ATAGTACTTACATTGATAGAACAGGAATTGCTGGTGTTTCCCCAATACATGCAAGAAAAA GAAAAGAAACATGTCAAGATCCTCATAATGGGCACATCAATAATATTACTCATCTAGTTT ATTCGTTTAACTTTAGGTATCACTATCCCATTTTAAAAAGTGTAAATAGAAAACAAACAG CAGTCATTGAAATGATGACAACTCAGCATCAGTAGTAATAAATAATTGATAACTATGCAC TGGAAAGATCTCACTACACAGCAACTCAACTAGAAGAAGCGGGGTATTAACTAATCCTAA AATTAGGTTTAATGGCAGAAGAATGCTAGTCTTGGAAGCTGATACCACAAAGAGGATTAC ACAGAGCAGCAAAGAAAACAAGATAAAGAAGAAAGCAAATATGTTTCGTAGTCTTCACAG TACGCCAAATAGTTGCTAACGACTTGAATTAGGTTCCTAAAATTACATTGAAGTACCCGA TAAGAATAAACTCCATGAAGTTCATTCTTGAAAAGAATAAACTCTATGGAGTCATTCCAC TGTCTTACAGAATATGTTCCAGTGATCAAAATTTGACGACCCATGATTAACAGGGTGTTT GCATTGGCTTAAAAGTTGGGCAAATCTACTTTTAAATCAGTTTCTGACTTAAGGAAATGT ACAAATATAAAAATAACTTAAAATAAGTTCGGAAGTTTTTGGCAAGGTTAAAAATAAATG AAAATAAGTTAGAAATGACTTAAAATAAGTTAAAAACCAAAAGTAGGCTTCCCCCTACTT TTTATTTTCGACTTAAAATTTTTATTTTTTTTTAGAAAGGTAAAGTTGTATTCCTCAGTA TGCTGACAACCATCAAAAAAATTACAGTGCAAGTAATCATAATTACAGATAATCTGAGAA GTCTACTGGCTGTTCTACCTCATCTATACCCTCTTCTTTACACCAAAGATACATAGTATT AATGCAGTTTTCTTTTACTTTCTGCATTGGATTAGTAATATCGACTTAAAAGTTATTTAA GTTTGACTTTTTATTTTTGACTTGAAAGTTACTTTTTATAAGCCAATCCAAATGGGCTCC TACTCTTTTCTAAGAATTGAGCACTCAACGGAATCAAAAGCTATTTTCTTCCAGAAGAAA CAAATTGAACACAACAGTTGGGTGTAAACAGATATATAAATCATGAATAAATCAGCTTCG AAACAGTCTCTTATCAAAAGAAAGCAACTTTAAAACAGTGTTTAGTGTGTGAATCAGCTG GGCACTCAACAACTATTACGACTCAATCCCAAGCAAGTTATATGAATTCGCTGTTCTTTT ACGCTCATCTTAGTCCATTATCTTTCAAATAAAATTCAGAAAAATCACAACAAAAAAGCA CAAGAAATTCTCTGTATTTTCTACTAGCATATGAATATTTGAGGGGACTAAGAGACTCAT TAAGAAATATTGGGCTTCAAGTAACATACTAATATGACTATAATTTACTTCTCATGTATT TGGTATTTTGCCTATATAAAACTTATAGCATGCAAGATTCTGACACATGATTCATCTCGT AGGTAAAAGTCCCAAGTCGAAATTCACATACCCATTAGGTTGAACAAACGGAACGGTGAC AAGTCAAGTTTTATCTTGGGAAGGGAGACAAAAGCCCAAGAAACAGCTCCAATCCAAGGC TCTGTTTGTATTAAACGTAATTTGACCCAAAGTTCACCATCAATGTCAAAGTTCCGAACA CCGACTGGCACAGAAATGGGGATGACTCCAAACTTTAGTGACAGCATTAACAGCATGCGA GCACCACCAGTGTATCGAAGACCTATCTGATATCTAGAAAGAATCAAACAATGCACAAAT CAGTTGATACATTCCATGAAACAATGAACTTTCACATAACAACAACAACAACATGCTGAG GTCCGGGGAGGATAGAGTGTACTGAGACCAGGCCACTACCTCTAGATGTAGTGAGATTAT TTTCAACAGACCCTCAGCTTAAGTGCCTCAAATCAATGAACTAGCTTAATCTGTTTTACT GTCTTGATCAGTCTCAAGGAACTAGTCTAATTGTTCCCCACAAGGCAAAAACACTATCTC TATATCAAGAGAAAATACTTTACTCCAAATCAAATGTTGAACGTATATTTTCCTTCTATT CTAGACAACAACTGAAATAATGAGCTAAGGAGAAAATATGAGCTCGACTGCTTTACCAAG AAATTTGCACAAAGAGTTCTTCTCTAAAATGTGATTGTATATTTCCTTTTTGATTCTGGA CCTCAGTTCAATTAAGAAACATGGGCTAAGGAGAATATACCAACTCAAACAATTTCAACC AAGAACATAAAAAACAAGAGCTTTTCTATTTTGAACTTCAAAAATTTTCTTTTTTCACTT AAGAGGGGTAGTGTGGGATAATGGCAAGAAGTGTTACTCACTGCAAATCATTGACTCGAC GAGAAGTTTTCCGCTCCACACTCCTAACAGAAAGAGGCTCATCCCCCAGTGAGAATTGCT TTATCTCAACTCTCTGCACATAATCAGGCTTTTTGAGATTATCAATGACAGGCTGAAGCA AACCAATGATCCAATTCTCAATCCCAGGTCTATAGACCTTCCACAACTTCCCTAACACCA TGTTTACCCACTCCACTGACTCTTTCCTTTGCAAATCCTTCTCCAACAATGAAGAAAGGT TTGGTGGGACCTGTGACCATATCCCGGAGTTTCCTCCATTGTTTGGCTTAGCATTACTCT TTCTAGATGCCCAAACCTTATCAAAAACAACACCAACAAAGAAAAACAATGCAAAAAGAC CGAAAATATTTCGATTTATTGGAGGAGAAGGTAATGGATGCATCACCCCCAATTGAGTCC TTAGCTTATCTACAATAGGGTCTTCTTGAAAACTAGCAAAATTGTTACTAGAACATCTAG AAGCTTCTAATTCCTCAGAGACTCTTCCATAAGCATCCAATTCATCAGCAAATCTCTTAA TTACAATATTTCTAGCTCCTCTTCTAGCACTATCCCTAATCTGCATGTCAAAACTATGGT GGTCTCCACCATTCACACAAGCTCGAATTACCCATTTCGCACGAATCCTATACCTAACAC TCGAATCCAAACCCAATTTCCCCCTACTCCTCCTCCTCGTCACCGACGAACTGCCATTAC TTTTACATGGACAAGGAGATGGGTATACCCAAAATACTTTACGGAAATCAGGGGTAATAG CAGAAACTGATTCAAAAACCATTAATATCAAAAACCCAGATGCCTTTTGAGCTATAATTA ACAGTTGTTGAACTTGAAGTATACAATGAACTACCAATAAACATGAATCCAAACCCAAAA CCCAATTCGCTCAAAGCTTTATCTTTTTCAAAGAGAACCGAAAACAACATTACAAGCTAT GAAATTCCCAGTTTTTTCAGCACAGATGGATGCATGTAGACAAGACTATCTCTCTGTGTG TGTGTTAGAGAGAGAAACAAAGATAGAGAGAGAAAGTGAAAAAGGCTAAAAGGAAGGTAG AAACATGGAATCAAGAATTTGATCCTTATATGATTACAGAGAATCACAGAGAAAGTTTAA AGGCCGCAAAAATTTTGCAGCAATTTTGGAAAGAGAAAATCACAATTCGTAATTACATGT TATAGAGACAAGAGAGAAGAGGCAAAAAGTGGGAGAGAGATGAATTGTATATGTATATTG GTTAAATAATTATATATCATACATATGTATTTGTATATATGACAGGCGAAACAGGGTGAG AGAGGAGAGACCCAAGCGAGATTGGGAGAGGGAGAAGAGAGGCGAGCGAGAGAGGACAAA GAGATGAATTTCATATGTATATTCATTAGATAATTGTATATTATATATATGTATTTGTGT AAAATACAAGCAAGATTGAGAGAAAGAGAGATGCAAGCGAAAATGGAAGAGGGAGAGAGG CGAGCGAGAGAGGGCACAGAGATGAATTTCATATGTATATTGGTTAGAAAATTATATTTA TACATATGTATTTGTATAAAAACAAGCGAGAGAGAGAGAGGAGAGAGGCAAGCGAGATTG GGAGAGGGAGGAAAGAGACAAACGGGCAGAGAGATAAATTTTATATATATATTGATAAAA TAATTATATATTATACGTATACATTTGTATAGAACTCAGCAAAATTTGAGAGAGAAAGAA GTGAGACGAGCAAAATTGAGAGAAGAAGAAGAGATTAAAGAGTTTATATAACTCACACCA AAAATAAAGTCTTTTATAACATCAACAGTTGTATATTTGATTCAAAATTTATCGTAAATT TTATTAATTTTTAACTTATATTTAAAACTTTATAAATATTTTATAATAACTTTATAATAA TTTAATAATTACTTGCGATATAAAGAATTCTTTTTTAGTAACGTGTTTGTTGTTTTATTT GCTTGGGAAATTGGTCTGTTGACCATAGGCACACAATTAATTTGGCACTTGAACCACTTG TGTCTACTTACTTATTTATTTATTTATTTTTAGCTATTTTTATTTAGTTATTAATTTTGA CAAATTAAAAAAAATAATAAACTTTTTGTATTATATTCTCATTTAATTTTTTTTAAAAAA ATTAAATTTTAATTTATCCTTTTTGAAATCATAATTAATAAGGGTAAAATTGTAATTTTA TTGTACTAATTATTATTATCTTAATATGTGTGTCATTTCCAAAGTGGACGACTAAATAAA ATCGAAGATGTACCATTATCATTATTATGTCATCACTTACTTCCATTTTTTCCCCTAAAA ACACTATCAAGTCAAACACTTTGAATCGGAATGAATATATTGGGGCAAATTTAATAGATT GTGACGATATTTACTCAAACTCTTTTAACGAAATTTTATTAATATAAAAGTTCAAAATTA TAAACTACTTTTTATTTTTCAAAATTCTCTTAGTAATCAGAGTAAGATGACGATACTCAA ATAGTTAACACTCTCCTTCATTTTTAATTATAAAATTATTAATTCGAGTTATCAAATAGA GTATATTATTCAATTGTTCTCTTTTATTTAACTTTATGTGAAATAGTCAAAATAAAAAAA ATAAAATTAATATATTTAATTTAAGAATCTATAAAAAATAATCTCTTTTTAACATAAAAA TAAAATAATTTTTTCAAATAAAATAAAAATGCAAATAAGTAACACATGGGTCGGAGCCGA CGCAGTACTTGAGACTTTTTGACTTCAACTTTCTTACACGGCTTGTAAAGGTGGTTGACC AGTCATTTTTTAGTTTGGGCCATATTTGTGTCAAAAGGCCCATTTGAAAATTGAAAGAAA TAAAAAAAAAATATTTTTTTTTACATTTAAAAAGTTTTATTATTTAGAGTCCTAACATTT ATATATTACATCCGTAAAGGCGATTGTGTTGATATAACAGAATTTTCTCATAAACGAAAT TAAAAGTCGAATATGATCATATACTTTCTCAGTCGGCTCAGTTGATGTAGCGAATATGAT ATTTTAAAAGGAAGTGAGGGATCTTCTACGTCTGATCTAGGGTGATTGTTTAATGTGATC TATCTCTTGTTTGATTTGCAAGAAATTGCACATAGACAAGTTTATCCTGTATATTATACT TTGTATTGTATATTTTTCTTATCATGGTATATCAATATATGAAATTTTGCTAATAATAAT TAATAAATTTTTGACATTATATATCATTTTATATGTAAATATTATTCCCTACTACTCTTT ATCATTTATGTTGTACTTTAATGACATGTCTTATGGCTCTACCTTTTGCCCGTCTCTATA CAACACTATAAATACAGACATAAAAGTTCATATCGTATACATTTGATTACATCGAAAGAA AGAAAAATAACTCAAACATATTATTCATACACTTGTATTATTTCTCACGATATACACGTG TAACACACGTATCCAAAGCTAGTAGTAATAACCAAATGCCAAAGGATCAAATAAAAGGAA ATACTAGCTAAATTGCATTATGTACATAGAATGTCTTCCATTGTTAGCAGCAGCTCTAGT GGTGCTTACATTTTTAAAAGGATCAATGATGACATTCAAAATCCAATCAATTTCTAGAAA AAAAACTGAGCCTTTTCCCAGAAATCTAACCTCACAATCAACTATGCACAATAAAGAATG TAAAATATGAACAATTTTCTTGAAAGAAAACAACTTTGAGACCCAGAATTCATAACATTT CCTAGTGTTGTTAAGAGATTGAAATCAAACAAGATCTGAAGGATCTAATTTTCTTGTGGG GTTTCCTGAGGGCCTTCTGTAAATATCATCAAAAGGAAGGTTGAAGTCTCCAACCGAATC GTCCATGAAGAAGGTATTGGCCAGCCTATTAGAATTCCTCAGGTCAACGTGCTTGTGCTC GTGCTCTTGCTCTTGCTCATCTAGACTTCTGTCAGAGAAATTATCATAATAATCATGAGG ATTGCTGTTGAAATTCGGAGGTTCAAGGAAGCTTGTCTGAGGATTTGTGACTTGTGGTCG ACTTCTGTCAGAGAAATTCTCATAATAATCATGAGGATTGCTGTTGAAATTCGGAGGTTC AAGGAAGCTCGTCTGAGGATTTGTGACTTGTGGTCGACTTCTAGTCCACCACTGGCTCCT CATAGATTGTGCCATGCTACTTGAATCATCCTGATGTAGGATGCTCTCTCTCAAAACAGG AGCTGATGTGGTGGCTTCGAGATGACTTTGTGCTCGGTCCTCAAATAAGTGACCCCAGTT GTCTTCAACTATATCCTTGCTTTGCACAAAATGAGGTGGCATCCAAGGATCTTTAAGGTG TTCGTTGTTATCAGTATGAAGAGGCCTGGATTCAATGCCTCTTGAATCACTACTCGTATT GTGAGGATGCGAGGTATAATACCAATCAAGAATGTAAGGATAATTCCTCTGTCCACCATC TATTAACCACATTGAGCCAAATCCAGCTCCCAAGTTGTTGAGAGGCATTTCCCTGGAGAA CAAATTGTTTCGATTGCTTAAGCCTCTAAAGTCGGGATTCCAGTGCTGTAGCTCTGAAGG TCGATATGCAGGTCCTATTTCATGCAACTGCAGCTTTTGCTCTCTAAACGTTTTAAGTGT TGATATGAACTGTTTTCCATGATCATCAGGTTGCCAGGAAGGATAGCTAGTTTGAAAGCT GAAACCATTTGACATGTACTGTTATTTGAAAGCTCTTAAATCAACAATAATTCAAAACAG CCTCAAGTAATTATAAGACCAACCTTAGGAATGATTTCTCCATTTTCCCTTGAGAACTTC TTTGCAAGCGGGAAGAATTAAATGGTGATCCATATTTGCGATTGCCATGATTCTGAAAAT CAAACACGCTGAAGCTGCCCAGAGAGACATAAATCAGTGCTTGAAGATTGAAATGTGGGA GCTCTGTCAATAGGAGCTACCAACATGTGAAGATCCAAGCAAAGCTGATATAATTACTAA CCTGCACACATGACCAACACCCTCAACGTGAACAGTGAAGTCCGCAATGAAGCGCAAAAT ATCATCTACCTTCTGTTACAAAAAACATCCAAATGTCAGCGACCATTAACTCAAGCTAGG TAGATGAGGAAATTATCCTTAAAAATAAAGATCACCTTTGGGACAACAAATAGCAGCAGA TATGGTGTAAGAAAAATTGAGGTCATCTCCTCAAGTAACATCATTCCAGTATACTGCAGG ATGAGTTAATAAGAAGTCAATAACAATCTTACCGTAAAATGAAGTACTACCCCATTTAGC CATTGACAGTGAGACACTTGCATAAAGCAACAGCAACAACAATTGGGGTCTAGGGAGAGT AAGATGTGTGCAGACCTCACCTCAACCTCTGCGGGGTAGAGAGGTTGTTTCCGACAAACC CTCAGCTCAAAAGAAATGTAACCAACGTAGGAAAAGTAAGTAAGAAAGGAGACAGCAAAA TAGCAATGTGAAAAACAAGTGCAGAACATACATTAATACACTTTGGAGAAAAAAGGAACT ACGTGATACCTAAAACATACTACTAGAAGTAAAACAGAATTCAACTACCTACTAACCTTC TACCTTAATCCTTGACCTTTCTATCTAAGGTCAAGTCCTTAGTCAATTGAAATTGTGTCA TGTCCAGGCTAATCACGTCCCCCAATTCTTTTGGCCTACCTCTACCTATCCTAACTCATG CTACAAGCCTTCAACCAACCTCACACGCCTCCTCACTGACGCATCCTCAATCTTCCTCTT CACATGTATGAATAATCTCAGCCTCACTTTCCTCATTTGGTCAGCCACGGAGGTCACTCC CACCTTGTCCCATATATCTTTGTTCTTAAGCATATCTCTCCTAATATACCCACACATCCA TGTGAGCATCCTCATCTCCGCTACCTTCATCTTCTGACCGTGGGCATTCTTGACTAGTTG GAACTCTACCTAATACAATTAGTGTTGGTCTAACAACCACTATGTAGAACTTACTGTAAG CCTTGATGACACATTTTTATCGCACAGTACCCAGAGGCAAGTCTCTACTCCACCCATCCC TCTCCACTACGATGTGCGACATCATCGTTGATCGACCTGTCTCCTTGAATTATGGACCCA AGATACTTGAACCTTTCTCTCTTGCATAAGAAGAAGTCCATAACAATCTCATGGTAAAAT GAAATACCACACAATCTTTTTTGATGACAAGGGAAACCCGCAGCCGCTACCCTTTGGGTG CGCATAAGGTAATGAAATACTACACAATATATCCGTCAACAGTAAAGCTCTTGCATAACC TGGCTATATATCTAGGAAATTCTTCTCTAAAAAATAAAAAAATAAAATTCCGGAGAAGAA TACAGTAAAGGTATTGAAAAAGCCTACAGCTGGAGCTACATTACGAACAAAACTTTGTGA TAAATTACAAAAAAATTAAGAAGGAAGTTAAAATATAGAAGGCTATGCAGCAGAGTCAAA CTTCGAATCTAATAAATAAAAAGTAACCCACCCTCAATCAAAGAAACATAAAAAGAAATA AGAAGGATAAACTGCCAAAAAAGTGGAATGAAGAAAAAATCATGACAATGGTCTGCCTTG TTTTTTTCTGAAATAGGTAACTTTGAATTCACACAAAAGAGCTCATGAATGAATTGATGA TGGTCTGCCTTGTCTGAATTCATTCTATATGATTACACTCTATTGAAGCAAAATATTACA TTTAGCTCTACAATTAATTGTTTAACGAATCAACTGTGGTATTTTATTAGTTTAATTTTA TATAAATTATAAATGACTTTCCTGGAAAAACTAATAATATGCTCTAAATGAAAATAGGAA ATCCATAAACCAAGACTTCAGTTACTTCAACGAAGTGTCTGTTTTCACATTTATTTGCTT ATAAGAAACCACACGGCAAAAAAGCACCTGGAATAAAGTTTCAAACTCTGTTCGTATGGC CTCAGTATTTTCTTTCCCTCGCCATCTCTTTGGCATAAAGTGTGTATGTTGGACAACAAG TGACATTGCTCCCTGTGGGTCAAGGACAAGAAGCTCATCTGTTATTGCAGCCCGGCTTAT AGCTGTTATAGTTCCAAATACAGCAGCATACCAGAATAAGTTGCGACCAAATATCTGCAA GATTTGAAGCAAAATATAAGATGCAGTACCAGATTGCTATAAAAGAAAAAAGAACAGCTT TGCAAATAAGCATTTGCTGGTTGTGGAAGTTTAAGTATTTTACATGGCCTTCCAGCAGAG ATTCTTCTAGAAATGCAATGATAATAAGAACAGCAGCAAATCCACCGGAAACAAAAGAAA TGAACTTTGCGACGATAGATAAAATAGGCGATGGAAACTGCTTTAGATAATCAGAAGCAT GTACGGCACTGCTGTTGATGCGATGCTTAAACAAATGGTCAACCTGAATATAAAGAAGAT GCACATAAGTATAGAAGCAAAAGCCGAACACTTGAGAATGAAAATAGGAAGTACCTACTG ATTTGTGGAGAAAAAAGAGATTGAAAAAACCATAATCTCACATTCTCACTAGAATGTTAG CTCACGATATATACACACAAAACCAGTCAAAATTGCGCCTCAAACCCAAACTAGAAGGGT TGGCTGTATGAATCTGTCAGAGTCATTCAGCTCAACCCATTTCATTTAGCTGAAAAATCT GTTACATGAATATGTTATAAAACGTGTATCATGCAATAGACGGACTATGGAAAATATAGA GGCAATGTACGGCTGAAAGGCTACAAGCTTGATGAGTCATAGTGACATTACCATTTAGTA CCCACACAAGTACCTGAAAGCATGAGAGAAGAACGTGGTACACTAAACAACTTTTCCCTC CCCCTCCCAAAATAATTAGGGACCAAAGAGATCCATAAATAACAACTTCCATGTTTTTCA ACCTATCAAGTTCATACCAGAGAAATGATACCTCGTTGAATTCCCTAAACATCCACTTGG AAAGATTTGACCATCTTCGAGACGATGCCGTACTTGGATGGTTGTAGAACTGTTCGGCAT GCCTCAAGAAGAGATACACCAGCATGAATATAACAAGAAATGGAGATAAGAGAAGCATTA GAACTCCAACAATCATAAGCCTTTTCTTTAATGTTTTAGGATCAGAAATGAAGTCCCTGC GTATACAAAAGTTTCTGCAGAAACAAAACACCAGATCATTAGTAAAGTGGAGAACAAATT AGCAAAGATATATAGGAATAAGAACTTCCATTACTTAAATTACTAAGCACCGCATAGACA TTTCACTTCAACATAGGGTATTCATTACCTGTCAAACATGCTCTGCAGTATGCACCAATT TAAGGTCCATTCAAGGGTCTTTGGCAGTATTAGACGACTACGCACATCATTGGGGCCACA ACTGATAGTTGGACCAGCACCAGGTACCCAGTGAGAAATAGGAAAAGAAAGGAGCCCTTT GTTAAGCATTCCTATCAAATAATTTTCCTTCCGCATTAATCGCATAACCACATCATGAAT AGAAAGATTCTTAACTACACAAAGTTGTTGCAATTCTTGTAACTGAACGACCCTTTCAAG AATGGATGCCCATGGAATGGTCTGTATCTCCTTGTCTGTCACATGTAGACTGCACAGAAA TGTGACACCATTGTGATTAGGTAGAGGAATGACAAAAGAGATATTGGCGATGAGCTAATA ACAAGCAACACAGAAAAGACAACAATCAGTCAACATCTTGGGTTTCCACTAATCATAACT AAGCAAGAAAAAGAAATGACTGATATTCCAGAAAAGTTGAGTTTCAGAAAATCTTTAAAG ATATTCAGCACACCTTCTGCAGTAGAACTGACGGATTGCCAGGGTTTCTCTTAGCTGTGC GAAAAACCTTAAGAAGCAAAATATCCAGTAGACAGAAAATATCCCCAGGTAACCCAACAC AGTGCCTTTAAAGAGCGTAAGAGGTTTCAATGGGTGCAGATGAAGAGCTTCATTGGCCAG ATCACAAGGCTTAATTCCAGATTCCACAGCATCCATTCCACATTTGGCGTTGCGGAGCCC ATTCCAATCAACATATAAAAGAAAAAATCCAGAGAAGAATATGGTGAAAGCTAGGCTCAG AAGCTCAAATATCCACTTTATAATAATGCACCACAATCCTTTCTCGCAATAATAGTTGTA GAGCCTCTCGAAGAACAAGTCCAGATCAGAAATTGGTTCGACACTAACACTCTCACCATT AAGAAGTCCAGATGGGCTTTCACTACCTGGACTTGGTGCTCTGCGATAGTCCGACAGTTC GATTTCAGGATGCACATCATCAAGCAATCCTGTTCTCAGTGATGATTCGCCGTGCCTTCT CCATTTGAATATGTTAAGGCCATTAGCGCCTTTTTGTCCACTGAACATCATTCATGTACG CTGACGATATGCAAACACCCCCTGACAACTCCCCATGGACCAAGTAATTAAAATATAGCA CTGAAAAGAAAAAAGAGAAAACACCAAGTCATTCTTCAGGTTGTCTTCAAAGTATAAATA AGTATACCCCTACCCCTCCCCCTACCTTGTGGGATTATACTACGTGTCTGGGTATATTGT TGTTTGTAAGTGGTAAAATTGATCTCCGATGCATAACAAACCATCAATAATTGTTTTATC TAAAGTTTTCTTTTTTCTTCATATCACTTACCACCTCTGATTGGAAATACCAACATAATA TTATGTGAGAGTCCCACAGAGCTCCAGCCAAGTACCAAATACTGAAAAACCAAAGGGAAG CAAAATTTCTACTTAAGCCTTGAGCACTATGTCTATCCTAGTTCTGCATGACTCAGTTAC CAGAGAAACTCAAAGCATTAACCCAACAGAGCATGAAAACAAAGGTCATAACTCATGAGA ACGGCAGATTCAATATTTTGCAAGAACTTAGTTAAGGAAATACACTTGCAAGTCAAACTT CCAGTTCTAAGCTGATGGACCTTTTACACGCACAAGTACCTAAGCACATTTTAGTAATTT TGAAACATTTTCAAAAGTTTTCAGCAGATTGGAGCTGGTTCATGGATCTCGGGTTTTTAC ATATTGAGTTGCATGTCTCCTCTCAATAAAAGAGGAATAAGTCATTAAGGTTACCTTCCT CCTGATACTTTCAAGGGAAAACATCAATGGGGGTTGGCGTGTTGATTGGCGTTTGGGGTT TGAGGAGGGGGTATTGAATCTTTAGAGGAGTGAATCAACGAGAAAGAACTAAAACTGCAG AGTGCAGACAGACCCAAATACTGGGAACTAGGAACATGAGGAGGTGGGAGTAAAAGAAGC ATGAATGCTTGCACAATCATTGGGAACGGGGGGAGGGGGGAGGGGGTAATGCAAGGTAGG GAAACTAATTGAAGTATTTTGTCCATGAAACAAAAAAATTCATGCAGGCTATGGAATCCA AATGACCAAATAGATGGTAATAAAGGGGCCTCATATGCTGAATTGGAAGTGAGCTGATGT ATTAGCCAAAACCATGGTGGGGCAGGTATCTGATCATGAACCGATAATGCTCAATTGCAG AGAAATATGATAGCAGTCCAACACGTTTTAATTTGAGTAAATAACCACAACATGAGGACC TTAAGGATGAAGAAACCATAGTGGGACAATTATCCAATTATAAAAAAAGCAATAAAAAAA AACGGCCAAACAAATTGAAGACACTAAAGGAGGAGTTGAGGAGTTGAGTTAGGAAGTATC AAAAGAGTAGAAACAAATATCACAAAGATACATGACGACTTCCATGAATTGGAACCACCT ATCAGAAAAATAAGCTTATCTGATTCAAGTGAAAAACGAGCTAGCAGGGACATTGTTAGA GGAGGAGAAGCTACAAGGGGAGTAGTTGAAAGGGCAAGTTGGAAGATCTTAGTAGCACGG AAGGTGATCTGTAGAAAAAACGAGGATGACGAGGTTAAGGAAGACGAAGGCAACACTAAA AGTTCTCTCTTAAATGTTCATGGAAATAAAACTCTACCAGGAAAGATTGATCATTGCAAA CTTTAGGGGGAAAAGAAATCTGTGAGGGGGAAGTACAAATTTATCAACATTTACACACTG ATATGCACTGGTTGATGCCGGTTTTAAATGGAGTGTGATATGGAGCATCAATTGTCCTGC TTTCTCTTTGGTTACTTCTATTGTGTACTTAACATGATCATGTATGTGAGCAAGGTTTTC CCAAAAACAGACAATGCAGCTAATCGTTACAGCAGTCAATCAGTCTCTAAAGAAAATTGA ATGATTCATACAACCAATTCCAACTAAATTGGAATGAAGATGGTCGTTTATTGATATCTT ACTGGTTAACAAAATATTCCAAAAGATATAACTTTCTAATTACCATTCCGGATTATCTTC ATATTCTTCATGACACTCTACAAAATACCCCTGACCCATTATTAAGAGGTCACATATACA TATTCAAAGTAAGACAATTTACCCTAGAATTGAAAATTACATCCACACTAAGCATGCATT GTCCTGAATCCGAACCGAAACAATTCACAACACAAGATAGATATTACAAGAGAACAATAC AATTTACCTGAACTTAATAATTCACTGTTTCCACCAATGCCCAGCTGATATTCTCAATAT ACCAATAAAATAAACAATTTGTTGAAACAATTCTAAGCAATTCCAAGAAACCCAGTTGAG GAAACTGAATTTTCTTTCGATGGTGATGCTCAGACCAGCTTGCTCAGATTTTCAACAATT CAAAATAAACCCAGTTGGAAAAAAGGTGATCTTTTTGTGTTCCCTTTGATAATTTTAGTG TCCGGACCACCTTTCCCTACCTCCACCAATATCCAAAAACGCACAATAACCACATAAACC TCCCCACCAAAGCTAAATAAAATATGGGCTTACACTAAAAACCTCAATTTTTTCTAGGTT TTTTCTCCTTACGATTGAATTGAATATAAAAACTATAACTTTCCGTCAGCCCCACATAAA CGATGAAATCAACCCCAAAAAGGATGAGGCAATAAACGACGAGATACTTCTGATGAAGAA CTGCCTCCGGTCACCGGTCACCGGTCACCGCCGTGATAAGGTGGAAGAATTGGGGGTTGC GTGGAGAATGAAAGGGGGAATTACGGTTAAGTTTCGTGTGCAATTGTAGATTGTTTTCTT CTTCTTTCTCTTCTGTAAGTCCAAAAGGTTTTTGTATAATTAATTAAGGAGACGTGAAGA TGGCTACTTTTGCCTTCTTCTCTTTTACTTAGGTATAATAACTCCATTAGTGCATAGGGC TTTTTTTAGGTGGGGTGGGGGTGGGGGGGACTAATTATAATGATACTTAGATAGGTAACA TTAGGGTTAAATTAATAATCTTATGATCGTGAGATGTGTTTTCGTATATTTTGATTAATT TTACAAGATAATCTTTCAATTCACATCACAGGGGTTAAATACTTTAGTTTTCATCGCAAT ATCTCAAGCTCGACTAATTTCATGGGATATATGTCACCTCTCGTTTCCATCACAACAGCC AATAGATATCAAGTAATTTTGTTCGTTTTATTTTTTTTGTATTGAACTTGAGACACTAGA GTTTTCAACTACTTTGCTAATTATTAGATCACAAATACAAAATATAATTTAAAATTAATT ATAATACATAAAAATAATAAGAGTTTATGATTTAAAGAAACTATTTTTATAAGTTTTTAT TAACTATTTATGATTTAAAGAAACAATTTTTATAAGTTTTTATTAACTATCTTTATGATT GCAATTTTGAAATGCTCAAATAAATATATATATATATATATCTCACACACACACACACAT ATATATATATATATATATATTTGTTGATAAATCTTTGAAATATGAAACATGATTTGAAAT AGCAACTTCTTTTTTTTTTTTTTAAGGTCTATAAAAATTTTAAGAGTTCAACACTTTTAT GTGCAATTGAAAATTATTTTTTGGTTCATCTTTAAATGGCACATATTTAAAGTTAGTATA TAATATAATATTATTTATCAAAAAACATGAAAAAAAATATATTTAATTTTGCATTTATTA TTTCATTGCATTCAACGATTTTGAATTTGAATTATATAAAAGAAAAAAAATCATATTATC CTCGTACTGATAAATATATATATATTTTTTCATTGTAAATCTTTAGTACTTATATTCAAA TAAATTATTTGTGTTTCAATTGTGCCTTTGTATATAAGAAAAACATAAATATATACTCTC GTTTCAATTTATATGTCATTATTTTTTATTTCATGCCGCAATAAGAAACTAAGTAAGTCT ATCATTCTACTTCTATTTGATTTTTTGACGTTAACTTTTTATCTAATGAATATGAATTAA TTTATTTTGAGTAATTAATTTGATCAATAAATATGAGTTATTTACTTAGTTTATCAAAGC TAATAACTCACAAAGATAAAAATAGAATGAATATTGTAATTTATGTATTGATTTTATGAA ATGACATAAGAAGTACGATGGATTAATTATTTATATTAGTAGTAAGGATGATATATAAAA ATAAAGAGATGGAATAATATATAATATGGTTTTATAGTTGTTTATTATTGTGATTTGTAT TTTTTAACATAATTTTCTAATATTACAGATTCCTTTCCCTATTTTCAATTTATTGGTACT GAGTATTGACGAAATTTCTAAAGTCAATATATATAGATTCTTTTTTTGGAAAAACGGTCT GATATACCTCCTCAATTTTGTCATTTGGAGCTAATATACCCCTCGTTATGAAAGTGGATC ATATATGCCTTTACCGTTATACAAACAGCTCACATATATCTCTGCCGTTACAAAATGGCT CACATATATCCTTCATTTAATGGAAGTTAAAAAAATTAGTTTTAAGTTTATATTTATTGT TTTAAGTTTATATTTATTACTTTTAATTTTTTAAAATATTATTTAGGGATATATATGATT CTTCTATCAAAGTTCAAGGTATATTTTAATTTTTTTCATACATAAATTATTTTTTTGACT TCTTTTATTATAATTATTTGAGTTTCTTATTCTTATTTTATTTTTTTTCTTTAATTCCTT AGTTTAAAGAAAAAAAATTAAACGGTTTTTTTGTCTATATTGTTATTTGATTTTTGTATT CGAAGAAAAAATTTGGTCCATCTACAATAAGTTTTACAATAATATTAGTGAAACATAAAT AAATTTAATTATCAAAATAATAATTCTAAATTAGTCATTGAAACAAAAAAAGTCAAAAAA ATATGTTTAAAGAGAATTAAATTTACTCATATGGAATTATATTTTTTAGAAAAAAATAAT AAAAAGTTAGATTGTTTTTTTTTTTAAATTTTTGTTAGAGGAAAAGGTTATATGTGAACC ACTTGTTTATAAGTAAGGTATATATAAATCACTTTGATGACAAGAGGTATATCAACTATA AATGACTAAGTTGAGTCAGATCTTTTTTCCTTTTTTTTTTAAACAGTCTCAATATTTTTT TTGGAAAAAGGGTCAAAGATACCCTCAACTTTGATTTATTGTTTAACTTTACCCTTGCCG TTACAATAAAGTTAAATTTACTCCTATTCATTAAAATAAAGTTAAATTTACCCCTACTCA TTACTAATTTGACCATAATTACCCCTTATTTAACACAATTCCCAAAATTGACTCCAATTA TCCGAGGGTAATTTTAACTGAGAGGGATAAATAACTTTTTTTAATAGCGAGAGTAAAATT AAATAATAAACTAAAGTTGAGGGGTATTTTTGATCATTTTTCCTATTGCAAAAAGTAATG AAAAAAAAATTAAAATATTAGATGTCATTATTTTCTTTTTATATTTTTTTTATTTTTCTC CTCATTTTGGTTTCCCAAAACCAGAAACAGTTGTGGAAGTGGAAGAAGACAGTATTGATA AACCCATGGCGACGGCAACAAGGCCCGGTGTCCCAAAGTCGGCAGCTATTTCCAAAGGCT ACAATTTCGCTTCTACTTGGGAACAGGTTCATCCTCTGTTTTCCTTTTTCCCATTTTTTA CAGTGATCACATTTTCTCCAGATTTACTAGATCTGTCTGAATGCATAACAAAAGTTATGT TTGATGACTGCATTGCACTCATCGCTGCGTAAATTAATGAATATAGTGAAGTGCTGTTTG AAAAAGAGAATCACAATATTTGGTTTGATGTATTGCTGGACTTGTTGGATTCGTTGCAGA TTAAGAGAATCCTTTCCAGCAAATGTATTGGTACTGAGTTTCATGAAATTTTCACTGACC AAAAAAATAAAAAAAAAGAGAAAGAAAAGGGTGTCAAAATTGTTTCTTTGTGTGATGTGA TGAAGTTCTCTCATTTAATTTCAAGCCTGTGTTTGTTTGTTTGTTGCCTCGTTTCGATGA AAGGATTTAGCAGCTTGTAATTGTGTAGCATATTCTCAATTAAACTATCTTTTCATGTTT TATTCTCATTGTAATGTGACATTGCTTCTCTTTTTCCTCGTTGGCTAACTAGCTGTTTTC TTATCTACTGACACTTTTAGTTTTAGCTTGTTCTTGCTATTACTATTGGAAAATCACCTT ATCAGTACTCACCTCCATCATGGATTTGATCTTTTATTTTTTGCGTTTGTTGGCCCTCAA CATGTCAAAGTATATTGTTTGTATTGATAGAAAGAATTGTTTGTATGTATGTACATGTGT CTATTTCAGGTCTATTGAAAGTTATTCCTTTAGATTAACTAAATCCGCATTAGTGGCTAT CTTGATGTTTATATCTTCAACGACTTGAGCTAGTTTTCTTCTTACAGAATGCTCCGTTAA CAGAGCAACAACAAGCAGCCATACAAGCACTTTCCCATGCAGTTGCTGAGAGACCTTTTC CGTCCAATTTGGTGAATTATTCCTTCTTGGTTGGTTTCAGAATACATCTATCTCAAACTC AAATTACTTGTTTTTATTTCAATTTCCAGGATCAAGTTTCTGGACACGATAACAGTTTCT CTGTCTCAACAAAACTCAATTCTATGGAGGATTCAGGGGCCATTGAAGCAGTCCTTGTGA ATACAAATCAGGTGAGTTACTTTTGCGAGTGGAGTCGAGTTTCTCCCATTTGAGGGGCAG TCTCTGTTCCCTTACTTCCTTTTGGTGCACGCAGAGAGTACCTTGTATAAATGATTGGGT GGAGTTTGTAGACAATTATATCTTGTTGTAGATGCTTTACTGTTTGGAATAGCCCTGGTA TATGGCCAATTTGCCCATGATTATGAATGAAAAAATATTACCTGAATAAAAAAAACAATG TTTAGTTGGCACATCCTTTATTTTTTACATTTCCAGGTTGCAGATCTTAATATTCCATAT TTCAAATAAGGGATCATGGATGATTTATTCCCTTATCAAAAAGGTTACATGGTCAGCTAA ATGTTGGCAAGGAATCAAAACTAATAACATCTTGCAACCAATGCTAAAATATAGAGATAT ATTTGTGTAAGACTATAAAGTTGTAGTGTCTTGTACTCAGTGACTCATCAGCCACACATA ACTGCTAAACCAATGAATATTTTTTATGATAAGGTAACTGCTAAATTGATGAGTTGAACA GAAGGCCTGATAATTGCTTGTTAAGAAGCCCCATCCATTGTTTTGGCTTACTAGATAATA TGCCTCTCATTTTGGTTCTGATGATTGTCATTAACTAAAGAGGAAACGCCTTATGCTGGG CAAAGAATGACTAGAACTCACATTTAGTGAGAAATGATAGTCAATGTCTTCTGGGGTAGG AATAGCAAAATTGCATGGAATGTGTTCAGGGATGATGACCATAGTGGCTGTTTATGGCCT GGACCCTACCTGCTTGAGTAGAACAGTATTTGTGTCTATATATCAGAAAGACATTCAAAG CAATTTGTTCTAGAACTTCCTCCATATTTGAACTATAGTAGGCCTTCCATGCCATGGAGT TTGTTTTAGATTCTTAATTTGCATGCATGTGAAATGATAGAGATAGCCCTAGAAGTTATT TTCTTTTCTCCTTTCGTTTTATTCTAGGTAAAGAGATTGTCCAATCATTATGAAATATAT ACCTTGTCACCAAACAAAAGTTCTCTGTCAAAGACATCATTCAACAATTTATACACACAA GAACCTTGTGGGTGCACAAAATTTAACTATAGGAGATGATTTCTCAACCTTACGGAATCA TTATCCACCCCTTTCAAAAGACCTACTCTCTCCTTCCAAAGAACCACAAGGGCTAATGGA GCTATATCCCGTGCCTTCATCTTCTTCTCTTCATAGTAAAGCCCCCCAGCTAGTCACACA ATGAAGGTATGGTTTTCCATGTGTCTCTTTCCATTTCCGACGCCTTTTCCTGTTCAGTAA AGTCAAATTTCTTCACGGATCTTGGCAATTTGCATGATTCTCTTTACTCCAAAATGTTAA AAGTTACAGTCATAACTGTCAGGCTATTGGGCAGTGTAGTTGGAGTTAATCACCATCGGA ATCGCTCGATTAGTACATGTCACTGTCCAGCAGAAGCAATCCACTTAATAAGAAGCTTTA GTTTTCCAAATTCGTTTCCATGGCAATCTTTGTGTTGCATTCTTGTATACGCTTGAATAC TGAATATGCTTCCTTTTCTGTAATGCTGCTTGAACTTGATATGCGTTTCCTCTTCCCCTT TGTGCTGTTTTGTTGATGCAGTTCTACAAGTGGTTTGCAGATCTTGAAGCAGCCATGAAA TCAGAGGTTGGTCTTAGCTTGTTTATATGTTTTCTGTTTCTTCCAAAAGTTACGACTCAC ATGCTTCCTCTTTTACACTTGCTGATAAAAAAATATTACATATGCTTTCTTTCTGTGCGT AGACTGAAGAAAAATATCAGCATTATGTCAACACCTTAACAGAGCAGATTCAGACCTGCG ATAGTATACTTCACCAGGTATTCTGAGAGGAAAAACAATGCTCATATACTCTTCTCTTAA GCCTTTTTGTTGTTGCTGTTCATCTATCTATGCTTACTTTCGAATGACATGCCCTTACCC TTAAAACTGGCTCCATTGCAGGTGGATGAAACACTTGACTTATTCAATGAGCTGCAGTTG CAGCACCAAACAGTGGCAACAAAGACTAGAACCCTTCATGATGCGTGTGATAGACTGGTG TGTCAACCCATTTCTCTTAGCATGTGGGGTAACTTTAGCTATAGATTGTGCTTTTCTCTT TCATTCTGTATAAAATTTAGAGGAACAAAGGAGCAGATTAACATTAATTGTATGATAAGA GGATACGCTTGTAGCTAATGGAGTTCAATTTTTTGATGGACATAGTTTGCCTTGCTTTAT GATGTTGAAAGTCATCATTGCCAATCTACAATATGGATGGATAGTTGCCAAATATCTTTA ATTGCCACCTAGTACCAAGTAAATGCATTTCTTCATTTTGCGTTTACTTATTTTTTCTTC TATCTGAAGTGGCTGTTTGGCTTAAAGCATTATCTAGGTACAATTCATGTCGATATTGCA TATTTATGATGTCCAGTGGGTGGTATTTGAAACTAGGAAGTTCCCTTTCAGTCTCTTATA TTAATGAACATATAAAGAGGTAATAATTAACAACAGGGAGCAGCATTTGAATAATCTTCT TGTGTATTTCTTGTTTATTTGCAGCTTTTGGAGAAGCAGAAATTAATTGAGTTTGCAGAA TCACTTCACAAAAAGCTCAATTACTTTGATGAATTGGAGAATGTAACGTCCGACTACCAT TTATGTTGATAATATTCCATTTTTATTCAATTCCTTTTGCACTAGTTTCCACAGTAGTCT ATCTATGCCTATGCTGAATTGCGTATGGTTCAACAGTCTCCAACATTAGCTTTTTCTGTC ATATCCTCATTTTCCTACCCTTAATTTGGGTATCATTTTTCTGATTAGGGTTTGGTTTAG GATTAGGGGGATACGAATGGCCTGCATCAACTATATTTTGGGTGCAGAGAGTTAATGCTA TCTATATATATTATGCTTTGATACATTGGTGAGGAAATATACCTAACTGAGAGTTTGAAC TTTGAACTATGGAAAACAGCTTTAAGAAGTGAGAGCTTTATGCCTCAAGAGATATATGTT TCTTAATTAGATTTTTTCCACACCCACACAACGGAGGGCAGAGCTTTATTCTTTGTAAAT TAAGCTTTGATTTAGATCGTTTTCTTCCTCGTGTTACAAATGAGTCGTCCAAAGCTATTC TTTCTCGTCTTCTCTAATCTAGTGCTTTTGGATTATTTTGACGTGTCTTGCTTAGCAAGT TATTTATTTAAGGTAATTTTTAATCTCGTCTTTTAGTCAACTCTTATTTGTCCTATTTAT GTGCTTGTTGGTTTCTAAAGGAAAGCTCTTTTAATTGTGAGATTGAAAATGAGAGTTCCT GTTTTAAATTCCCTATAGAGGAATATGTTTTTCACTCTCCACTGTTGATATTCTTGGTTT AGTTATGCCCATCAGCCTAAAATCTTCAAATGCCTTTTTGTTTAATTACAATTAATTGGG GCATTGCATCAACTTGATTTATCTTGTGCTAAATTTCCATTCAAGTCCTACTCTTCTTAT TGAACTTCTCTAAATGTCAAAATACCCAGTTTTCTGTTTTTTTTATTTAGTCCCTCATGG TTGTCTTGCACTCCTGTTTGCAGGTTGCAACCACTTTTTATTCTCCTAGCATGAGTGTTG GTAGTACAAATTTTCTACCATTGCTTAAAAGACTTGATGAATGCATATCGTAAGTGACAT TTCATTTCATATTACTGCAATGAAATCTTATGAATATTAGAACCACTGCAATGATGTAAA ATCCATACTTCTCTTTGGTTATTTGTAAAGTTTACAATGTGGACATGTCTAGAGTCACAG GTTTCTTGTAGGGATTTGTTCTTTTATCAAGATTTAAGTCCTGTTGAATTAAGCTTGTAA ATCTTTGCATAAGAGCACAAATAACCATTGTGTTTCTCCTCTGCGTTACTGAAGATATGT TGAGAGTAACCCACAATATGCAGAGTGCAGCATTTATTTGGTCAAGTTTCGACAACTTCA GGTACTTAAGGACTGACATCAACATTATGTAATACACTATCATATATGAAATCACATTTC TTTATACAGTTGGCATGGTTTAATGGCATTCTTGGACGTAAGAACTCTAATCCCGTTGCC CGTTCTTTCTCTCTATCTGTTTTTTCTATGTCCTCCTGTAACCAGTCTCGAGCTCTGGGA ATGATTCGCTCTCATGTTCTTTCCGTTCTTAGAAGTACTTCTTCTCAGGTAAATCTGCTT TATGCTTCACTGCTATATGCACCACAATCTTTGACTTGCAGATGAATGGTTGTATCTTCT GAGATAAATGTACCTATTTCATCAGGTCCAGGCTGCAATACGAAGCAGTGGTGGTAGCAA AACATCTTTTGCCGAGGGTATAGAGTCATCTATAATATATGTACGCTTCAAGGCTGCAGC AAATGAGGTAATATTGGAACATCTCCTTGCGTTTTAGTTTATAGAAACTCTATTACTTCG TTGTATCAGAATGAGTATTTCTAATCTCAAAAAATAAAATAAAAATAGGACTAGCTTTAA CGTGTAATCCATGAACTTAATGATCTTAGTTACCTGCAGCTTAAGCCTATCTTGGAGGAA ATTGAAAGTAGAACACCTAGAAAAGAGTATATTCAACTTCTTGAAGAATGCCACAAACTC TATTGTGAACAGCGCCTTTCCTTGGTGAGTATAAGCTGCTCCATTTAGTTCTCTCTCTCT CTCTCTCTCTCTATCTATCTATCTATCTATATATATATATATATATATATATATATATAT TACGGCTTTTTTCTTGGTTATATTTTTTCTTCTCCTTGTTTGCCATTTTAATTAGTACTC CTTCTGTTTCATTTAATTCAGATAAGAGGTATAGTGCAACAGCGGATCTCTGAATTTTCC AGGAAAGAAGCACTGTCGTCTTTAACTAGATCTGGATGTGCATATTTAATGCAGGTACAT TTAAATGGCTTCAGTACTTTTTACAATATTTTGTACTAGAGAGCAGTATGATTGTTACAT CTTGCCTTACAAATCTTTGATGACTGTTCTTTCTATGGTGATGGTGGTGGTTTTTTTTAG TGTTGATGGGGGTATCAGAAGAAGAAGATGAAAAGACACAATTCAACGTTGACCTCCCAG TCTTGATAGTCATATGAACAATCCACATTCATTTTTCTTTTTATTTCAAAGTAACTAGTT GTAAGAAAGTGAGTCACGTCTTACGTTTTCTTTTAATAGTTAGCTCATCTTAGTGTAGAT GAATATTTCCTCTTAACTGGGTCTAGGATAAATGAGCTAAAGTTATGGCAGCCTTGGTTT CTTTGAGGAAGGAATCATATCTATATGTTTTTCTATGAATCACTATTGCCAAATATATAT AGGAGGTTGCTTCTAAAAAAGTCTTGCTAAAGGCATATTAGTGTAAAATTGTGATATATG TCTCTCCATAATTTACCTTTGACACCGTAAATGCAGGTGTGTCAGCTAGAGCATCAACTT TTCAATCACTTCTTCCCATCATCTTCAGAGGACATTTCGAGTTTGACTCCTCTTGTAGAT CCTCTGTGAGTTGCCTTACTTCTCTTGTGGGGTTGTTTCTGCATTTGAACCATTTTGCTT CTTGCATATTTCCTTTCCCGTTTTTTCTTTTCTAATTTTCTTCTTTTCCCTTTTCCTTGT CTTGGTTCGCTAGGGTGGGTAGGGGTGGGGGTGTGGAGGTTTGGATTATCTGTATTGTTT TTCATGCACCTTGTAAATAAGGAGCCAAAATTGCAATTTTTTTTGGTGCCTGTAAGACTG TCATTTTGGTAGCTTGTGCCGTGCAAGAGTTGCTATCAGTGGTAAGTTGGTGTAATCGTT TTCAGACATTATTCGAGTGCTAATAAAAATCTGTGTGGACTATGAGGCGGCCCAATAGCT TAGTGATTGTCAATTTAGATTTTAGGGCTAGCACAAGATTAGTTCCTGGTTTGGAATTTG AAGCCATCCTGTGGGATCTATGCCTATCTATTCCTTTGAAAGAGCCGCTCTGGTCTGGAT TTGCACCTTGCTCCGACCATCAGTTATGAATATGTGCTATATTTATATATCAAGTTGGTC TGGTCAAAATTTGCTCCTGCGAAGCTTCAACTACTTTTTTGACCTTAAATTTTGGACTTC GAGTCACAAATGTGGAGGTTACATGTGAAACTTATAGCTACTTCAAGGCAAACAAGGTCC TTCGAGTATACGCCTTAACTTATTCTCCAAAACAAAAGTATAAGCTTTAACATCAAAGGT GGGTAAACCGTTACTTTTTGAAAAAGGCGGAAGAAAAATTATTTAAGTGAAGGGTAAGGA GTTGGCTCATTATCCATTAAGTTTCAAATCGTGTGCCAGTTGGCCCTTGGGGTTTCTCGG TCAGGTGGGAAAGCAGTCTTCTATGCCCGGAAAAGTAGAATCAGAAGTCTGGTCTTATTT GCTTTCATGAAGATTAAGATGTTTGAATTTGAATACACATCTGAATATTAAGTTCTAAAT GGTGGTGGCGGTGATGGTTCTCGGTGGTAGTTGTGAGTAGTAGCTAGTGTTGATGGTCGG TGGTAGTAGTGGTGGGTGGTGGTAGTGGCAGCTAATAGTTTGCAGTGGATAATAGTGATA ACTATTGGTGGTGTTGAATGATTACGGTGGTTTGACTATATATAGTGGTGATTGTCGGTA GTGATTAGTGTTTGTTGTGGTAATGGTGGTTGGTGCTGATAATTGTAAATGTGGCTAGTG GCGGTGATGATAGTTGGTGATCTAGCATCTAAATACATTTCATGGATCCTTGAAAGCTGT TTTAACATACCTGATTTGTTATAAAGAGGTAAGGTTCATGTCCCCCTCTTTTTTTGTACA ATATTTTTGATGTACAATGTAGGGGCCAAGCTAAATCTTCCACTCGTAGTAGAAGTAGAC CACTAGAGACGTATTAAAAAAATAATAAGAAGTGGCAGTATTGGCAGTGGTGGTGGTTGT GGGTAAGGATGGCGGTAGTTGATAATTTTGGGCGGTAAGCCGGGAACGTGAATGGATGAA ATTGTTGAACTACCATATTTGTAGAATTTTCTAAAAAGATATCTTAATGATATTAAGACT TGATTTTAGTAATTTAGATCTATTCAGACTCGTTAAGTGGTTGTAACATGAAAAAAACAA ATGCATTTAAGATTTGAATAATTCAGATCTAAAAATAATCGGACTTAATGACTGAGATGT GAATGGTTAGGATTAAGACCATCATTAAGTGCAGACAAATGAGGCCTAAGGAAACCTAAT TGTTGTCAATTACTACATGTTATGTGCTTCTTTGTGAATTATCTCTTTGCTGACTCCTCT CACTATCTGGGGTTTCCACTCATTTCCCCATTGTTGATACATAAAACTAGATGTCCATTG CACCTGTATCTTTCGTTTTGTTCATAAGTTTTCTTTTTTCCTTCTCTGGGTGTTTTAACT TACATGTATGTCCTTCCTGATTGTTGGGCAGAGAGACAGAAAGCCTTGCGCTTTTACCCA TCAAAATTTGACCTGGAGTATAAGCTTCATCATTTTTATAGTTTTTCTTGTCAAGTTAAT GTGATCAGATAATATCAATGAAGTGAGTTCAGTTTCTAAAAGCATCAATAGAGTGAGCTA TGGTTACTGATAGTTAATCTAATGGCAGATTTTCGATGTCGGTAAGTTTAATCAGTAGTG GAACGTGTACCTTTTATATATAAAAAGGTAGGGGAACATGTTATCCAGTTCACTTGATAG TACTCTTCTCTTTGCTCCATTCTTTTTATTGGAGATATGCATTCAGATATTCTCTGCCTC CTGCATTCTCAAGCTATATTTTTACTTGCATCCTTTGTTTGTAAATAAGATTATTTATGT TGTCCATGAGAAGTCATATTTTGAACTTATGTCCCAGCACAATTACATTTCCTTGTTATC ATTTATCTCTGCATAACATGATATGAATATTCTGTGCATAGCATCTAAATCCACATGCAC CTGACCCATCTCTCATTTGGTCCAGTTACAGCAGTTTAATGAAGCGTTGACATGTTATAC TCCTTCCGTCCATTTTAGGTGACAGAGTTTAAAAAAGAAAGAAAGACTTTTGAAACTTGT GGTCTAACAGGTCATAGACATTTATGTGACTATAAAACATATCATTAAGCATAGAAATGT AAGTTTAAAGTTGAATAGTTATCAAAAAGGAAGAGGTGTCATTCTTTTTTGGATAGACTA AAAAGGAAAGTGTGTTGCATAAAATGGGACGGAGGAAGTATTATCTATGTGCCCCTGAAG CTGCTGGAACTTGAACTTTGTTTTTTTGATGATAAGTAACTTGATCATTAAGGTTACAAT TACCTCCCTACCAACTGCAGGTGTACTTTCCTCTATGATACATTGCGTCCTAAACTTATT CACGAAACAAATCTGGATGTTCTTTGTGAACTGGTTGATATCCTTAAAGTTGAAGTTCTA GGAGAACAATTGAGCAGACGGGGGGAATCATTGGCTGGGCTACGTCCAACGCTGGACAGA ATTCTAGCAGATGTACATGAGCGATTAACTTTTCGTTCTCGCACCTATATCCGTGATGAG GTAACATCCCAAGTATTGCTCGGGCATTTCAATTAAATGCTGTTTGGCGGCTTATCTGTT ACTCAGACATGAGATAATATTATGCGAAACTTTGCGCATATTATTGTGCCACTCACTTTA ATCTCTTTAATTTTCCTTTCCGCTTTCTTTGACTTTACCAGTTAATTAGCATTCTCATGG ATAGATGAATAGTGCCAAAATTAGTTACAGGATAAATTAGGACTTCTTTTCTGTTGCATA GATTTTGGTTAAAAATGGAATGTTCATTTATACCAAACATAAGCAGGTAGCATCTCATGG TATATACTATATACTGTTGTTCAATATCTTAAACTTTTTCTCTTTATTGTTCTCGTAGCT GTACTATCTTCCATTGCTGTGATATGTAGTACCTTCCAAACAGAATAGCCCATTAGTGAA AATGAAGGATTTTTCATTGGATTTTGAAACACTTATCGTTTCAATTCTTTCCTATGATTG GCTTATCATGACAATGTACTCGAAAGTTGACCCTTGCACAGTGGAAGGAATATGCTTTGC GGCAGACTTCTGACAATTGGACATATCCAAGAGGCTCTTGAGTGAATTATACCAATTTAT GTGATGTGGAGTAACCTTTTGGAATTTAAACCTAGTATGTACTTCATCCCTTTCTGATTA CCTGGTTTCACTTAGTGTTGGACATACTAAGGAAAAATAGAAATCATAAAAGGTTGTACA TTATAGTTTTTCTCTTTTTTGCAAACCCAAAGCCCCGAAAGAGAGAAAATTCCAGCCAAA GGCCTTCCAAGTTACAACTCTGTCTACTTATTTACAAGTTCATGGAAAAATATAGGCCTA TCCATCATTATGAGGAAATGCTTTCGTGTTCACCTTATTTTTGGCATTGTTGATTTGATA TTTGTTCAATGTTCATTCGGTTCCCGAGCTAATCTTTTCTCCTTCCTGCCATACTTCCCT TTCTGCTTTGTGCATCATTTGTTTGGATTAATAATGCAAAGTGGTATGAGCTTCAATGTT GTATAACTTCACTTGAGATGTGTTTAAATGGGAAACATGGTCAGGATGATTCGTATAGCT GGTCCCAACTAGTTCCGAGTGAGGCTTACTAGTTGTTGGTAGGAGTTCCAATGGATTTGT ATGGAGATGAAAAATGTCGTCTATTAGGGAATATGATAAGTTGGGATTGATAAGAAAAGG AAATTAGACCATATAAGTTGGGGTGACTGGAGTAAAGTGCACATGTATGTTTGGTTTCTG TATGCTTGAACTTCCTCAGATGTAACCAGTGGTCTACAAATAATTTGGTCTGCATTCTTT CCCTGCTTTGTTTTCAGATTGCAAATTACCTTCCTTCAGAGGAGGATCTGGATTACCCTA AAAAGTTGGAGCAATCTGTTTCAGCAGAACTGGATTCACCATCTGTAAGTGCCAAACTCC TTGTCCTGTGACGTGTATTCAGTTGAATTCTACATATATCTTTAGAGGAAGTAAGATCTA GGATGGCTTTTATCTTTATCTTTTTTTGGATCTTTGTACTTTTTTAATGGAGAAGTTTGC ATTCTCTTATGAAGGTTCTGTTAATCAATATCTTGCTTAATGGTGTGAACTGACTCTTCT TGACCTGTGATTCTAGTTGGATGACATTTATTGTACAGTTCGAACTACAAAGCAAGCTAT ATTAAAGTTGAAGGTGTAAAAATTGGAAATTTAGAGGTCTGGTGGAATTTGTATATTAAA ATTCTTTTTTCTTTTAAGAAAGAGTTCTAGGATTTGTGGTAGTATAGACTATAGAGCTTT TAATTGGTTATTTTATTTTCAATAGGTCAAATGTGCTGCTTTAGCAACTTTCACTAAGAC TTGGTGTATATCGATAAAATTGTTTTAGAAGAAGATAAGTTAACTATTGCTGATTTATTT AACTTGAATTTGTTTTTTTGCTGATACTTTTCCTGCCTCTTTGCTGTCAAACATGATTTC TGCATTTTTGCACCATATTCTATGTATCAGTTTTTTTTCTTTTGCTACTTTGCACCATAT TCTCTGATTCCTTATTTTAAATTTGGTACAGACTGAACTAAATCAAGATGTTTCCGGAAC TTGGTATCCTCCACTGGAGAAAACCATATCATGTCTATCAAAACTGTACTGTTCTCTAGA AACAGCTGTTTTTACTGGATTGGCTCAGGTAAGCAGTTGGTTTCTATTAGTGTCCCTTTT AATTGTAGCCAGATGTTACTGGATCCTTATTTTCTCTTCTTTTTTTTTTCTCAGGAAGCT GTAGAGTTTTGCTCGTTATCCATTCAAGTAAGTTTTCTTCTTTATTGAAGTTCATGTATT CTGTTCTGCTGATTATGCTGTTAAAATTTGTAATCTTGTATTATTCATATTTTTTTGTTC AATATGCTGTTTGTTATTGCTGAACTTCTAATTCCTTCAGAAAGCTAGCAAACTTATTGG CAAAAGATCGTCATCAATGGATGCACAACTTTTCCTAATAAAGCATCTACTCATCCTGAG GGAGCAGGCAGGTTTCTCTTACCTGCTTATGAAATTCCTAGTTATTGTCATAGCTGCTGG ATTCTAACTTAAGATGCCTTCCAGATTGCCCCATTCGACATAGAATTTTCAGTCACGCAT AAGGAACTTGATTTTTCACATTTGCTGGTGAGTATTGAGTATCTGCCATTTATGCTGGTA TTCATTTTTTCGTTGTCCACCACTTTTCTGCTGCAGATGTATATTTCTTTAATAATTTCA TTATCACACTTGGAGAAGAAGCTCTTTTTGGATATATTTTTGGTTTGTTATAAAGGCAGA GTTTACTAGTGAAAGAATGGAGATGGGTTATTCTTTGTTAGCTCTTGTTATAAGACTTAC TAGTGAGAGGGGAAGATACTTACCCCACGACTCTATTTAGATTCCTAGAGCTTCGAGGAA GGTGTGTTTCTTTGTATGGTTGGTGGGAAGGGGTGCGGTCTTAAAAGCGGCAAATTTGAG GAGGATCACCTTTGTTAGTTGGTGCGTTATGGGTAAGTGTGCATGAGAAAAACAATGTGT CTAATCGGTCATGGAGGGTGGCCGTCAACTTGTTTAGGATGCAATGGGTGATGTCAGGCA TAGTGAAGGAGGCATGACAAAGTTAGATGTCGGGCACAATGAAGGATGCTTTACAAAGCT GGACTCATAAGAGGGGGAAGAGAAACTTTAGGGCATACAGTGTTGCCCGTTTAGCAATCA TGTGGGTCATTTGGAAAGGGAGAAATAGGAGGGCATGCAAAGGAGTGGAGCAAGACTCGT ATAATTGCAGAGTAGCGTTTTGTCTCTAGTTTCTCTTTTGGTGTACTTTCGAGGTCCCTA TTTGCATAGAGGATTGAATCTCTTATGTTGAGAACCATATTTTGATCTAGGCTCTCTTCT TTTGATATACGGCTTGTATACGGGCTACTACCCCCGTTTGTTAACAAAATGATTTACCTT CTCAAAAAGAATAATTCTATCATTTTATAGTGAAACGGACCATCAGTTTAAGCCTTCAAA TCTGAGCTTTGAAACTGTGCGTAACTGATCCTCGGGGATTCTCGGTTATAATCAAATGAT TATCTAATCACATCTCAGCCATTGAGCAGCTCCTATTCTGTAGTGGAATGGACCATCAGT TTAAGCCTTCAAATCTCATGCTACATGTGTCCAATTTCTTAGCTATACAATGTTTGATTG ACTGTTAGATTGTAAGAGTTACTTTTATAAATTTTCAGGAGCATCTGAGGCGGATTCTAA GGGGTCAGGCATCAATCTTTGACTGGTCGAGATCAACTTCATTAGCTAGAACTTTATCTC CACGAGTTTTGGAAAGTCAAATTGACGCCAAGAAGGTACCTGATCCACTTATTTTACAGT AGTTTTTACTTGAGTAGCTATTTTTATCAAAGGATTGTCGTTATTTTTATTAAACGTTCC CGTCTAATTAAAAAAAGATTAAATCTACATGCATTTTGGTTGACTCTTCTGTATGAACGA TAATCACTTAATTGTAATGTCAAAAACAATTATCACTTAATTAATCACTCTACACCTGAA TTCAAACTTGTTATTATTAACAGTCGTCATAATATGATAACTCTCTTACGGACCATTAAC CTGCATCACACTCCTGGTTTATCCATACTTGGGAGCAGTTTTGCTCAAAAGGTTATTTCA CATAGGTGAATTTCAGTATAAAGAATTGTTCATTTCACTTTTTTGTTCTGCAATCTGTTC CACAGTTCTTTGCTTAGTGATACCATAGATTGGTAAACAACTGGAGGGCATTGAATAGCA TACTAATGTCGAATACCATAGTTCATCACCATCCAAATTAAAAAGAAAAAAAAAAAGACA TCTAGGAAGCATGTTTTTTCAAGCTCTGAACAGTGAGTGGCAATACATTGTACACTAAGA GCTGTGTTGATCTTTGTTTAGCATTACCTGACTGATTCATGCTGATAATGATTAATGATG TCTGAGAACCCTTGATTTAAGTCCTTTTTAAATTGCTAGATTGTTATTGGCCACATGCTT AGAAAATTTGTGCTTCCTCGTTGTCACGACTCAACCCACAGGGCCGTGCAGGCACTTACT CTAACACCTAGATAGGAGAACCCTTACCCCAAAACTGAAACATGAAATGCGGGAAGTGAA CAATTATAGGCTAAACACCTTATTTAAATATGGCAGTGCTCAAACTTAGTTAAAAAACAA GTATCTTTGTCCAGAATTAAATTGAGCCCACCCAAGGAACTAGTCTAAACATTTACAAGG GCTTCTAAAGAGTACAAATTATGAAAGAAATAAGAAACAACTCCCACCATAAGGAAAGAA AAGTGGAAGCTGTCAGAGATCATTATCGTCTTCTCCGATGAAACTTCACTGAAACCTGCA ACCAGACTATGCCAAGTGACATAGCAAGAGTAGTATCAGTTCATACAACACATACTAGTA GGCATCATCAGTCAATCTGAATCCCACATAATATCATGCAAATAATCAAAGAACCATGAA ACTTGGAGATATAATTAGGACCCCGACCCTTCAATCATCACCTTTGCTACCAAGCAATGC TACCCTGGAACTCATACGCTCTATCCCAAGTCACGCACCTCCTTCCGCTGCCAAATCTAC CATCTAAGCCCTTTCCCCCCTCATATCAGATCATTACCTAACACTTCTATTAGATAGACT TTCCAAACCACTCATTCGACCAACACCAGAATTCCTCTACTATTTCCATTCCTGAATCCA AGTCCACTACTAACTCTGTTAACCGTTCTACTACTCTCCCTCAAGCTCTCATGCCAACAC CCTATCCCTTGACCAATTTAGTAAAGCACCTGCAAAACCCCTACTAAACCACCTTGATTG AAATCCCCTTTATCAGATGACAAAACCGTGCAAACTAGTGCATAAGCAAAATTCTCCGTC AACATCCTGACTTAACAACCACCCGAGACATGTACCTATACTTGATTCATCATACCTTTA GAGTAACCCGAACCACAAAGGATCCCTAAGACATCATTTATAGTGTTTAACATGCAATCC CGGTTTAAATTTTTTTGAGTTCATTCGTAAGACGTGTGTGTCTACTTATTCAACTGTATA CAACTTTAAGTGCTTACTTGTGCACACTCAAAGCCGACATAGATATCAACTAAGGCCAAG TAAAGAGCACATTTATATATTATAACTTTGTTTTTATTGTTCTTTTCCTGTCAATTTTCT TAGTTATTCATTAGCTCTATAATCTCTTTTTTTGATAAATCAAATAAATTATCTCAACTT ATGCCAAATCAGAATTCCATTAACATTATTTGTGAAATTCCTGGATGCATCCATTGCAAT TTATGCATTCTCAAGATCATACAAAGATCTTAAAATTGGCTTTGAACTGGTATTCTATCC CAATTGTTCTGTACAGAGTTTTATTTTCTTCACCATAGTTCTATGGGCTAATAATTCGGA TGCCCCTTCCTTTTCTTTTGTCATCATAGTTATTAAGTTGGAGGTTTGGATACGTCCAGA GTCTAAAGAATTATGGTTAAGTAAGCCAAGACTGAACACTTGGAGTCCAAGTTCAGTGAT GTGACACATGATTCCGACGGAGAAGTGATGCTTAATTGACATGTCATCCAAAAGAGAGGT AGTTTCAAGTATCTTGGGTCTATTATCTTGGGGATTTGAGAGATCAGCGAGGATGTCACT CACCATATTGGTGTTGGATGGACGAAATAGAGGCTCACATCTGAAGTCTTTTGTGAAAAA AAAGTGCCACCTAAAGTTAAAGGCAAAATCTATAGAGTGGTGGTTAGAGTTAGACCAACT ATGTTGTATCATCTATGGGGTAGAGTAGTGGCCAGTCAAGAATTCTCACATTCAGAAGAT CAAAGTGTCGGAGATGAGGATGTCGCAATGGATGTGCAGGTATACTAGGTTAGATGAGAT TAAAAATGAGGATATTCAAGACAAGGTGAGAGTGACTTTGTTGGAAGACAAGATGTCGGA AGCAAGGTTGAGATGGTTAGGACATGTGATGAGGAGATGTGTGGATACCCCATTGTGAAG GTGCGAGAGGTTGGGTATGAATCGATTCGTGAGAGATAGTGGGTAGACCGAACAAGTATT GTGAAAAGCGATCAGACATGATATGGTGCAGTTGCATCTTACCGAAGACATGACCTTAGA TAGGAAGGTATCGAGGACACGGATTGGGGTAGAAAGTTAGTATGACGGAGTACATCCATA CTGGTAGGTAGGAGTGTGTTGTCTTGTTGCCCTTATCAGTAGTTGTAGTACTACTCTTTT AGTTTCTTGTTCGTTATTTTCTTTTACTATCTATTGTTTCGTGTAGTTTGATTATAATAT TATTTTATGGAAGTACTGTTCTGCTTCTTTCAGTTGTTTTTGTTACCGTATATTGTCTCT CGTATGTTTCCATTACGTTTTCTCTAAACTGTTTTTGTCTTGTGTTGAGGGTTTATTGGA AACTGCCTCTCTACCTCACATCTGAGGTAGAATTAAGGTTTGCGTATAGTCTACCCTCCT CACACCTCACTTTGTGGGACTACACTAGGTATATTGTTGTAGTTTCAAAGTTAGGTATGC GTAGAAGAGTGGTAAAACAGGCTTACGTTCGCCTCTTTGTCCAGTTATGCTTGACGATTT GTTATCCTTCCTTTCTTATTTTACATTCGGCTTGCCCTCTTCCTTCTTTGAAACAAGGGT ATCGACATTAACATTGAAAGATGCGACTTTTTCAACCCTCATCATTGGAAAAAGTTGGGC AGGGTATGAATGATGAATACAAGATTTTTGAAGTTCAATTTGTAAAAAGCTTCTTTGAAT GCAGGAATTGGAGAAAAGCCTGAAAACTACTTGCGAGGAGTTCATTATGTCAGTGACTAA GTTAGTTGTGGAACCATTGCTTTCTTTTGTGACAAAGGTTAGTTCTGTTTTCCATTTTCA TCTTTTGTTGTTTTCTTTATTTGTAGGAGCAATCTTTCAACATGTTCAAGAGGAATTAGG TGTTGACAGAGTGGAAGGAAACATTGTGGTGTATGGAAGGAAGAATAGGGAGAGGGAAAA GGAAAAGGAGGGGTAGGAAATGAAGATAGGAGGAACTAAAAAGATGTGATCTATGGATAT TAGGATAAATAATTGAAATATGAGAGGGATGATGACCTGAACAAAAGGGTCATCATCAAG ATAGGCATAAGAAAATGGGGGTAAATCTACCCCCCTTTTAGAAACTGAAATGGAGGTGTC AGATAGTATTGTGAGAAGTGTGCGGTGTTAAGGGGGTAGGTAGAACGTTGGAGGAATGAC AGGAAATTAGAGATTGTGGAGGATAAGAATAGTGAGTTTATGTTAGCATCTCAGTTTAGA TATACTGGAAATGGGATGGATGCAGTGGGGATTTCGAGGAGGTGGTTATGGTCTGTGGGA GGGGTCTAAGGAGAATTTTTGGGAAGTAGCTCTTTACCTGTCTCCTTTATTTTATAGAAA TTTGGTACTCCAACGAGATGGTTAAAAACTCAAGAGCTGCAAAATATTGGACAAACTGAA ACAACAACAGCATACCCAATGAATCCCACAAGTGGGGTCTGGGAGGGTAGAGTGTACGTA GTCGAGGTAGAGAGGCTGTTTCCGATAGACCCTCGACTCAAGTGTAGCAATTTTAGGATT AAAGAAGAAGAAGACTCTGACAAAAACATAACAACTAATAGGAGAAGCAGTGCAAAGCCT ACAGAAAAAAATATGAACAGCCACTGAGTAGTGCAGTAGCCGCAACATAATAAACAGATG AAGATAGATATCAAAAACTAGAACTAACAAGAATAGGGCTAGTACCACGACAAACACCAC TAGCCTGAACTCTCGAAAGCAAGGCAACACTCCACTACCTACCAACCTTCTGCCCTAATA CACGACCTCCACACCCTCCTATCTATGGCCATGTCCTCAGTAATCTAGAGCTGCGCTATG TCCTCTCTAATCACTCCTATCCTATGCTTTTTCAGGCTACTTCTACTTCTCCTTGTGCCT GCTACATCCAACACAACCTTTAAAATTCAAGGATGATGGAACCGCGCTCTACCCTTTCCC ACTTAAATACTGGACTTAGTTCACTTGGGTTAGGGCTCAAACTTATAATGTAAGACACAA GCCCCTCAACCTTTGAGCTAACCCCTTTGAAATTTTACATAGTCATCACTATATCATGTA TAACACAAAGACACACCAACATGAAATCTATAATTTAGGTAACTAGCTACAATACCACCT GTTATCTATAATTCAGGTAACTAGCTACAAATACCATCAATTATGTAATTAAATGATGCT GATTCCTTAGTAGACATCATAAAATCCTTGAAAAATGAAATAGGACATACTGTTGCTTTT TTGAGAATCTGGAAATATGGCTACTATCATAGCCTTTTTGCTGATTTTCAATATGTGACC CTCTTTTTTACAAAAACCATAAGTGCTTTGACCCGCACTGTCTCTATTGAGTCATTAACA TTGGTATTTGACCTGAGACGTATTACTGATGGACATGGGAAGCAGAAATAGGACTTGTAT CAAGGTCTGAATGCATCGTGAGCTTAAGTGTTAGAGTTGAAATCTAATGTTTTTATGACC TTGTAGATTTGTTCATTTCCTTATGAATCTTCTTTTTGAAGATTTTAACTGTTAGGTATT AAATGTCTTATAGGTTACGGCTGTTAAAGTTGCATTATCTAGTAGTCAAAATCAAAAACT GGAGTCTGGGATTGCAAAGCCACTCAAGGATCATGCTTTTGCTTCACCAGAAAAGATTGC CGAGCTTCTTCAGAAGGTAAACAGATAGATAAGCTTATCTTTTGTTGAAATAAAGAAAAA ACCTTTGTGCAAGACTGATTTTGTTTTACACAAATTGCTGAATGAACCAAAATAATCAAA CCAATCAATTTACTGGTCGACAAACATCATGCCTGCTGATCATTTGTTATTCAATCTGTT TTTCCCTCTCTTTTGACCTACATGCTGATTCATATTTGGCACAGGTCAACACAGCAATAG ATGAAGATTTGCCTAGGGTATTGGTAAAAATGAGGCTCTATCTGCAGAACTCATCGACAC GTGCAATACTTTTCAAACCCATTAAGTAAGATCTTCTGTGCAGTTATATCGTACTAAAAC CTGTTTAATTTGTTTATATTTTAAATCTTTATACTTGTGAGAAGTAAAGGCATAGGAACA TATTATTGAATTGTGTAAACCACATTATTACAATGAGCCCATAGATTACAATCCTTTTAC AGTAAGACAATATATACTGAGCTTCTTACAAATTTAACTAATACGAGGATTAATGAGGGA CTAGGCGAAAGTACGTGCAAGCTAATTATTTGATGTCACAAAATTTGTAACAATATCTCC CAACAGCTAAGTTGTTCGGACTCGGTTGTGGGTGTCTGTTATGGGTGTGGATCTAGAGAT CGGTTCCTTACATGATTTAAATTTTATGATTATGCTAAAAATAATTCAAATATCTTTAAG TAGAGTTATGAAAATATGTCTAAATTATGGTGGACTATTTGGAAGAGCAATACACTAACT TTTGAGAGCAAGTTAGAATATGTAAATATTATTTAGTACAAATGCATCTCCTTACTATTT TTTAGGTGTAACATGACTTACTAATCATCTACTAACCATTATAGACTTCTTGAGTTCATT TCACTTTCAACAATGATATTGACCTGAAAATATCTCTAAAGCACCTTGTGGTTGCAAACT TTTTAATCCAAATATTTTTTAGTGATAAAAAAAAAACCTAAATTATTATTTCACCCTATC TTTTGTTTTGATTTCAGAAATTATTGTATCTATTTCAAATTTCTCTATCTATTTTGGTGA AAGTATCCAAAATAGGTTGATCCTATCCGGTACAGATCCCACACCCATGTCGTGTCGACA TGGGTATGACACCGAATGTGAAGAGTCTGTGCAACTTAGCCTGAGAGTATTTTTTTTCTC TGATGAAGTGACGTTCAATCTAAATGTGTTTAGTTCTCCAATGGAAAATCGGATTTGGCA CAACACTAAAGGCAGTTTGACTATCACACAGGTTCCATCTTATTGATTCTTTAAATTGTA ATTCTCTGAGGAATTGTGTCATCCATCCAAACTAGATCGAGTAACCACACTTAGGTTCTT ACTTTTCCAACACATAATTTTACTCAGAATTTATCTAAAGCATACTTCTGTTGTGATATA ACTATACTTGATCTAGACAAGAGCGGCCTCAATACTTAGAATATACTTCCATCTTCCTAA ATCCTTAGTTTGAAAGTGCTGAAAGAGATGTTGCTTCAGACTAGTGATATCATCCTGATC GTTGCCAGTAATACTGCAATAGCAATATGTTAACATAAACCACCAAATAAATACACTGAT TGAGAGTGATCAGCTTCACTACAAGTCATGCCAAACACCTGAATAACTGTGGTAAGACTG TAGAAAAAGAATGACTCAAAACACGTTGGAGAAGTGCGCTAGTGTGTGGAGCAGATGCAC CACCGTAGACCTTGTTGTTGCCGGCGCATGGGCGTCTATGAAGGGTCAGATGCCGGAGGG ACTTGCTGGGTGTGTGTTTGCTTTAGTTTTCTGAACCTCGGAGCAGTGTTGGCTTTTTGA TGACAAATTCAGCCCTAACAGTAGCTGGAAATTAAAACAAGGTGCCTGTCTGACTTAGTT CTCTTTCCTGGATGCGTCTCATCCATTGCTTTGATACCATAAGTCAAGCCATGGGAAAAT ACTATTGAATTATGTAAACCACATTAATACAATCAGGCCCCATTTATAGACATTACCATC CTTATCCACGTAGGACAGTAAGTACATTAAATTCTAACAATACTTTGTGTCTATATGTGT CCTTTTGTGGGTTTAAGTTAACGAAATTAGATGGATCAATTCATTCTGTTCAGACATAAG GAAACAATAGTTCTACTTTTTTTTGTCCATTCCCAGCATAATCTTGTTCATTCCCTAATT ATGAGGGACAACTTGTTGAAATTTTTGTCCCGGTTTCCTTTACATGATGTATTTATGGTC ACAATAAGCTACAGCCTATGCATAGGTGGCGTGCCAAAAAATGTAACTTGTGACAATGGC TTCCTACAAGAATGACGTAATTATTAAGGAAATATACAAACAACACACTTATTTAATTTC TGTGTGTTAAGGTCATGCTTTGTATTGTTACAAGTTCTGTACTTTGTACTTCTTTTATCA TTTAAATGATTCTAAAACTCTAAATCCGTTTTCATATTTGTGCAGGACTAATATATTGGA AGCACACATTCAAGTGCTATCCCTTCTGAAAAAAGAATATACACCTGAGGATAGACAAGA CCTTGTCAAGATGGTCTCAATGCAGGATTTGGAAGCTAAACTAGATAAGCTTCTATAATG AGCTTCCGTTATAGAAGCTTATCATTTACTGGTAATCATAAAGCTTCCACGATGAGCTCC CAAAGGCGATGCTTTCTTCAACTCCGACTTCTGTAATACCAGAATTTATCGTGGTGGAAG TTCCGGGAACTGCATGGAGGAAGGTTTTAACCCCAGTTCAATCCATATACATCGATCATA CATGTAAAGCTTTGTTGAAGAGTTGACTTCTGGATTTGTCTGTTATCAGAAGAATTTCTC ATTGATTCACCCAGGCTGTAAACAGAATTTTGATCGTCATAGTTTGACTTGACACAAAAT CTAATTACAAAATGTGAACTTTTGGGACATGATCTTAAACATATCATTATACTATTTTGG GTGTTATAACTTTTTGAAACATGTGAATGTGTCAATAGTATGTGTAGCTATAAACTGAAC TTCAATGAGCTGGGTTGTGAAAGTGAAAACCCTACCTTTATTTTATAGTGGGATCAAAAG ATCAATTTTTTTTTTTTGGAATAAAGAGAACGCGGAAGGTCCAATATATCCAGTGTAATT TCACAAAATGAGAGTGAGTTAGGGTAAAATATGTCGGTTTTTTGAATTTTAATTATCACC AAATGTTAATCGAACTACATCTCAACTATCAATTGTTCATCACTTTTTCTATCTAAAATA ATAAAAGCAGACAACTGATGATTAAAATGTATTTCGTTAAACATTTGATGATAATTTCAA CTAAATAACACACCACTTTGGTGAAAAATCCATGAAACTATATAGAGGTGCCAAAAAATC TAGGCAAATTCTCATGGAAGGTTTGTTAAATTATCCCTATCAATTAACTTCATTTTCTTT TCCTTTTCGTGTCTTCTAATAAAACCTAAATTTATAAATTATTATTTGGTAGTTAGTAGT AGTACATATTACGTCCTTAGTACTACTTTTTTTTTTTTAAAAAAAAAAAGTCATTCTGAT GTTCGATATTTATATTAGAGTTAAACTAAATCTAAAATCGTGTACTGCAGGATTCATTTC TCAGAATAAGTTTTCAACAATATCTTTTTCATTCTTAGAAACTCAAATTATAATCGACCT CTGATTAAGCGTGAAAATATTCAAAATCATTCCATTAACTAATTAAATCTCCAAATTAGT TACTCTGAAGTTTGAAGAAAAGTTTCCAATTCAATTCAATTAATGCCACAACAGTTTCAT AGTTGATGCCTTTTACAGCTTTAAATTATTTTATTTTTGCATCATATATATAACTAGAAT GAATTAATGAAATGAAAAAAAATACTGCAAAAATATTGGACCACATAAATTTATCACTCA CTCTAGCTTGTTATAAAAGTTGAAATAAAAATAGTATGTATTAATTTATTAAATGACATA GCTGGTTTTGTATGGTCATAAATTGTAAAAAATGTTTGGAGCTTTTTAATGTCATACAAA GTAAATGTGATTGAATTACTATACCATGCTTTTTTACGTTAGTATACATTAATTGAAAAT TGTTAGGTCATTTTATTTTTCTACGAAAAAAGAAAGGCATATTTTAAATGTTAAGTCAAT TAATTTCATACGATCAATAAAAATTATGTTAAGTCAATTAATTTCATACGATCAATAAAA ATTGTGGTGGAGCAAATAGAGAAACCTTTCATCTTAATTAAATCAGTTTTTTTACTCGAA TTTTGGATATAAATTTTTATTTTTTTTGGTTTAGAAACCGTTCATTTTTAAATGAGACTT TCACCTAGTGTGTATTAACAATTAGTGAGTCCGGAGCCTAAAGGGTATAAAATATTAACA AAAATTTCAAAACGGTATATAAAATTTTATATTAATCAAAATGGCAAAATCGCTGGAACA ACAGCGATTTACTCCACCAGAAAAACCAAAATCACTGCTACTACAACAATTTTGCAAAAT GTGATTTTTTTTTAAAAAAATTACATCGCTACTAGGCAGCGATTTTCAATTTTTTAATTA TTTTTTTTTTGAAAAAATGTAAGTCAAATTTTCAAACAAATTTTTTTTCAAAAAAAAAAT AATTGAAAATCGTTGCCTTTCACAAAAAATTGAAAATCACTGCCATGATAGCGATTTGAA TTTTCTTTTTCAAAAAATCACATTTTGCAAAATCGCTGCAGTAGCAGCGATTTTGCTTTT TCCGGTGGAGTAAATCGCTGTTGTTCCAGTGATTTTGCCGTTTTGGTTAATATAAAATTT TATATATCATTTTGAAATTTTTGATAATATTTTATACCCCTTAGGCTCTGAACTCAACAA TTAGTTAGGGGCCTCACATAAGTGTGGAAACAAAATAAAATTGTTGCTATAAAGAATACT TTTTTACTTAATTATTTCTCATTCGATATCTGATGTCTATATTAGAGTCTGATTAAATTC AAATTTGCATTGAAAAGTTTCACATTAAAAGGTAAAGTGCTCTCCAACGAAGCTCATTAC ATACCTAATAGTGCTCAAACTCGAAATTTTGAATTAAGAATAAAAAAAATACTTATCACT TCACCAGATCGATAATTAAGACTATAGTTATTAATAATTTATTAAATCACATAGCTGGTT TTGCATGGTCATAATGTTGGAGCATTTGTTTTGTCATAAAAAGTATATTTATGGAATTGA GTTATTATATACTGTTTATATACACCATGCTACTTGACATTTTTACATTTAATGAAAATT GTTACTATGACTCTTCTAATTTGTTCATTTTATTTTTTCACACCAAACAAACATATTTCA TTAATGCTATGTCAGTTACTATTTTTTTCGTTCAAAGTTTGATATTTATATTAGAATTTA ATTAAATTTAATTTACTTCAAAATATTTTATAGTAAAAATAAAGTGCTCTCTGATGTTAT ATTCAGTACGACTATTAACTTAGTATGTGTTTGATTATTAACATATTATCTCAAAATTTA AGTGATCGGAAATTAATTAAGACTTGTTTATTTTTCTCAATGTATAAACATGTTAACTTA TTTTTATAATAACTTATAAATATAAAATTAAAATTAAAATAATAACTAGTTGTATATGAC AGCTGGTTTTGCATGGTCGTAGTGTTTGGAACATTTGTTTGTCTCTTAAAAGAAATAAAA ATAAATGGAGTGAATAATTATTACCATGCATTAAATGAAATTGTTAGGTCATATTAAAAT GTTTTTTTCATTTATTTTCTTTTAAGTCAATTAATTTCATAATTTATATTTGATATAAGT AGTTTGTTTTCGTTAACGAACTTATTCGATAGGAATATAAATTAGTTTCATAATTTATAT TTTTGATACAATTAATACATGTTCGTTAACAAATTTATCCAATGTAAATGTAAATTAGTG AAAAAAAAATTAATTTTACTGCAAATATTTGCTATAATTAGTATCTTCTTATCATATTAA ATTTTTTGTTACATTATTTATTTTTTAATGACATCTCTTGATCTTTTTATGTTTTAAGTA TTTGTATCATTTCTATCTTAAAATACTTTGCCATATAAATCTAATACTAGTAATTATGGT CTTCAATATCTTTTTAACTTTATTCATCTAATTAATGTGAGTTTATGGTGCATAAATACT AAATATTTAGTAACAATCAAGTTTAGTAAGAGATATAATAATAGAAAATTCAAATTTGGT AAAAAATCAGTTAGTTTGTCTCATACCTTATATTTATAGTATAATTAAAAAACTACTTAT TTAACATATTTATTATGTGATCTCATAAGCAAAATCTAGCGAAGATAAATTATATATAAT CTCATTCTTACTTCATAGAAATAAAGAAGTTATTTCTCAAAGATCATCGAGTAACATCAC CAAAGCAGTTAATAATATAACAATTTAACAATAATTTTATAATAAAATTATTATGATTCA AAACTTATAAACTTAAATTCTTATAAACATAACTAAAACTTTAAAACTTTGAGAGAAAAT ACACATTCGCACGATTAAAATTAAAATATTTATATTTGTTAAGTCATTTATATCAACAAC AACAATAGCATATCTATTATAATCCCACAAATGAAGTCTACCTCGTAAAAACAAAACGAA TATTTTCAATAATCCTTCGACTTAAATAAAACATCTCAAAAAATACACTTATAAAGTAAC AATACAACAATAAATAATACAATAATCACAATCAAGAAAAACAACGTGTAATACTAAAGA AAACCACACCATACTCAATTATTCACTAATATTCTTCTATAGTATAAAACCTCCGTATAG AATTGTATCCTCGATAAACTAAAAACGATTATTCTGACTTTATCACTATCCTAATAAACG TTACTAGTAAGGTGAATGTCAAAAAATAAAAAAAATAGAAACTTTTTTGTGAAAAAATAA ATTGTCCCATGTATTTATCACAAACATGAATGCATTAATTACAATCTACCATAGACTTCA ATTTTTTCACCTATTTCTTGAGAGAGACCCCATTTTTATCTCACAAAAAAGAACAAAAAA AAAAGACATTTTTTCTCCTCTTTATAAAAGACTGATGACAAAGTTAACATAACATGGTTT TGCAGACCAAATTTCAAGAAAAAAATAGAAAAAATAAACTAAAAATTTTGTTTTTTGTTT TTAGAATTGTTTTGGTTGGTGGTGGGTATTAGATCCAATGTCACCAAGTAAATGTTTTTA GTTATCCAATGTGTTTTTCTTTTTAAAATTCAGCAAAAAAAAAAAATGTGTATTTTATTA GACACACAAATCATTGTTTTTTAGAAGCATTTTTGGGTGTCTCTGCAATCTCTGAGGTCT GTCATGTGATGTTTAGGGGAAAAAAAAAATTCAAGAAACCAAAACCCCAACTTTTGAAAT TCTTTATTTTATTATATGGTATTTTTTTTTTGTTTGTAATTTTTGGGTTTTGGGGTTTTA TGAAAAGTGAAAGTAGTAGTGAAGAGTGAAAAAAAGGGTAGTGATGGTGATGAGGAAGTT CAATAAATTGAGTTTGTTTTGGAGTTGTTGTTGATTTTATAGCTTTTTGTGGTCAAAGTT TTTGTTTTGTCAATTGATGATAATGACACTAATTGGTAGATCTGAAGATTCTTGTGTTGA TAGTGATCTTGTTAAAACCTTTATAGACAGAAAGGAAAATGTCTTTTGGATCTTTTACAT TTCAAGATTTAATCATCAAATAAGAAAAGACTCTACTTTTGTCATATGAAAATCCGAATA GTAATAAAAAGAACTCCATTTTTAATGAACTTTCTTGTTTCCATTCATCAATGGTGACAC CCCAACCAAATCAAAAATCCATTTTTTCTAGTTTTTTTAGTAGATCCCTTTAGTGTAAAG ACTTCATTTTTAATTCTGCATTTTGAACTTTGTAGTTTAATGACACCCAACCAAATCAAG AATCCATTTTTTGCTCTCTTGTAGATCCCTTTTGTGTCAAGACTCCATTTTTAGCTCTGT ATTTTGAACTTTCTAGTTTCCCATTCATCAATAGTGACAACCAACCAAATCAAAAATCCA TTTTTGCAGACCCCTTTAGTCTCAAAACTCCATTTTTAGCTCTGCACTTTGGATTTTCTT GTTCCCCATCCATCCATGGTGACACCCAACTAAATCAAGAATCCATTTTTGCTAAGACCC CTTTAGTCTCAAGACTCCATTTTTAGCTCTGCATTAGATCCCTTTAGTGTTAAGACTCCA TTTTTAGCTCTGCAGTAGATCCCTTTAGGGTCAAGACTCCATTTTTATCTTGTAAGTTGA GTATTTTAGTGTCAAGACTCCATTTCTAGCTCTGTATTGAGCATTTTAGTGCTCAAAATT GTCAAGTTCAATGAAAATCAAGAACCCCTTTTTCCTCTAGAGTTGAACAACTTAAATGCT CATTCATCTCACCATGGAAATGTCAATTTCAATGGAAATCAAGAACCCAGTTTTGTTCTT AAGGTACTGTTCTAGTCACAAATTCTTGTTTTTCATTTTCTCAATATTTTCCATAGTCTT CCCACTTGTAAGATCAGATGATGCTGAAGCACTTTTAGCATTGAAATCCACAATAGACCC CTCAAATTTTCTTGATTGGAAAAAAGGAACTGATTTTTGCCAATGGCAAGGTGTTAAAGA ATGCATGAAAGGTAGAGTTACTAAGCTTGTTGTTGAAAATCTCAATTTGAGTGGTTTATT GGACCAAGATGCTCTCAATCAACTAGATCAATTACGAGTTTTAAGCTTCAAAGCAAACTC CATTTCTGGCCAAATCCCAAGCCTTGCCGGACTTTCCAATCTGAAATCCCTTTTCCTCAA CAACAACAACTTTTCTGGTGAGTTTCCGGCTACCATTACCCTCCTCCACCGTATCAAAGT TGTGGTTCTCACTGGAAACAAACTCTCCGGTGATATTCCTCCGTCGTTAACAAATTTATC CCGGCTATATGTTCTTTATCTAGAAGACAATCACTTCACCGGAGAAATCCCACCGTTGAA TCAGCTTAGTTTGAGGTTCTTTAATGTGTCAAACAATCAACTTTCCGGTGAAATCCCAGA TACTCCGGCGTTATCTCGGTTCAATGAATCATCTTTCACCGGAAATGTCAAATTGTGTGG GGTACAATTAAATAATAACTGTCCTTCAACTAGTCCATCGTATCCCATCATTCCTGAAAA TGTATCTCATCATAAAAAAAGCAAAAAACTTATCATCATCATTGTCCCGGTGGTTGCCGG AATCTTGATCCTCTGCGTTTTGATGGCAATTTTTATAGCATGTGTTCGAAAACGAAGAAG AAATAATCAAGATGGAAAGAGTAAAGGAGTTGAAGCCGGTGGAGGCGAGGGAGGGGAAGA AGAGGGGACTAGTCGCGGTGGCAATGGCGGTGGTGGTGGTGGCAGGGATGGTAATAATGG TGGAAAAGATGGGGCATTTTCATGGGATCAAGGAAGTGGAGGACTAGGGACATTGGTGTT TTGTGGACCAGGTGATCAACAAATGAATTACACCTTAGAGGATTTGTTGAAAGCATCAGC CGAGACATTAGGGAGGGGTATAATAGGAAGTACGTATAAAGCTGTGATGGAATCTGGCTA CATTGTGACGGTGAAGCGGTTGAGGGATTCGAGGTTCCCAAGGTTAGAGGAATTCCGGAG GCATGTGGAGATTATTGGTAGGCTAAGACATCCTAACTTGGTCCCACTCCGAGCATATTT TCAAGCTAAGGAAGAACGTTTGCTTGTTTATGATTATTTCCCTAATGGCAGCCTCTTCTC CCTCGTTCATGGTACGTATTCCGTCATTCATTTATTTATTTATAGTACATTTTGCTTTTA TCCGTTTTTATGTTCTGAACTCTCGTGAGTAGTGAAAGGAGGAAAAAACAGGTATAGTTG AGCTCATGAATTGTGAAAGGTAGTTAAAAAGGGATAGATTTGGCGGGATGAACTTGCACC TGAGTGGTATATGGAATAAGATAAGGGGAGTTAACTTATTTACGTCTAGTATATGCATCG ATTCAATAGATGCATTACATCTGTTTTTTTTTTAACTAAATTAGTTACTGAATAGTTTAT CCTCTCTTGGGGTGAAAGTAGTTTAGTTTTGTGCAAATACCAAGTGGGGACAAATTCTTT TTCATGAGATAACTAGTTTATAAATCAATGTCTCGAAGATTCGGCTCCTTTGATGAGTCA TTTTCTTATGTTGAATTCAAATTTGTTTCCTCTTTATGCTCGGCTGTTTTGTGGGGGAGC ATTGGACGACTTTAGTGTCACTTTATTTTCCTATTTTTTTGTGTTTATATTTGTGTACTT TGCATATTTTCCTTGAATTATTTATGCTTTTTAATATGTTTCTTTATCTTCTTCAGTACT CTGTCCCCCCTTTTTTTTTTGTTTTTTTGTTCTTATTGTTATTTTTGAATAATTTCCATA TAATTGGTTTGGTAGTGTATCACTTTCTGGTCTCTCCTGTGGGTTCTGTTTGGTGATGGT GGGGAAGAGAGGGCCAACAAAGGAAGCTTGTAGGAGCCAACAAAGAATTGAGTTAGCTGG CCAAGTAGGACAAGTATGTAAAAGAAGTTCCAAACTTGCTTTGGTATACTGATGTGAAGA TTATAGAAAAATATTGTTTTGTTTAAATAATTAAGTTAATAATTAATCAATAATCAAGTA AGTGAACTCTTCTCATCTTGTTCTCTACGACTATGGATGTCATTTTATTTATACCAAAAG AGGATAAAGAACAAAGGGGAGTATAGTTATATATTGGCCTTTTGGAATCTTACAAAGGAT GATATTTCAAATGGATTGTGAAAAAAAAAATGTTTATTTGTGTTTTGGTTATTGCACTAT TTTGTTGTTGTTATTGTTCCTTTGATGAATGCTTTGTGCTTTCCTTATTATTTACCATAT TTTCTTCAATGTCATTTTCCATTTCATAACTACTTTGTTTAGCTGCATAAGAGCCTAGGG TCCATCGGAAACAACCTTTCTATCTCAACGAGGTAAGGTCGCGTATACTCTACCCTCTCT AGATCCCACTTGTGGAATTTCCTTTGTTGTTGTTGGATTGTGAAAAAGATGGCCCTCTGG GAGGAGGAAACTCAAATTAGGAATCAAAACAATGATGTCACCACTACACTTGCATATTTT GGCCTTGTATTGCATAAAGCAAAAACAGCTGTCCACCATATATGGAGATAAGGCATATAC TTTGAAATTAGAAAGACAAAACCATAGTTTTCAGTGATAACTTTACTATAAGGTGGATCA GTTTTGAACAATACAAATAAAATGACCCTGCATATTGTTCAAATTTGCTTATGTAAGAGC TTCTTTGCATTCTGCTGATTTCAGGACTTTTATGGTAACATGTTAATTGTTAAATTGACC AGTGAGCTTCCAAAGATACCTGGAAAAATCAACATTTTCCTTCTGATCCAAGAAGAAGAA GAACAACGTATCCAGTGTAGTCCCACAAGTAGGGTCTGTGGAGGGTGGTGTGTATGCAGA AAAACAGAATTTTTCTGACACTAGTCATTAGCGATTAGAAGTTCCATCACTGTTTATAAA GTTTCATAATTGTCTGCACTATTTAGCTTTAAACATCTGCTCAACATCTCTTGTTCTCTC CACATTATATCTTGTGATATAGTTTGAGATGTTCTAAAGTTGATTTTCCTAGTAAACTGA AGTTGAACCTACGTTGTATTCCAGAGTGTGTTCAATATGATAGTTACTTTTCTTCTATCT AGGGAAACTAGAATGCAATACACCAGTGACAAGAAAAAAAAGTTAAATATCATATAAATT ATAGTCAATCGACATGTTGAACACCAAGATCCCTACGTGTGGTATAGCAAGTTGGGTAAT AATCAAGAATAAGGTAGTCTAGATGCTAATCTTTTCTTCTAAGTGAAGTTGTGATGATGC AGTGAAAGGCATTGAAAGTGAGTTGCTTTGTGAGGCCATTAGACCATTTCAGGCACTAAA TCACCTATGGCAGAGCTAAAGGCACACCTAAGTTTTTTTTTCTGAAATGAACACAACGTG GAAGGCTCTATTGTAACAACATACCCAGTGTAATCACAAAAAGTGGGGTTTGGGCAGGGA TAGAGTATATGCAGACGTTACCCCTACCTTGGAGGTAAAGAGGTAGTTTCAATAGACCTT CGGTTCGAGGAAAAACAATTCAAAGCAGTTCGGATGGAAGGTGCTTTATGCATCTAGCAA TTGTATACTCGGTATGCAAGTACCACCTTAAATAGTGTGTTACCTTTCATGCGGTTTTAT CTTGTTACTAGTCATTGTAAGACCACATCTGATATTTAATACATGGGGGTGCCAATCGAA TATTTGAAGACAACATATTCAAAGTTAGCTGGGACTCTTATTTTCATGTATCTGAACAGC CAATATGTTTTGTTATTCAAATAATATTCCAGATGATAACTAAGTTATATTGTTACGGTT TGTCAACTTTTTCAGGGACAAGGGCTAATAGTGGTTCAAAGCCTCTTCACTGGACTTCCT GTCTCAAAATTGCAGAGGATGTGGCAACTGGATTGCTTCATATCCATCAGAACCCTGGTC TGACTCATGGAAACTTGAAATCATCAAATGTACTCTTGGGGGCCGATTTTGAGTCGTGTC TTACAGATTATGGCCTCATGCCATTTAGGAATCTAGATTCTCCTGAGGAATCAGGTGCTT CTTCCCTCTTCTATAGAGCTCCTGAGTGTCGTGACATTCGAAGGCCACTTACCCATCAGG CCGATGTCTATAGCTTTGGCGTCCTCCTATTGGAGCTCCTCACGGGAAAGACGCCATTTC AAGATCTTGTTCAAGAGCACGGATCAGACATACCGAGGTGGGTGAGATCTGTTCGAGAAG AAGAAACTGAATCAGGTGATGAACCTGTTTCTAGTAATGAAGCCTCGGAGGAGAAACTCG GTGCTCTCTTAAACGTAGCTATGGCTTGTGTTTCACTTGTACCCGAGAATCGACCCACAA TGAAGGATGTTTTGAGGATGATCCGGGATGCTAGAGCAGAAGCTCAAGGGTCCTCCAATA GCAGTGACCATTCACCAGGAAGATGGTCAGATACTGTACAAAGCTTGCCAAGAGATGAAC ATTTGAGCATATGAGTTTGTACTATACTTGTGGAAGCCCCGAATAACGTGTCCTGATTCT TTTGAAAGGCAGAAGTTACTTCGTAAGTTAAGCATTCATCGATGTATCTGAGTTCTCAGG GATTTGTTGATTCAGTTCTTGTAAAGTCTCAAGGACTTTCTACTTTTCTTGCTTTTTCTA GGTTTAGCTGTTTGTATGTAGGAAATTTGCTTTTATACCACTTGGATTGACATTCACTAG TTTATGATACATTCATGATTCAAAAGTTGTCATCATGTTTTGTGAGAGATGTAATTGTAA TTGAGGTTCCATCACTTTGTTAACATAGTTTCTTGTTTGTATCCAACTTCATGTTTTACA TCCAAGATTCTTAGTCTTTGGTCTAGTGGTAAGAGTGTATCACGTGATGTGTGGATTAGG AGTACAACAATCGTTCAAACCTTGCCCTAGACAGAAATATGATTGCCACTTTCTTGACTT GGGTCATTGCATTTTGGATAACGGAATAAAAAGTCTTAGATCTAATTTGCTTTAGAAGTA AGCAAGCCATATAATATTTAAGTAGAAAAGGACAAAGCAACGAATTAATTATTTGTCGAG TTTCAAAACACTGGTCCCGAAAATTTCTCAGTTGGAGTGTCAAGAGCTTCAATTCCATGT ATCTTTTGATTACTATACATATTCAATGTAGTCCAACAAGGAGAGGTTTGTAGAGGATAT AGTGTATGCAAATCTTATTCATATTGCTAATACTGCTGATACTAAGGGAGAAATATGAGG CGTCAAACAATCCTAAGCCCACCCCGCAGGACAGCGAGACATGCTCGATTAACTATTACC CTTCTACCCTAATTCACGATCTTTAGATCCTCGTTTTTAGGATTATGTCCCGGTTGAGTT GAATATGCATCATATTTTGTCTAATCACTTCTTCTTAATTCTTTTTTAACCTACATTTAC CACTCCTCGAACCTACCATCACCAACCTCTCGCACCTCCTCACTATGACCTCTTCACATC GAGGTCACTCCTACCCTTGTCACGTATGTCTTAATTCCTCATGTAATCCCTCTTCTTTTG TTCACATATCCACCTCAACATCTTTATTTTCGCACCCTTATTTTAAAAACACGATAGTTC TTAACCGATCAATTTTCCTCAGACTTATTTTAACTTGGAAAAACAAGGTCTGAACGTTGG CTTAGTGTTAAGTCATGCCTGGTGCTGTCTTATGTAGTTCCTTATTAATCACTGAGATTA GACTAGTAATTAAATTAAATATACCGATTTGTGTTCATATAACTATAGCTCCAGTACCAA CATGGGTTGTGGTACACTGACGGGAGTGATTCACCTTGAACAACAGATGAGAGATTAAAA AAAAGAACTATAGCTCCACTGAACGATTAAGGAGTAACACGTGTAAATATATAATGCTTC TATTAATTTTATGGGGAACCTATTATCTGTTAATTGATTAATTTCGAGTATTTACTCCCT TCACATATGTACAGATAATTTATCTATTTAATACTTGGATTAGTTCTACGAAATATATGT TATCTCTCGACACCAAATAAATATGTCTATCAGATTGTCACTTAACTAGTAGAGTATTTA TCATTAGTTTCATTATTGAAGAAAATTTGAATTAATGAGAAATGATATTTTTTTTAGATA AATAATCATTAGTTGAGTGACAACATGAGAAAGAAACATGACTTGGTCAAATCGAAAGAA ATAATTATTCTTTATGTCCCAGTTAATATGACTTATTTTTATTTTTCAGTCAAAAAAAGC ATGAAATATTTCTATATTAAGTATCCATTTAATTTTAAAATAATTATTTTACTCTTAATG AAGTGATTTATTCACACAAACATTTATCACTTATTTTAGATCATAAGTTTTAAAAGTCTT CAGTTCTTTCTTAAACGCTATATCGGGTCAAAGTAACTCATATAAAATAAAACGAAAAAA ATATTATTTTTTTTTATCTACTAAAATTTAAGACATAATTCTCAACTATTCTATTAACCA CGAAACGATACAATATTAATTATTTATTATTGCTTTTGAGACATGTGGCAGGATTCACAT CAACATTATAGAGATTATACTTTTAATTTAAATTTAAATCTAGAAAAAAAATATAAATAT ATTTTTAAATATTCGAAATGAATTAGTCTTTTTTTTGAAATTTTTTTTTAGCCAGATATG GCGATAACGATGGATCAATATGTGAGACATAAAATAACTTATAATAACTAATATAAGTAT CTTTTTATTTTCTATTTTTTAGGAGTGAATTTTTTCTCACATAATTATCTAAATTTATTT TTTATATTTATAGTAATGAATTCCTTTTACTAACCTAAGAGTGATATGATAAAAGAAATA ACTTCAGCTATACTTAAATACTTTATATTAGTATCGTAATTTTAAATAATCATAAATTTA AATTGAAATTATTATAATAATTTTTTTAAAAATGAGTTTCTTTAAAGATTCCAAAAGTAG GGAAAATAAATATCATATATTTTTTAATTTCCTTCATAATTATAAAAAAACGTGATATCA AATTAATAGTACAAAAAATTCGAATTAAATTGACCAATAACAACTTCTAGTTCCCTAGTC ACAATTAATATTTCACACTAATTATATTATCTTTACTCCTTCATTAAATTATAAAATATA TTAATATTTTTAAAATAATGTTGTTATATAATCACTAATTATTAAATTATAATATATTAA TACTTTTAGAATAATATTTTTATTCGATAGAAATTTGATAAATAACGTATTTTCCTATGA AAGACGCATAAGTATTTATATGACCTGTTTTAAATCTGAAATCACTCCCTCAGCTATCCT ATCATCACGTGAAATTAAAAACTCATCTAAAACTTTTTATACTAACATAATAACGATAGA TCGTAATAAAATATTATAACCACCTATCGTTTGGAAAATGAGTTTCGAACCGAATAAAAT AGTTACGACTCAACAATTGTGTAATAAAACATGGTCCCTCCAACAGCTCATATATACAGA ATTTACCCTCAAGAATGAAGAATATACAGAGTGGCTCTACCTATTTGCCACTATGAAGAT CTGATTCAAAGTTTTTTTCTTCTTCTTCATTTGAGAAAGTATAGTAAGAATCTTAGAGAT AAAAAGAAAATTGAGGAAAAAAACGAAAGAGAAATATGTCAATGGCTGCTTTTATTAAGC TGGAGGATTCTCCTATGTTTCAGAAACAAGTAACTTTTCTTTTGATCCCCTTTTCATTTT TATGTTTTTTTGAATCTTTTTGAAAAATTGCTTTCTGGGTTTTGATGTTTGAGGAATTTT GTATCAATTTTTGTTTTTGAAATTAAAATTTGTTGCTTTGTAGGTGAGGGGTCTTGAACA GACTACAGATGACCTTAGAGATCGATGTCAAAAGCTGTATAAAGGATGTAAGAAGTATAT GTGAGTACTCAATTTTATCATTTTATTTGGTGTAATAGCTTATCTTTACTGTAATTACCT CTAATGACTTAAAAAGGTGGAATCTTTGGGGCATTTAACTACATTTCAATCAAAATTAAT GTAGTTTGCTATATGAATTTTGCTCTTTTTTTTTGTAACTGTAATGTCGGACCAATTTGC GCGCACCTTGACTAATTCAAGATAGCCCTGTCACCTCCCACCAAGAACGGTCGGGAAGAA ACACCTAGTATTTTTTTTTGTTTGGTCTTTGTTGGGGTTTGAAGCTGACCTCATGGATCT TAACTCACTTCATTGACTACGAGGCCACACCCTTGGGTACATTCTGTTCTCTATAGGTCC ATTTTGTTTTAATACTAAAGAATTTGTCTTTCATTCTCTAAAAGCTGTAAGTTTGTAGTC AATGATCATTCATCTTTCTCTCTCACTGACACGTGATACGTTCTTCCCCTTTCTATGCGT TGGCAATTTTGTCGTTCTGCAGAATATATCATTCTCTTGTTTTGTTTGAAAGTTCTGGTT TCTTCATCTGCATTTATTTGTTTAGGTAGATGCTATTCTTGATGCTTAGTTATTTCAGGG AAGTTCTTGGAGAAACACAGAATGGAGACATCATGTTTGCCGAATCATTAGAGGCATTTG GTGGTGGTCTGGACGACCCTCTCAGTGTGTCCCTTGGAGGTTAGTTGGCTTTACTCATTC AAACTATTACAAGGTTCTCATTTTTGCTAATTTTATTTGCAATTGTCAATAGGTGCATCA TGCCTGCTGTTTATTTTGTTGAAGGTGTTTTTCTTTTATTCTCTTCAATGTTAATGCTTG ATTTTGGAATTCTCATATAAATGATCACCTCGAAGATCACACTAAGTTTGGATTTTTTTA ATTTTTTCTTTTTGAGGAAGGTAACAATTGTATTTCTATCAAACAAAACTTAGACACCCC AAAAGTGGCATTAAGTTTGGAATTCTCATATAAATGTTATTCTTCTCTAAGGTGGTATGT TCCCTAAAGGAATTCACAGCTTTCTTAATTGCTTAATGGATAACATCTCGGTCTTCTAGG GAGATGCTGAGTCAATATTGAGGTCAGGCTAGATAGTTAAAGCCTGAAAGTTGTCAGCTA GTGCTCTTATATGGATGTTGTTGAGAAGGTAACGTTGAAAAGCAGCCTGATAGTTGTCAG CTAGTGCTCTTATATGGATGTTTTTGAGAAGGCAACATTGTAAAACCTTTCACGTTGTTA AAAATCTCCATAAGATGTCTTTGAGAAGCACATATTTGTTTCTCTTTTTCCCTCTCACTG GTTTATTTTTTGTTTTCCCTCTTTATGGGTGTGGTATGGGATGGAAGTGTTCAAGACGTG CCAAGTCATATAGATGATTGGATGAGGTTTGCATGACTTGTATTTCTGTAGACTGCTTGT TGGTATGTCATGGAGTGGTAAAAACATCTTTTCCAATCATATTATGCAAGGTCAAACTAT TTGACATGTTAGTTAAGGGAAATGAGCAATCAGGGGTTAAGGTCTTCTCTCACCTTAATT ACAAGCTAACCACACAGCTTCCCAACTCATTATCGTGCTGAACTCCGTTAAATGCCTCCT ATCAACATAAAATATATCCATTTGATTCATCTCTCCAAATTGAGTCTTGGACAAAAGTCA AAGTCATCCATTGTGCGATCAAATTGATGGACCAGATATATTTTCAGATTACCATAACTT TCTAAATCCAAATATATTATTAGTTCTCCATCGAAGTCCTTGAAGTGGATCAAATGCTCA AGTTACTAATTTGAGGTTTTAGGGCTCAATCCATGTATTTCTAAGTTCAAATCCTTCAAA TAAATCCATTTTCTGTCGTAATATCATCATCTAAACAAAAATGCTTCATTTAAAATCTTA GATATTGATCTCCATATCTAATATAGTAGTCAAAGAGAACACATAGGTACGAAAGAGCTA ATAGTGAACTATTGGTGATTCAGGATTCTACATTAGTAAGAAAATCTCTAGGTTCTCTTC TTTCATATAGTGTAAAGAGCCAAATCAATTGCTTTTGTGGAATCCTTTCTCATCATTCAT TGACATTACTACATGGGTTTTGCTTCACTTTATTATACTCATTCCTCACTTTAAATCTCC AAATCTGGCAACCCACTTCAGAGTGTAGGATCAGTTTGGTTATTTCTTAAAATTCACTAT ATACCACATTTTAAAGACCCAATAAGCTGTCGCCTGTACCACCTTCTTCGGGGCCTGGAT TTATAAATGTACTTCATATAAAATATCACCAAATGCATATTGTCATCAGGAAAGTGCACC AATGCTGCATTCTAGACACCAAACCAAATCTTCTTAATAGGCTATTCAAGACCCCAGTCA TTCATCACATTAAACTTCTTTTGTTTGCTCAATTCGTCATCAAAGTCCATATAGTTTGTT GCCTAAAGTCCAAACTTAAACCATTGTGACATGTCATTATAGTAATTCCTTAATATATCA CAATTCCAAATCTTCAATTGGTATATTCCATACACATGTTACATGTGCATACATATAACT TGTCAAATTAAGAGCGACTACGCTTAAGAAATAATTTATAAGCCAATTCTAAACTTCTTG GGCTAATTCATGGGGCTACATAACATCAAAGTACATCAAGGGTTAACGAAGAAAATATGT GGTCTAGCCCGAACCCACTATGCAGTGATAGTTCATTCTAATAAATCCCCCATTGCTTGT TTGTCTTACTAAGTTTCGCTTTAATGTGGGTCATTTGGAAAGAGCAAAATAGTAGATCTT TTGAAGGGGTGGAGAGAACTTTGCTTAATTGAGGAGTAGACTCCAATCCCTTATTTTCCT TTGGTGCACCCATGTAGTTCCTGTTTGTATAGAGGATGGTGTGGCTTTTGGTGAGGACCA TATTTTGTAGGTTTCTCCTTTTCTGGTATACCTCTTGTATATGGTCATGTTGACCTTGTT ATTATCAATGAAAACTTCAACTTGATCAATAAAATAATTCCATGAAGCCTTGTTAAAAAA TATCATAAATCGATGAAGTTGTAGTTCTATTTGCAAAATATGCATGCTGATGTGAAATTT CAAGCTGTAGTTCTGGTGTCACTTGATGGAGTTGATATGGCTGTTATTTACTCCATTGAT ATTTCCAAAGTATGGTTGCCCAATGTAATATGCTAATGTTGTCTCCGTGCTTAGATTGTG AAGCTTATAATTACTTCTATCAAACAATAAGATTATGTATCACTCTTAAATGCATCCATA TGTCAGGTCCAATCATAATGAAGTTTATCTCTGCATTGCGTGAGCTTGCTACATACAAGG AACTTATCCGTTCCCAAGTAAGTGGATGTATTCTAAATCACTATAGTGAGCCTTTTGTAA GAAAATCTGTACTCTTCTATAAAAGCATATTGCTGTGTATGGCACACTGTTCTGTTTTTT TTACTTCAATACCTCCATTATAGTTATTTTCGGTGCACGAAACCTGTGTCAACAACTCAT GGAGTGAGATCATGAATGTAGATAAGTCATCGCTGGGATGAGTTACATACTGAAAACAAT TCAAGGTGGGTCATAGTAGATAAGATTCTGGTAGGATGCATGGCTGAGACGTAGAGTCGT ATACCCTTGAGGAATTACCAGGTCTATACAACTTTGTCTCATATCCTGAAGCAACCATAG CTCAGTGCAAATCTACTAATAGCTGGAATATTAGATTCATGAGGAATTGTTAGGGACTGG GGGAATAACTGGCCATTATCATAGAACATGGTGAAAAAGAAGTTGTTCCTCAAAAAAGAC ATGGTGAAAAAAGAAGTTACAAAGGTCCCTGGAAAGCTACAGTTACCAGTTCAAATAAAA AGGCCCCTGGAAAGCTACATGGAAAAGCGTGGCACCAACAAAGGTGAAATATTTTTCATG GTTTGTAGTGAGAAAAGCATGTCTAACTCATGAAGCACTTAAGAAGAGGAAATCCAAATA GCATCTAGATGCATCTAAGCATGAAGGCAACTGAAACTAACACTCACATATTCCTTCACT GAAAGGTAACATCCCAAATTTGGGCACTCTTCATTTCTGTGACTAGGGAGAATTGGACAA TGCTAGAACACACTGCAAACTTACTAAGCCGCTGGATCAGAAGGGGAGTGAGCAAAAGAC AACAAAGGTAGTGGAAAACTGTACCAGCATGCATATGGTGGAATACCATAGTTCTGTAAA TCGTTCTCTTGAGCTACATGGGCATAGCAACTTTGCGCTAAGTGGAACCACAATCATTAT CATCAAACACCAATCTTCTGTTGTTTTAGTTACACCAATCTTATACACGATTAAGTTCTT GTATAATCACAAACTTGTTAACTAACCAAATAGATACTTCTGAGATGTTCATTAATTTTG TTTCACTTAAATGCCGTCGAAGTGGAGACACCTAAGTAGAAAACTTGGCCTTGCAATTTT TGAACAAGCCATTAGGAGCTTTCGCTGGGATCGCAAAACGAAATTGTTCGGTACCTTCTG TAGTTGGATGTGCTAAGCTTGTCTGATTATGTCGCTCCATTTTATATCAATGTTTATTCT GATATAGTTCTTTGAAAAAGTAAGGCAAGTTATTCCTTTTGCAGGTAGAACATGTGCTGG TGGATCGTGTGTGCCAGTTTTTGTCTGATGATTTGCGGGATGTAAAGGTGATCAAATTTG GCATTATTTCAATATTGTTGTGGAAATCTAGATTAAGCTCTCTCTATGTTTGCGTTAATA GAATTAGGTAGCTGTTTTATTTTTTTTGATAAGGCAAGCAATTTTATAAACAATGGAATA CCCCAATATACAAGTTGAATACCAAATTGTAGAGAACCTACAACAAAACATGGCTACAGA ACACCAATCCACTGTACTTGGTGCCAGCCTAACTTGGCTGTAATTCTGTCAAATGGGTGC CTTTTAGTGGATTTTGACATACAAGGGTTGGTACTTTAATGTCATGTGTCTGATGACTCG TCGCTAATTTTGCAGGAATCCCGTCGCAGGTTTGATAAAGCTGCATCCACTTATGACCAG GTAATGGAGATGTTTCAATAGAAACAAGTTTAAAGCTGCTTTTTTAAATGCTAAGCAGAC TTTATGTGCAAAATTCTGTTCATTTGGAAGATAACACTTCCAGTTCTTTTTGTTATTAAT TTCACTCCTGAGTTGCTAAACTGCCAGGCACGTGAAAGGTTTTCTTCTCTGAAGAAGAAT GCACGGGATGAAGTTGTTACTGAACTTGAAGAAGTAAGCCCTTTCTCTGAAAAAGGTTAT CTTTGTGGATTGTTCATCCTCTTATGTGTATCTCTCTATCTGCCTAACTTGATGAGGTGT AACCTAACACAAACTGATAAATGTTGCAAAAATTACCAACCAAAAGTGATTGGTATCCTG ATTGTTATGTGTTCAAATAAAATTATGTCCTAAAGAATCTCAAAATTTTGGTCTGCTTTA GGTCTTTTCTTATAGGATCCCTCTGAGGAATCATTTACATGCTTGTTTTCCTTGAGGAAA AAAAATGAGGTGAAAGGTGTTGCTTTGGGAGGAACTTGTAAGAGAATTCATCCTCATGAA CATATCACAGATAAATACCTTTGTCCAACCACATCTTCCATAGTAGTACTATTTTTTTAT TTTATCGAGATTGTGTAGGGACAGGATGAGAAACTCATTCTGGCATGCTATACGTGAAGA GCATCATCCATATTGCTACCAATTATTTTATAGGTAGGATATTATATTAGCGAAAGTATA AATAACTCAAGCTCATGCTCTACTTAAAAAAAAAAAAGAAGAAACTCAGCCTCATGCTTT TGGTAAACACATCTTCCCCTCTTCTTTTGCGTGTGTGTGTTTTCTGGTTGTTGTAAAATG ACCTTCACAAAAGAAAGAATGTTGATACATCTTCGGGTGAAGCTCGCCGAGGCCACCTTA TTGGTAGAGGCTTTTTCCCGAAGCATATCTCAGAGCTTTTACATAAATAGACATTGCTCC CAAGTCCAGGGAACAAATTGTGATGAATTAATGTTGAAGGTTTCACTTATATCTCGTTCT GTTTTGATGCTAACAATGTCCTATTCAGGTTTTTATGAAGTATGTCCAGCCTTCTGTATC CCTCTGTTTTATATTAGTGCTTATCTGTCAAGGAAAACATTTGAAGTAATTAGGAGTCAA AACTGGGAATTGGAGTTTTACAGCTTTTTCTGTGACAGGAGCTTCATAACTCAAAGTCCA CTTTTGAGAGAAGCCGTTTCAATCTTGTATGTATAATGGATACAAGAATCTTTTCTACAC AGCAAGCATTCTTGCCTCAAGATTCTAATTTATAGCCTTGTCGCCTCAAGGATTTCAGGT AAATGCTATCACAAATGTTGATGCCAAAAAGAAGTACGAGTTCTTAGAATCCTTTAGTGC TATTATGGATGCACATCTGAGATACTTCAAGCTGGTATGATGTTCTTTATCTTCTCTTTG ATGCAGTTATGTTTCTGTCATTAAACTAACAAATTTTAATACTTGTTGAATGTAGGGTCA TGACTTATTGAGCCAGATGGAGCCGTTCATCCATCAGGTACCCATCATATGAGTTATTTT TTCCTTATATCGTGATTGACTAGCTACTTACTGGAACGAGGTAGTACCATCATGCTGCCA TTGATTCATTTTGGGTTTGACAGTATTGAAATTTAGTTGAAGATAGATTTGTACAAAATC AGCTAGTTGAAAATACAGTTAGGCTATGCTGATTAGTTAGTTAACTGAGTTGAATGGATT AAAGTGTAGTTTAATTAGTCCAGCTGGCATGATTAGTTGTTAGAAAGTAGTTAGTTGGTT AATGCAAAGATGCTTCTTGTATATGTATAAATAGAGCTCCGTTGAGATGAATCAATCACT TAGACAATTCCACAAAAGTATCTTCATACTCTCCAATGGCTTCATGAACAAACACACTCT TTGTATGGAATATGGATTATGACAGACCGACTACTGGTCCTCTCATGCTGCGATTTATTC TTGTTTACTATTTACTTGTTTCTTGAGGATTCTTCATTGTTCCTCTGGTTCCTGGTTGGA ATGTGTGTAAATTACATTTAAGGAGATTGATGTTTGCATAAAGTAGCTCACTCATAGCTC TTAGCGGTTCTTGGTTTTGTGCTTGCTTACTATTAGTATACTCTGCCTCATTATCATGAA ATTAATTCTTGCCTTAACTAGCCTTAACGTATCAATGAAAGTGAAATTAATATCATGGAA TGTGAGGGGGATACATGGGGGTGGTTAGAGGAGCATTGTCAGGAAATTACTATATCTTGG GATGTCAATATGTGTATTCTAGTTGAAACAAAACTAGAAGGGCCACTTAATTTCAAAAAA AAAAACTAGAATGGCCAATTGATGGAGTAATACAGGCTACAGAGTATATGGGATAACAGA TGGATGGGAGAATTTCTTAAAGAGGCAATAGGAGCAGTGGGGGAATTGTAGTCCTCTGGG ATGAAAGCGTGTGGACAGGAGAAATGGTGGAGGTTGGTGATCAAAGTATTACTTGGAAGT TCACAGGGGTAAATGAGGATTTCAGGTGGCACATTATGCAGTCTATGCAGATTGTAATAA AGAATCAGGAAGACACTGTGGGAGAAATTGTTAGCCATTAAAAGCAGGTATGCTGGGCCA TGGATAGTGTAGATGACTTTAATGTCATCAGATTTCCCTCAGAAAGACCAAACTGTATGA GACTTAGTGGTGCAATTGGAGCTGATTGATCCTCCTTTATTTGGGGAATCAGATACTTGT AGGAGGGATTGATAGGTTCCTACATTGCTTGGGTTGTGGGGGGGGGGGGGGGGGGGCTCT CAGATCAAGAAGATGTGCTATAAAGTTAAACTTCAGATCACAATCCTATTGCTTTGACAT GTGGGGATCAGGAATGGAAGAAATCCGACTTCAAATTTGAATCGTGGTGGCTGGAAGTGG AGGGTTCAAAGACAGAGTAAAGTGGTGGAATTCTTTCAGTGTTGAAGGAAGAGCAGACTT CATACTAGCTAAAGGCTAAACTGAAAGAGTGGAGCAGGGATAACAAAGGTAACCAGAAAC AGAGAAACGAAGGCATTTTGAACCATATAGCAATCTGGGAAAGCACATAGGAACACAGAG TTCTCACTGATGCTGAAGTTCTTCAAAAGATAAATTTGATGAGGTAGCCAAGAATGAGGA GATAGCTTGGAAAGAAAGGTCCAGGATACCATGGTTGAAACATGGTGACAAAAGTCAAAA ACACAAAGTTCTTCCATAGAATTGCAACTTCACACAGGAGGTTCAACTCTATGGAACAAC TTCATGTGGAAAGAGTCACGGTGAAGTATCCTGTCTTGATCAAAGAGGCATCTCAGAATT TTTACAGGAACTTATACAAAGAGTCTGAACAATGGAGGCCTGATCTTAATATACTGGATG TTACTGTGATTTCTGAGGAACAACAGACCTGGCTACAAAGACCTTTTGAAGAGGATGAAA TATAGGAAAGTATTAGAATGTGTGCTATGGAGAAGCCACCTGGTCCAGATGGCTTTCCAA TGATCTTCCTTCAGACTTTTTGGAGGTTCTGAAGGGAGACATTTCCACTCAAATCAGAAC TTTGGAAAGAGTACCAATGCAACTATATACCTCTAATCCCTAAAAAGGTTGGAGCCTCAG AGCTGAAGGATTATAGGCCAATCAGTCTTACAGGAGGTGTGTACAGGATCATTGCTAAGC TACTGGCAGGAAGGCTTAAGAAGGTGGTGAGCAAATTGGTTGATAATAATCAGATGGCCT TCATAAGCAAGAGTCAAATAATGGATGCTGCTTTGATAGCCAGTGAATGTATCTATTGAA GATGGCACTGCAGATCTACTATGCAAGTTGGACATCCAGAAATCTTAACTGGTCCTTCTT ACTAAACATTTTGAAACAAATGAACTTTGGCAGTAAGTTGAAATGGATAGAATTGTGCAT CAAAATAGTGAGATTCTCAGTCCTATTAAATGGAGAACCAGTTGGTTATTTTCCTTCAGA AAGAGGACTGAGACAAGGGAACCTTCTAGCAATGGAAGGTTTTGATAGTATGATGAGAAT AGCTACACAACATAGATGGATCAGAGGCTTTCATATAGGAGACAAAACTAGGGGATGGGG TGGAAAAGATATTAGTACCTATTATATGCAGATGATACTTTATCATGTGTGAACCAGAGG CAAAACAAATGAACTATATCAGATTGATCTTGATTCTTTTTGAAGCAGTATCAGGCCTAA AGGTCAACTGGGGAGAAAAACAGACTGATTCCTGTCAAAGATGTACATCAGATTCTAAGA CTGGCAAATATCTTGGGGTGCAAAATTGATGGATCACCAACCACATACTTGGGTATGCGC TCAGGGAGCAAACAGAAAACACTGGAGATATGGGATGGGATCCCGGAGAAAGCAGAAAAG AAGTTGGCTAGGTGGAAAGCACGATATCTCACTCGGGGATAGAGTGATTCTGATTAATAC TGTCTTGGATCCCCCTCCCCCTCTACTTATGTTATGTCTTTTTTTGTCAATTCCTTCAAA AGTTGTCAAAAAGCTGGACAGACTTACAAGAAACATCCTGTGGCAAGGGGGCAAAGAAGG CAAGGGTAATTACCTGGTGAAATGGAATACTGTAATGTTGAGCAAAGGAAAAAGAGCTCT GAAAGGCTGACAATGGACCGAGTTTGGGACCACTGGACCGGGAAATACCAGTCCGGTGGC CCGTAGCCGGTCCGTTGCCAGCCTTAGTCACTGTTAGAATATGGATAGATTTATACAATC CTATTAAAATAGGAATAGGTTTATACAATCCTATTAGAATAGGAGTATGTTTATACAATC CTATTAGAATAGGAATATGTTTATACAATCCTATTAAAATAGGAATACTAAATAGTACCC TGCTTGGTAAAGGATTGTATTCTAGGGTCTATAAATTTGGTCTCAATGTAATAATGTAGG CACAACAACAATTCAATAATACTAAATGGTTGATTTTTGCAGCTGCTTGATTAATGACAT TGATTAGAAATTTGAGTTTTTGTTTGATATCTTTCTTCTTTTTGAATATTTTTGGTGCTA ATGTTGTCTCCATAAATCAGGTTTTGACATATGCCCAGCAGTCGAAAGAACAGGCCAGCA TAGAACAAGATAAACTTGCCAAAAGAATCCAAGAGTTTAGGACACAAGCTGAGCTGAATC ATTTGCGGGGATCTAGTAACCTTGGTACTTCAACTAGTTCTATAGCCTCAAATGGTGTTG GTATGAATTCAGACAAAAATATAGAAGCAATTATGCAGTCCAGTGCAGAAGGAGCGGTAA GTAATATAACAAAGTTACCATGTTAAAAAAAAAGTAATATAACAATGATTTTTCTGTCTG CTATCTGTCTGTCTTTGGGGTTGAGATCTCTACAATAGATATATTTGTCTGCTTTTGGTG TACAAATGTCTACTCCAATGAAACTGAGTCAATCATAGATGTTTTAGGATCCATTTAGAT TTGGTTCAGTTTTTTGGATAGATTGTTCTTACTTTCTGCTTTTGTAAATATGGTTTTTCA GTACTACCTAAGTACTATGTGAAATACAATGTTACAGTTTCAAAAAAAACAATAGATATA GCACTTGTTTAAATATAGGAACACCTGAAATATCTCCTCATTTCCTAGAAAAAAATTTTC CAGATGCTAGATGTTAAAGTATGGATGTTTTTTGAACATTCTTTCAGGTCCAAACAATTA AGCAGGGATATCTTTTGAAAAGATCTTCTAGTTTGAGGGCAGATTGGAAGAGGCGGTTCT TTGTACTTGACAGTCTTGGCAATTTGTACTATTACAGGATCAAGGGTGCACAGATGGTAT TGTTAATTATTTTCACCTTCCTGTATTAGTCATTGTCATGCCTCTATTTTGCTTCAGACT TCTTTTTTCAAAGTTTTCCGCAGACACCAAGTGTGAATCAATCCCTGTTTGTTTAAATTT AATTTCTTGTCTATTTACATGAAAGTTAAGTTTGATTAAATCATCTTAAGTGTAATGATT AGTATAATAAAGTAGATTTGTAAAGTATAATCATTTGGTGGAAAATTTGGAGTGATATGG GAGAAAAATCTGAAGGGCAGGCATATGAAGTTGCTGACTCTTCGACTTTCTCAGACATCT TCATGAGTAGGTTTACTTCTACATGAACTTCTGACTGTTGCCAACTATATTATGTATTTC AAAAGCTAATGTTTGTGAACAACTGGCAAGTCAACATGAATTTACTTTGATTATAAAGAA CAAATGAAGTATGTCTATATTTGCTGATATAGATGGGTTTCATTGGCATGCCACATGACC ATCTATAATAGGTGAACATTGTGCTCATTTCTCCCTTCGAAAGGCATCCTTTGCCAGCTC ACTCAAGAGACTATTGTTCGATTTCACCGACATAGCATCATAGCAGGGGAAAGTTTTCTT TTGGAAAAATGGTATTTGAAAAATCTGGCACCTGATTCTTTTGTTCAGTAGTAACCTCTC TATTCAAAACTGTAACGTACTACTGTACAGCTCTAAACTTGAACTTTTGAAAGGAAATTG ACACAAAGTTCTACAAACTAGAAGTACTTTATGGTACTTCCGAGCACTTTGGAAAGCACT TCTATTTAGTGTAAAAAGTATGGTTTTCTCAACTCTGATGGATTTTACTTACAGTATTTT AGGGATGAAAGTGTTTCCAGAACACTCATTTGCTTACGCCATTTATTTTTTATCTTATTG CCAGGGCTCCCCATCATCTCACCCTTCTGGTGTTGATAACCATAGTAGTGTATTTGGCAG ATTTCGGACAAAGTACAGGTCGTCATCCGCTGGAGAGGAGAATTTAGGCTGTCGTACTGT TGATCTTCATACTTCTACAATAAAACTGGATGCAGAGGACACAGACCTGAGGCTTTGCTT CAGAATTATTTCGCCATTAAAATCCTATACGTTGCAGGTAAATTATAGAATAGTTGATCT CTGTATTCAATGCTTAAATTGATATATCAACTCTAGAAGGGAAGAACATCTCAAAGAAGA AAGATTTAAGAGTTACCTAATGTTTTGAACTGTTTTAGTGTGATTTTCTTTTCCTGTCTA CAATAGAAGTTTGAATTTCTTGGTATACTATTACTTTGATGCATTGGATCCATATCTGAT TAATGCAAGGAAGAAATGACGTAATAAGCTAGTATCAAGAAGTGTTGACTTGATATATTG TAATTGTTTTATTTGGCTACTTCTCTTTTGCTCAAGCTGTTACAGTTTGTCATTTCTAAG CTTATGCACTGTATGTTTTATTTTAGACTTCATCTTGCAAATAAAAGTTTCTGGCAACTG TGTGTTTATCTAGTTTTGTGCTTTGACATTTTGTTAGCAATCAATGTGCTGAACAATAGT CACAATTGGCTTCTTATTTTCTTCAGCAGAAAGAACAAACTCTTTTGCAGTTGGACTAAT GTGTTACCAGATTCGATGACACTTTAGCAAGGGCTGATCCACCATATGTAATGATTTCCG TTTATTTTCCACTGGCAGGCTGAAAGTGAAGCTGAACGAGTTGACTGGATGAATAAAATC ACCGGAGTGATTGCGTCCCTTCTGAATTCTCATCTACAGAAGGTTGAAACTTGAAATCTA GTTTTCTGTAGAAAATGATTTTCTAAGTCATCTTGAGCATCATCTTGTCTTTGCAGTTTG ATGCTAGTAAAAATGACATTGATGGTAGCAAAAACACCTATGCTGCTTCTTTGAATGTTC AAGGGGCTGTTAATGATGAAAAAGCCCTAGCTTCCGTAAGAGTCAATCAGCCTGATTCTG TTTCTAAGATTCTCAGAGAAGTTCCTGGAAATGACAAGTGTGCTGACTGTGGTGCTTCAG AACCTGATTGGGCTTCTCTAAATCTTGGAATCCTAATTTGTATAGAGTGCTCGGGCATTC ATCGGAACCTAGGTGTTCATATTTCAAAGGTACATCTTTATCCATGTTGAAATTTCTTTG TTCCCCTTGTCTTCAAAACATCTGCCTTATTCAAAAAAAAAAACAGTAATTCCATTTAGT TCACGGTGTTTGTTCAACTTTGTACTGGTCCACATGCATTTATATTTGAGAATATGAGTA TTTGCACTACTTTCATGACAATGTACTACAAGGTTAGTAGCTATTGGATCTTTTCTGAAA TGTATTTTGAAGTATAACTTGTTTTCAGTTGCTGACCCCAGAAAGTAACAAAATGAACGA TCTATGGGCCTGTTGAGTTGATTGATGTTTGAGATACTTATCATTTGCAGGTAAGGTCCA TAACGTTAGATGTCAGGGTTTGGGAGCCTACCATCTTGGATCTATTCCGCACATTGGGTA ATTCTTATTGTAATTCGGTGTGGGAGGAGCTGCTTCAACTTCCAAATGACGAGTATGTAC CCTTCGTTGATAATATATACAAGAAAGTCATCTTGCATGGGTTGGAATTTCTATAGATTC TGTGTGTTTATTGATATTTGGGTTCAAATTTAATGTGAAAGGTCCTCCCCCAGCCAAGAA AAGACGAAATGTTGAGAAATATCAAAGATCACAAAATTCCAACTATACAGTTCCGGGGAT TATGTCCACACTACTATTCATTCTTCAATTGAACTAGTCAATATACAATCTATTTTTCCA TTACAATTGACATTCTATCTGGGTCGGACTACCTATTCAGTGCACATTGTTGGATAGATA ATGTTCCCATGTGCCATGATGATATAACATGCATTTAGCTCAAACATTTTTATAATCTAT GTTGGTGTTAGCTCATGTTGAATGATTAATTTATTCAGATTAACAAATGTTGATGCTATT CAATCTGCTTCCAAGCCAAGCCCCAAAGATGCCTTTCATGAAAAGGAGAAGTATATTTTG GCAAAGGTATACTTTCTTGCATGTTTTAAGGGCTTTCCTTCTCCATGTTATACATTTTAT CCGTTGTGCTAAGCTTGTTCATCCATCAACTCGGTCTTCTTGTTTTTCAATGGAATTCTA CAAAGAGAATCTCATGATCATTTGTCTGTTGTTTCATTAATAGTGGAGGTCCAATGGAGA AACAGTGTGTCTTCCCACTTAATGTGAAAGAACTATTTAAAGAAGTTTGGGTTTAAGTTG CTGTGAGGAAGTTTCTATGAATTGAGAATACATGTAAAGCTCGTGCGATATATGCGATAT TAACTTCCTTCATGTTATCCAGTATGTTGAAAAGCAGGTTGTGAATAAAGAAGCTTTTGC ACCTTACAGCAATCGTGCCACCCTCATTTGGGAAGCAGTTAGGAGTAATAAGGTGAAGGA CGTGTACCAAATTATTGTAGTGTCAGATGTGAATATAATCAACACTATCTATGATGAGGT CGAGGGTGCCACAATGTACCATGAAATTCATGAAAATGATTCAAAACTAGGCCTTCAGGA TTCCCAAAAGAAACATCAAAACCCAGCAGCCTGTCAGGGAATCAAGCTTTGCCTTCAAGG CTGTTCTTTGTTACATCTAGCCTGCAATGGGGAAACTCCGGTGATGCTTGAACTTCTTCT GCAATTTGGTTCTGATATAAATAGGCGTGATTTTCATGGAAGGACTCCTCTACAACATTG CATCGGCAATGGAAGACACCACTTGGCTAAATTTTTGCTTAGAAGGTGATATATTTAATT CAGAATCAATTTTATGCAGCATGATTTGTAGGCAATTTAATGATCTGACCGCTCATCAAC ATATTAGTTATCTCAGTATTTAAGCACCCAAGAATGTGGCCTAGAAGTCAATGAAATGGT TGAGAACCATGAGTTCTCAAATTTAAATCCCAACAGAGACAAAAAAAAACACTATGTGAT TTCTTCCCATCTGTCCTAGCCTTGATGGATAGAGTTACCTAGTACCTGTTGCTGATGGAC GGTTGCAAGTATCACCAGGGTCATGAAAAAAAAGGTTCTCCCAGTATTTAATTTGCTTAC ATTATCTCTGCATTTAGATCTTTAGTTCTTTTCTAGGATACGTGTGAGTGATAAAACAAC AGATGCAGGTGATAGGATACTTACTGCTAATAAGCATGGAAGTTTTAGGTTATAATTATA TGTATATAACTTTCTGGCCATAAATAATGAATATTGCTTTGCTTTGGTATAAGGATGGAT ACCATTATTTCTGAAGGTTAGGTTAGGCAAAATTCTGGTTGTTAGATTGCCATCTACCCT TGTCTTTCAGTGATAAAGCTCAGTTTATGCCGAAGAGAAGGATTACTTCATGGTATCAGA TTTTCCAGTTTACCGTGTACCGTGTACTTGAGGCTTCAAGGTCTGAGCACTCCACTTCAG CAAACCAAATTGGAGTCCTACATGCATATGTTAATTTGTAGGCAAAGATATCAAAGATAG ATTGTTAATATTTTACAAGTCCCTTTAGCTCTTTCAATTGGTGATATCATCCCAATAGTT ACTTTACATCACAACCAGGATTTTTCATCCCTTGATACATCCGATAGTAGCCTCTGGAAC AATTCCTCAACAGTCAGCCTATGATCTCATCCAATAGTAACTTCTTTCTCTTCACAACTA ACTACAATTGGTTGGTTGGCGAAACATGATTCAGCTGCTATTGGTGAACTCTCTCGTGGC AGGACTGCTTCAAGATTTCTTGTGGGCATCAGTCAGTAGCTGTGAAATAACATCCATTGC TTAGTTTTCATCCAAGTTTCTGATTTTACATTCTCTACTAGCTCTCTTTTGTTACTGAAA ATACTCGCGGCTTCCAACTTCAAAGGAATTCATGTTATGCTTTGTATACGAAACATCATA CTCTTATATTTTCCGAGTCTCTTATGTTCTCTTCTTTGTATGTGTTCAGAGGTGCTCGTG CATCAATCAAGGATTATGGTGGACTCAGCGCCCTGGACAGGGCTATGGAGATGGGTGCAA TCAAAGATGAGGAGTTATTTATCCTGCTTACTAAGAGTGAGTGAAATGGGACAGGTGCTT TTAACTGGTAGCTCTACAAGCTTCCATCTTCATTTTTTAAAGCATGATGTTCTATAAATG CTTACCATCTCTCCTCTAACGCGTTGAAACTTAATTCGTCTCTCCCCCTTTCCCTTTCTC CGGATTCCCTTGTTGACGTTGCGTGAAGTTCCTGAAAGAATCAAGAATCAGTGCACAGGC TTACCAATACTTTGACATTCATATTTTTTTTAAACCACTGTAATGTTAAGAGTACAATTT GTAAAAGTTTAATGATCAGGTATAGCAAATCTGCATATTCTGATGTATTAATCAAAAAAG TTATTGGAGTTGTAGGTTGTTAACTTGGTCTTTTTTTGCCTTTTTTGTTTTCATTTCTTT TTATTTTCTAAAGAGAAATAAGTTGGCGCGTGGTGGATCCAAAATTTAGAGTCGATAAAA TAATAACTACACCTTAGTCCGAAACAAGTTCAGCAGTTACATGAATTTTCACTGTCAATG TTACTAATAGGAAGGTTTCATTCTGCAAGTCTATATCTAGAGTTCATCCAAATGTAAGCC ATATACATATTTTTATTTTTACTTTCTTACTCGGTGTCCAGTATTCGTTCTAGAATCTCG ATTAATTTGGATTTGCGTTGGATAAGAAAAAGCTTTCTTTTTAGTACGATGAGTATTTTC ATTCCTAAGGTATGGATATGAGATATTTAATTAAGGGTGCGTTTGGTACGAAGGAAAAAG TTTTTCAGAAAAAAATAAGTGGATTTTTGAACTTATGTTTTTTTGTTTAGTATGTAAATA AAAAATATTATTTTATATATAATCTAGATAAATACTATGGAAATTTAGGATGGTAATAGG GTGGTGGAGATAGGGGCTACGAGGATGGGTGTGAAGATAAAATGTATTGAAAGGTGCGGA AGACACAATCAATGTGAAATACTACTTGTAGAACTTGTTTTTCGACTTTTATTAGGAAAA TCATTTTCTTTATTTAAAAATAAAAGTAAAAATCATAGAGTGCCTTTTTTAGTTAATAAA TAAGGGGAAAATGACAAATATACCCCTGAGCTATCGTAAATGGTATGCAGATGTCCTTCA TCATACTTTAGGGACATTGGTGCCCCTATCGTAAAAAAACTAGACCATATATGTCTTTCA CTACTAAATAAGGACACGTGACACAGTCTTATATGTCCATGCGATATTTAAAAAATATTC GATCGGTGGATAAAATTATGACACGTGTATATCCGTTGGTGTAAAGGTTATATATGCTCT AATTTTTTGACGGTACCAGCACCAATGTCCAAAAATTATGACAGGGTATTTGCATACTAT TTACGGTAGTTCGGGGGTGTATTTGTCCTCTTTCTCAATAAATAATGGCACGGAGGAATC TTTTCTCAAACGAAAATGACACAGATGAGCTAATTTTTAATGGATGATATATATAAATCT TTTCTCAAAGTTTGACGACATATTTAAACTTTTTCTCGTGAGAGCGGACAATTAATAAAG AAATATACCAAATTCCTCATAAACAATAGGCACCTAACTCAATGATATGGAATAAAAGAA CTATTAAAGTGTTGAATATATTAATTGAAATAATAATTTTTATTATTATTATTATTATTT TAAAATCCTTATTATTCCTATATGAAAAAAATAGGGGACCTAAATGAAATCATGTATAAC TTCATGCCTTTTGCCGCCCAAAATAATATAATTAAGGCCTCAATTTTGACATTTGACTAT ATGTATTATTTTGTCTCTAATCTTAATTAAATATTACTCTATTAGTAGATTATTTAACTA CTAATTATTAAAATTATTATACAAAAAAAAGTCCATAAAGTTCTCTTTTAGCTCTACTCA TAAATGATATTTTTTTAATTGCTTATTATTCTATTGGAATATATTCCTAAAAGAACATGA CAAGATGTTCCTCACAAGAATCAAGTAGGTTAATTCCTTCTTAACTACATATTTATTTGT ATATTTAGAAATTGGAATATGTTTTTTTTATTATTAAGAGTTATTATTGTGATCGAAATT TTAAAGTAAGGTTAGAATATGAATCAGACATTATATAATGTAGATACAATGAATCAATGC AGAGTGGTAATGATATAATATTCGAATGAACTTTTCATTTCATGTTCTTTTCTCTATTTT TTTTTCATGTATCTTTTTATATATATAAGTACGTACTGATTTCGATATCAGAAGTTATCT TTGGGGTCGAAATATATCACTTTAGAGTATTCTTTCACTTTTTGTACAGAAGATATACTC CCCACAATAGCTCGAAAGAATTTATCTACATATTAATTTATTTGTTTATCAATAAATTTC TTTCAGTCGATGATACATGTTCAATGTTTGTTTTTAGACGTGTTATGATGTTCTTTTTCG GGAGTGATACATTCTCTACTACAAAAAATATTTTATTTTTATGATTCGAAATCGAAACAT CTGATACATGATTCGTATTTGAGAATAAAAGTTCCACGTGAAACTAAGTTATGCCTTTTG CCGCCCAAAATATTATATTTAGGCCCCTCAAACCAAAACCCTATAAAAAGCCAAGTTTTA GACCTATTGACTTTATGTATTTATGAGATTCTTAATGTTTTTGTCTCTAATCTTTATTAA ATAATTAGCTAATTATTTAACTAAAAATATTTATTAATTTTATAATTATTCAAAACCCTT TTATCTCCACTCGTGGATACAATTTTTTTAAAATAAAAAGTATTATTCTATTGGAATTAT TCCCAAAGAAAATGACAAGGTTCATCCCTTTTCTATCCGTTACAATTATAGTAACAAAAT AATATAATATGCATATGGATTTACTAAATTTATATATTTGACTATTGTATTAATTAGATC CTTTTTTTTTTGGCAAAATGGAACATATTATTTCTTAAAGAGTTAATTGTGATCGAAATT TTAAAATAAGATTAGAATATGAATCATATCTAATATAAAATATAATGGATCGATTCAGAA TTCACGATCACATAAATCTCTTGAGTGAGCTTCACTATTAAACACGTGCGTTTTCCAAAA GAATATTATGAAAAGACAATGTTAATAGCTAGGTTATCATAAAATACCATAAACTTTTAC ATTTAATTAACTAAATAGTAACAATCGAAAAGTATTGTCAATGGTATGCGTTGGATTTTA TTAAATCGGAAAAAAAATGTATTAGTCTTTTTAGTTTATAGGTTTCTCTTTCTATCTTTC GTTTCTTACATATATTTCTACGTATACGAATACGTAGTAATTTCAAGTAGCACTGGAGTG CAATACGATTAATTATATGGTTTTCATTAATTAAATTACATTATAATATGATTATGACAT AATTAAATGACCTTAATATTAAATCACAAGTTTGTGTCTGTTCTTGCCGCCCCTACAACT AAAGTTAAAGAGATTTAATATATTTTGGGCCATAAAAGTCAGTATAATTACCTTAATTAG ACAATGACTTTCCTTAATCAGAGATTAGGATGTCATTAACTCTTAATTGTTGTTTAATTC AGTATATTTGAACAATAATTGTTTCAATTTTTGGAAAAATGCATAAATGCTCCCGACATA TGCCAGAAATTCAGAGGCACACTTGTACTTTATTAAGGTCCTGTAACCCCTCGAACTTAT TTTAAAAATAATTTTCAACCTCTTTTTAATCTACGTGGCAGCGGTGGCACTATAATGAAG AAATTGTCAACACACGCTGGGCATACAAGATAGTGTCATGTAAGCCGAAAAGGGGTAGAA AATTATTTATAAAATAAGTTCAGGGGTAATAAGACTTAGTATAGTATAAGATTGTCTCTA AGATTTCGGGCATAGTTCAAAAAGATACTTATGTATTTTCCTAATTTAATATAAAAATTC TTTTCAACTCCACTCGTGAATTCTCTTTTGAGAGAAAAATTGATACAAAATACTCGTCTA TCAAAGTAACAATCAATTATATTTTATATGTATATATATATTTTTTATTGGCAAATATAA TTATTTTGAACCAACCGACGAAACAGGTAAGTTACCACATTTAAAATGGTCTTAATTAAA TTGATATGACAATTCCCATATGCTTTAGAATATCCAATGCTTTTCTCCTATTGTTGGCCC CCCACCTAGTTTTTTTTTTAATCTTTTTTATTTGTTATTTCTATGCTTTCACGTGCTAAC TTTTGAGAAAAAAAATATTCTTTTATTTATATGACACTTTTTATCAAGAATTAGGAGCGT ATATAATTGAATTAGTTCGAATTTTTTAAATTTCAAATTTTAGCGTGTATTTTTAAATAT TACAGATATTTCATTAGTTTAGGAGCTAATTATTTAGATATATGGTAGTTTGCATTATTA TGAATTTTACCAGATTTTAATGTGTGCAGATACGTTTAGATACATGTATCTCGATGGGGA TACATGAGGTCAAAATTAAGTACATAATTAATCGAAATACATTGTATTCAAGTGGATTCA TATGTATATGGGATATATAAAAAAAATCTCGTTCATCACTCTCTTAAGTATATGGTATCC CAAACACACGTGAATTGCACTAGATAGGTTTATGCATATAAAAATACATGACTATCTCAC TTACCCACGTAAAATAATCGCGCTTGCACTAGAGGGTGATTTTATTGCTTCTTTTCACTT TTTGATTTTTGATGCTTAAAGGATGGATGGCAAGTAATGTGAATCAATCTAGCTAGGTTA AAATGAAAAAACAAGAATAATTGAGATGAATTTTTGTTAATTAATTAGCACAATTAAATG GAATCAAATTTTAAATAATTCAAAACGCACTTTAAGGGGAAATGAATACTTCACTTGTAG CTATCGATTATGTAATATATGGATGATAAGTTGGGGGAGATACATAACATCATGATAACG ACGTCGATTTAATTAAGCATTTGAATATTTGATAAAAACATTTTTATTTGTGTTTTCAAT TAATTGGGATAAAGATTCGGTCAAGTAATGTTTAATGGTATTATAGATTCATGTCATGTG TACTGTATAATAATTTATGGTTGAGATCGATTTAAATTATATATTCATTCATTCTAATTA GGTCAAGTAATGTTCAATGGTCTTATAGATTCATGTCATATGTACAGTATAATAATTTAT GGTTGAGATTGATTTAAATTATATATTCATCTTAATAATAAAAACAACAAAAGTGACAAT TATTTTTATTTTTAATACTATCAAATAAAACAATTAAGTATACCATAGGTAATATTTTCA AAAAAAAAAAAAAGACTGATGAAAATATGTGAACTTCCCGACTTTTTAACCTGCCAAAAC CTCGTACTTGTAAAGAATTTTTTATATTATACTAATTTTAAAGAATCAGAAATTTTTGAA AAAAAAACTGAATAAGTATATGTTTATAATTATTTGAAAACCTACAATTAAGTATTTTTT TTAAAATGTATTATCATGTTCTTTAATTGACTTATTATTTAGAACTCAGTTATGTTTTTA AGTTTGATCTATTCTTGGAGATTTCTTCGGAATTTGGAGAAAACCATGTGTGAAATGACC CCTGAACAAGTTTGTCGGGTAAAAAGTCAGAAAGTTTGCATATTCCCGTCAATCTTAAAT TGTTTTCGTGAAAATATTAACTTAGGTACATTTAATTGCTTTATTTGATAATTTTAAAGA ATAAAACAAATTGACAACTTTATTGTTTTTTATTATTATATTGAATGAGTATATAATTTA AATAGATTTCAATCATAAATTTTATATAGTACACATGACATGAATCTATAAGGCTATTAA ACATTACTTGACCTAATTATACTTGACCGGATCTTATCCGTTCTTAAATAGTAATTCTAA AAAATATTGATCAAACACAAAGTACCGATTTAGTATTGGCAAAACTAATTTTTCAAATAA TAAGTTAGTAAAACACAAATTATTATTCTTCACGTATAAATTTTAAAAATTCAATAAAAA CGGACGATAAGTCGTTAGAGTTGAGTTTTAGGCTCTCAAATTTTTGGAAAACCACATTTT ACTGAGGTTTTAATTACATGAATAAGAGGAAATTAATTACCATAATCTCTTTTTTAAAAA TATATTTGGTTTTATGCTAATTACACTAGAAATTAAAACTTCTCTCTGTCATATAAACAA TATAACATATAATATAATAGCAAAATATAAACCTTAGCGTGGTTTTATATACATATATGT ATATATTGATTTAACGTAAACACTTGATATAAGTAAGTTTTATGCTGTCTCTAATATACA CTTTACTATATCGAAATTTCACCAAGATTTCCAAATTTTGCTTCACAACAACCTTCTTTT TTATACATTAATAATGACATTTTGTGACACAATGAAGTTAGAGTTGTTAAGAATATTTTA AAAATTAAATATATATTTGTAGATATAATTAATACAGATACGTCGATGATTTTTTTATCT AGTTACTGATTATGTAAATTTTATATTTTAAAAAATATATAAATTATGGAGTTGTCTATG TTCAACTTAACTTTGAATTTATACAACAAGACATTCAAATTACAACAAAAAAAAAATCAA ATTTTCCTGATTCTACAATGACTTTTTTAAGTTTCCACTATATATTAGTCAAATAAATAA TTAAAAGGCAAACATTTATTTTCATACTAAAAATTGACTGTTTTTTCTACTTTAATTAAT ATTCAGCCTTACGTGTGACTAACTTTTTAATCAAATTTTTAGAATTATCGATTTTAAATA AATTTATCTTTAAATGTATTTTTTTAAAGTTTTATTTAACATTCTGAATTATTAATTATT GTAACTTATAGTACTCTTTACATAGTTTAAAAGTATATAAATTTCTTTTCAAAAAGTTTG AAAATTCCATATGCAAATGTGCAGTCAAAGTTAAACTATTTGACTGTCGAAAAACGAAAA GTGTCACATAAAATGAGGCAGAAGGAGTATCATATAAAATGTGAGAATAAAATTATTGTC AAGATCATTTTTATGTAATGTGTTTGCTTGTTATTTAGGTTTGTGAATTGGTATAATTTT ATTTATTTATTATAAATATATAAATCTCATGGAAAATATAGTAATTTCTCTAAAAAAATA TTTCTGGACAATGTTGAATTTAACTTTTGACTTTATATGACAAAACACTCAAATTTAAGA CAAAAGAAAAAAGATCATTTTTTCCTAATTCTGAAATGGTTTAATTAACTATTTTACGTG TGAGTCAAGAAATAAAAAAGCAAATATATTTTCACACTTAAAAAATTTTTGACTGTTTTT TTTTTTTCATTTTCTAATTTAATATTCAGCAAAGCAAAATATGATAGCAGTATTTCATTA AAAAGTCTAATTGGCATTCACATTGTCACACTAAATGTGATGAGACGAAGGAGATTTTTT CAGTTAATTTGATTTTATATTTAAGTTTCAAAAATTAAAATATTTTCGATCAAGAATATT TTGTTATTTTTATGGCTTTATTTGTCATGAATTCAAATTAATCTACTAATTAACATACTT GTAATATCTATGATCAAGTTGACAAAGATGGATCAAAAAAATAACCTACATGCTTCTAAA CTGAAAATCTTAGAAAGACAACGATATGTATGATATCTTAATCAAATTTCGCAGTAAATA AAAAAAGTACAAAATTTCAATGATATACACGCGCACTTTTAAAACTCAATGATAATAATA GCTCGATAGATTAATTTTTTAGATCTATTGGGATGAATTAAAATTCTTTGAATCTGAAAC TTTTCTTGACTCCAATTATCTGGAAAAAAAAAGTGTCTCAGACTAAAAAGAGTAATTTAA AAATGGAAAAGGGTCTGATATACCCCTCAACTTTGTCATTTAGAGCTGATATACCCCTTG TTATGAAAGTGGCTCATATATACCCCTACTTGTAAACAAATGGCTCACATATACCCTTTT TCTCTAACGGAAATGAAAAAAAAATTAATCTAAATTTTTATTATTTTTTTCTAAAAAATA TAATCCCAAATGAATAAATTTAATCCTCGTCAAACATATTTTTTTGACTTTTTTTGTTTC AATGACTGATTTATAATTATTACTTTGATAATCAAATTTATTTATGTTTCACTAATATTC TTGTAAAACTTATTGTAGATGATCAATTTTTTTCTTCGAATTCGAAATTAAATTACAATA CACACACAGAAAAATAGTTTAATTTTTTATTCTTTAAACTAAGGAATGAAAGAAAAAAAC AAAATAAGAATAAGAAATTCAAATAATTATAATAAAAGAAGTCAAAAAATAATTTATGTA TGAAAAAAATTAAAATATACCTTGAACTTTGATAGAAGAATCATATATATCCTAAATAAT TTTTAAAAAAAAATTAGAAGTAATAAATATAAATTTAAAATTAATTTTTTAAAATCCGTT AAATGAAGGGTATATGTGAGTCATTTTGTAACGGCAGGGGTATATGTGAGTCGTTTGTAT AACGGTAAGGGCATATATGAGCCACTTTTATAACGAGGGGCATATCAGCTCCAAATGACA AAGTTGAGGGGTGTATCAGACCTTTTTCCCTTTAAAAATAATTTCAGAATATTTATTATA ATTAGTCATATATAATAATAATAATGATAAAAATAGTCCGATTTCATTTAAATCCGAAAT AAAAGCAAAACACTAGATGAATTTTTCGTATTTATTAGTAAACAAGTAGTTGACATGTAC TTGTTCTGATGATAAAAACTGTCAAAAATCTCATAAAATTAATCGAGATAGATGTAGTCA GATTTAACGTCGAAAAACATAGCTATATATAAAAAGAAAAAAGGCCCAATTCAAGAAGAT ACATTGTCATTGACAATTGTCATGCATAAAAAAATAGAGATACATTCTTATTGTGACAAT TGTCATGAATTTAAATGGTTTAATTTCCTCTTGTTTTTTTCCCCCCCACATGGTGTTATT TTGTCACATTCCTTTCTTTTTCCTCCCCCACTTTATACATCTAAAAACCATATAAATACA TCATGTATACACTCTTTATCCCAAAACTCTTCTTCATTTCTCATATTTTTCTTGTTCAAT TTGATCACAATATGATGATAGAGTCTTGGAATCCTCCTCTCCTACATGATTACTCGAAGC TATCGCGACTACAGAGTAATCGCGACTGCTCAAATAATGGGGTTCTCATGATGGAAGAGT TGGAACTTCCGATGATAGATTTGAACGGTTTAAAAAGTAGAGACGAGAGAGAAGTGATTC GATGTGAAAACGCGATAGCTAAGGCTTCTTCTGAATGGGGTTTTTTTCAAGTTGTGAATC ATGGTGTGAGCCTTGAATTGCTAAGAAAAATGAGGAATGAACAAATGAAATTGTTTAAAG CACCATTTGAAATGAAAGCTAATTGTGGATTATTAAATAATTCATATAGATGGGGAAATT CAACAGCTACTTGTCCAAAACAATTTAATTGGTCAGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.983 2143 2201 match_part 0.935 3414 4024 match_2 match_part 0.993 3513 4075 match_3 match_part 1.000 28826 28946 match_part 1.000 29748 30011 match_part 1.000 31642 31686 match_part 1.000 31803 31877 match_part 1.000 32002 32097 match_part 1.000 32605 32682 match_part 0.975 33624 33703 match_4 match_part 1.000 28835 28946 match_part 1.000 29748 29831 match_part 1.000 29910 30011 match_part 1.000 31642 31686 match_part 1.000 31803 31877 match_part 1.000 32002 32097 match_5 match_part 0.876 28858 28946 match_part 0.940 29748 29831 match_part 0.951 29910 30011 match_part 0.956 31642 31686 match_part 1.000 31803 31877 match_part 0.990 32002 32097 match_part 0.987 32605 32682 match_part 0.953 33624 33709 match_part 0.985 33955 34021 match_part 0.978 34186 34230 match_6 match_part 0.876 28858 28946 match_part 0.929 29748 29831 match_part 0.951 29910 30011 match_part 0.956 31642 31686 match_part 1.000 31803 31877 match_part 0.990 32002 32097 match_part 0.987 32605 32682 match_part 0.942 33624 33709 match_part 0.985 33955 34021 match_part 1.000 34186 34215 match_7 match_part 0.884 33764 34021 match_part 0.952 34186 34248 match_part 0.931 34346 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_8 match_part 0.890 33767 34021 match_part 0.952 34186 34248 match_part 0.931 34346 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.837 35497 35545 match_9 match_part 1.000 34147 34248 match_part 1.000 34346 34447 match_part 1.000 34600 34704 match_part 1.000 34882 34974 match_part 1.000 35497 35585 match_part 1.000 38421 38497 match_10 match_part 0.920 34348 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_part 0.918 38421 38640 match_11 match_part 0.930 34348 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_part 0.923 38421 38575 match_12 match_part 1.000 35529 35585 match_part 1.000 38421 38640 match_part 1.000 39978 40064 match_part 1.000 40712 40828 match_part 1.000 40915 40947 match_part 1.000 41081 41167 match_part 1.000 41245 41275 match_13 match_part 0.986 38421 38640 match_part 0.989 39978 40064 match_part 0.991 40712 40828 match_part 0.939 40915 40947 match_part 0.989 41081 41167 match_part 1.000 41245 41307 match_14 match_part 0.986 38421 38640 match_part 0.989 39978 40064 match_part 0.983 40712 40828 match_part 0.939 40915 40947 match_part 1.000 41081 41132 match_15 match_part 1.000 38494 38640 match_part 1.000 39978 40064 match_part 0.983 40712 40828 match_part 1.000 40915 40947 match_part 0.885 41081 41167 match_part 0.984 41245 41307 match_16 match_part 0.844 38609 38640 match_part 0.966 39978 40064 match_part 0.983 40712 40828 match_part 0.970 40915 40947 match_part 1.000 41081 41167 match_part 0.984 41245 41307 match_part 0.983 42399 42515 match_part 1.000 46025 46117 match_part 0.967 47894 48016 match_part 1.000 48225 48245 match_17 match_part 0.913 40019 40064 match_part 1.000 40712 40828 match_part 1.000 40915 40947 match_part 1.000 41081 41167 match_part 1.000 41245 41307 match_part 1.000 42399 42515 match_part 0.989 46025 46117 match_part 1.000 47894 48010 match_18 match_part 0.985 48235 48300 match_part 0.667 50017 50043 match_part 0.667 50506 50514 match_part 0.882 50811 51107 match_19 match_part 0.945 55218 55890 match_20 match_part 0.912 55218 55558 match_21 match_part 0.979 57524 57911 match_part 0.985 60616 60879 match_22 match_part 0.979 57524 57911 match_part 0.974 60616 60771 match_23 match_part 1.000 60019 60371 match_part 1.000 60616 60843 match_24 match_part 0.951 64367 64529 match_part 1.000 64664 64740 match_part 1.000 65339 65439 match_part 1.000 68047 68117 match_part 1.000 69405 69467 match_part 1.000 69796 69840 match_part 0.988 69988 70328 match_25 match_part 1.000 70585 71066 match_part 1.000 71151 71254 match_part 0.976 71336 71377 match_part 1.000 74961 75021 match_26 match_part 0.948 77406 77502 match_part 0.949 77577 77849 match_part 0.944 78171 78296 match_part 0.821 78699 78726 match_27 match_part 0.963 78694 78961 match_28 match_part 0.939 78694 78955 match_29 match_part 0.917 89050 89470 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_30 match_part 0.943 13149 12992 match_part 0.895 11430 11412 match_part 0.978 10708 10479 match_part 0.980 9258 9209 match_31 match_part 0.997 14816 14086 match_32 match_part 0.941 14921 14246 match_33 match_part 0.933 14921 14443 match_34 match_part 0.951 17689 17403 match_35 match_part 0.977 19098 19056 match_part 0.986 18972 18902 match_part 0.946 18794 18684 match_part 0.988 18598 18169 match_36 match_part 1.000 21033 20848 match_part 0.974 19133 19056 match_part 0.986 18972 18902 match_part 0.955 18794 18684 match_part 1.000 18598 18551 match_37 match_part 0.941 57432 56755 match_38 match_part 0.933 57432 56911 match_39 match_part 0.928 57418 56935 match_40 match_part 0.971 61558 60676 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 2143 2201 exon 3414 4075 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 13149 12992 exon 11430 11412 exon 10708 10479 exon 9258 9209 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 14921 14086 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 17689 17403 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 21033 20848 exon 19133 19056 exon 18972 18902 exon 18794 18684 exon 18598 18169 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 33764 34021 exon 34186 34248 exon 34346 34447 exon 34600 34704 exon 34882 34974 exon 35497 35585 exon 38421 38640 exon 39978 40064 exon 40712 40828 exon 40915 40947 exon 41081 41167 exon 41245 41307 exon 42399 42515 exon 46025 46117 exon 47894 48016 exon 48225 48300 exon 50017 50043 exon 50506 50514 exon 50811 51107 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 34147 34248 exon 34346 34447 exon 34600 34704 exon 34882 34974 exon 35497 35585 exon 38421 38640 exon 39978 40064 exon 40712 40828 exon 40915 40947 exon 41081 41167 exon 41245 41307 exon 42399 42515 exon 46025 46117 exon 47894 48016 exon 48225 48300 exon 50017 50043 exon 50506 50514 exon 50811 51107 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 28835 28946 exon 29748 29831 exon 29910 30011 exon 31642 31686 exon 31803 31877 exon 32002 32097 exon 32605 32682 exon 33624 33709 exon 33955 34021 exon 34186 34230 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 28826 28946 exon 29748 30011 exon 31642 31686 exon 31803 31877 exon 32002 32097 exon 32605 32682 exon 33624 33703 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 55218 55890 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 57432 56755 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 57524 57911 exon 60616 60879 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 60019 60371 exon 60616 60843 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 61558 60676 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 64367 64529 exon 64664 64740 exon 65339 65439 exon 68047 68117 exon 69405 69467 exon 69796 69840 exon 69988 70328 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 70585 71066 exon 71151 71254 exon 71336 71377 exon 74961 75021 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 78694 78961 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 77406 77502 exon 77577 77849 exon 78171 78296 exon 78699 78726 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 89050 89470 RepeatMasker tomato repeats master SONATA3 1 223 1 SONATA3 1 223 1 nucleotide_motif 501 4789 5011 TS 58 2038 1 TS 58 2038 1 nucleotide_motif 506 9722 9914 Gypsy00073 11885 12079 1 Gypsy00073 11885 12079 1 nucleotide_motif 1171 27647 27843 Gypsy00073 1 386 1 Gypsy00073 1 386 1 nucleotide_motif 1961 28035 28412 SONATA1 43 243 1 SONATA1 43 243 1 nucleotide_motif 821 38122 38320 TLP1 164 306 1 TLP1 164 306 1 nucleotide_motif 623 44247 44384 TS2 531 654 1 TS2 531 654 1 nucleotide_motif 567 45638 45764 Copia00133 391 441 1 Copia00133 391 441 1 nucleotide_motif 256 49351 49399 Copia00039 264 467 1 Copia00039 264 467 1 nucleotide_motif 1310 52407 52607 LINE-4_OS 1495 1589 1 LINE-4_OS 1495 1589 1 nucleotide_motif 227 73473 73567 Unknown00034 3705 4036 1 Unknown00034 3705 4036 1 nucleotide_motif 1447 84453 84781 RepeatMasker tomato repeats master Copia00133 3954 4266 -1 Copia00133 3954 4266 -1 nucleotide_motif 1010 3083 2797 TS2 521 655 -1 TS2 521 655 -1 nucleotide_motif 478 13414 13300 TS2 503 619 -1 TS2 503 619 -1 nucleotide_motif 477 19358 19244 TS2 1 3011 -1 TS2 1 3011 -1 nucleotide_motif 970 20053 19488 Copia00172 464 519 -1 Copia00172 464 519 -1 nucleotide_motif 397 20172 20115 STOWAWAY50_OS 46 132 -1 STOWAWAY50_OS 46 132 -1 nucleotide_motif 291 26799 26712 MuDR1_HV 1248 1300 -1 MuDR1_HV 1248 1300 -1 nucleotide_motif 249 34804 34752 TS2 58 579 -1 TS2 58 579 -1 nucleotide_motif 314 46989 46781 Copia00208 2731 2851 -1 Copia00208 2731 2851 -1 nucleotide_motif 605 48610 48490 Copia00125 3742 3900 -1 Copia00125 3742 3900 -1 nucleotide_motif 597 49337 49180 Copia00208 1869 2125 -1 Copia00208 1869 2125 -1 nucleotide_motif 542 49671 49403 Copia00039 264 467 -1 Copia00039 264 467 -1 nucleotide_motif 1360 52915 52712 TS2 148 336 -1 TS2 148 336 -1 nucleotide_motif 472 62281 62093 SONATA1 1 243 -1 SONATA1 1 243 -1 nucleotide_motif 1123 63243 63006 Unknown00043 9455 9933 -1 Unknown00043 9455 9933 -1 nucleotide_motif 443 74487 74003 Unknown00034 3706 4053 -1 Unknown00034 3706 4053 -1 nucleotide_motif 1226 84761 84413 Gypsy00073 1 386 -1 Gypsy00073 1 386 -1 nucleotide_motif 2680 89125 88742 Gypsy00073 11872 12084 -1 Gypsy00073 11872 12084 -1 nucleotide_motif 1278 89503 89292 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 963 31583 32791 match_2 match 1057 29531 30874 match_3 match 995 33350 34528 match_4 match 963 31583 32791 match_5 match 1057 29531 30874 match_6 match 995 33350 34528 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1006 24 90401 clone_end_1 clone_end 632 24 386 clone_2 clone 977.5 415 90401 clone_end_2 clone_end 575 415 704 clone_3 clone 1049.5 7810 48148 clone_start_1 clone_start 850 7810 8265 clone_end_3 clone_end 995 10244 10773 clone_4 clone 1224.5 12927 47639 clone_start_2 clone_start 1283 12927 13573 clone_5 clone 509.5 17804 53141 clone_start_3 clone_start 533 17804 18072 clone_6 clone 417 17804 52831 clone_start_4 clone_start 533 17804 18072 clone_7 clone 1231 39251 85820 clone_end_4 clone_end 1322 39251 39917 clone_end_5 clone_end 886 49069 49539 clone_start_5 clone_start 541 52034 52306 clone_end_6 clone_end 430 64066 64293 clone_start_6 clone_start 944 71705 72213 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_7 clone_start 1380 90401 89582 clone_start_8 clone_start 1380 90401 89582 clone_end_7 clone_end 1249 48148 47519 clone_end_8 clone_end 928 13368 12901 clone_end_9 clone_end 1166 47639 47052 clone_start_9 clone_start 718 17073 16655 clone_start_10 clone_start 278 17286 17147 clone_start_11 clone_start 1332 17913 17211 clone_end_10 clone_end 486 53141 52897 clone_end_11 clone_end 301 52831 52680 clone_start_12 clone_start 1017 19044 18528 clone_end_12 clone_end 1114 24932 24287 clone_end_13 clone_end 1326 33856 33156 clone_end_14 clone_end 1122 38636 38050 clone_start_13 clone_start 1140 85820 85222 clone_start_14 clone_start 892 40062 39613 clone_end_15 clone_end 789 40146 39745 clone_end_16 clone_end 1057 45982 45418 clone_start_15 clone_start 1511 67985 67180 clone_start_16 clone_start 1481 78854 78100 clone_end_17 clone_end 1263 88414 87717 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.993 3513 4075 match_2 match_part 1.000 28826 28946 match_part 1.000 29748 30011 match_part 1.000 31642 31686 match_part 1.000 31803 31877 match_part 1.000 32002 32097 match_part 1.000 32605 32682 match_part 0.975 33624 33703 match_3 match_part 1.000 28835 28946 match_part 1.000 29748 29831 match_part 1.000 29910 30011 match_part 1.000 31642 31686 match_part 1.000 31803 31877 match_part 1.000 32002 32097 match_4 match_part 0.884 33764 34021 match_part 0.952 34186 34248 match_part 0.931 34346 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_5 match_part 0.890 33767 34021 match_part 0.952 34186 34248 match_part 0.931 34346 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.837 35497 35545 match_6 match_part 1.000 34147 34248 match_part 1.000 34346 34447 match_part 1.000 34600 34704 match_part 1.000 34882 34974 match_part 1.000 35497 35585 match_part 1.000 38421 38497 match_7 match_part 0.920 34348 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_part 0.918 38421 38640 match_8 match_part 0.930 34348 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_part 0.923 38421 38575 match_9 match_part 1.000 35529 35585 match_part 1.000 38421 38640 match_part 1.000 39978 40064 match_part 1.000 40712 40828 match_part 1.000 40915 40947 match_part 1.000 41081 41167 match_part 1.000 41245 41275 match_10 match_part 1.000 38494 38640 match_part 1.000 39978 40064 match_part 0.983 40712 40828 match_part 1.000 40915 40947 match_part 0.885 41081 41167 match_part 0.984 41245 41307 match_11 match_part 0.913 40019 40064 match_part 1.000 40712 40828 match_part 1.000 40915 40947 match_part 1.000 41081 41167 match_part 1.000 41245 41307 match_part 1.000 42399 42515 match_part 0.989 46025 46117 match_part 1.000 47894 48010 match_12 match_part 1.000 60019 60371 match_part 1.000 60616 60843 match_13 match_part 0.951 64367 64529 match_part 1.000 64664 64740 match_part 1.000 65339 65439 match_part 1.000 68047 68117 match_part 1.000 69405 69467 match_part 1.000 69796 69840 match_part 0.988 69988 70328 match_14 match_part 1.000 70585 71066 match_part 1.000 71151 71254 match_part 0.976 71336 71377 match_part 1.000 74961 75021 match_15 match_part 0.917 89050 89470 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_16 match_part 0.943 13149 12992 match_part 0.895 11430 11412 match_part 0.978 10708 10479 match_part 0.980 9258 9209 match_17 match_part 0.997 14816 14086 match_18 match_part 1.000 21033 20848 match_part 0.974 19133 19056 match_part 0.986 18972 18902 match_part 0.955 18794 18684 match_part 1.000 18598 18551 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 3513 4075 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 13149 12992 exon 11430 11412 exon 10708 10479 exon 9258 9209 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 14816 14086 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 21033 20848 exon 19133 19056 exon 18972 18902 exon 18794 18684 exon 18598 18551 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 28826 28946 exon 29748 30011 exon 31642 31686 exon 31803 31877 exon 32002 32097 exon 32605 32682 exon 33624 33703 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 28835 28946 exon 29748 29831 exon 29910 30011 exon 31642 31686 exon 31803 31877 exon 32002 32097 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 33764 34021 exon 34186 34248 exon 34346 34447 exon 34600 34704 exon 34882 34974 exon 35497 35585 exon 38421 38640 exon 39978 40064 exon 40712 40828 exon 40915 40947 exon 41081 41167 exon 41245 41307 exon 42399 42515 exon 46025 46117 exon 47894 48010 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 34147 34248 exon 34346 34447 exon 34600 34704 exon 34882 34974 exon 35497 35585 exon 38421 38640 exon 39978 40064 exon 40712 40828 exon 40915 40947 exon 41081 41167 exon 41245 41307 exon 42399 42515 exon 46025 46117 exon 47894 48010 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 60019 60371 exon 60616 60843 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 64367 64529 exon 64664 64740 exon 65339 65439 exon 68047 68117 exon 69405 69467 exon 69796 69840 exon 69988 70328 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 70585 71066 exon 71151 71254 exon 71336 71377 exon 74961 75021 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 89050 89470 AUGUSTUS_tom_cdna de novo gene_1 gene 0.6 471 3528 transcript_1 transcript 0.6 471 3528 intron_1 intron 0.71 1 470 intron_2 intron 0.91 864 1983 intron_3 intron 0.93 2202 3413 CDS_1 CDS 0.9 471 863 CDS_2 CDS 0.9 1984 2201 CDS_3 CDS 0.94 3414 3528 stop_codon_1 stop_codon 3526 3528 gene_2 gene 0.02 25973 90388 transcript_2 transcript 0.01 25973 80856 start_codon_1 start_codon 25973 25975 intron_4 intron 0.13 26076 28830 intron_5 intron 1 28947 29747 intron_6 intron 1 29832 29909 intron_7 intron 1 30012 31641 intron_8 intron 1 31687 31802 intron_9 intron 1 31878 32001 intron_10 intron 1 32098 32604 intron_11 intron 1 32683 33623 intron_12 intron 1 33710 33954 intron_13 intron 0.66 34022 34185 intron_14 intron 1 34249 34345 intron_15 intron 1 34448 34599 intron_16 intron 1 34705 34881 intron_17 intron 1 34975 35496 intron_18 intron 1 35586 38420 intron_19 intron 1 38641 39977 intron_20 intron 1 40065 40711 intron_21 intron 1 40829 40914 intron_22 intron 1 40948 41080 intron_23 intron 1 41168 41244 intron_24 intron 1 41308 42398 intron_25 intron 1 42516 46024 intron_26 intron 1 46118 47893 intron_27 intron 0.96 48017 48224 intron_28 intron 0.39 48326 49683 intron_29 intron 0.4 49810 56652 intron_30 intron 0.98 57912 60615 intron_31 intron 0.91 61236 64663 intron_32 intron 1 64741 65338 intron_33 intron 1 65440 68046 intron_34 intron 1 68118 69404 intron_35 intron 1 69468 69795 intron_36 intron 1 69841 69987 intron_37 intron 0.94 70076 71150 intron_38 intron 1 71255 71335 intron_39 intron 1 71378 74960 intron_40 intron 0.46 75177 75587 intron_41 intron 0.46 75717 76624 intron_42 intron 0.72 76838 77418 intron_43 intron 0.72 77503 77576 intron_44 intron 0.97 77850 78170 intron_45 intron 0.99 78293 78698 intron_46 intron 0.96 78787 79102 intron_47 intron 0.51 79546 80110 intron_48 intron 0.5 80201 80749 intron_49 intron 0.95 80857 90402 CDS_4 CDS 0.21 25973 26075 CDS_5 CDS 0.65 28831 28946 CDS_6 CDS 1 29748 29831 CDS_7 CDS 1 29910 30011 CDS_8 CDS 1 31642 31686 CDS_9 CDS 1 31803 31877 CDS_10 CDS 1 32002 32097 CDS_11 CDS 1 32605 32682 CDS_12 CDS 1 33624 33709 CDS_13 CDS 1 33955 34021 CDS_14 CDS 0.66 34186 34248 CDS_15 CDS 1 34346 34447 CDS_16 CDS 1 34600 34704 CDS_17 CDS 1 34882 34974 CDS_18 CDS 1 35497 35585 CDS_19 CDS 1 38421 38640 CDS_20 CDS 1 39978 40064 CDS_21 CDS 1 40712 40828 CDS_22 CDS 1 40915 40947 CDS_23 CDS 1 41081 41167 CDS_24 CDS 1 41245 41307 CDS_25 CDS 1 42399 42515 CDS_26 CDS 1 46025 46117 CDS_27 CDS 1 47894 48016 CDS_28 CDS 0.95 48225 48325 CDS_29 CDS 0.36 49684 49809 CDS_30 CDS 0.83 56653 57911 CDS_31 CDS 0.97 60616 61235 CDS_32 CDS 1 64664 64740 CDS_33 CDS 1 65339 65439 CDS_34 CDS 1 68047 68117 CDS_35 CDS 1 69405 69467 CDS_36 CDS 1 69796 69840 CDS_37 CDS 0.95 69988 70075 CDS_38 CDS 0.99 71151 71254 CDS_39 CDS 1 71336 71377 CDS_40 CDS 1 74961 75176 CDS_41 CDS 0.46 75588 75716 CDS_42 CDS 0.91 76625 76837 CDS_43 CDS 0.72 77419 77502 CDS_44 CDS 0.99 77577 77849 CDS_45 CDS 0.99 78171 78292 CDS_46 CDS 1 78699 78786 CDS_47 CDS 0.96 79103 79545 CDS_48 CDS 0.49 80111 80200 CDS_49 CDS 1 80750 80856 transcript_3 transcript 0.01 25973 90388 start_codon_2 start_codon 25973 25975 intron_50 intron 0.27 26076 28830 intron_51 intron 1 28947 29747 intron_52 intron 1 29832 29909 intron_53 intron 1 30012 31641 intron_54 intron 1 31687 31802 intron_55 intron 1 31878 32001 intron_56 intron 1 32098 32604 intron_57 intron 1 32683 33623 intron_58 intron 1 33710 33954 intron_59 intron 1 34022 34185 intron_60 intron 1 34249 34345 intron_61 intron 1 34448 34599 intron_62 intron 1 34705 34881 intron_63 intron 1 34975 35496 intron_64 intron 1 35586 38420 intron_65 intron 1 38641 39977 intron_66 intron 1 40065 40711 intron_67 intron 1 40829 40914 intron_68 intron 1 40948 41080 intron_69 intron 1 41168 41244 intron_70 intron 1 41308 42398 intron_71 intron 1 42516 46024 intron_72 intron 1 46118 47893 intron_73 intron 0.97 48017 48224 intron_74 intron 0.52 48326 49683 intron_75 intron 0.43 49810 56652 intron_76 intron 0.94 57912 60615 intron_77 intron 0.9 61236 64663 intron_78 intron 1 64741 65338 intron_79 intron 1 65440 68046 intron_80 intron 1 68118 69404 intron_81 intron 1 69468 69795 intron_82 intron 1 69841 69987 intron_83 intron 0.97 70076 71150 intron_84 intron 1 71255 71335 intron_85 intron 1 71378 74960 intron_86 intron 0.44 75177 75587 intron_87 intron 0.43 75717 76624 intron_88 intron 0.71 76838 77418 intron_89 intron 0.71 77503 77576 intron_90 intron 0.97 77850 78170 intron_91 intron 0.97 78293 78698 intron_92 intron 0.97 78787 79102 intron_93 intron 0.58 79546 80110 intron_94 intron 0.51 80201 80749 intron_95 intron 0.99 80857 90021 intron_96 intron 0.88 90246 90349 CDS_50 CDS 0.36 25973 26075 CDS_51 CDS 0.74 28831 28946 CDS_52 CDS 1 29748 29831 CDS_53 CDS 1 29910 30011 CDS_54 CDS 1 31642 31686 CDS_55 CDS 1 31803 31877 CDS_56 CDS 1 32002 32097 CDS_57 CDS 1 32605 32682 CDS_58 CDS 1 33624 33709 CDS_59 CDS 1 33955 34021 CDS_60 CDS 1 34186 34248 CDS_61 CDS 1 34346 34447 CDS_62 CDS 1 34600 34704 CDS_63 CDS 1 34882 34974 CDS_64 CDS 1 35497 35585 CDS_65 CDS 1 38421 38640 CDS_66 CDS 1 39978 40064 CDS_67 CDS 1 40712 40828 CDS_68 CDS 1 40915 40947 CDS_69 CDS 1 41081 41167 CDS_70 CDS 1 41245 41307 CDS_71 CDS 1 42399 42515 CDS_72 CDS 1 46025 46117 CDS_73 CDS 1 47894 48016 CDS_74 CDS 0.95 48225 48325 CDS_75 CDS 0.47 49684 49809 CDS_76 CDS 0.79 56653 57911 CDS_77 CDS 0.98 60616 61235 CDS_78 CDS 1 64664 64740 CDS_79 CDS 1 65339 65439 CDS_80 CDS 1 68047 68117 CDS_81 CDS 1 69405 69467 CDS_82 CDS 1 69796 69840 CDS_83 CDS 0.98 69988 70075 CDS_84 CDS 1 71151 71254 CDS_85 CDS 1 71336 71377 CDS_86 CDS 1 74961 75176 CDS_87 CDS 0.42 75588 75716 CDS_88 CDS 0.9 76625 76837 CDS_89 CDS 0.71 77419 77502 CDS_90 CDS 0.97 77577 77849 CDS_91 CDS 0.97 78171 78292 CDS_92 CDS 1 78699 78786 CDS_93 CDS 0.97 79103 79545 CDS_94 CDS 0.51 80111 80200 CDS_95 CDS 1 80750 80856 CDS_96 CDS 0.93 90022 90245 CDS_97 CDS 0.88 90350 90388 stop_codon_2 stop_codon 90386 90388 AUGUSTUS_tom_cdna de novo gene_3 gene 0.55 14662 7271 transcript_4 transcript 0.55 14662 7271 stop_codon_3 stop_codon 7273 7271 intron_97 intron 0.65 7472 7360 intron_98 intron 0.99 8932 7921 intron_99 intron 0.98 9148 9032 intron_100 intron 1 10478 9259 intron_101 intron 0.91 12991 10749 intron_102 intron 1 13841 13234 CDS_98 CDS 0.64 7359 7271 CDS_99 CDS 0.72 7920 7473 CDS_100 CDS 0.99 9031 8933 CDS_101 CDS 0.99 9258 9149 CDS_102 CDS 0.91 10748 10479 CDS_103 CDS 0.96 13233 12992 CDS_104 CDS 1 14662 13842 start_codon_3 start_codon 14662 14660 gene_4 gene 0.52 23328 17665 transcript_5 transcript 0.52 23328 17665 stop_codon_4 stop_codon 17667 17665 intron_103 intron 1 18683 18599 intron_104 intron 1 18901 18795 intron_105 intron 1 19055 18973 intron_106 intron 1 20847 19134 intron_107 intron 1 21163 21055 intron_108 intron 0.99 21871 21344 intron_109 intron 0.93 22228 22095 intron_110 intron 0.98 22753 22550 CDS_105 CDS 1 18598 17665 CDS_106 CDS 1 18794 18684 CDS_107 CDS 1 18972 18902 CDS_108 CDS 1 19133 19056 CDS_109 CDS 1 21054 20848 CDS_110 CDS 1 21343 21164 CDS_111 CDS 0.92 22094 21872 CDS_112 CDS 1 22549 22229 CDS_113 CDS 0.57 23328 22754 start_codon_4 start_codon 23328 23326 AUGUSTUS_ab_initio de novo gene_1 gene 0.52 294 3528 transcript_1 transcript 0.52 294 3528 intron_1 intron 0.74 1 293 intron_2 intron 0.85 373 470 intron_3 intron 0.89 864 1983 intron_4 intron 0.81 2202 3413 CDS_1 CDS 0.86 294 372 CDS_2 CDS 0.95 471 863 CDS_3 CDS 0.89 1984 2201 CDS_4 CDS 0.89 3414 3528 stop_codon_1 stop_codon 3526 3528 gene_2 gene 0.02 28866 48329 transcript_2 transcript 0.02 28866 48329 start_codon_1 start_codon 28866 28868 intron_5 intron 1 28947 29747 intron_6 intron 0.56 29850 29909 intron_7 intron 0.99 30012 31641 intron_8 intron 0.71 31687 31802 intron_9 intron 0.69 31878 32001 intron_10 intron 0.87 32098 33623 intron_11 intron 0.98 33710 33954 intron_12 intron 0.99 34022 34089 intron_13 intron 1 34249 34345 intron_14 intron 0.9 34448 34599 intron_15 intron 0.89 34705 34881 intron_16 intron 0.89 34975 35496 intron_17 intron 0.64 35586 38420 intron_18 intron 0.96 38641 39977 intron_19 intron 0.7 40065 40711 intron_20 intron 0.97 40829 40914 intron_21 intron 0.27 40948 41244 intron_22 intron 0.54 41308 42398 intron_23 intron 0.87 42516 44596 intron_24 intron 0.43 44721 44944 intron_25 intron 0.54 45100 46024 intron_26 intron 0.35 46118 46585 intron_27 intron 0.53 46685 47893 intron_28 intron 1 48017 48224 CDS_5 CDS 1 28866 28946 CDS_6 CDS 0.56 29748 29849 CDS_7 CDS 0.84 29910 30011 CDS_8 CDS 0.99 31642 31686 CDS_9 CDS 0.71 31803 31877 CDS_10 CDS 0.97 32002 32097 CDS_11 CDS 1 33624 33709 CDS_12 CDS 0.98 33955 34021 CDS_13 CDS 0.99 34090 34248 CDS_14 CDS 1 34346 34447 CDS_15 CDS 0.9 34600 34704 CDS_16 CDS 0.93 34882 34974 CDS_17 CDS 0.95 35497 35585 CDS_18 CDS 0.85 38421 38640 CDS_19 CDS 0.99 39978 40064 CDS_20 CDS 1 40712 40828 CDS_21 CDS 0.97 40915 40947 CDS_22 CDS 0.2 41245 41307 CDS_23 CDS 0.97 42399 42515 CDS_24 CDS 0.79 44597 44720 CDS_25 CDS 0.44 44945 45099 CDS_26 CDS 0.47 46025 46117 CDS_27 CDS 0.37 46586 46684 CDS_28 CDS 1 47894 48016 CDS_29 CDS 0.7 48225 48329 stop_codon_2 stop_codon 48327 48329 gene_3 gene 0.73 49691 50638 transcript_3 transcript 0.73 49691 50638 start_codon_2 start_codon 49691 49693 intron_29 intron 1 49810 50505 CDS_30 CDS 0.73 49691 49809 CDS_31 CDS 1 50506 50638 stop_codon_3 stop_codon 50636 50638 gene_4 gene 0.08 56540 61274 transcript_4 transcript 0.08 56540 61274 start_codon_3 start_codon 56540 56542 intron_30 intron 0.23 57912 60615 CDS_32 CDS 0.37 56540 57911 CDS_33 CDS 0.96 60616 61274 stop_codon_4 stop_codon 61272 61274 gene_5 gene 0.02 64476 80864 transcript_5 transcript 0.02 64476 80864 start_codon_4 start_codon 64476 64478 intron_31 intron 0.73 64530 64663 intron_32 intron 0.92 64741 65338 intron_33 intron 0.37 65440 68046 intron_34 intron 0.38 68118 69404 intron_35 intron 0.93 69468 69795 intron_36 intron 0.96 69841 69987 intron_37 intron 0.28 70054 71018 intron_38 intron 0.56 71067 71158 intron_39 intron 0.99 71255 71335 intron_40 intron 0.82 71378 74960 intron_41 intron 0.96 75177 75587 intron_42 intron 0.88 75717 76624 intron_43 intron 0.97 76838 77418 intron_44 intron 0.97 77503 77576 intron_45 intron 0.94 77850 78170 intron_46 intron 1 78293 78698 intron_47 intron 0.98 78787 79102 intron_48 intron 0.67 79546 80110 intron_49 intron 0.89 80201 80749 CDS_34 CDS 0.72 64476 64529 CDS_35 CDS 0.93 64664 64740 CDS_36 CDS 0.93 65339 65439 CDS_37 CDS 0.35 68047 68117 CDS_38 CDS 0.93 69405 69467 CDS_39 CDS 1 69796 69840 CDS_40 CDS 0.63 69988 70053 CDS_41 CDS 0.54 71019 71066 CDS_42 CDS 0.96 71159 71254 CDS_43 CDS 0.99 71336 71377 CDS_44 CDS 1 74961 75176 CDS_45 CDS 0.89 75588 75716 CDS_46 CDS 0.92 76625 76837 CDS_47 CDS 0.97 77419 77502 CDS_48 CDS 1 77577 77849 CDS_49 CDS 1 78171 78292 CDS_50 CDS 1 78699 78786 CDS_51 CDS 0.96 79103 79545 CDS_52 CDS 0.89 80111 80200 CDS_53 CDS 0.99 80750 80864 stop_codon_5 stop_codon 80862 80864 AUGUSTUS_ab_initio de novo gene_6 gene 0.12 14662 7271 transcript_6 transcript 0.12 14662 7271 stop_codon_6 stop_codon 7273 7271 intron_50 intron 0.88 7472 7360 intron_51 intron 0.91 8932 7921 intron_52 intron 0.99 9148 9032 intron_53 intron 1 10478 9259 intron_54 intron 0.65 12991 10749 intron_55 intron 1 13841 13234 CDS_54 CDS 0.64 7359 7271 CDS_55 CDS 0.96 7920 7473 CDS_56 CDS 1 9031 8933 CDS_57 CDS 0.99 9258 9149 CDS_58 CDS 0.69 10748 10479 CDS_59 CDS 0.99 13233 12992 CDS_60 CDS 0.32 14662 13842 start_codon_5 start_codon 14662 14660 gene_7 gene 0.4 23328 17665 transcript_7 transcript 0.4 23328 17665 stop_codon_7 stop_codon 17667 17665 intron_56 intron 0.96 18683 18599 intron_57 intron 0.8 18901 18795 intron_58 intron 0.88 19055 18973 intron_59 intron 0.95 20847 19134 intron_60 intron 1 21163 21055 intron_61 intron 0.92 21871 21344 intron_62 intron 0.94 22228 22095 intron_63 intron 0.96 22753 22550 CDS_61 CDS 0.96 18598 17665 CDS_62 CDS 0.8 18794 18684 CDS_63 CDS 0.93 18972 18902 CDS_64 CDS 0.95 19133 19056 CDS_65 CDS 1 21054 20848 CDS_66 CDS 1 21343 21164 CDS_67 CDS 0.88 22094 21872 CDS_68 CDS 0.99 22549 22229 CDS_69 CDS 0.67 23328 22754 start_codon_6 start_codon 23328 23326 AUGUSTUS_tom_ugs de novo gene_1 gene 0.58 471 3528 transcript_1 transcript 0.58 471 3528 intron_1 intron 0.71 1 470 intron_2 intron 0.91 864 1983 intron_3 intron 0.91 2202 3413 CDS_1 CDS 0.92 471 863 CDS_2 CDS 0.91 1984 2201 CDS_3 CDS 0.93 3414 3528 stop_codon_1 stop_codon 3526 3528 gene_2 gene 0.02 25973 80856 transcript_2 transcript 0.02 25973 80856 start_codon_1 start_codon 25973 25975 intron_4 intron 0.22 26076 28830 intron_5 intron 1 28947 29747 intron_6 intron 1 29832 29909 intron_7 intron 1 30012 31641 intron_8 intron 1 31687 31802 intron_9 intron 1 31878 32001 intron_10 intron 1 32098 32604 intron_11 intron 1 32683 33623 intron_12 intron 1 33710 33954 intron_13 intron 0.98 34022 34089 intron_14 intron 0.98 34249 34345 intron_15 intron 0.64 34448 34599 intron_16 intron 0.44 34705 35496 intron_17 intron 1 35586 38420 intron_18 intron 1 38641 39977 intron_19 intron 1 40065 40711 intron_20 intron 1 40829 40914 intron_21 intron 1 40948 41080 intron_22 intron 1 41168 41244 intron_23 intron 1 41308 42398 intron_24 intron 1 42516 46024 intron_25 intron 1 46118 47893 intron_26 intron 1 48017 48224 intron_27 intron 0.49 48326 49683 intron_28 intron 0.49 49810 56652 intron_29 intron 0.97 57912 60615 intron_30 intron 0.89 61236 64663 intron_31 intron 1 64741 65338 intron_32 intron 1 65440 68046 intron_33 intron 1 68118 69404 intron_34 intron 1 69468 69795 intron_35 intron 1 69841 69987 intron_36 intron 0.97 70076 71150 intron_37 intron 1 71255 71335 intron_38 intron 1 71378 74960 intron_39 intron 0.36 75177 75587 intron_40 intron 0.59 75717 76624 intron_41 intron 0.81 76838 77418 intron_42 intron 0.81 77503 77576 intron_43 intron 0.97 77850 78170 intron_44 intron 0.97 78293 78698 intron_45 intron 0.98 78787 79102 intron_46 intron 0.42 79546 80110 intron_47 intron 0.41 80201 80749 intron_48 intron 0.98 80857 90402 CDS_4 CDS 0.35 25973 26075 CDS_5 CDS 0.68 28831 28946 CDS_6 CDS 1 29748 29831 CDS_7 CDS 1 29910 30011 CDS_8 CDS 1 31642 31686 CDS_9 CDS 1 31803 31877 CDS_10 CDS 1 32002 32097 CDS_11 CDS 1 32605 32682 CDS_12 CDS 1 33624 33709 CDS_13 CDS 1 33955 34021 CDS_14 CDS 0.98 34090 34248 CDS_15 CDS 0.99 34346 34447 CDS_16 CDS 0.64 34600 34704 CDS_17 CDS 0.98 35497 35585 CDS_18 CDS 1 38421 38640 CDS_19 CDS 1 39978 40064 CDS_20 CDS 1 40712 40828 CDS_21 CDS 1 40915 40947 CDS_22 CDS 1 41081 41167 CDS_23 CDS 1 41245 41307 CDS_24 CDS 1 42399 42515 CDS_25 CDS 1 46025 46117 CDS_26 CDS 1 47894 48016 CDS_27 CDS 1 48225 48325 CDS_28 CDS 0.45 49684 49809 CDS_29 CDS 0.85 56653 57911 CDS_30 CDS 0.96 60616 61235 CDS_31 CDS 1 64664 64740 CDS_32 CDS 1 65339 65439 CDS_33 CDS 1 68047 68117 CDS_34 CDS 1 69405 69467 CDS_35 CDS 1 69796 69840 CDS_36 CDS 0.97 69988 70075 CDS_37 CDS 1 71151 71254 CDS_38 CDS 1 71336 71377 CDS_39 CDS 1 74961 75176 CDS_40 CDS 0.57 75588 75716 CDS_41 CDS 0.92 76625 76837 CDS_42 CDS 0.81 77419 77502 CDS_43 CDS 0.97 77577 77849 CDS_44 CDS 0.97 78171 78292 CDS_45 CDS 1 78699 78786 CDS_46 CDS 0.98 79103 79545 CDS_47 CDS 0.39 80111 80200 CDS_48 CDS 1 80750 80856 AUGUSTUS_tom_ugs de novo gene_3 gene 0.5 14662 7271 transcript_3 transcript 0.5 14662 7271 stop_codon_2 stop_codon 7273 7271 intron_49 intron 0.6 7472 7360 intron_50 intron 0.99 8932 7921 intron_51 intron 1 9148 9032 intron_52 intron 1 10478 9259 intron_53 intron 0.89 12991 10749 intron_54 intron 1 13841 13234 CDS_49 CDS 0.58 7359 7271 CDS_50 CDS 0.74 7920 7473 CDS_51 CDS 1 9031 8933 CDS_52 CDS 1 9258 9149 CDS_53 CDS 0.89 10748 10479 CDS_54 CDS 0.97 13233 12992 CDS_55 CDS 0.98 14662 13842 start_codon_2 start_codon 14662 14660 gene_4 gene 0.48 23328 17665 transcript_4 transcript 0.48 23328 17665 stop_codon_3 stop_codon 17667 17665 intron_55 intron 1 18683 18599 intron_56 intron 1 18901 18795 intron_57 intron 1 19055 18973 intron_58 intron 1 20847 19134 intron_59 intron 0.99 21163 21055 intron_60 intron 0.94 21871 21344 intron_61 intron 0.93 22228 22095 intron_62 intron 0.98 22753 22550 CDS_56 CDS 1 18598 17665 CDS_57 CDS 1 18794 18684 CDS_58 CDS 1 18972 18902 CDS_59 CDS 1 19133 19056 CDS_60 CDS 0.99 21054 20848 CDS_61 CDS 1 21343 21164 CDS_62 CDS 0.89 22094 21872 CDS_63 CDS 0.98 22549 22229 CDS_64 CDS 0.55 23328 22754 start_codon_3 start_codon 23328 23326 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 3528 4065 match_2 match_part 1.000 28824 28946 match_part 1.000 29748 30011 match_part 1.000 31642 31686 match_part 1.000 31803 31877 match_part 1.000 32002 32097 match_part 1.000 32605 32682 match_part 1.000 33624 33661 match_3 match_part 0.851 28853 28946 match_part 0.988 29748 29831 match_part 1.000 29910 30011 match_part 1.000 31642 31686 match_part 1.000 31803 31877 match_part 1.000 32002 32097 match_part 1.000 32605 32682 match_part 0.977 33624 33709 match_part 0.919 33955 33991 match_4 match_part 0.884 33764 34021 match_part 0.952 34186 34248 match_part 0.931 34346 34447 match_part 0.971 34600 34704 match_part 0.978 34882 34974 match_part 0.966 35497 35585 match_part 0.914 38421 38640 match_5 match_part 1.000 35538 35585 match_part 0.991 38421 38640 match_part 1.000 39978 40064 match_part 1.000 40712 40828 match_part 1.000 40915 40947 match_part 0.995 41081 42426 match_6 match_part 0.913 40019 40064 match_part 1.000 40712 40828 match_part 1.000 40915 40947 match_part 1.000 41081 41167 match_part 1.000 41245 41307 match_part 1.000 42399 42515 match_part 0.989 46025 46117 match_part 1.000 47894 48016 match_part 0.971 48225 48259 match_7 match_part 0.983 58805 59437 match_8 match_part 1.000 60031 60371 match_part 1.000 60616 60843 match_9 match_part 0.983 61217 61559 match_10 match_part 0.945 64366 64529 match_part 1.000 64664 64740 match_part 1.000 65339 65439 match_part 1.000 68047 68117 match_part 1.000 69405 69467 match_part 1.000 69796 69840 match_part 0.983 69988 70347 match_11 match_part 0.998 70583 71066 match_part 1.000 71151 71254 match_part 0.976 71336 71377 match_part 1.000 74961 75023 match_12 match_part 0.917 89049 89470 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_13 match_part 0.943 13149 12992 match_part 0.895 11430 11412 match_part 0.978 10708 10479 match_part 0.943 9258 9153 match_14 match_part 0.992 14927 14064 match_15 match_part 1.000 21034 20848 match_part 0.974 19133 19056 match_part 0.986 18972 18902 match_part 0.955 18794 18684 match_part 1.000 18598 18551 match_16 match_part 1.000 26133 25508 match_part 0.955 23400 23313 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 3528 4065 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 13149 12992 exon 11430 11412 exon 10708 10479 exon 9258 9153 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 14927 14064 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 21034 20848 exon 19133 19056 exon 18972 18902 exon 18794 18684 exon 18598 18551 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 26133 25508 exon 23400 23313 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 33764 34021 exon 34186 34248 exon 34346 34447 exon 34600 34704 exon 34882 34974 exon 35497 35585 exon 38421 38640 exon 39978 40064 exon 40712 40828 exon 40915 40947 exon 41081 42426 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 40019 40064 exon 40712 40828 exon 40915 40947 exon 41081 41167 exon 41245 41307 exon 42399 42515 exon 46025 46117 exon 47894 48016 exon 48225 48259 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 28853 28946 exon 29748 29831 exon 29910 30011 exon 31642 31686 exon 31803 31877 exon 32002 32097 exon 32605 32682 exon 33624 33709 exon 33955 33991 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 28824 28946 exon 29748 30011 exon 31642 31686 exon 31803 31877 exon 32002 32097 exon 32605 32682 exon 33624 33661 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 58805 59437 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 60031 60371 exon 60616 60843 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 61217 61559 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 64366 64529 exon 64664 64740 exon 65339 65439 exon 68047 68117 exon 69405 69467 exon 69796 69840 exon 69988 70347 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 70583 71066 exon 71151 71254 exon 71336 71377 exon 74961 75023 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 89049 89470 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 34146 34248 match_part 1.000 34346 34447 match_part 1.000 34600 34704 match_part 1.000 34882 34974 match_part 1.000 35497 35585 match_part 1.000 38421 38519 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0008K08.1 type gene exon 34146 34248 exon 34346 34447 exon 34600 34704 exon 34882 34974 exon 35497 35585 exon 38421 38519 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.5 471 3528 transcript_1 transcript 0.5 471 3528 intron_1 intron 0.64 1 470 intron_2 intron 0.82 864 1983 intron_3 intron 1 2202 3413 CDS_1 CDS 0.81 471 863 CDS_2 CDS 0.82 1984 2201 CDS_3 CDS 1 3414 3528 stop_codon_1 stop_codon 3526 3528 gene_2 gene 0.07 25973 90388 transcript_2 transcript 0.04 25973 80856 start_codon_1 start_codon 25973 25975 intron_4 intron 0.23 26076 28830 intron_5 intron 1 28947 29747 intron_6 intron 1 29832 29909 intron_7 intron 1 30012 31641 intron_8 intron 1 31687 31802 intron_9 intron 1 31878 32001 intron_10 intron 1 32098 32604 intron_11 intron 1 32683 33623 intron_12 intron 1 33710 33954 intron_13 intron 0.99 34022 34185 intron_14 intron 1 34249 34345 intron_15 intron 1 34448 34599 intron_16 intron 1 34705 34881 intron_17 intron 1 34975 35496 intron_18 intron 1 35586 38420 intron_19 intron 1 38641 39977 intron_20 intron 1 40065 40711 intron_21 intron 1 40829 40914 intron_22 intron 1 40948 41080 intron_23 intron 1 41168 41244 intron_24 intron 1 41308 42398 intron_25 intron 1 42516 46024 intron_26 intron 1 46118 47893 intron_27 intron 1 48017 48224 intron_28 intron 1 48326 50505 intron_29 intron 0.96 50594 50705 intron_30 intron 0.82 50824 56636 intron_31 intron 1 57912 60615 intron_32 intron 0.93 61236 64663 intron_33 intron 1 64741 65338 intron_34 intron 1 65440 68046 intron_35 intron 1 68118 69404 intron_36 intron 1 69468 69795 intron_37 intron 1 69841 69987 intron_38 intron 0.96 70076 71150 intron_39 intron 1 71255 71335 intron_40 intron 1 71378 74960 intron_41 intron 0.5 75177 75587 intron_42 intron 0.48 75717 76624 intron_43 intron 0.71 76838 77418 intron_44 intron 0.71 77503 77576 intron_45 intron 0.99 77850 78170 intron_46 intron 0.99 78293 78698 intron_47 intron 0.95 78787 79102 intron_48 intron 0.6 79546 80110 intron_49 intron 0.6 80201 80749 intron_50 intron 0.95 80857 90402 CDS_4 CDS 0.31 25973 26075 CDS_5 CDS 0.76 28831 28946 CDS_6 CDS 1 29748 29831 CDS_7 CDS 1 29910 30011 CDS_8 CDS 1 31642 31686 CDS_9 CDS 1 31803 31877 CDS_10 CDS 1 32002 32097 CDS_11 CDS 1 32605 32682 CDS_12 CDS 1 33624 33709 CDS_13 CDS 1 33955 34021 CDS_14 CDS 0.99 34186 34248 CDS_15 CDS 1 34346 34447 CDS_16 CDS 1 34600 34704 CDS_17 CDS 1 34882 34974 CDS_18 CDS 1 35497 35585 CDS_19 CDS 1 38421 38640 CDS_20 CDS 1 39978 40064 CDS_21 CDS 1 40712 40828 CDS_22 CDS 1 40915 40947 CDS_23 CDS 1 41081 41167 CDS_24 CDS 1 41245 41307 CDS_25 CDS 1 42399 42515 CDS_26 CDS 1 46025 46117 CDS_27 CDS 1 47894 48016 CDS_28 CDS 1 48225 48325 CDS_29 CDS 0.98 50506 50593 CDS_30 CDS 0.84 50706 50823 CDS_31 CDS 0.96 56637 57911 CDS_32 CDS 0.97 60616 61235 CDS_33 CDS 1 64664 64740 CDS_34 CDS 1 65339 65439 CDS_35 CDS 1 68047 68117 CDS_36 CDS 1 69405 69467 CDS_37 CDS 1 69796 69840 CDS_38 CDS 0.96 69988 70075 CDS_39 CDS 0.99 71151 71254 CDS_40 CDS 1 71336 71377 CDS_41 CDS 1 74961 75176 CDS_42 CDS 0.48 75588 75716 CDS_43 CDS 0.89 76625 76837 CDS_44 CDS 0.71 77419 77502 CDS_45 CDS 0.99 77577 77849 CDS_46 CDS 0.99 78171 78292 CDS_47 CDS 1 78699 78786 CDS_48 CDS 0.95 79103 79545 CDS_49 CDS 0.59 80111 80200 CDS_50 CDS 1 80750 80856 transcript_3 transcript 0.03 25973 90388 start_codon_2 start_codon 25973 25975 intron_51 intron 0.16 26076 28830 intron_52 intron 1 28947 29747 intron_53 intron 1 29832 29909 intron_54 intron 1 30012 31641 intron_55 intron 1 31687 31802 intron_56 intron 1 31878 32001 intron_57 intron 1 32098 32604 intron_58 intron 1 32683 33623 intron_59 intron 1 33710 33954 intron_60 intron 0.97 34022 34185 intron_61 intron 1 34249 34345 intron_62 intron 1 34448 34599 intron_63 intron 1 34705 34881 intron_64 intron 1 34975 35496 intron_65 intron 1 35586 38420 intron_66 intron 1 38641 39977 intron_67 intron 1 40065 40711 intron_68 intron 1 40829 40914 intron_69 intron 1 40948 41080 intron_70 intron 1 41168 41244 intron_71 intron 1 41308 42398 intron_72 intron 1 42516 46024 intron_73 intron 1 46118 47893 intron_74 intron 1 48017 48224 intron_75 intron 1 48326 50505 intron_76 intron 0.98 50594 50705 intron_77 intron 0.88 50824 56636 intron_78 intron 1 57912 60615 intron_79 intron 0.92 61236 64663 intron_80 intron 1 64741 65338 intron_81 intron 1 65440 68046 intron_82 intron 1 68118 69404 intron_83 intron 1 69468 69795 intron_84 intron 1 69841 69987 intron_85 intron 0.9 70076 71150 intron_86 intron 1 71255 71335 intron_87 intron 1 71378 74960 intron_88 intron 0.47 75177 75587 intron_89 intron 0.46 75717 76624 intron_90 intron 0.7 76838 77418 intron_91 intron 0.7 77503 77576 intron_92 intron 0.98 77850 78170 intron_93 intron 0.98 78293 78698 intron_94 intron 0.94 78787 79102 intron_95 intron 0.54 79546 80110 intron_96 intron 0.5 80201 80749 intron_97 intron 1 80857 90021 intron_98 intron 0.96 90246 90349 CDS_51 CDS 0.23 25973 26075 CDS_52 CDS 0.67 28831 28946 CDS_53 CDS 1 29748 29831 CDS_54 CDS 1 29910 30011 CDS_55 CDS 1 31642 31686 CDS_56 CDS 1 31803 31877 CDS_57 CDS 1 32002 32097 CDS_58 CDS 1 32605 32682 CDS_59 CDS 1 33624 33709 CDS_60 CDS 1 33955 34021 CDS_61 CDS 0.97 34186 34248 CDS_62 CDS 1 34346 34447 CDS_63 CDS 1 34600 34704 CDS_64 CDS 1 34882 34974 CDS_65 CDS 1 35497 35585 CDS_66 CDS 1 38421 38640 CDS_67 CDS 1 39978 40064 CDS_68 CDS 1 40712 40828 CDS_69 CDS 1 40915 40947 CDS_70 CDS 1 41081 41167 CDS_71 CDS 1 41245 41307 CDS_72 CDS 1 42399 42515 CDS_73 CDS 1 46025 46117 CDS_74 CDS 1 47894 48016 CDS_75 CDS 1 48225 48325 CDS_76 CDS 1 50506 50593 CDS_77 CDS 0.87 50706 50823 CDS_78 CDS 0.98 56637 57911 CDS_79 CDS 0.99 60616 61235 CDS_80 CDS 1 64664 64740 CDS_81 CDS 1 65339 65439 CDS_82 CDS 1 68047 68117 CDS_83 CDS 1 69405 69467 CDS_84 CDS 1 69796 69840 CDS_85 CDS 0.91 69988 70075 CDS_86 CDS 0.98 71151 71254 CDS_87 CDS 1 71336 71377 CDS_88 CDS 0.99 74961 75176 CDS_89 CDS 0.46 75588 75716 CDS_90 CDS 0.92 76625 76837 CDS_91 CDS 0.7 77419 77502 CDS_92 CDS 0.98 77577 77849 CDS_93 CDS 0.98 78171 78292 CDS_94 CDS 1 78699 78786 CDS_95 CDS 0.94 79103 79545 CDS_96 CDS 0.49 80111 80200 CDS_97 CDS 1 80750 80856 CDS_98 CDS 0.97 90022 90245 CDS_99 CDS 0.96 90350 90388 stop_codon_2 stop_codon 90386 90388 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 0.55 14662 7271 transcript_4 transcript 0.55 14662 7271 stop_codon_3 stop_codon 7273 7271 intron_99 intron 0.64 7472 7360 intron_100 intron 1 8932 7921 intron_101 intron 1 9148 9032 intron_102 intron 1 10478 9259 intron_103 intron 0.92 12991 10749 intron_104 intron 1 13841 13234 CDS_100 CDS 0.62 7359 7271 CDS_101 CDS 0.72 7920 7473 CDS_102 CDS 1 9031 8933 CDS_103 CDS 1 9258 9149 CDS_104 CDS 0.93 10748 10479 CDS_105 CDS 0.95 13233 12992 CDS_106 CDS 0.99 14662 13842 start_codon_3 start_codon 14662 14660 gene_4 gene 0.54 23328 17665 transcript_5 transcript 0.54 23328 17665 stop_codon_4 stop_codon 17667 17665 intron_105 intron 1 18683 18599 intron_106 intron 1 18901 18795 intron_107 intron 1 19055 18973 intron_108 intron 1 20847 19134 intron_109 intron 0.98 21163 21055 intron_110 intron 0.96 21871 21344 intron_111 intron 0.89 22228 22095 intron_112 intron 0.95 22753 22550 CDS_107 CDS 1 18598 17665 CDS_108 CDS 1 18794 18684 CDS_109 CDS 1 18972 18902 CDS_110 CDS 1 19133 19056 CDS_111 CDS 0.98 21054 20848 CDS_112 CDS 1 21343 21164 CDS_113 CDS 0.88 22094 21872 CDS_114 CDS 0.97 22549 22229 CDS_115 CDS 0.7 23328 22754 start_codon_4 start_codon 23328 23326 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 421 56651 57916 match_2 match 340 60615 61271 match_3 match 142 79100 79546 match_4 match 251 447 866 match_5 match 140 1978 2199 match_6 match 109 60585 61202 match_7 match 112 60639 61151 match_8 match 105 57614 57928 match_9 match 122 60600 61175 match_10 match 183 56660 57913 match_11 match 173 447 848 match_12 match 410 56648 57916 match_13 match 304 60603 61271 match_14 match 152 79100 79546 match_15 match 98.2 77610 77852 match_16 match 37.4 77416 77493 match_17 match 114 60615 61178 match_18 match 129 60633 61208 match_19 match 139 56654 57250 match_20 match 115 57566 57913 match_21 match 119 38425 38649 match_22 match 65.9 31999 32106 match_23 match 52.0 31803 31880 match_24 match 35.0 31639 31686 match_25 match 251 447 866 match_26 match 147 1978 2202 match_27 match 206 56660 57916 match_28 match 155 60630 61232 match_29 match 140 56657 57913 match_30 match 123 60477 61238 match_31 match 137 60561 61199 match_32 match 131 60633 61205 match_33 match 131 60633 61205 match_34 match 46.2 286 381 match_35 match 193 462 866 match_36 match 181 56660 57913 match_37 match 125 60600 61175 match_38 match 104 56654 57418 match_39 match 135 56660 57283 match_40 match 148 60630 61175 match_41 match 122 57587 57916 match_42 match 104 60651 61220 match_43 match 108 90021 90401 match_44 match 116 60642 61169 match_45 match 125 60561 61175 match_46 match 138 60600 61232 match_47 match 107 60645 61175 match_48 match 110 60615 61169 match_49 match 119 60576 61169 match_50 match 115 60642 61169 match_51 match 129 56660 57262 match_52 match 155 60603 61184 match_53 match 133 57587 57955 match_54 match 105 60630 61232 match_55 match 115 60615 61247 match_56 match 154 60573 61271 match_57 match 189 56660 57922 match_58 match 157 60627 61199 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_59 match 248 14458 13841 match_60 match 142 13235 12987 match_61 match 136 18600 17695 match_62 match 52.0 19262 19056 match_63 match 117 21436 21161 match_64 match 241 23331 22762 match_65 match 147 22551 22231 match_66 match 43.9 18975 18904 match_67 match 56.2 18796 18689 match_68 match 141 22093 21857 match_69 match 122 21054 20848 match_70 match 109 7920 7561 match_71 match 248 14455 13841 match_72 match 115 13235 13044