C08HBa0076J13.1 AAGCTTGTACCTCTACCTTTTCAATTTCTGGTTTTGGTTCTTTTTCCTCTGAAGCAGTAG AGTCTGCATTGCCTTCTGTTCCTGACAAAACATCATCATCCACTACTGGAGGAATCTTGA ACATATCATCATTTTCCAAAGCTGTGAATTTCTCTTTTGCTTCTCCTTTCAGTAGCTCGA TAACGTCAAGCATTGTTGGTCTCTTCTCAGGTCGATTTTGAGCACAAACGAGAGCAACAA GAACCACTCTTTTGAATTCTTCCTCCACGTAGTTCCCACTCAACCTTGGGTCTGCAAGTT CACTCAACTTCCCTTCACACACAAGTGGTAGTGCCCAATCAGTGATTGTGCGTTTCACAG TTAGATTGACCTTCTCAATTGGTTTCTTGCCACTAGCAAGCTCTAGCAAAAGAATACCAA AGCTGTAAACATCACAGCTCTCCGATGCCTTCCCTAACATTGCATATTCTGGTGCAAGAT AGCCTAGAGTGCCTTTTACTCTAGTGGTTACATGTGTTGCACCATCTGGGATGAACTTTG CAAATCCAAAATCAGCAACTTGGGCTTGGAAATCAGAATCGAGCAGCACGTTGCTTGCTT TGATGTCTCTGTGGATGATATGCGGGGTTGCATGGTGGTGCAGATAGCTGTCATACACAT TAGAGGTAAGCAAATGAAGAGGAAACATAAGACCCTGTAACACCCTGGAGGCTCTAGAAG GATAGTGGGGTCAGGGGTGGGGGGAAGGGAGTCAGAAAGAGGGATCGAGGATGTTGAATA CTTACGCAATTCCCTCAGCTGATCCAATTGCAACATTCATTCGGCGTTTCCAATCAAGAA GGCTTTCAGCAGAATGCTGGCCGTGAAGATGAGAAAGCAAGCTTAAATTAGGCATGTAGT CATATACGATCAGACGTTCCTGGCCTTCTGCACAGTAACCGCGTAAACTTAGAAGATTTT TGTGTCGTACTCTAGCCAGAATTTCAACTTCAACAGCAAATTCCATCTCAGCTTTGTTGC TCCACACCTTTAGCCTTTTGACTGCTATCTGAAAATTATGTATTCATTAAGAAAAGCACA ACCCTATAATCAGTAGGTGAAGTTCTACAACTCACTGTAACACATTGTATGGAAGGACTC CAACTTCATTGGCATGTGATGTCTTTTCACTTTAAAGATATTTTGCCAGTCTTTCTTACT ATCTTTTAGTTTTTATTATAGTTCCTCAGTAAAATATGTTAGTTCGAAAACTGAAATCTT TTGAAGAAAAGCAAGCAAAAGCACATAAATGAACATACAACTTGCACATATTCCTATTCA CGGCCACTGTCAGCTTTCTTCTAAACATGCCTACATCATTGTCCACTAACTTTTTCCAAC AGAAGCATTTCATATCATGGTTTCAGCAAATGTATCTTCTTTATTTTTTTCACTTTATCT TTTTCCCCCTTTGTTCTTGGGAGGAGGGTGGCGGGGGGGATTTGGCTCCTTCCTTTCAAC AAAACCCAGGCATGTCCATTTACCCTAGGGTAATATTAGCATATATACATTTTTTTATCT CTAAAACACAGATGTCATGGATTCAACAGATAATTAAAAAAATTCTTCAAGCTTTAGAAT GATATGCTCCATTTATAAAACATTTGTTACAGCAAAAAAATGGAAATTAGACTCAGTTTT GATATTAGTACATGCTGGAAGATAGATATAGCTTTAGAGAGTCTTAATAAAACAGTACCA ACAAGAAACCAGAAAATCAGATTAGAGAAGTAGTGAGATAGGAAAGAGGTGAAACAGTGA TGGACTTTTGCAGAGAAATCTGAAGAATCAATAGCCCTAAATGAGGAATATATGGCAAAG AAATATAAACTGATATTCCATTCAGAATTGCAAGTTAAAATCAAACTACAGTATGAAAGA ATCATAACAGATCCCAAACCTATTTAAAAACTAAAAAGAGTTACTTAACCAAACAAAGTG GTCAAGAATAAGGCTCGGGGAAGGGAGAATCAGGCAGTGAAGACAATCTATAAAGCTTAG TTTTAAGAATGATTAGTGCCAGACAATGGATTTAAATTTTAATTTATGAACTAATACAAC AACATACCCAGTGTAGTACCAAAAAGTGGGGTCGGGGAGGGTAGAGTGTACGATGTGCTT ACCCCTATCTCAGAGGTAGAGAGCCAGAGAGGTTGTTTCTGACATAAAGTAATGTAAGCA AGAGAAAATTAGAACTTCCTAACACTGTCTCGCCTCCCCCACAAACCCCCACCCAAATGA AGGTATTGTCAAGGAAAGCACCTTAACTAATCCTCGGACACCTACACCTACTGCCTCCGA CCAAGCTCAGGTATGTGGTAACTCCACCCACCCGGATTAGGCAAATGACAAGAATTCAAC TAATCTTGCCATTATTAGGATGCGAACAATGGTATTACACATTTCACATAAACAAACCTT ACACGTTAAGCTGAATTGGACTTCTTCTAGTCCAATTTGGACCAAACTATCAATCAACTA ATCACCGCTCAATTGGATCACAGAAAAAAAATCTACATTTCAAAGACACAGTTAGATGTG TTTTATTATCTCTATAAGCAATCTTGATGCTACTTTTCCCTACATTATGAGAAGAGGCCA GTGAATCAAACAAAGAAGAGATCCATTTCCCTTTTGGTTTGAAGTAAGTACAAAAGGTAA AAAGAAGAAATCCTTCATATAAGTTTTCACAATGCAATGAAAAATCAGCATAATAGCTTA CATGCAGCCTCCAACAAAAATGTGGTTTGAATCCCTATGGAGGCCATGCTCATGTATTCT TAAGCACCATTTATTGAAAATACAAGATTCTGAGTTGGTTAGAAGTGGAAATATGCTCTT ATGCACACAATTCTTTTAGCTTAAGTTCTACGTTAAGTAAAAAATGTAAATTCCAGTCTA ATCTCTTCTTCCTGTTCATTTGGGAGGGGCTCAAAACGCTGTAAGTAACTTTGAAGATGC CTGTCCATTAAGGCTGAGACTGTGCCCCATTTCAGAAAAGCTTGTTGTTGGATTGGAACT AACTATACAAAATATTATAGAGCTTTCCTACCAAAAAACCATTAAATGTTTTTTTTAAAC CTCCTTTCAAAGTATCTACCATGGAATCAGAGACCTAAGGAATCTCTTAAAGAAGATCCA AACGATCATCAATATTCATCTCTTTACCAGCTAGGGCTTTGGAACCTATTATATCATTAA CAGTCATAATTACTATCACAAATTCACAACCAACTACCTTGAAAAGCTTCCTCTGAGATC CCTAACTCCAAGTGAATGACAGAGATACAACACTTTATATGGGCAATCAATTCTGAATTT TTCAATAGCTATATGAATAGACTCAAGTATGTCAATAGTGTTCCAGCTCTACAGAATTTT TTATATAATTGCTCCAATCAGTTTACAAGGAGAATGGGTGCAACATAAGGTTGTCACCAT GTGACCTATAGTCATGGGTTTGATCCGCGGAATGAGTCTTGAGTTAGGTAGACTGCCTAC ATCACGTCCCTTAAGGGTGTGACTTTTCCCTAGGTCTTGTGTAAAAAGGGATGCTTTGTG TGCCGCACTGCCCTTAGTTAACAAGTAGAAAACATATACTTTTTTAATCTAAAACAAAAC GTTCAACATTGTAGATGTAAATTACCTGAGATCCATCCCAGAGCTGCCCCCAGTAAACAC TTCCAAAACCACCTTCTCCAAGCTTGTTATCATAGTTAAAATTATTCGTAGCAGAGTGCA ACTCCTTCAGAGAAAAAACCCTCCATGTTGGCTGCTTCTTCGCTTGCCCCTTTCTGTATC ATTTCAAATCGAAAATCAATTCAAAAAAGGGGGAAAATAGGTTCCTGCACTTTGTTTATC AGCATTCCCCAAATTAACACAATTAGAAGTCTTCACAGCACGAAATTATTCAAATGCAAC AGTGTCTAATCAGAATACTCTAGTAAAAAAACATGTACAAATAGCTAAACTCAAACCTTA ATTAGAAACAAAACCAGGTGAAATTTACAAGAAGAGTAATTAAAGGTAATAGCTTTGAAC AAATTAGCACACACATACCGATCTGAACCCTTGACACAGCAAAATATAGACGAAAAGTCC ATAGCTTTTGAATTTTGAATATTGAAACAGCAAAAAACTCAACTTTCTCTTTCTTAACAG AAGAGTATATCAAATAAGTCGATCAAGAATCAATCTTTCAGAACCCCATAGCAGAAAAGA AGAAAAAGCCGTAAACTCCACTCAGCAATCACTTTATCTGACTGTTTTTCTCTGCTCAAA AAGAATAAAGCTCCCCCATTTCCGTTACAGCAAAGAAACTTCCTTCGAATCAAAGATTGC AAAAAAGCTACAGAGAGAGAGAGAGAGAGAAAACAGTGGATTCCAAATGGGGATGCTTTT AGTCAATCCAACTCTATCGAATTCTGCTTTCAGTTGAAACCGAAAGTGGTTTGGGGGGTG GGGGAGTGGGGGGGAGAAGGAAGAATGGGCGACTGTCGTGCAAAAGGAGATTATGACAAT TTTTACCTTTGGACTAATGTTTTTGTTTTTCTTAGTTTTACGCAATAGCGCTCTATTTTT TCAAAACTTCCCTCGAAGCCTGGGCCCAAACGAAGGGTCTACTCTCATTAAATATAGTTA TTTTATTTGAAAAAATATCAGTTTTGGTTAGTTCGCGTTTCAGATAAAAGAAAATTTATT ATTAAAAAAGTAAATATAATCGTTTTTAAATTTACAAGAGTTTTTCTTAAAAAAAAAAGT TTTTTGTATTTCAATGAGTCCATATAGCTTAATGGGCAAGTTAAGCATTGGTTGAACTAT CACTAATCTTTTTTATTACATCAAACAGTTAAATTTTAGATTTTATTTGATAACGTAACA TCACTATTAGTAGCGTCCATTTATTAATTGTATCCAGCCACCATATCTCCATTAATCAAA CTTAAATAATTGAGTGGCATATTCTATTTTTGATTGACAAAAGTGACAACTTTCGTAACA ATTTATACATTAAAAAATGATACATAACCTTCTTAAAAAAAGTCAGTACCCTTCGTAAAT TAGCAATGGTCTATTTTTAATTATAAACTTGAAGACTATTCTCGATGGGACTTATATATA TATAATATTTACCGACTCAAAGAAGATTTAAAGGGAAGGCTCAAAATAGTCTTTTATTTT TGGGTTAAGACTCAAAATAATTTTTAAATTTTCATACGGAATATTAATAGTTCTTCATGT ATACAATATTGATGCACTTTTGGTCCTCTTCTACAATTTGCTTATTTTTTAACATTAATT TTGTCCAAAATTTTATATAAGGAATGTCCAATCGTCTTTTTATATATTTAACAGAAATAA TAACTTTATCTAAGAGAGATGATAAGAAAAACACCTTTTTTTTAGTTCACGAGAAATATT ATTGTAGCTAAACTAAGAACATTTTAACATATGAATTTGCCGGAAAGGAAAAAATTGTAC TATTACACGTGAAATTATCGTGATGAATATCTCGACTTTACATGCAATACGATTTCTACT AAACAAAACAAAGTGTTTTTCTTCTCACATTCTTTGATATGGAATTGTTATTTCTACTAA ATATATAATATGACGATTGAACATTCCATACATAGGCTATGGATAAAATCAATGTAAAAA AGTAGATAAAATTTAAAGGACGACAAAAAATGTACCAATATTGTAAACAAGAGGGACTAT TAGTACTCTATGTGAAAACTGAAGGATCACTTTGAGCTTTAGTCCAAAGAAGAGGGACTA TTTTGATCCTTTCTTATAATGAGGTTTTAAAAAAAAATTATGAAAATGTTTGGAGACCGT AAGTATATATATGACATATATACTAAGACATGTAATGATATATACAATAAAATCAAGGTC TGACTGACAATAACAGAAAGAGACTCTAAACACTTCTTAATTAATGTAATTTATTTTTTT TGTATTATTATATTATTTTACTATCTTGTGATTAAAAATTTAAGATCTTATCCGTATTTA ATTTGAAACTTACACTTCACCTTGTGTTAAGTAATACATCTTTCTATTCCGCCTCACAGT TCCTCCTTTCAAAACGGTGAAAACACTATTACATACTATAATTATATCTATTCTACAATT TTGAATTATTGTGAGAAAAGTTATGATTTTAAAAAATAAAATATATTAAGGACAGGATAA CAAGTATCAATAATCTGAATGGGAATGGCATGGCATGTATGTCTTCTAGATAGTCATTAT TCTAGTAACGCTAGAGAATAACAAGAAAATGTCAAGATTTTTAAAGTAGAAAAGCATATA ATTAATTAAAATTACTTGTTGGTTTTGGTTTGATAAACAAATTATTGAAGAACACAAACT CTAAGCAACTTGGCCGCAGTCACGTGACTTGGGGACCCTAATTATGCAAAATGATAATGT ATTGTATTTGTAGTTATAACCTTTTTTTTTTTACTTTGTAAACTGCACTTTGATATCCCA ATTTGGCAGTTTTTGTATATCAACATCTGAGATCAGAATAAACATCCACAACAACAATAT ACGCAACGATCTCACAAGTTGAATCTAAGAAATAATTATGCCTAAGAAATAAAATTCATA CGAACTAAAAAAACGTGTAACAAAAAATAAAACGAATGAAATAATAAAATTAATAGCCGA CACTAAGGCAAAATATAGCTACTGTGTAATATTTCATTGTTTTCCATTTTATGGTCACCA TTTTTTTAGTTGGTAGGTATGCCTACTAATCATTTATGTAAATCAAATTTGAAATACCAA TGTAGTTCGTGTCCAAAGTTTAAAGGGTATAAAATATTAATAAAAATTTTAAAATGGTAT ATAAAATTTTATATTAATCAAAACGGCAAAATCGCTAGAATAACAGCGATTTTCTCTACC GGAAAAAACAAAATCGCTGCAATATCAGCGATTTTATTTTCGGTGGAGGAAATTGTTGTT GTTTTCAGCGATTTTACCGTTTTTATTAATATAAAAATTTATATATTTTTTAAAATTTTT ATTAATATTTTATAAATTTAGCTCCGGACTCCTATATTACCTGCATCCACCAACTGTACT ACAAGACAAATTTTATTCTCTGTTGACAATGACCCCCTTATAGTCCTATAATTAGGCAAT CAATTGATATTATTGCTGTGAAAAATCTACTACAGAAAATAAATAAATTGTAACTGGTCC TACTTCTATATCCATTCCAGCAATTATGCATGTTCAACCAGTATGATAAGTTAGGTAACG TTCTATTATAAGAATTTTAGAAGTGGTTTATAATTATTTGTTTCATTAATATAATGATGA CATAAGTTATTTCTTATATATAATTAAATAATTTATCTCGAAATTAACCAAATCAAGTCC TCAACGACCCCTAAGGTTGAGCTCTTTTTCCATCATGTCCATTAATTGCTAATTGTTGTC TAAAAGATATCACAGAGAGATTCACCGACGAGTTAGGAATTTCATAGATGGTGTTTAAAA AAAATGGAAAAAATAAAAATTGTTGTTAGTGAAATTTAACACGTGAGCTCTTTTAAAGCG TCTAAAATCAATGAGCTATAACATCTTATTATGTCAAACATGTTTAGAATATGTTATTGA ATCAATATACGATATCATTTTCCGATAAAAATATTCAATTGGACGCTCCGACTATAACAT ATTAACATAGCTATGCCCTCTTGAGTAACCTAATGTTTCATTCGTCTTAATTTGTTTTAG TCATATATTTCCTTTTCAATTAGTTCATTTTTTTAAAAAAAAATTATCTCTTGATCATTA TAATTTATGATCTCAAAAATAAAAGACATTTCAATACATTATATGAATATATAGTCTAAA ACCACAAGCTTCAAAAAAAAAATTCCTCCTTTTTATCAAGTTTAAACAAACAAACGAATA AATAAATTAAACATAAATTGTCTTTGTTCTCTAACTCATAAAAATTTGTTCTCTAACTCA TAACAATTTGATGTGGGGAAAAAACAGTTAACTAAAGCAGCCAATCATAAAATCCGAGAG TATATATAATATAATGTATATAAAATTTGCCAGGCTGCATGCGATAACCCAACACCTGTC ATTCTCATCAGCAATTAAATCGGACTTACTAGTTAAAAATATATCGTCGCTAGATTTCAC TTATAAAATATATGCGAAATAAAATAATGTTACCCTCGATTTTAATTTAGTCCCAAATAT ATTTTTATCGTTGCAGAAATCACACAAATTTGCCTTGGACTTCTTTTTTTTTTCAAAATC TTACGCGCACTCCTTCTTTAACGATCATAACCGACATTCCAACATAGTTATATTTAGTAT ATATACTCTTCTTGTACTCCACATGTAACTGAAATTTCACAATTTCGATTTCTCTTTGAG AGAAAAACAGAGCAAACGAAGAAAAATGAAGCGGCCTTCTTCTCTGCCCGTATTGTATGC TTCTTCTTAATTCTTTCCCTTCTTTTGCTTCACACTGATTACTCAATTTCACCTTTCTGT TACAATGGCAGGAAGCAACTCAAAGGAACTCATCACGTTGATGTCAATTCTAACAAAGGA AAATCTATACTCGAAGATGAAGACGAATACGATGAGATCATCGATTTCGAGAGAATCAGC ACACCTGTAATTTGCAAAACAGTACAAAATTGGGAAGCCACCAGTCGAGGTAACTACACA TTTCCATTCGATGCTCTGTTTTTCTCCATCAAGAAACTGGCATTTGGGTTTAAATAATCA ATCTTTTCATGTTTTCTTGAAAAAATTCAGGACCCCATTAAAGTTCTTGTTTTTTATTTT TCGAATTTTTAAGCAGGGGAAGAGTTTTCTTGCGAAAAACAGGGGCTATGGAGGCGTGAG CAGACAAACAGAGCAACCAGGCTAGAGAAACAGCTAAAAGCAAGATGGGCAGTGGATGGA CTTATCGAAGAAGAACTCAATCGCTTTCGAGCCCAATACAAAAGATCTATAGTTCCATCA AAGCTCAAAGATGTAGTTCAACTGATCACGCCTAAATGGACTCCATCGCCAGAGCTAGCC ACATTAACTTGGTTAGGCGATTGGCGGCCTTCAACAATCCTGGATCTTCTTCAATACTTA GCCCATTCATCTGGGCTTTCAAAATCTCTACCAGATTCAGTGGCCATTGAAGTGGCATTG CCCCAATTGATCAACGAGTTACGAATCGAGGAGGCGGTGATCGATGAAGAAATGGCTGAG ATTCAGTCCAATTGCATATTCTATCTCCCATTTGGCCCAAAGAAAGAGGCAAATAAAGGT AAGCCTGCAATGGCTTGTGTAGAATCTGAGTTTAAGAAGATTCATAGGGTTATTACTAAG GCCCAAAATTTGAGGTTAAAGGCCATGGAAATGGCAGTGAAGAAGGTGTTAAGCAGAACC GATGCAGCAGAGTTTTTGGTTGCTTTTGCTGGAATTCAAGATTTGGTTCATCAATGGGCT ATGCAATACAAATTGCAAAAAGGCCCAGTTTCTATAAGTACTAAAGCCCTCAAGTCTGGT GGTAGCCCACTTAAGTAGGCCCATTGCTATTTCCATATTATTCTTCTAGTATTTCATATC TTGACACTTGAATTTTTTTGTATTCTAAAAATGATATACAGGTATTACTACCTTTAATTC TTCTTATCTTGTCCTTTTTCTTTTGATTGTTGAAAAGAGTAATAAGGATATAAATATAAA TTTTATTAGGGAGGTAATAATTGATTTATATAATAAGCAAGAAAAGTAAGGTCAAAACAA AGAAGAAAATTGTAGAGAGGTTTGACACTTTGACTTGGTAAGTAACTGACTAGCTGGTAC AAAGAAAAATATCTAATATTTCAAATATTTTGGTTGGTTAAAATATTTTTGGAATTTTTT CCTTTTAGGATAAATAGAATAACATTATCAATGTTATATCACAAATGTCTGAAAAGAGTA AGATATATGTAATCCTTATTTTTACTTTGTGGGTATAGAAATTGTTACGTGTTTACCGTT CGGCTTTAGAAAAGTAAGAACGTAATAAAGAAAAAGAGACAATAAACAATAGTAGCAATA AATATTAATACATATAATGTAGAGAAAATCACGTGAAACCTAAATCAGATTGGTAGAATC AGACAACACTCTACTATATATAATAATAATAGTAGCAAATAGGAGGGCATGGTCAAGAAC TTAGATCTACAATCTGAAATTCACGGTCCGTCAGATTAATACTTTCATTGAAGAGCACTG ACGTCAGAATTGTATTTTCCATGTTATCGATGGAAAGTTGCCGCTGGCACTTAAGGATAG TTGATACGCAGAACCAACAAGAAAGCCCTAGAGTAGTTGACTTTGTGACTCCAAGAGAGA GCTATATGTGATGAAAAGACAAGAAAAGAAAGAGCGCATCGAGGGGACGTTAGCCGAAGC AACTTTGGAATCAATTGACAAAGAGAAAGGGGTTGTCAAGAAGACACGCCCTAAGTAAAC AAATTCCTTAACGTTATAGAAAATGACTTCCTCGATAAAAATATGATTTTTTTCTCTAAA TAACTAACATTTCAAGTTTGTTATATTCTATATTTTCAAAGTCTTTTAGATTAAGAAATT CCACCATCTCTTTCAAATCATGAATAAATCTCCTTCGTGTTTGCTCGATCAAGATAGGCA CCATCGATATCCTCCGTTACACATTGAAAGAAAATAAAATAATTTCCTTACCATAAAAGA AAAATATTTCTTATAATATTTTCAAATTTCAATATGCTTAGACAAACATTAGTTGCGGCA ACATGACGGTGTACTTCCATAATCTCCACCATGAATTCCCGGAAGGACGTAACACTCTCC CCTTTAAGCGCGTGTTCGGGGACGCTCCTTCTCATCTCCACTATATAAAAAGAGGAACCT AACCCACCAAGGCAAAAATTGAGTGCACCTCAAGATAAAGCTTCGAATCCCCAAAACCTT TAGACTCGCAAAAAACCCTAATTCCAATTCCAATTTCATTTCATATTATCAGCAAAATTA GTTTGATCTGCCGAGAGGCAGACGGAGATTTACAATGTCTGCAATTGTCTGCGGCAAGAG ATCTTTCTTCGAAGATTTACAATCGCCGTCGCCGACATCAGCGTCGCCGCCTGTTTCCAA GAAGATTCGTTGCTCTTCCTCTACTTCTCCGGTTCGGTTCCCGACCAGTTTGATCGATCA ACTGAGAACTTTGTTTCCTGATATGGATAATCAGGTTTTTTCATTTTCTTTCTTGTTTTT AGTTATCTTTTTTAAATTCACAGTTTTGATGTTTTCCTTGTATAACAATATCTGATATAT ATATATATATATATATATATATATGTTTATCTTTTTATGATGTACTGTTTAGGTTGTTGA GAAGGCTTTGGAAGAGTCCGGCAATGACTTGGATGCTGCTATTAAGAGGTTACATGAGCT TCACCTTGTGTATGGCGATGCAAAGACAGTTGCTGATGGAGAGATGGATAATGGTATGTG TCCAATAATTACTTCCCCTATTTGCCTGATTCTTTTGATGCTCCAGGTTTTTAGCTGTCG CACTTGCTTATTATACATTGATATCCCATTTATGAGGTTGTAAAGAGATACATATATATG AGAATGTGATGTTTCTCTGGTGTTGAATAATTGTCGGGAGAAGTAGAACTCTCTGTCTTG CATCAACATAAGTAGATGGTTGGATGATCAATTTGTGCTGATTAATCATGTTGTTGAATC AATACTAATATTCCTAGAATGGTGTTTTTAGACTGCCTGATATGGGGACATCAAGTATTA GTTTTATTGTGCTTTGTAGTCTCTGAAAGAGACATTTAGACTTTTAATGGGAAGTTTCTA ACCTTGTCAATCAACAATCAGTAGATGAAGTCTCAAACTGAGACTAGTTGGGGTGGCTAT AAGAGTACTCTATATCTATTCAATTGTATTGCTGCCCATTTCATCCTTTATACATGAGAG CAAGAAGGTAATAATAAACTAGCATGAGATGTCAAGTGTTTTTATATCTACATAACTGCA TGTCTTTTACGTGTATGTGTTTACTGTAGAGGTGTATGAAACTATTTATGTGAGCTCTCA CGTGTTCTAGATAAGTAGCTCTCTGATGTATATCTATTATTATAAGGATGTTAAGACTAC CTTTGTGCGTCCACCACTTTTTGGTCTGTAATGTTTACCATGCTACTTCTTGTGAATCAC AAACCTAATCAATCAAGCCTCATGCAGGAGAAAAACCAACTAACGGGCCAGATGTTCAAT CTGAAGGTCCTCCTCTCCAGAATAATCTTCCAGCTGATGGTGCAGAATGGGTGGAGTTGC TTGTCAGGGAAATGATGAGTGCTACAAGTGTAGATGATGCCAGGGCTAGGGCCACAAGGG TGTTGGAGAGCCTGGAGCGATCAATTAGTGTTCATGCTGGTGCTGCAGCAGCTGAAAATG TTCACAAGGTTGGTATTAGATGGTGTAGCCTTTGATGTCATTGTAGGACGAGAAATTGCT GGCATTCACACACTTATCTTTTTTCTGCTACATTTACGAAGCTTTCGACAAAAAAAAAGT GCTAACACCTATGTTGCTTCGTTTTTTGTGCAGTATGTCTTTTCTTTATTGAGGTAGTCT AGTGCTTCTTTGGTTGAAGTACGACAATGACACTCATGCTTTATAATTTATCACGTTGAC CTAATTTTCTGAGGTTCACCTTCAATTCTTTAGATGTTGGCCTTATTACTTCTTTTTTTC AGGAAAATGTGATGCTGAAAGAGCAAATTGAAGTGTTCCTTAGAGAAAAGGCCATTTTTA AACGTGCTATTGCTATCCAACACGAAAGGCAAAAAGAGTATGATGATAGAAACCAGGAAG TGCAGCAATTGAAGCAGATGATTGCTCAATATCAGGAACAAATAAAAAATCTTGAGGTAC AAACTGGAGCTTTAGAGGCCAACTTTTCCTGATGTGGTTTATCTTTTTAATCTGGGATTT TTAGTTTTATTTTTGTTTACGGGTAGTGGTCTTACTGTTTTTGGTTCTCATATTTTTTAA TGAACACTTATTGTGATATTTTTTAGCTGCTTATACTGCCAAGTCTGTGTTACGGTAATA TAGTTCCTCTGTGGCATGTCATGAACATAGGCACAGAGTCTAACTTATGCTGAATTTTGT GTTCTATTCGTAGTGGTTAAAAAAAATCATTTAATAGTTACTGATAAGTTAGTTTGATGG AGCGTATGTTTAATTTTTGAAGTTGTATTGATTGAAATCATATAATTGCAAATATTTATT TTGTTAGCTTACATGGTCTTAGTATAGTTTCTCTTTGTAAGCAACTTAATCTATGTCTTT TGCAACCTTTGCATCTATTTATGCTTTAAATGAATTTTACTTCATAAAAGAAATTGCAAA TACTCTTACCGTACCAAATTGCAAAGATTATCATAAAATGGGATGCAGGGAGTATAATAT ATGTTATATACCCTAGACCTTCAAGAGTAACAATTCTACTTTAAGAATGTCTGCTGTACT TGTATATGTTGGAGGCAGTGCAGATCATCGTGAAAACTGCTAGTTAACTTTAATAAAATG ATTGAAGCATACTTCTTTATTGCCTGGTAAAATATTCTGTAGGCATTAGTTCAAGCTAGT AGCACCTGTATTCTTAGGTAAAAGAAAATATTGGCATAAAGATGTCGCATTACTGCTATG CATGTTGCAGTTTACCTGTATTGTTCTTTTTCCTGTTCTTTATACTCTGAACGTGAGTAA TTTTGTGAACAATTGCATAGTGCCCCATACGTAAGCAGATAGGAGAATAAAGTATTCTTC TGTTCCTTTTTCTGTGTTTTTAATGGAATGAATGCAAACAAGATTGTCTACTCATTATTC CTAACTTAATGGTCATGGTTGCAGGTGAATAATTATGCGTTGACAATGCATTTGCACCAG GCTCAGCAAAACAACTCTATTCCGGGACGCTTCCATCCAGACATCTTCTAGTGCGGAGGC TAGTCCAGTTAAAGCTGTGGAACATACAAAGAAACAAGCTTGTTGGCATCTTGTCAGCTG TGATATAGGATGTATTAATCAAATTATGAATCAATGTTGTTTTTATAATTAGATTGAGTA ACGGTTTGCGTGTTGAGTTGAAGCCACTTTGGTGGATGACCCTGGTCAAGTAAGTAGTGT TGTACTGGACATCGTCCAAATGGTGAAGTCCTCAAACGTGCTAGTATTTAACTAATATCA GAAAACTGGCTATAAAACATACTTTGCTATAATTTTGCTTTCTGCTTCTCAGTTTGTTCT ACAATTTTTTTGCTGTGATGAATGAAATGATTTCTGTGTCAATTTGTTTTCCTGCGTCTG AGGAGGGGCTTCGATTATGAGTAATGCCATTAGGTTGGCAATTGTTGGTTTACGCCGGGG TTTTGTTTCCTTTCAAAATTGCAATTCATGATTATTATTTTCCTATCAAGCTTAGACTAT AGTGGTGTCCAAATATCTGGTGTTCTAATTATGTAAAAAAAAAAAACCGAGTACAATGAT TTTTGCCAATTGGAATCAACAAATGCGGATATTGTTATAGTTTTATTATTACAGTATATA AATAGAATACATGGAACTTATAATATAGGTTATTTTTCTCATTAATTCCAAATTTTATTT TTTTTAGAAAGATAATAAGGGGTGACAATACGTTGCTATATTATTTCACATAAAACGTGT TGTTCTATATATGAATTGGCAATTGATTGAAGCGCGTAGTAATATCGCACCACATCTTCT TCTTCTTTCTTGTGAAAAAAAAGAAGCAAGCAAGCATCAAAACGCGGGACAGTTAACCAG TCTTCTGTAGTCCAATGAACTCGACGGCAATGGCCAGCACAGCATCTCTATCTCTCCGTC CTTCTTCTCTCATCTCCGACCGTTCCCATTCTCCCTGTCTTCCTCCTTCCTCCTCCTCTA GTTTCTTCTCCGGTGGGACCCGCTTGTGGGCCCATACGAAGTTTATATCCATTTCCTTTT CTTCATCTCAGAAGATTCCGGGACGACGTTTTGGGAGATTGGTGGTTGCTGCTGCTGCCG ATTATTACTCTACACTTGGGGTCCCAAAATCTGCTAACAGTAAAGACATCAAGGCTGCTT ATCGAAGGTTAGCTCGACAGGTACTGCAATCCTTTCTTTCTTATTCTTAATTCTAACTAT TATTCACTGTCATTGTGAGAATCAATTTTTAAGAAAACAACCAAATGATGCTCCTTCGGA ATTTTTGAGAAAACGGTTACACAAAATGATGATTTTCAAAATTGTGACTTAGGTTGGTCG TGCATTTGAGCTCCAAGAAAGTAATCTTGTGGCTGACCAGTGCATTTTCCTTTGGGATAA CAGCACAAGTTGCTAATTATTAGTTTCCGTTCCTATTTCAATTATTTTATGCTACTGTTT GATCTCTTTATTTGTATGGTTGAGCTGCCTCTATTCCGGAAGCTGATGCGTTATGAATCA TTGGTCTGCATGTGTTATCTTTTTCTTTGTGTTGTTGATTGTTTACTTTCTGTGCGTGTC CATATGATACATACTCTAGTAGGATAATGTTACCACTACATGCTAGACTTTCACCCAGTT CTTTGGGCCTTTACAATTAAGATAGTTCCACAGCAACACATTATTCTATTCTCCATTAAT CCGTTTCTGACTTTTGATATTGTTTTATAGTATCACCCTGATGTCAACAAGGAACCTAAT GCACCAGAAAAGTTTAAGGAGATTAAAGATGCTTATGAGGTAAATATGAAAATTTACTAT TTTTAACATCTGAACCCTGGTAGTTTTCTTATTTCCTTCTGAAACTATTGACCTTTAGAT ATATGTGGCATTGCCATCTTTATGTCCCCTCCCCTCCCCTTTACGTGATGGAATTACTGT TTATCCACTTATTCAATCCGTTTCTTCATTCCTCTACCTTGGAAACTGCATTGGTTGTCT GTCTACTAAATCCAAAGTGTTCCATTTTCTCGTATATTTTGAAAGTTGTGTGCTTTTTAA CTAAGGTAGACCTTAGAAATTCCTACTTTCAAACTTTGGAATCTTGGTGTTAGTATGTTT ACATATTTCTCTTTTGTTTTTAACTCTTTGAATCAACTCTGAAGTTTCACTTTCCAGATA CTATCAGATGACAAAAAAAGAGCACTATATGATCAATATGGTGAAGCCGGGGTGAAAAGT TCTGTAGGGGCCCAAGCCGGTGCTTACACGGTATGCCATAAATTCTTATTTTTTTTGTTT TCAGCGTGATATTATTGCTGTCATTCCAAAAGGGTAATCTTAATTTCCTTTAGTCCTTCC AAAATTAACATCCACTTTATTTAAAAGAGAAGTTTTAAGTCATGTTATAGAACACACATT GTATGCCCAACTTTTACTCTTCTTATGCAACTTCTATTATATTTGTCGATAACTTTTATG GCCCAGCATGTTATCCATACACAACTCATTTTCAACTTTTTTCTTAGTTCCCCTGCCAAT TCCAAGTAGGACGATGAAATTGTGACTTGGAAGTACTATCATGGCTTATCAAAGAAAAGA TACATATCATGATAAAATTTTCTCACGTAGTTACTTGGCTCCCTCTGATGTGAAGTCCTT ATGTTGCTTTTGCTCATATCGTTTGTTTAATTCATGTTTTTCTCTAATTGGTGACTTTTA GGTGTGCCATCTATTTTAGATTACATACTCAATATAGTTCAGTTATGTTCTTGTACTATA GTTTACATACATAATATCTGCAAGTTTTTGGGAGTTCTAGGTTTCCAGTATTTGTCCCTC CAACCACTATAAGTGCTAATTCTTTTGCCTTCTATTGTTCCCATCCCCACTTGAAGAGGA ATTGACAAGGTTCATAGAATTCTTTGTGGTCATTCAATTGTAAATGGGAAAAGAGTTCTT TTCACTTATGTTGAATGACACACCAGGGGTAATATCAGTTACTTTGCCATACCTCCTGGC TCATCCCACCACTTAAAAAGGAGTTAAATATTAGTTCAAGTAAGATTATGGATGAAAAGA ATAGAATACTTCATGCCTATGTAGGTAAATGTATATCAATTTGCATATAGAATGCCAAAT GAAAGAGTTGATGCACAACTTTGGTTTCTGTTTACATGCTGTCGTTTTGCATGCTAGCCA AAAAATTGGGTTTTGTTTGATGTAGGACTGAGAGTTGAGTCTAAGTAAATGTGTCAATGT GTGAAGGTTGCGTTCCTAGATGCTATTCTTCTAATTATTCACTTCCCAAAAAGGGTAAAA TGAGTAGGTCGTAGAAGAAAGTGGGAAGTTACATAATAAGTGCATGGTCATATGGAAATT ATCTTTAACCCTAGTCTGTTTCTCTTTCTTTTTGGTGAATTTTACTGCAGACAAATCCTT TTGATCTATTTGAGACATTCTTTGGACCTTCTATGGGTGGTTTTGGAATGGATGGAGCTG GATTTGGAACGCGTCGCCGCAGTACTGTTACCAAGGGTGAAGATCTACGGTAAGTCAGTA GCTGATTGGAATGATTTGACACTAACCATCTTTATTAGAATTCACGTGTGTACTTATAAC AAAAAGGATTTTGTCATAAGTATACTTCGTTAACCATGAGAAGAAGCAGTTTCTGATAAC TAATATGCAACATAGTATGACAGGTAAACTTAGGAGGAATATAGCCTCTAGTCGATTTTA TAGCAGTGGTGAAGCATATAGTTCCCTTAGAATGATAATTTGTAGAATAAAGTAGACCTT CTCGAAATCATGGTCACAATTATTGCTAACCAAGAGGGGAAAGTTCATTCGGACAACTTT ATAGGCTAACATAGTATGATTTGACATTTGGTAAAACATAAGAACCAACAAGTCCTAACA CCATTCCAAAGTAGTGCTGGAGTCTTCATTAGGAATCAGTTACCAGTTTCATTTATATTC ATGTTATCTGTACTTATAACCTGAAGAAAAAACTGAGTATGATATTCAGCATACTTTTGT GCTTGAAATGGTCTTTGCATGAATTACAATTTACAGGTATGCTTTTCTTTAACATATCAA TCCTCTGACAGAAAGAACTATGCTAAGTTCAAACTGGACGGGCTAATTGTGTATACTTGC ACCAGTGAAGCATAAAATTTATCCTAGGAACAATGCATACTTTAGAAGCATAAAAATAGA AATAGATAGACACTGTTTCATAAACACTAAGAGTTTGCAGATAAAATGATATGATGTCAA GCCTAATTTTGCACTTCAATGGCTTTCAGTTACGACATGACATTAGAATTTTCAGCGGCT ATCTTTGGAGCTGAAAAAGATTTCGAGCTTTCACATCTTGAAACTTGTGAGGTCTGTGTG GGAACTGGGGCAAAGGTAGGCTCCAAAATGAGGATATGTTCAACTTGTGGTGGCCGAGGT CAAGTTATGAGGACCGAACAAACACCGTTTGGCATGTTTTCTCAGGTAATAGCGTATAAA TCTATTTCTTTGGTGGTCGAGATAATTTAGATTGCATTTGTATATCAATTTGTTCAGATT TTATTCATTTGGTATTACAGTATGAGTCTATTTTCAGGACTCCTGAGTCATTTTTGAGAA AATCAATCTGTTTGCTATTGCATGTACAGAGGATCAGCTGCTAATTAGGGGTATCAGTTT TAATTAATGGAAGTATAACCTTCCTCAACCTGTCTAGTTGGGTTGCAATAAACTCATTGA TAGGTCAATTTTGGGCTTAATTTAAATTAAATGTTGTCTAGTTCGTATTCATCCACTTAC TTTCTCTACCAAGATAAGAAAATGATGTTTTAACTTCATTTGGTAACTAAACAAATTGTA AAACATACACACAAATAACAGATGAAACGTAATTCTGAATTAACCAGGTGGGGCCATGGC TATAAATGTTTCGGCTCAAATTAACCTACTCTTCATGACACAAGTAAACTCTGGGTGGTT TAGCATGGTCCATATATACTCAATCTATTTTAACCCACGGCTCAAATTTGGCCCAACTTG CCAATTTGACACTCCTACTACTAACCATGTAATTTTTGGAACACTGGGTTTTGCCTGAAC ACCATCTCCCTGATATTGCGTAGAAATAATTGCGAGGCAGTCCATACATGCTATAGAAGA TCAGGTGGTTACTGGGTAGTGTTTAAAGCTCTCTATTTAAGGGATAGCTACATCTTCGAT AAGGCTCAGAAAGTTCTTGGAAAGAATTTCAATGAAAAGATGATTCAATGAGGTTTGAAC AGTTTGATCTAATAAAGTCTTTCCTACTCCTGTGGAACAATTAGGTAGGTAACACGAAGC GCTTCCGAACTGATGGTGCCGAAATTGTGCTTGAAATAAATACGCCGTACTTAACAATAG AAATAATTGTGGCTGAAATGAACTAAAATTCTTTAGCTTGCTTTGAACAGAGCATCTAGG ATGTGGTAAAAGTTTCCATTATTGAAGAAATCAAGGGTAAGGATTAATTTGCATTTTTAG TTGATTGGAAAAGTAAATAGTCAAATATAATCTAAAACCATGTAGTAAAGTGATATGCAT GACATGGCATGACTACTACAGACAAAAGAGCATAAGTCAGTCTTCCCTTGCACAAAGATG TCTTAATGGTTGAAGAATCTGTAGTCAAAATGTTTTCTATTTGAGAAGGTAACATGTATG TACATTAAAAAGATTGCTTGTTTTCCTGGAAATTGTTAATTTTTTACTGTTGCAGTTTCT TAACCGGTATGACATATTTATTTTGCTTTAATGTTTGGACTGATTGGTTGTCTATCTTAT TTCTTTTGGCTAATTTCTTGTTTGGTCTCTCAGTTCTTACATTGCTGGGCTTTCTCATCT TTGTCACTCAAAGAGTATATGCTCATACTCATTGTTACATTTTCCATCTATTTGGATTAA GTGTAGGTTTCTGTCTGCCCAAACTGTGGTGGGGATGGTGAAATGATCTCTGAATATTGT CGTAAATGCTCAGGCGAGGGGCGGATACGAGTGAAGAAAGATATAAAAGTCAAGATACCC CCTGGAGTTAACAAGGGAAGTATCCTCAGAGTTGCTGGTGAGGGTGATGCAGGTCCTAGG GGGTATGTATTCAAGTTATATAGTTGCATTTCTGTAACAATAGTCTGCATAATTGTCCTG GGTTATGGTTCAGTAGAACATCTCTGGGATTCTTGTATGTTCAGTAAAACATAATATTGA CAATTATTTGCGTAATTTTTTCTTCTTTAGTCTTTTAGGATCACTATAATGGTCTTGTTG ATATATACAGGGAGGAGGACCCATTACACACAGCTCCACTGATATTCTTTCAGCCAACTG TAGCTGATTAACTGAGTCAGTTTTGACTATTGTCTTCCAAATGTGCTTTACTTACCCTGC AAAGAGAGAGTAAAAGGAAAAGCTGATGCCTTGCCTCCTTCAGAGAAATGTGCTCTTAGC TTACCTAATAACAACTAGACCTATGACAACACCTTAAAAAAATGAGAATCAACAACAACA TGCCTAGTGTAATCCCACCTAATGAGAAGAAAAGTTCAAGCTATCCTTCTTAAGCTTATG CTCAAGATTTCCTTGTTCATACATTAAGTCATTAACCATGCCCATATATTTTCCAAATTT CATCTGTCAAATTGGTTTGAAAAAGGGTTGGTTCAGGTTGGACTAGGAGAAGATAGAAGA TGAAGATCTTTAGTATGAGGCTTTTCATGACTGTTAAGATTATTTCAGATTAAGGCGGAG CATGCATGAAGAGTCAAAAATGCTTCTTCTATTCTTTTTCCTGTGCTGCTAGGGAGTATG TATTACTGCTTTTAATTTTAATTTTAAGTGATTTCACAATCTTGGGGAATGTAGGTGTTC CTTCTTGCTGTTTTTGACATATGGAGAATGCAAGTGACATTCTATGATTAAGACTAGCAC ATTTGGATGAGTAGTCAACAGATACTCCTTTAGTCCCTGACTATGTGCTCAGAACCTCAG AAAAATGTTATAACACCCACATCGGATCCTCAAAAATGCATTTTCTCTGGAGGTTTGAAT GCGCGTGCAGTGACATTTTTGGAGGATTCAAGCAAGATAGGTCCTTGGTCAAAAAAAGAA AAGAAAAGAAATACTCCTTAGTCCTAAATTCCCTCTTGGATCTAAAATATAAATCGTCAG TTTAAATAGAGTACTAGCAACTATTGGACCTAAAGTAATTCAGCCAACATAACTCACTAG TTTGTAATTCCTATGATGGACCTTTTGCTTCCATTGCGTTTTATTGTTCTCTAATACATG CATGGCTTGATATTCTAGATCTTTGAGAAGATTTCTTATATGTGAGTTTAGGTTAACCCT GTCCAGTTTTAGCATCTTGAATCATCATTATATGAAATGAGCTTAAATGAAGGCAGAGAT TCATTTAGCCGACCCCAATTCGTGGGATTGAGGATGACTTGTTGTTCTTGTTGTAGTCTA TCACATGTTAGATGTTCACATACAAATTGAGATTGAGAACATATAGCTCAGTTTGTTAGT TCATTTTTGACAATGTTTTGCAGTGCCCCACCGGGAGATCTTTATGTCTATCTTGACATT GAAGAGATACCTGAGATCCAAAGAGATGGCATAAATCTGATTTCAACAGTTTCAGTCGGT TATCTAGATGCTATACTTGGGGCTGTTGTTAAGGTAATTTTACACGATATTTGTCTTGGC TCCTTCCATATTCTGATAAGAATGTGAAATAAGATAGTAATTCCCTACAGCCTGTATGCT GTATCGCTATTATAGTATTTTCAATGAAAAAGTTTTTGTTACTCTCAAAGATAGAGCCTG TGAAGTATTGTTTTTGGTGAGTCAGGAAAATAGACATTCAGACTTTTTAGTATGAGCCTA ACTCATCGGAACCGGTTCTTTTTTCTCCTTTCAAATGAGCCTCTTTCGAGAAACATCCCC TATCAGATCGCAAGGTACATCTACTTGAATAATGAGAAATGAATACAAGACTCTGAAAGC TTCATAAATTTTTTAATTTCCTCATACAACAAATTCATGATAGTACTGTAATTTTCCTGC CATATGATGAGATCCTTCTATATTCCATATGTTTGTCCGTTTGTTGTTTAGTCTTTCTCC CTTGCTGGAAGAGGGGGATTAAAGGTGTGAGAGAAAGAGCCAAAGCCTGGCATCTGTCAA GGCACCTCATTTTGCCCTTCAATTGCCTTTATTGATATCATATTTCTCAGCCTAGTTCCT TCTCCCTGATGTTCTGGTCAGGTTAAAACAGTGGATGGTTTGACTGATCTCCAGATTCCT CCAGGCACTCAACCTGGGGATGTGCTTGTCTTGGCAAGGAAAGGAGCACCAAAGCTAAAT AAGCCATCAATACGCGGTGATCACTTGTTCACGATTAAAGTTAGCATACCAAAACGCATC AGGTGCGCAAGTTGTAGATGATGAACTAATTATACATATCAGTTTTCTTACCTACTCGTG TCACTTTGCCTAATGATATTCCTGAAGAGTATGCCAGACACGTTTGGGAACTAATTTCCT GAATAACTATAGATATATTTTTCCTTGAATATGTCCAACAGTCCTCCTCTTTAAAAAATG GACTTATATATATATATGTGTGTGTGTGTGTGTGTGTGTCCAGTAGTCGTATCAGGGGTG GGCATCATTCCGTTATGAATAAACCGACCAAACCAAAATTTTCTGTTTCGGTTTAGTATT TTTGGTATTCAGTTTGATTTTTGCTTCTTTTAGAAAAAAATGGTTAGCCGAAAAATTGAA ATTTTTAGTAGATGTGAAAACATTTTTTTCTCACATAACTTTACCTATCTGTTTCAATCT GAAAACTACCATGCCTGACTGAATCCAACTTCAAATGAGTTTGATCACCTCCTCCATCTG TATCATGAAGGCACATGAGGAAGTGAAAATACCAGTATTTGTTTGTTGTATACTCGATAT ATCTCCAAGACTTAATTGAAATGCATAATATACTTGCATGGCAAAGTGCATCATGATCTG GGTGATGCGAGTGGATTATCATACTTCGGGAAAATATTTTGTTTCTTTGTTGTTATTTTT GTGAATTTCCTCAAGCAAAATCTATTTTCAATAAGAGTTAGAAACTTATTCAAATTGTAT CTTAACCCCAAAGTGAATGTAGTAATTAATGTATAGAATGTGTTAAATACTCTTGCACTC CTTTGCTCATTTGCCAGCCAGCCTAGTGGTCATATGTCCTGCTTCTGAAGTCAAAAAATA TAAGGAAAAGGAACCATTACTCAGGCTACTGGTGAAAAATCAATATATTTCCACTCATCA GTAAACACCATCTAATTTTTTGGTTAGTAGTATCTTCAGCATACAAATTCCTATGAGCAA ACAAATCCCCCTGGTCTTCTGAAAATGATGATATAAATGCATATAGGAAATGCTTTTCAC ATCTAATACAGATTTGATATTGTTACACAAGAATTTAGGGCTTGTATGCAAGTGCTCTCA TAATTGCTCCTGTCTATGTATGGGGACTTCATTCATGGTTCTCTATTTTGTAGTGTGATG GAGCGTGAATTGCTTGAAGAACTTGCTTCTCTTACTAAGGGATCAAGCACTCGTACAAAA ACTCGCCCGGCGGTTCAGCAAACGGGTATGATCACTTCTCGATTCATCATTTTCTCAATT CTCTATACGTGAATGACAGAGTTAATGACACTGGGTTGTGACATTAGTTAAACATGATGA GTTCCAGAGAATAGAAGGTAATGATCTGTCACTTGTGTGGCTGATTGTAATGGATATATC CTTCCTAATATTTACTTACTGTAAATGAATATATCATTCCAAATAAATGCTGCTCCTCTG GTCCAAAATGAAAGAATTTTTCAAAGTCAAAAGATGTATTAATTAATTTTTTCCAAAATG ACCTTTCTCTTAAATGTTTTTTTCCCCAACTATCTCTAGTTTTAAGAAAAGTTCAGGAAG AAACAAAGGGTAATATTGACAAATTGCCATTTAATTTACTGACTTTCTTAAGGGGTGTGC CACACCCCAAAAATTCATTTATGTTGGAATGGAGGGAGTACATCTTATCTTGTTTGGAAC TAGACCTGGGGTCATCAGCACTGAAATAGATGCTATTGATTATCAATAAAAAATAAAATG AAGATGAACCATTTGCGAGTTAAGTGATAGGTTTTGGCTACTGTATTTGGATAGTTACTT AAAAAACCCTAGATCAACCACTAAGTTTGACTTGGAAATTTGTGTGATGCGCATCAAGTA GTTAAAACTGATACAAAATACGGGAGAACAAAGAGGAATATATTGTTGCTCGTGAATTGA GAAATGAAGTTATTGATTCTAACCCATACTATATAAAAGCTCTGTTATTTTTCTCAACCT AGAATATCCCAGAAGAGAACATCCTACTAAAGTTGGAAATATTTTCAATGCAGTTTAGAT AGAGCATGCAGCTCAGATAATCAGAGCACGTGATTAGAAAATACAGTCAAGTCCTAGGAG TACCTTATACAGTTGACCCAAAAAGGATATATTTTTTTGATGAATGTCCCAAAAAGGAAA TACTTATCACTATGAGGATAGGAAAATTATTCTCTGAATTCACTCACAGTATCAAAAGTA AGAATTTCTCCTCACTCAAAAATAGGAACACATGTTGCTCCGAGTGTAGGAAACTTATGA TCAGGTTAAGGCAAAATTCATGGTACTTGGATGTTGATAGAGTATCTCATTTACAGTCAG TACAATCCTTTGGCATAAAATTTTACCATCTTTTTTCTGCTTCGCAGCAAAAGTTACTGA AACTCCAGTAGGTTCAGATTCAAGTGCAGCAAAAACTGATGAGTCATCATCAGAAGATCG AGACGATCCATTGAAGAAGTTAGCAAATTTTGCTGGGTAAATTTCTTGATCATTATTCGT TAATTAGGAATTCTGTTGGAAAGTACTTAGTTCTTGGTAATTTAGTCTTGATTTGGGAGA CGCTTATGTTGTTAGAACCACCGAACCACACAAGTCACCTATTTTTGGGGTCTAAAAACA TGGTAGATCTTTTTAAGTGGTTTTGCTGTATGAATTCAGCAACCTTGCCAGAAAATAGAC CCACATTCACAAAGCCGTGGTAGAATGACCCTTTACATTGGACTTCAGATTACCCATAAA TCTTGCATCATTTATAGTGCCATATTTCTGCAATAGTTAATCTTAACCATGTTTAGTTTT ATTCTGTTGCAAGTGTTTCTTCCTTCTAATTAAAGGTTTGTGATTGCAGGTCTGTCGTAA ATGGTGCACTGAAATGGTTAAGAGACAACCTGTAGTACTTGGTGCTGGGATACTGCCTCA GCAATCTTCTTTTATACGACAATGGCATTGAATTTTATGTGCTTCAAAACAGCCATTATT GCATCTTGCGGCCTTTCATTTCTTAGAATAACTTTTTGGTGATTCTGCCTGTAAAATTGA ATCCAGCCACCTTATTCTTTTAGGAAACCTAATCCTTCGCCTTTGTAAATTCTGACAAAT ATATTCTCCACCTCAAAGAAGTTGGTGAGATGGATTCTAACAGCTATTTTTGTATAAGAA ATTTTGTATGTCAGCAAGCATTTAACAGAAACCCAGAAATATCCCAACATTGGTAGAGTT TCTTTTTTTTTTCTTCTTAATATTGTATTTTTCCAAAAGTCAAGCGCACTAAGCTCCCGT TATTCGTGGGGCTGGGAAGGTTGACATGAGGCTACTCCATATTTGTCCACCTTTGTATTT TCAGCATAATACTTCGTAAATATGGTTTTGAGCAATCAAAGATCACATTAGTCTAATCTA CCATAATATTCTCTGCAATCGTTGCACATTGTTCAGGTCACCACCAGGCCGGAGCTAGAG TATTAGCTACCAATTTGGACTAGTCCAATAGATTGTACTTGGATCTTATATATATGTAAT TTAAGGTTTTATTAAACATGTGTAAATATTTAATTGTGACACAGGAGCTACAAAATCCAG GAAAGAATGTATAAAAATCATCTGGTACAAATTTGAGATGTCCTTAGTACAGAAGAAGAA GAGCTTTGTTCACGCAGAAGTTGAATCTGTACGGCTTTGTAAGAATAATAGCACCACCGC AACAATCATCGGAGCTGTTATCATAAACAGAGCTAATGAAATGTTTGGTGTTGTTATCTC TGAGAAAATTACACTTCCGTACTTTATCGCTGCTCCTCCCGCCACTGAACCTACTCCCAG TTTCACCAAAAAATTCGAATCCTCCTGCAATTATCACAAAATTTCAACAAGAGAATATAA ATGTGAATATAATGAAGTGGTGTGGGAGTAACCTGCGGTAGGAAAGGAAGGCCAGGTTCA TCAGTGCTCGGACTTGCTTGGTCAGTTTTAGGGTCGGAAGCTCGGGCAATCATGAACGTC TTAAATGAGGAAGTCAATCGAACATATTTTGGAACGAGGAAGACAACTCCGGCAGCAGAC GGCGGCTGAAGAAATGACACCGGCGTTGAGCAGTTCACCAGAAGCTTGGCAGCGTTTGGT CGCATTGCGGTAGCTTCCATGTTCTCAGAAGAAAACGGGTCAGTTTGCCAGCCACAGATT TTTATTTCTTCGTCATCCAATAATGGCCAAAATAGCTGGCTTTGTCCTTTTTCTCTCTCT TCTTTTACCTCTCAATAAAAACTAATAGACAAGTTGAAATTTTATAGTACGAGTAAAATT TATTTTATGAAATATAAGACCCAATAGGCAATAATTTTCGTCAGGTAATTTAAAATTACA CTATAATTTCTTTTTTCATTTTAATAAAATTGTTCAAGATGATATGCACAAATAACTCAG TTGGCAAAGGTAAAAGATTGACTGAATAATTTAAAAAGAAATAAAAGCAGGTAAATGAAC TATTATTTGGAAGAAAAGATTAAACATGACGTGATGTAGATTACAAAAAATTGAATATTC GTAAATTTCTGTAACTCCTTGTTTCGAATATATCGGGGACAATCTCTATATTTAATTGAT TATTTATTTATTTATTTATTTTTAATACTGGTATATATTTTTAGAGGAGAAAATAGAAGC TCCCGGCCCATGAAAAGACAAGAGGGGTCGGGTTGAAGTCAGAGACCCGAGTCCACCAGC AGAGACTTGCTTTTTTCCCCCAAAATTATCCTTATAAGACAAATCACTGAACAAAGATTT CGTTCCCAAATCTTAAAGCCTAATCGATTGGCATTCACAAACATTGAAGTTCCTTCATAA TCCTGTTGATTTCGTTAATCGATCTCCGTCAAGATGGTGTTAGCACAATTAGGGGGGAGC ATCTCGCGTGCTCTCCAGCAGATGAGCAATGCCACAATCATCGATGAAAAGGTCCTCAAC GAGTGCCTCAATGAGATCACCCGTGCTCTTCTACAGGCCGATGTTCAATTTAAGCTAGTT CGTGATATGTCAACAAATATCAAGAAGATTGTCAATCTTGAAGATCTTGCCGCTGGACAC AACAAGCGTAGGATTATTCAACAGGTTTGTATTCTTTTCGCCGGAAATTTTACCTCGTTA TGTTGATATGCATGTAAAGATTATCTTAGATGAACTGTTGAGAATTTGATATACACAGAG TAATGCCTAAAAGAGGCTGAAAGATTTTCAGGGACATATTTGTAGGCGTCTATATCAATT TCTTTGCAGGTTGGAGGGGAACTGTTCCCTTTTTCTTTCAGTATCTAGTAATTTAGATAA ACAATGGAGACATCTTTTTACCGCTCAATACGTCTCTTAAGTGGTGAGACTGGTACACAA GCCTCCTCCAATGTTGTTAGCTTACGGAGCTGGGAAGGCATCAAAAGCTCCAATTTTGTT AGCTTATGGTGCTGGAAAGGCATCAAACAAGAAAGGAACACTAGTACTTAATTAAAAAAA CCAAGAAAAGAAAGCAACTGAAATTATAGGCCATCTATCATGATATCTCTTCACTTGTTT CTTCCTTCTGGTTTTCTTTTGTGTCCAGTTTGGGTTTCATTGTTTTTTTCTATTTTCTTC ATCATTTTATACTTATGTTTTCCGCACTATCTTCTTGTATTGACTTGAGATAGTTTCTTT CATTTGTGTAGGCTGTGTATAATGAGCTCTGCAAGATATTGGATCCTGGGAAACCTGCAT TTACACTTAAAAAAGGGAAACCTAGTGTTGTAATGTTTGTTGGTTTGCAAGGTGTGTTAA TTTATTTTTCTACCTTAGGGTATGTTCTGTAACAAGTTTATATGTGAGCTAGCATTAACT ATCTGAGCAGTAAGCATTATTTGGCGCAATTATTATAATGCACACCAAGAGCTTTTCCTC TTCAATTACTAGATGGTATCCTTATGTCTTGTAATTTCACACAGGGTCTGGAAAAACTAC AACGTGTACAAAATATGCTTACCACCACCAGAAAAGGGGTTGGAAGCCGGCTCTAGTCTG TGCAGATACCTTCAGAGCTGGTGCTTTCGATCAATTGAAGCAGAATGCTACAAAAGCTAA AATTCCTTTTTATGGAAGGCATATCCTATTCTTAATCTATTATTGTTTTTGATATTTGAT TATTATTGTTATCTCCACACATTTAGATGCTTGATGCTCATCATACTATCTGATGAGGGT CTATATTCTTCCGTTCTTCTTCCTGACAGAAGAAGCCGAAACTCATCATTTGTGTTTGTT TAATCCAATCAATATACAATGTCATAGGTCCATAAGCATTGATAAATTTGAAGTGCATTT AGATAAGGGAAGTGGAGAATGAAATCTAAAAAACATTGCATGGTGTATGAAAAAGTGAAT GGTTCTTTGCTAAGAAATGTCTCAAGATTAAGTTGATTAGCTGCCTGCTGCCTAAAAGTC ATCATCTGCACTATCAGTAAAAGCCAATCTGTTAGAGTAATTAAGCTTTCTCAGTGTTTT CCTTTAAAATTCTTTTGAGCCAATTTTTCATCCAAACGGGAAAAGGAAGAAAAGAAAGAG AGCTATTCTTGTTGCTGCTAGGTTAAAGAATATACAGAGCTTACCTGTTTGGATGGAATT TACTATTGTTGTGTATCTTTCTGCATAGGACTGAACCTGCAATTAGCAATCTGGTCATTT TAAACTGCATCACTGTTGTAATCAACACCTCAGGCCATTTTGTTTTAATTGAATGAGTGT TTCTGCAACAGCTATACAGAATCAGATCCAGTGAAAATAGCCGTGGACGGTGTAGAAACA TTTAAGAAGGAAAATTGTGATCTAATAATTGTGGATACCAGTGGGCGCCACAAACAAGAA GCAGCTCTTTTTGAAGAAATGCGACAAGTTTCTGAAGCAACGGTATGTTCTACTGTGATC TATATTTTCCCTTTAATTAGATCCTCATCTTATTGTTTTCCGCAGAAACCGGATCTCGTG ATTTTTGTTATGGATAGTAGTATTGGACAAGCTGCTTTTGATCAAGCTCAAGCATTTCGA CAAAGTGTTGCGGTTGGAGCCGTGATTGTTACTAAGATGGATGGCCATGCAAAAGGAGGT GGTGCCCTAAGTGCGTAAGTTTTTAATCGTTTGGCTGTAGCCTTAAAGAAACTTCTTAAA GTTTCCGGTACTCTTAATTAACTACAAAGCATATGTTTAAGTTCATGGTATCAGCTTTTA ACATTTGAAATTCTAGCCTTGGTAGCTCAAAGCTGCTGGCTGCTGCTGTTATTTCTTTTT TCTTGTTTTTGGTGATACAACCTGTTAGTCTGCTTTTTCTGGCTAAGAGAAATGCTTGTT GGTTACCTATTTCTGTCGCATAGCAAACCATTAAGATATTCCTGCAGAAAATGTTTATTC TTTATCCAACGAGATTTAGAAATTGATGCTGAACAGTTTATGCAAAAGTAGAATGGTAAA ACTTGGAACTACTGTCTTTTGGCTCCAAAAAGCTCAAAACATACTGCCTCTATTGTAGAT ATATCCGTCTTTTGTTTACAAGGATTTTTCATATTGGTGGTGTTCACCCCAACTTGTGGT CTTTTGCGGGCACATGTTGTCAAGGTAGTCTTGCTTGCAAAGGCTGGAGAAAATTAGCTC CATTGCGTGTATTAACTGGGATGAAGATTTGGGATCTCCAGGTTGTTAATCTATCACAGC CACTAGGACATTCCCTTGGGGACTTCACAAGGATTTTGTTATTGATTTTACAAATTATAA GTTGGATCAAGTTTTGTCTGAATATTCTGCTGAATATTTATTGTCCGTTTCTTTGGATTA AAAAAGATTTATTTGTTCTTTTGCTCTTCCATCTGCAGAGTTGCTGCAACTAAAAGTCCA GTCATATTTATTGGAACTGGTGAACACATGGACGAGTTTGAAGTTTTTGATGTTAAACCA TTTGTCAGCCGTCTTTTAGGTTTGCATCCTTCTGTTGAATACTTGATATTGCAACTTTGC TTGGACCTATGTTCCTATTCCACTGCCATTGATTTTGTTCTGCTGAACTATCTCTAGGCA TGGGTGACTTGTCTGGATTGGTGAACAAGATACAAGATGTGGTCCCAATGGATCAACAGC CTGAGCTTCTTCAGAAGTTATCAGAAGGACATTTTACCTTGAGGATCATGTACGAGCAAT TTCAGAGCATGCTTAAAATGGGTCCCCTTGGACAGGTTTGCCACTCACTTAAATTCATCT GATCATCCTTCATCCCTTCTCTCTCGCTTTCTCCCACTCCTTTTGGAATTTGGCAGACTT CTTCTGAATGTTGTATCATTGATAATTTATTTTTTGGAGACAGTAACAACTTGTATTCTA TTCCAAAACAAAAACCAGAACCTGCCACAATAAGTTACAGATTCCTAATTACAATTGTGG AGAGTACCAGGAAGATCTTTAATCCTATAGCAAATTTACAAGGAACCTAAAACATCTTCA ATTGATTCTAGATCTACCATGTTCTCCTGTTTACACCAAAAAAGAAACAAAACTAAGCAG TTCATCTTAATCTTCTGGATGGAATTGCCCTTGTTTTGGAAGCATCTGAGATTTCTTTCT TTCCACACGGACCACTAAATGCAAGCTGAAATAATTTTCCATCTTTCTTTATGCCTGGAA ATGCTTGCATAACTGCTTCATAACTTCAGGGTTTGCGTAACTTTCCTAGGCATAACCCAT TCCACAAAATGTTGGTTATTCTATAGTACAGGAAGAGATGGTTGACAGTCTCTACTTCTT CTTCACCACATAGAAGGCAATTATGACTCAGTTGAATATTTCTTTTCATGAGATTTTCCT GGGTCAAAACTGCCTGCTTAGCAAGGAGCCAAGTAAAACAAGACACCTTGTAGGGGTTTT TAGTTTTCTATATCAACTTCCATGGCCATCCATTCCCTTGACTGTTACAAGGATTAAATT TTTTATACGCTCTTCTAACACTGAAATTGTCCCGGTTGTGATCCTGTCATACCATACTAT CTTGTGCATCAATAGTTCCTTTGAACTGCCCTAAAACCTTGTAAAACTCCACCAACCTTT GGATCTCCCAGTCATTTAGAGGTCTTCTAAAGCTCAGATTCCACCCTTGGTTTGACCACA TCTCTGCTACAGTGGCTCTTTGCTGCTGGTTTAAGGTGAAAATATCCGGGAACAAGGTTT TTAAAGATCCTTGCTCTATCCATCTATCTTCCCAAAAAGAAGTTTTCCTTCCATTTCCCA ATTTAATACTGCAGTTTTCTCTGAGCTTTGGCCAGTGGTTTCTGATGGCTCTCCAATGGC TTGATCCATAAGTGCTAGTGACCGTCTTAGTTATCCAGAGATCCTCCATTTCATATGTAG CCTGTATTACGTCTTTCCACAGAGCTTGCTCACTGGAAGCAAATCTCCATAGCCACTTCA TCATAAGCCACTGGTTTTGAATTTTAAATTCGGTATCCCCATCCCCCCCTGCCTGTTTAC TCTTAATCAGAGTATCCCACTTGACCAAGTGAATTTCTTGGTTTCACTATTTCCTTTCCA CAGGAAATTCCTCCTCAAAGCATTAAGTCTGTCAATAACACCATCAGGAATAGGGAAAAG TGACATCATATATGCAGGCATAGAATCTAAAACACTATTGATGAGTGTTAATCTTCCTCC TAAAGAAAGGTACTGGCTCTTCCAATTCACCAACCTTTTTTCACATTTTCAATCACCCCA TTTCAAATGCCTATAGATTTGCTTTTGGCTCCCAACGGCATTCCCAAATATGTAGTTGGT AGAACTCCCGTCCTTCCGCCCAAAATCCTAGCCAGAGAGTGTAAATCAGGAACTTCATTT ACTGGATACAAGAAACTCTTGTTCCAATTGATGTGAAGCCCAGAGTCAGATCAGGTTTTT CTAGTTTCTAAAATTTTGTTTTCAGCCGCCATTTTCTTCATCAAGGTCCCACATTTCTTG ATTTTTTTTTTTACTTTACCGCTTTTTGAACTTTATGAGAGAACATTCGGGTCCCTCCTT TCCCAACTGCTGCTCCTCAAACCCCCCCTGCTTTTTTCTCTTTTGGTTTCTTTCTTTCTT CCTTTTCTTTTTCTTCTTTTGCCTTTAACCATTTCAAAAGAAAATCTAGTTGCATGTACA AATGTTTTTTGCTGTTTCTGAAATCTGTAACCATATGAAATAAGTTACTATTGTTAGGGA TTCAGTGATATGTTTTCGCAAGTTCAAATCTGATAAAACTTCTTTTTTCCAATACTAAAT CAAAACACAGTTGTTTCCGAAAGCTCAATTAAAATATGTTTTTTTTTTTCAAAACAAATT CCCAACCAAATCAAAAGAAGAATTTTGGTTTGGAGAATTTTCATCATTTGTTTAATTCTT TCGAAAAGAAGTAGCTTTCATATAGTATATCCCAAAAGCTTATGATTTCATTTTTGTTAG TTCTTCTAGAAAATCTCTTAGGATTGTTTCTATTTTCCATCTGTTCTTAATCTTCAGGTT TATAAATTTAAAGATACTGGTCTAGTATCTTAAGCAAGTTGTTGAAGACCATTTGGAGCC TGCTGTTTCATTTAGGCTTTATTTGGATTGGTAGATTTTAAATCCTTCCAAGAATTTAAA ATTGTTAGTAGGCAACTCAATTGTTTATTTGTTAACTTTCCATAATAAACATTTTTATTT CCTATATTGCTATCCATTGCTCAAACTGCAATGATTTCAAAATGGCATTAGTGTTGGAAA AAATTGAAATCCACTAAAGATAGTTAGAAAATACTTGGGGGTTTGGACAATATTTGGTTG GAGAAAAGAAAGGAGTTTTGAAGTAGACTTGGAAAAAGGTAATTGAATTCAAATTGTATT TGGACAATAACTGGTTGATGTTGGAATAAAAGAGTATTTGAAGTTGAAGTGGAAGAAATG TATGTGGAAGTTAATTGTGTTTGAACATGAATTTCACTTGGAATGAGTTCTCTGAGCACT CAAATTATCAAATTAAATATGGATCCCACATTAGGTGGCTTGTGGCGACTTGGCAAATTG ATAGTTGATGCTATTCGTGGAAATGTTTAAAGCATCTTTATGCGTTTTCATCCAAATAGA TCTATGGATTTCAAATCACTTGAGTCTCATTTGAGCATTAATTTTTCCTACCAGAAGTTT TTTTAACACATGAACATTAGTTTGATTGGATGGGAATTTTTCTGCTCTTCTTCTAATCCC CCCCCCCCCCCCCCCCCTCTTCTTTTGTTTTGGTTCCCCCTCTTTGATTCCTTCTTTATT TTACGTGACTACTTCTTTTGTTTTGGTTCCCCCTCTTTGATTCCTTCTTTATTTTACGAA GTCACGCTTGTGCCTGTTTAGCTTTTCGTTCTGGAGGTTGATTGATATCATTCTGGTTGC ACGTCATTGATGTTCTTTTTGGTTTGTGTAGGTTTTTTCAATGCTTCCTGGATTTAGTGC AGAGATGATGCCACAAGGTCGTGAAAAGGAAAGTCAAGCAAAGTTTAAAAGGTATATGAC AATGATGGACTCCATGACTGATGAAGGCAAGTGAGCTACATTATATGTTCTGTTTAAGCT ATATTTGTACACCGTATTTTAGAATATTATTTAACCTTTTGATTTGAAATTGATAACATA ATTGCAGAATTGGACAGTACCAATCCAAAGATTTTGACTGAATCTCGGATCATGCGTATA GCTAGGGGATCTGGCCGCCTCGTGCATGAGGTGATGGAGATGTTGGAAGAATACAAACGA CTTGCCAAAATATTCAGCAAGATGAAGGGTCTTAAGATTCCAAAGAAGGGAGATATGAGC TCCCTGTCGAGAAACATGAATGCACAAAACATGAGCAAAGTCCTCCCCCCTCAGATGTTG AAGCAGATCGGTGGAATGGGTGGTTTGCAGAACTTAATGAAGCAAATGGGTTCCGCCAAG GACATGATGGGTATGTTTGGTGGTGGTGGTGGAGAGTAATAATGGAATCACAATTGAACT ACAGTTTACGTCGTCAATTCATAGTTGGTGGAAATAGCATGTAACCAAATCTCTGTCACT CCCTATCTTTCAAATTTTGAATCTGATGCATTTGGTAAATTTATTTGATTCAGAATGAAA CACTGTATGGTTTTGATGCTCCACTTCATGCTATGCTTGTATGACATGATCTCTTCATAC GCTGCTTGTAAATTTATCTGTTTACTGGATGTGACTAATGAGCAGCCAAGTTGCTATTTT AACCTTTGCCGATATAATTGCACAAATTCTCAATTGCACAAATTTTCAATTGCACATTGT ATTGAAGCACCTATGAGTTGGTCTTTCATCAATGGTGTCTGGTTCTCTGCGGTTTCAGGT TATATAGCAGTACAATGGAAAGCTTTATTTCAAACTTAATCTTCAATGACAATTTTCCAA TTTGTCACTACTATTACATAATGGAGATGAAATAAGACACGTACATAAACTACAAGGCCA TCTGAGAGTAATAAGAGTAAGGAGGAAATACTATACAAGCTTCCCCGTGTTATTATAAAT ACGCGTTTTGTGTTTTATAAATCATCCATCTAAAGACTTCGTAAGAGCTGTCTTTGTAGA AGGGTTCTCTTCCTCATTGTCCTTTGACCTACTAGCTGTTTGTAGTGCATAACGAATGAC AGAATTCATCTGTTTCCTCAATTTGGCATTGTCAACATACACATCAGCTAGTTGTTTCCT CAATTCATCCACTGTTGTGCATGAATATTCTCCATCAAGATTTCCACCAGCAACAGTAGT TTCAACATCTTGTGCTAGGATCTGGGCCTGTTTAAGACATCAAGGAAGAAAGAGGAATGA GAGAGATTTGAGCATGTTCATGCAAGTTTTTCCTTCCTCATCATAATGACTCAGCCAATC AACAGAATTTATAACGGCAAAAAATAACAAGATCTGAAACACACAACATTGCAACAAATG TATAGCCATACTAATTCATGTAGGGCTGGATATCAAACAATCAAGTTACTAATTTGGTAG GTTGCTACGTCTAAGTTAGATCTAGTAAATCACACTAGCATATGGTATAATACTATGATA TTATCTTGTCCTTGTAACCCAGTAATTAAAAGCTGGGTTCCTTGTTGTTCCTTTATCTGC TTAGCAACAGATATAATTGCTAAGCAACACATGAAGGAAATTGGCAAGTCAGAAAGGTGA TAGCGCTCTCCTTGTTTTTTACTTCTTCGTTCCCAGTTGGTAGAACTCTCTATTTTTTTC CCCAACCTTTTATCTACTTATGTTCTTGATTCCCAAGCACCAAGAACAGAACAATAAAGA CAGTAATACCTCAGTATAATCAAAGCGTTCTCCTCTGGTAATCAGAGTCCACATAAGATG CTAAAGAAATGTTTATAATCTCATCCAATTGTTAAACCAATACTCTTTAGGGCAGGATAT TGGTTTCTTCATATTCTTCCCATTTTTTCCCTTTCGCTAAAATGTTTGGTATATCTATTT ATTTCCTTTTGGATGTTGTACAGAAGACTGGAAACTTGATCTTAAGAAAAAACACGGATC TCAAGCATCTGAGTAGAACATAAATTGTATGTAGTTTTTCTGTTAGAGAAAACCACGTGT AATTCAAGAGCATTTAGGAAAAGCACAGCCAAGAACAGCCCAAATGAAAGCACAAAAAGT AAAGACACACCTCTGCAAGAAGTAGACCTATTCGATCATCAGATGTTGACAGCATATCAA TGGCATCCGAAGGGATAGAAGCATTCAGAACCAGTTTATTTTCTTCCTCGATGAGAAAAC TGACACTGCATTCCTCCAGTCTACTGCGAAGAATTTCATACTCATGCAGCAGCTTAATAT TTGCAGCGGTAGCATGTTCCCTAGTTTGCCTTTCCTCCCGTAAAATCATCTGAAAGAAAG GAACATCATTATTTTCACAGTTTATTGAAGGACAGACCTACGGAGAAAAATTTACAACCC CACCCTTCCCCAGGGACAAGAAAATGAAAAGCACAATATATCCTTGGTTTAACCCTAAAT ACAAGAGATCAATTGCATATCCACTGCACTAACAAGTATCCATTTAAAGAATGACTATGC ATTAATAAAAAACAATGAAGTGAATGATTACTTCAACTTCTGCCTTCTCTTTTGCCAAGT TGCTGAGCTCTTGCTTGAGTTCTGTGTGGGAACTTCGTAGAGATTTAACCTCCTTGACTA AAAGTTTGACATCTGTGTTGGACTTCGACTCCAACTCCAAATGGAGTTTCTGCAAGCTAT TGTTCTGCTGTTGAGCAGCATCCAATTCTTGGTACAGTCTTTCATTCTCTTGTACTATGA TTCTTTGAGTTGATTCCATCCGAATCTTGTCAGCCTTAACAATTTTCAGTAAGAACTTGC TCACTGTCCGAAATATAGAAGAAATATCACATTTTGTAATAGAAGAGAGTGACAGTAGAC CTGTTCAGCCGCCAGCTTCAATTCCATCTCCACACACTTTCTTCTAAGTTCCTCCATATC CCATTGCATTTCAGTAAATTTTTCCTTCTCAGTTAGAACTGCTTGCTGCAGGTTCTCTTG GCCACTCTGTTTTAGGGAATCAAGCTCAATTTCCAAATCTTTGACCTGTGTAAGTCCACA AATGGTATTATTAGCATCTTTATCATAACACAAGATCAAGAAGTCCAACAGTAATATAAC TCATATTCGTAAAACAGACAAGTCCAGCAGTAATATTACTCCGGCTCTTTGGTTTAAAAA GTATTTCGTTGGAAGTTCGGATCTACATGTTGAGATAAACTTCTACGCGTAAAATGATTA TCAAACATGTATCTGTAAGAATTACCTAGCCCTTTCATAACCCCATTTCCATTATCCACC TATATTTGGGGTGGAATGAGTAGGAAGAGGGAAGTGTGACTGTGACATATTACACAAGGA AATATCAGAATGAAGTTCTCTTTACAATGGGAAAGAGTGGTGGCAAGGAGGAGAAGTATA CGAGCTTGATGGGCTAACAATTTATGAGTATATCACAGGAGCTTATCATTAGAGACCTTA GCTGGGGGGTAGGATATTAAAGGAGAGGGTGCCTGAAGACAAGTTGTTAGGACTGGTTTG CTGGGTCATTCTTCTAACCAATTCTTCTGGAAATCTCACAAACGGAAGCCCAGTGCACTA AGCTCCCACTATGTGCAGGGTCCGCGGAAGGGCCAGAATATTCCAATTCTGATATAAGTA AAGGCAACAAAGGACATTACACGATGCATCAATGCAGCAAGCAAAAGAGAATTCTGCTTT GTAATGTACAAAAATAGACAGGTGGCATCTGCCATTATCCAAATTAACACGTGTATTTCG TACGAAGGAAAATGTTTTCCACTGAAAATGATTTCCCGGAAAACAAGTGGTTTCTTACTT ATTTTCTAGTGTTTAGCAAGTAAATATTATCCCAAGAGCATTTATAAGTAATCTAGCAAA ACACTATGGAGGTGGGATGGGGAGTGGGAGTTCAGGGGTGTTGGGGGTGGGGGTATTGGG TGGGTGGGTGGAAGGAGATGATAAACTTAGAATGCCACTTATGCAACTTGTTTTCCCTAC TTCCATTGGGAAAGTCATTTTCTTCATTTTTATGGAACTTGTTTTCCTAGAGAAACTATT TTCCAAACGTTTTGACAACCAAAACAACATAGGAAAATTGGAAAACTGTAACGATTCAAA ATTTTTTTTTTATATAAATAAGAATAAATAAGTATTTAAAGGGCGTAATTGTCCTTTCAC GTTTTAAATGAATAAATAAATAAATAAATCAAAAACAGATTTGTATTTATTTATTATTTG ACTGATTTTTGAATTAGTCTCCTAATCCAAATAGTCCTCTCTCTCTCACGCTCCTTAACT CTCTTTCTCACGTTCTCCATCTTCATCACATTATTTCTGCCAAAAATATCAACAGTTTTC ATGCTTGAAAAACTCACAAAAAATTTTCAAGTAAAAGAAAATAAGTAATCAAAACGTCAA GGCTAAGAGAGGTTCGTCGAGAGAGGTGTGCGTTGAAGTGAATTGGGAGTGGTTTGGAGG AGTTTTCCGGGCAGCAACATTAAAGTTTGAACATCGATTAAGGTATGGGTTTCTTCTCTC TTGGCTCCTTTCCCAAGAGGCCCCTTACGATTCAAGTTATTCATCTCGAAACTAAGGCTG TTTCCCGTTGCATGCCCCTGTCACTAGCTCCCAATGAATTTTAGGTTGGGTATGATTGCT GGTAGATTTAGGTGTATATTATGTTTTCGCGATGAATATGATTATGTTTGTGTACTTGGA ATCGTATGAAAGGCAACCATGTTTTTCTTGAAATTATGTGTAAGTATGTTACAGTGAATG AGGTTCTTTATGTAATGCTCCAAAAGTTTAATGTAATATGATTGTATATTTTTCGTGAAT AAAATGGGGTAAGACGTGAAGTTCATATGAAATGTTAGGTGGCTTGATTGAGGGAGTAAT TCTTGGTTAGACGAATCTATAAAAAAAAAATATAATGTGTAATTAAAACATTATGAATGA ACCATGAAATTTCCCTAAGAATTAATGTTAAACTTGATGAAAAAGTGAAGAAAAATCGTA GAATAAATTTCCAGAACTTGAAAACAGACTTTAAAAGAATCTGGAAATTTTTTTGAACAT CAAAAGAATTAAAAAAAAAAGTTTTGAGGCCTGCAGGGATCGAACCCAGGACCTCCCTGC AGCATGCCTTAATTAAAAAAAAAAATGGGGCTGGCAGGGATCGAACTCGCGACCCCAGCC ACGCGCAAAAAAAAAAAAAAAAAGATTTAAAAGGGAATGCTGGGGGCGGGGATCGAACCC ACGACCCCCAGTTCGCGAAAAAAAAAAAGGAATAAAAAGGGATGTGAGGCGTGGGGATCG AACCCACGACCTCAGAGTTGAAGGGAGGGGTACAAATATTAAGGAAATAAAGGTGAGGCT GTGGGGGTTCGAACCCACCACCTCACAGCCTCCATTTCCAGCGAAAATAAGAGAAAAATA AAGGGGGCTGTGGGGGTTCGAACCCACAACCTCCCTATTCAAGCGAATGTAATTAAAAAT AATAATAATAATAAATTAAAATTCTAATTAAAGTTAAAAAAATTAATTCTCTTATGTAAA CATTGAGATTTAATTTAGAATTTTAATTAAAAATAGAATATTAATTCTTTTATGTAAATA TTGAGATTTAAATTGGAATTCTAATTAAATTAGAAAATTATTCTTTCATCTAAATGATTG AAATTTAATTTAGAATTCTAATTAAAATAAAACAATTTATTATTTCACGAAAATGTTGAG ACTTAACTTAGAGTTCTAAATTTATGAATATTAGAACAAAAAATCAATGAAAAATATAAA TGATATCCAAATAATTCAAAATTTGGGTTCTCGTGCCCAAACCTCCGTATTGATACATAA GTCATACGTGAGTAAAATATTCAAGAATAATGTAATCTACTTTGATCAAAAATCAAGATC TTGGTATATATACAAGATACATAAGTCTTGTAATACATAATCTTAGGAAAATAAGAATCA CTTAACGAACTATAAACGAAGCCCCATGGCTTGTATGTATAGACACATAAGTTTAACATA CGTTCAAAAAAATAAGTGAACCTAAGATGTACGTAATGAAATGAAGAATGTGGTGACAAT CATGATGTGAGGCTAATGTATATGGAGAGAGCAATCTCAAACGAGCCTAAGTAAATGTTA CCAATACGTATTCATCAATGAGGGTGTAAGATAATGAAGAGACCAGTCTCTATAAATACT TTAATGAAAAATATTGAGTTTAAAACACTTAATACTAATAATGAGATGAGAAATCATCTA TTGAGCTATGATGCCCTCATACTAGAAGACAACTTCCATGATGTATGAGTTGGATGTAAT GGAACTTTATACTGAGCACCGATAGGCTAGCTATGAGCGGTGATGCCTTCTTTCGGGAAG GGCGGAGGCTCACGTAACTCTCATGAGATGAGACTGTCCGGCTTGCCGGGTATGGGTCTC CATACATCTCCTAGTCTTTGAACCTATATTGCCACTATAGGGATCTGGCGGGGTTAAATT CCCATATACGCTAGCATGTTATTGAATCGCTTTGGCCGGTGATTCCACCTCTTTTCGGTG TGGGGAAGACACTGGATTTCATGATGCTCACATGATCTATGTCGGTTAAAGTTAAAGTTC CCAATGAATGAATGAGGCCAGCCTCAAATGAATCATATAAAGAAATGAATGATACCGAAG GTGTTAGGATAGGATAATCAAGAGGTGAGCTAGATTTAGGTAATGACATTAGGTCATTCC TGATCATTGCACAGCAAACCCAATGGAAGTCTTAAACTACATCCTAGGTATAGCTGGTGT TCGCACTGGCCTATGAATGAATTGAAATGAAATACGAACGAATGAATGAAGCAGGCTCTG TGTTTGCTGAAGAAGGCTCCCTAGTTGAGGTCCCATATGTTGAGCCCTCATTTTGGGAAG TCTTAAGGTTAAGTCTATGATAGTAAGGTCTCATGGTATATGAATGAACAATATGAAAGA AACTATGTGCTATATGTTATGTGTTATATGAAGATATTATGTGTTGTGTGCCATACAATA ACTATAATGATGCATGTCACTCTCGTGGCATAACCTTCCTAATCTCATTTTAGCAAGTCC ACCGACTTGACTTCCAAAAATCATGTTGTTAGGAAAGAGCTATTCTTTCTCATGCATGTC CCTGGTGTGTGCTTGCATATACCCATACTTAGTACAAGTGTGTACTAATTCCATACAAAC ATCTACTTTTAGGTGCAGGCACAGGTGTACGATAGAGCTACAAGTTCTTTGTTGCAGCTA TCTGGACGTCAGCATTCATCCGGAGTTTGGTAGGTCCTTATGCCTTCGAGGATGCTACTG TTTTACATTCTAGCGTAGTTTTAGAGTTGAGCTAGTGGGGCATGTTCCACTAGCGTTTCT TTCCTGTTTTGGTTCAGACTTTGTATTGGTGCTATTTTGGCCGATATACAATTAATATTT AATGAATTATTTCTTTCAGCTGCTTATCTCTTAAAGGTTAGATGGTTGATGATGAACGAT TACGAAATGTTAAGAATGTTCAGCAAGTATGATTAAAGAATCAAAAATTCCAAATTTTCC GCTAAAATTAATCTATGTAAAGTAAGAATGACGTAAGTAGGCTTGTCTGCGACCTCTGAG AGGTCAACGACGCCGGTCTCGTCTGGGGTCTAGATTCCGGTCGTGACAAAGTTGGTATCA GAGCGCTAGGTTAAATTCCTAGAATAATGAGTTCACATCAACCACATTGAGTAGTTTCTA AGTCATGGTAGTGAAGTGCACCACTATCCTGGATTAGAGACTGCATGATGCGTAGGAAAA ACTTCCCTTTTTCTGATCTTATCGTGCTTATCCTAATGTTTGAATTCTTGGTGTTATGAA CGTGTCTAACATCAATCTTGTTGTTTTTCAGAGAATGAATACTTGGAGGACTAAGGGTCG GAGGACGGGAGCAGCTGCAGCTAGGGGTAATCAGAATCCACCCCAGGCTCCAGCTGAAGG AGTGGCTATGCCTGTTAACCCAGCTGGGTTGACTGATGCGGAGGTGAGGGCATCTCTAGC CCAGATGGCACAGGCCATCACAATGCAAGCCCAAGCTATGACTGCCCAAGTCAACCGGCA GGATGTTCTAAGGGAAAACCCACCGGTTCGCAGCATAGCTGACAGACTGCGAGACTTCAC GAGGATGAATCCTCCAATTTTCACAGGGGCTAAGACTTCAGAAGATCCTCAGGAATTTAT AGACGAGTTGCATAAGATACTGGTGGCCATGGGGGCCACTGATATTGAGAAGGCTGAGTT GACTTCCTACCAGCTCAAAGATGTTGCACAGACTTGGTGCAAAATGTGGCGAGATAACCG TGTCCTAGGAGAGGTGCCAGTCACCTGGGAGCTGTTCAAGACAGCATTTTTGGAAAGGTT CTTCCCTAGAGAGATGAAAGAGGCCAAGGTTGAGGAGTTCATCAACCTCAAGCAAGGATC CATGACTGTCAGGGAGTATTCCCTGAAGTTTGTGAAGTTATCAAGGTATGTACTTCCCTT AGTATTTGATAACAAGAATGATGAGAGTACTTAACTTTGTTGAAATTATCCAGGTATGCT ACTCCCTTGGTTTCTACCAGCAGGGAGGAGATGAGCAGATTCCTCACAGGAATCAATGGA GACCTGGAGGAGGATTGTCGGGCTGCGATGCTCCATGATAATATGGACCTTTCTAGATTA ATGATGCAAGTCCAGCAGGTAGAGGACAGCCGAAAGAGGAGAGGTGTACGTGATGTTAGG AGGCCTAGGCCTCAAGATCAGGCAGGTCCCAGCCATGGAGGCCATAGAAATAATTTTGGC GTCCGCGAGCAGCCCAAATTTAAGAAGGGGCAACAGAGTGCTGGTAATTCTGACCCTCAG AGAAATACAACACCTAGAGGAGGCAGACCCGAACCCAAGAGGGGCAATGGAGGTGAGATG CAGCGCCCAAGGAAGGCTTGTACTAAGTGCGGCCGAACTCACCTTGGGGAATGCAGGCAG GGCACTAATGCCTGCTTTGGTTGTGGTAAGAGTGGACACATGGTCAGAGATTGTCCCCAG AACAGAGGTCAGGCTGGGGGTAATGCTCAGCCTAGGCCTACCCCACAGGGTGCAGCAGCA GCCGAGCCTCCCAAGAGGAACAGATTTTATGCCTTGAAAGGTAGGGAGGAGCAGGAGAAG TCCGCTGATGTGGTCACAGGTATGCTGCAAATATTCTCAACTTCTGTTTATGCCTTACTT GATCCAGGGTCTACGCTTTCCTTTGTGACTCCTCTACTTGCCCTTACTTTTAAAGTACTA CCTGAAGTCCTGCATGATCCTATAGTGGTTAGTACGCCTTTAGGAGAAAATGTGAAAGCT GATAGGGTATACCAGAATTGCCCAATAGTTGTGAGTGGCAGGGCTATGTGTGCAAACTTG ATTGAGTTACCCATGCATGATTTTGATATTATTCTTGGCATGGATTGGCTTCACAGCCAT TATGCTTGCTTGGACTGTCGTAGTAGAGTGGTGGGGTTTCGTTTCCCTAATGAAGAAGAG TTAGTCTGGGAGGGGTACAATCCGACTCGCCCTAACCCCTTGATTTCAAATCTTAAGGCC AATAAAATGATGGCCAAAGGGTTACTATGTCATCTTGTGAGTGTTAATGACTTAGATCAT GACGTTCCTTCCATAGACTCAGTGCCTGTGGTAAATGAATTCCTAGATGTGTTTCCTGAA GATTTGCCTGGAGTCCCTCCCCTTCGAGAGATTGACTTTGGTATCGATTTAGAACCCGAT ACTAAACCAATCTCGATTCCTCCTTATAGAATGGCTCCAGCAGAACTCAAGGAGTTGAAG CTGCAGTTAAAAGATCTCACTGATAAGGGTTTCATTCAACCGAGCATATCCCCTTGGGGC GCTCCAGTGTTGTTTGTAAAGAAGAAGGATGGGACCCTTAGAATGTGTATCGATTATCGG CAGCTCAACAAAGTCACTATAAAGAATAAGTATCCACTCCCCAGAATTGATGATTTGTTC GATCAGCTCCAAGGGTCTAGTTTCTTCTCTAAAATTGATCTTCGTTCAGGGTATCACCAG CTTAGGGTTAGGGATGGGGATGTCCCAAAGACAGCTTTTCGTACCCGATATGGTCATTAT GAATTCTTGGTTATGTCATTCGGTCTCACGAATGCACCTGCTGCATTTATGGACCTCATG AACAGAGTCTTCCGTGAATACCTTGACTCTTTCGTCATAGTATTCATTGATGACATTCTC ATCTACTCTAAGACCAAGGAAGAGCATGCACAGCATTTGAGACTAACCTTGCAGGTACTT AGACATCATCAGTTGTATGCCAAATTCAGCAAGTGTGAATTCTGGCTGAGGTCAGTGACC TTCCTGGGCCATGTTGTGTCCGATCAAGGTGTAGAAGTGGACCCCAGAGAGACTGAAGCC GTTAAGAAGTGGCCAAAGCCTCTTACACCCACCGATATCCGTAGCTTTCTGGGATTGGCT GGTTACTACCGCAGGTTCGTGGAGGGATTTTCTTCCATTGCTGCCCCACTTACAGCCTTG ACAAAGAAGAAATCCAAGTATGAATGGACGGAGACTTGTGAGAAGAGTTTCCAGGAGCTC AAGGACAGACTCACTTCAGCCCCAGTGCTTACTCTGCCTAAGAGTGGCGAGAATTACACT GTCTATTGTGATGCATCTAGGGTTGGTTTGGGATGTGTTCTTATGCAGGCTGGTAAGGTG ATAGCCTATGCTTCCAGACAGCTCAAGGTTCATGAAAAGAATTATCCCACTCATGACTTG GAGTTGGCAGCTGTGGTGTTTGCATTGAAGCTGTGGAGGCATTATCTTTATGGAGTACAT GTGGATGTGTTCACAGATCATAAGAGTCTCCAGTACGTGTTCACGCAGAGGGAGCTGAAT CTACGACAACGCAGATGGTTGGAACTGCTGAAGGATTATGACATGAATGTGCACTATCAT CCAGGTAAGGCTAATGTTGTGGCTGATGCTTTGAGCAGGATGAGCATGGGGAGTACAGCC CACGTTGAGGATGAGAAGAAGGAGCTAGTGAAAGAGGTACACAGACTGGCCAGACTGGGT GTGCGGTTGGTTGACTCTACTAGTGGAGGTGTTTCAGTTCACCCTAGTTCTGAATCATCC CTGATAGTGGAAGTCAAGAAGGGTCAGCATCTTGATCCGATGTTGATGGAGATGAAGGAC TCAGTGTTGTTAAAAATGAATGAGTCTTTTGCTTTGGGAGATGATGGCATACTTAGATAC CAGAACCGGTTGTGCGTACCAGATGTAGATGATTTACGGACCAAGATTGTTACAGAGGCC CATGGGTCCAGATATTCCATACATCCAGGTTCCACAAAAATGTATCATGATCTTAAGCAG ATTTATTGGTGGGATGGCATGAAGAGGGATATTGCAGACTGTGTGGCTAAGTGTCCTAAT TGTCAGCAGGTTAAGGCAGAGCATCTTAAGCCTGGTGGTCTGACTCGGATCATTGAGGTT CCGACTTGGAAATGGGAGGCCATTAATATGGACTTCGTAGTTGGTCTTCCGAGGACTAGG AGGCAGCATGACTCTATATGGGTTGTTGTGGACAGATTGACTAAGTCTGCCCACTTTATC CCAGTGAAGTCTACTTACAGGGCCGAGGATTACGCGAGACTTTACATTGATGAGATTGTG AGATGGCATGGGATCCCTTTGTCTATTATTTCAGATAGAGGAGCTCAGTTTACTTCACAT TTTTGGAGATCTTTCCAGAAAAGCTTAGGCACGCAGGTGAAACTTAGCACTGCCTTTCAT CCTCAGACAGATGGGCAGGCAGAGCGCACTATTCAGACATTGGAGGACATGTTAAGGGCG TGTGTGATCGACTTTAGAGGTAATTGGGATGACCATCTACCTTTGATAGAGTTCTCGTAT AATAATAGCTATCACTCCAGCATTGGGATGGCACCGTTTGAGGCATTGTATGGTAGGAGG TATAGATCTCCAGTTGGGTGGTTCGAGGTTGGAGAGTCATCTATTTTGGGTCCAGAGATC ATTCATGAGGCCTTGGAGAAAGTTAGACTGATTAGGGACAGGTTGTCTACTGCTTACAGC CGACAAAAATCATATGCAGACAACAGAAAACGACCCTTAGAATTTAACGTTGGTAACCAG GTCTACTTGAAGATATCTCCTATGAAAGGGGTGATGAGATTTGGTAGAAAAGGGAAGCTT AGTCCGAGATATGTGGGGCCATATGAGATCCTACAACGCGTGGGTGAGGTGGCCTATGAG TTAGCATTGCCTGCGGAGCTAGCTTCTGTTCATCCAGTCTTTCATGTCTCTATGTTGAAG AAGTGCCTAGGTGATCCAGCATCAATCCTACCTGTAGAAGGTTTGGGGGTTGGTGAAGAC TTGTCCTATGAGGAAATACCTGTTGAAATCTTAGACAGACAGGTCAAGCGGCTAAGGAAC AAGGAGATTGCCACAGTGAAGGTATTATGGAGAAACCATCTTGTTGAGGGTGCTACGTGG GAGGCCGAGGCCGACATGAGATCCCGATATCCACATCTTTTCAACTCTTGAGGTTAGGCT TCCTACTCATAAGACTATAGTTCCTTATCTCTTCGTATTTGTTGCTATTGGCTGATTGTA CATAGCAATTAAGTTATGATCTGATTGGCATTATGAGGTGTAATGGTAGTGTCATTCGGG GACGAATGTTCCTAAGGGGGGGATAATGTAACGATTCAAAATTTTTTTTTTATATAAATA AGAATAAATAAGTATTTAAAGGGCGTAATTGTCCTTTCACGTTTTAAATGAATAAATAAA TAAATAAATCAAAAACAGATTTGTATTTATTTATTATTTGACTGATTTTTGAATTAGTCT CCTAATCCAAATAGTCCTCTCTCTCTCACGCTCCTTAACTCTCTTTCTCACGTTCTCCAT CTTCATCACATTATTTCTGCCAAAAATATCAACAGTTTTCATGCTTGAAAAACTCACAAA AAATTTTCAAGTAAAAGAAAATAAGTAATCAAAACGTCAAGGCTAAGAGAGGTTCGTCGA GAGAGGTGTGCGTTGAAGTGAATTGGGAGTGGTTTGGAGGAGTTTTCCGGGCAGCAACAT TAAAGTTTGAACATCGATTAAGGTATGGGTTTCTTCTCTCTTGGCTCCTTTCCCAAGAGG CCCCTTACGATTCAAGTTATTCATCTCGAAACTAAGGCTGTTTCCCGTTGCATGCCCCTG TCACTAGCTCCCAATGAATTTTAGGTTGGGTATGATTGCTGGTAGATTTAGGTGTATATT ATGTTTTCGCGATGAATATGATTATGTTTGTGTACTTGGAATCGTATGAAAGGCAACCAT GTTTTTCTTGAAATTATGTGTAAGTAAGTATGTTACAGTGAATGAGGTTCTTTATGTAAT GCTCCAAAAGTTTAATGTAATATGATTGTATATTTTTCGTGAATAAAATGGGGTAAGACG TGAAGTTCATATGAAATGTTAGGTGGCTTGATTGAGGGAGTAATTCTTGGTTAGACGAAT CTATAAAAAAAAAATATAATGTGTAATTAAAACATTATGAATGAACCATGAAATTTCCCT AAGAATTAATGTTAAACTTGATGAAAAAGTGAAGAAAAATCGTAGAATAAATTTCCAGAA CTTGAAAACAGACTTTAAAAGAATCTGGAAATTTTTTTGAACATCAAAAGAATTAAAAAA AAAAGTTTTGAGGCCTGCAGGGATCGAACCCAGGACCTCCCTGCAGCATGCCTTAATTAA AAAAAAAAATGGGGCTGGCAGGGATCGAACTCGCGACCCCAGCCACGCGCAAAAAAAAAA AAAAAAAGATTTAAAAGGGAATGCTGGGGGCGGGGATCGAACCCACGACCCCCAGTTCGC GAAAAAAAAAAAGGAATAAAAAGGGATGTGAGGCGTGGGGATCGAACCCACGACCTCAGA GTTGAAGGGAGGGGTACAAATATTAAGGAAATAAAGGTGAGGCTGTGGGGGTTCGAACCC ACCACCTCACAGCCTCCATTTCCAGCGAAAATAAGAGAAAAATAAAGGGGGCTGTGGGGG TTCGAACCCACAACCTCCCTATTCAAGCGAATGTAATTAAAAATAATAATAATAATAAAT TAAAATTCTAATTAAAGTTAAAAAAATTAATTCTCTTATGTAAACATTGAGATTTAATTT AGAATTTTAATTAAAAATAGAATATTAATTCTTTTATGTAAATATTGAGATTTAAATTGG AATTCTAATTAAATTAGAAAATTATTCTTTCATCTAAATGATTGAAATTTAATTTAGAAT TCTAATTAAAATAAAACAATTTATTATTTCACGAAAATGTTGAGACTTAACTTAGAGTTC TAAATTTATGAATATTAGAACAAAAAATCAATGAAAAATATAAATGATATCCAAATAATT CAAAATTTGGGTTCTCGTGCCCAAACCTCCGTATTGATACATAAGTCATACGTGAGTAAA ATATTCAAGAATAATGTAATCTACTTTGATCAAAAATCAAGATCTTGGTATATATACAAG ATACATAAGTCTTGTAATACATAATCTTAGGAAAATAAGAATCACTTAACGAACTATAAA CGAAGCCCCATGGCTTGTATGTATAGACACATAAGTTTAACATACGTTCAAAAAAATAAG TGAACCTAAGATGTACGTAATGAAATGAAGAATGTGGTGACAATCATGATGTGAGGCTAA TGTATATGGAGAGAGCAATCTCAAACGAGCCTAAGTAAATGTTACCAATACGTATTCATC AATGAGGGTGTAAGATAATGAAGAGACCAGTCTCTATAAATACTTTAATGAAAAATATTG AGTTTAAAACACTTAATACTAATAATGAGATGAGAAATCATCTATTGAGCTATGATGCCC TCATACTAGAAGACAACTTCCATGATGTATGAGTTGGATGTAATGGAACTTTATACTGAG CACCGATAGGCTAGCTATGAGCGGTGATGCCTTCTTTCGGGAAGGGCGGAGGCTCACGTA ACTCTCATGAGATGAGACTGTCCGGCTTGCCGGGTATGGGTCTCCATACATCTCCTAGTC TTTGAACCTATATTGCCACTATAGGGATCTGGCGGGGTTAAATTCCCATATACGCTAGCA TGTTATTGAATCGCTTTGGCCGGTGATTCCACCTCTTTTCGGTGTGGGGAAGACACTGGA TTTCATGATGCTCACATGATCTATGTCGGTTAAAGTTAAAGTTCCCAATGAATGAATGAG GCCAGCCTCAAATGAATCATATAAAGAAATGAATGATACCGAAGGTGTTAGGATAGGATA ATCAAGAGGTGAGCTAGATTTAGGTAATGACATTAGGTCATTCCTGATCATTGCACAGCA AACCCAATGGAAGTCTTAAACTACATCCTAGGTATAGCTGGTGTTCGCACTGGCCTATGA ATGAATTGAAATGAAATACGAACGAATGAATGAAGCAGGCTCTGTGTTTGCTGAAGAAGG CTCCCTAGTTGAGGTCCCATATGTTGAGCCCTCATTTTGGGAAGTCTTAAGGTTAAGTCT ATGATAGTAAGGTCTCATGGTATATGAATGAACAATATGAAAGAAACTATGTGCTATATG TTATGTGTTATATGAAGATATTATGTGTTGTGTGCCATACAATAACTATAATGATGCATG TCACTCTCGTGGCATAACCTTCCTAATCTCATTTTAGCAAGTCCACCGACTTGACTTCCA AAAATCATGTTGTTAGGAAAGAGCTATTCTTTCTCATGCATGTCCCTGGTGTGTGCTTGC ATATACCCATACTTAGTACAAGTGTGTACTAATTCCATACAAACATCTACTTTTAGGTGC AGGCACAGGTGTACGGTAGAGCTACAAGTTCTTTGTTGCAGCTATCTGGACGTCAGCATT CATCCGGAGTTTGGTAGGTCCTTATGCCTTCGAGGATGCTACTGTTTTACATTCTAGCGT AGTTTTAGAGTTGAGCTAGTGGGGCATGTTCCACTAGCGTTTCTTTCCTGTTTTGGTTCA GACTTTGTATTGGTGCTATTTTGGCCGATATACAATTAATATTTAATGAATTATTTCTTT CAGTTGCTTATCTCTTAAAGGTTAGATGGTTGATGATGAACGATTACGAAATGTTAAGAA TGTTCAGCAAGTATGATTAAAGAATCAAAAATTCCAAATTTTCCGCTAAAATTAATCTAT GTAAAGTAAGAATGACGTAAGTAGGCTTGTCTGCGACCTCTGAGAGGTCAACGACGCCGG TCTCGTCTGGGGTCTAGATTCCGGTCGTGACAAAAACATTTTCTGGAAAATGTTTTTCGC CATACCAAACACACCCTAATCTCAATTTTACATACTGCAAGGTTTGCGCAGCTCTGAAGA AATAAATGTACCAATGCACGTTTAAATTGCATAATTTGAACTAGGATCCATACCTTTGTG GCAAGGTACTGTTTCACAGTAAGCTCTTGATTTAATCTCGACAGGAGATCCTCAATGTCA GTTTTTGCTGTGGCCAGCCTCAGTTGCATAGTACTGAGAATTCTATTCAATTTGTTTTGT CCATCCAATTGAATAACAACTTGTAAATCAGCACCTTCAGCATGGTCTTGTGAGGTGTTC CTCAATGGTTCAAGCTTCAACAAATTTGAAATGTCCGAGATTAATTCAGTAGAAATATCA GGTTCAAGAGTCCATTTGACATGAACACTTTCTGTGACTCTCTTGGTGGAAACATCAATC TCACTTCCTGTGGAGGGCATTTTCAAATGATTTTCCTGGTTCCCTTGTTCAGAATCCTTC ATTGGCTTGCTGTCACGATGTTTCATCCCGGCATCCTCAGAAATTACTTCCTCTGAATGG GTGAAGCCCTGGTAAATTGCTGCATTGTCACGTTCATGGAACTGGCTCATGCCCTCCATT GGAGATCCCAGCTCAGGGGTTCCATAAGCAGAATCATTGCCGCAATCAGAAGCAATTGAT GATGAACCAGCAAGTAAAGAAACATCTGAACTATTTAAGAATTGAATAGATGGAGCTACA CTGATGGATGAATGCACATCTGCAACGTTCTGATTCAATTCATAGAATGCTGAAAAGTTC ATAAAAGGGAAAAAAGGTTTAGACTAATTCAACTAAGCTTTGCTTGATAAATCATAGCAT ACTGGGTTGATAAGACCACTTTCAAGTGTTTGGTGAAAGTACAAGGAAAAAGCACAAGAA TTCATCAAGCAGCAAGGAGACACCTACATGACCTTGCAGCTGCTTCAAGTTCAAGAAAGA TCCCTATGGAGGCACTTCTTGATAACTCGATGTCAGACAATACTTTCATCATCCAATCCT CCAATAAACACCTACGCTGAGATGAAATCAACTTGAGCACATAGCAAAGATCAAGTTCAT AGTAAAGAACTATCACAGACCTATTATACCAGTGCATTCCTCAATTAAAAATTTCAGGTT ATGATGCCATCATGCAATTATAATTGAAATAAAAGAAAACAATAGAAATAGAATGCCTAC TAACTTCTTCCAAAAGTTCATGGCTTTGCATTCTCAGAAGTTCCTTTGAAGGAGCAGGGG GCAACTTTTTCTTTGGAAATTCTTTCTTCAGCTGCAACAAACGAAAGGTGTGAAGTTATC ATATGGATCAACTTATACCATACATTGTACGTATGAAGATTCAGTCCAAGAACCGATCAG TTTACTGAATCCATAGAAGAAATATTGCCCTACTTGTTACAATATGGCCTATGCATGATC TCAAAGAAACTAGCTTACCTTTGAAGATAGCTTTAAGAAATCACTAAATCTTCGTAGTAT CTCTCGCGTGGTTGTGAACCCATCAGGTGATCGTAAACCAATTTGAACCCTATAAAACTG TTCCAGTACGAATGTCAATAACTCAAGCAAGAAATAACAAGTCATCCAAGTTAGCTTCTT TTTGTTCCTGAAAGAAAATAGACTATAGTAATCTCCACTGGACCAGGTACAGCTCACCAT TAAAAAGGAGGAAAAAACACCTAAAGATTGTAAAGGGAAACTTCAATCATGGTTGGAAAT AACAGCCCATTTCAACGCGAATATAGCTTTTTCCTTTTTTAAAAATAAAAATAAAAATTG GTATTGTTAAATATAGCTTATTCCTTTTACTGTGCTCAATGCATTAAAGGATCCTGACTC AAAAATTCACAGGGAAATACCACTACAGTAGCTGAACCTCTGGGGCGTAAAGAGATAGTC CAAGAAGGAATAGTGGCACAGTAAATCCATCCTGTATGAGAATCATGTGGCCAAATGGTA TCATGTCCATCCTGTGTAAAATAAGGGAGAGCTCATCTGAACATGCACTGGAAGATCTTG TAACAAAAGATTAAAGTCTAGATAATCTCTTCAAGCTTTTCTTCACGACTAATCATGGAC CCATATGTATTAGTAACAGATTAGACATACTGCAAATCAGATTAAACTGCCAATAGAATC TTCAAATATAACAGATCAAACTAAAAATAGTTTGTCCAGGTTTCCGTAAGATTTTAGCAT TGAACTACTGTTTCGAAAACCAGGATTTAGATTGGTACTGCTAATCAAGATAAAGTGAAA TGTCCATGTTATCAGTCAAGTAACAGCTACATAGTATATGATGACAACATAAACCCGTGT ATGCACACAAACATAATCTATAATTTTTCAAGTGTGCTACAAACGGTGATGCATCATTAT CATTTATATACATGAATATTGGTATAATTCAAACTGACTGATACTGATTGAGTACTATTT AATCATCAAATAGCACAAAGAAAATGAATTCAGTCACAAAGTAAGTAACAATTGAAAAAA CACAGCTGTCAAATGACTATTTTTACCCATACGCGAGGGGAAGGACTCCAATCCATCCCT AAAGGAAGCGGCGAGGTCCCGTCGTGCCGGTGCTTTGGTGGACTCTTTCGACCTTTGCTA GCTTTGTCAGCCGATGAAGAAATCATCTCCGGTAGCAAATCATCGTTGACGATTGACGAA GTGTGAGAAAGCGAAAGGGATTCGATGAAAGAGGGATCGTTAAATCCCGAATCCAGATAT GAGTAATTACCGTAGAGGTTCATCTCAGGTAACAAAGGGTCCATTTTATATTTGTACATT TCAAACCTTACTGTCTGCTCCGGCAGCTCTCTCGCCGGTCCGTCACGGCCTCTCGTCGTG TTAATTTTCTAACTTCAACTGGCGAACTAACGGTCCTGATTCTGTCGATGAACCGTACCT ACTACCTAATCGTGTCTTTTATACGACCGAAATTGTTTTATACATTTTAATGAAAAATAA TGATTCTGTGCAAAAATATTTTATACATTTTAATGAAAAATAATTTTCACTTTTTTATTG ATAAATAGAAAATATTCTCTAAGAAAAATACGTTAACAACTAATAAATAATAATAATATT AGAGATATAGAAAGTATTTGGATGAAAATTCGGTATTAAAAGTAATATTAATGATATTTA ACTGTTAATTCAAGCAAACAATATATAATTGTAATTGTGACTAATTTTTCACTTTCAATT AATTTTTTCGTAAAATACTTGTTACTATCAAACATTTTTTAAAAAAAAAAAAAGAATCAC AAATCACAAACCTATAGCAAATTGAAATTATTTTTGATCGAAATTATCGTGTATATTTCA TACATATTTGTCACATAAAATTAGATAGTCTATGGACCTTGCCCATTTTATAAGTATTTT ATTTTTTGATTCGATAGAATTTTTTTATTGCGAGCTCATGTGTTTTCAATTCTTTGTATA GTCTATTTTCTGAATGATCAACGATCAATTTTTTTAATGAGTGATTCATTATAAGTGTCG TAGACAATCGACTCCAAGATCACACAACCGTGCTCGAGCCTCGTACAATTAGAATATATA CACAAATGACCTTCTTCGAGATGAACAATTTTTATGCGTTCAATACGATAAAGCCCAGAT ATCTTCATTAATTGTGTTTTGTGGATAAGGCTAAGAGTCTACTCAATGTTTTTGCGACAC TTTTTCTTTCGATTGATTTGTTTGTTTTTATTAGTGTATAATACATTGTCTATGTCCTAA TTTTTACGGTAATTTTTTCTCTCTCTACATCTATTACTTGCAATTAGACTTGACGTATTT ATATTTTTTTGAATTTCATATCTAAACAATCAGATAAGCGAGTGAGATTCATATCTAAAC AATTAAATACGTGAATGAGATTCATATCTAAACAATTAAATACGCGAATGAGATTCATAT CTGAACAATTAGATACGCGAATGAGTTTCATATCTGAACAATTGAGTGAGTTTTCTACCT AAACTATTACTGAATATTTATTAAAACACACCTATGTTATTTTCATTCAAAAGTCGATCC AAGAAAAGGAAAAAAAGTACTTGCAATCACCTATTTTCTTCAAATAGCAATACTGTAAGT TAAGGTTTGTTGTTCCACAAAAAAGAACAATAAATAAAAGTAGTAACCAAAAATAGTGAA ACAAATAAAATATGTAGCTGACTAGGAAAAAGAAAACGTGGGTCCCAACAAAAAATACAG GGTTCTGATTGGCTGAAACGCGGCGGGCGGCGTATACACACCAAAAAAAACAAAAACAAG AGAATATATAATGGACCTTAAAACCTCAACAAAGCTCACAATCCACTGTTCGTAGGCCTA AAACCTTGTAGCGGCAAGCGTAAAAAGGCCATTAGGGTTTTGAGCTTTGAACATCAAAAG TTCAAGGCTTTCAAGCCCACCCTGTTCTTCGTCATCGTCTTCTCCCTCCAGAAAATTTTC TTGAATTTACGATTAAAAAAGTAATCATAAACGATAAACGATAAACCCTAAACCCTGCGA GTACAAACAGAGGTTTTTGATTCAGCATTCGTTTGCGAAGTTGTTTAAAGTAAGTTTTTT GTTTAGTTTTGATTGTGGAATTAGTTAGTTTCCTCTATGTATGTGTTGTTTATCCGATTT TTATGTGTGTATAATTCGAAAGATACAAGATTTTCATGTTGTTTATTCATTCATTCCAAT GTATCTTTTCTCTGCATTCCGATCGTTTTGGAGTTCACTTTTTTTATTTCTTTTTGATTC TGGGAAGCTTGTTTTGTGCTCCTGAAAAACCATGATGTAAATTGGGGGTTTCCGTTCCTT TCTGTAAAGGAGCATTCGGGGCTAGAAGACAATGAATTATGCTAGAAAAAAGAAGTATGC TTTCATCATATGATCTTGTTCTTTTTTTTTTTAAAAAAAAAATGGTGTCTTTGTGTGTGT TCTTCTTCAAGAGAAGGATCCTAATATTTTAATTTTATACTTTTCTTAGGGCTTTAGAAT TGTTTTTTCTCATGTACTTAAGAGAAGTTTGTATCACGGGTATTGAGTTTTGTATCATGG GTATTGAGTACCATTGTAAGTAAGACCATGGCCACCAAGTCCATGTAAGGGTGTAATGTT GAGAATTCCTAAAGGAACTTGATATATCTGGGCACCCAAGGGTGTGGCCACAAGGTCTTA GGTTCAAATCTCAGCAGAGACATTGGGATTTTCCTCTACAACAAAGGTTCTGTTTTCCAA AGTGGGAATACTCTATATAACTCATAAATAGCGACGAAAAGCACTTCCCCCCTCCCCCCA CAGAAAGAGAGAAAAACAGTTGTTTGCTACTTGTCAATCACACGATTGAGCATGCTTGTC CCTCCTCCCCTACCCGACTTCTTCTTTCTCCTTTCTTTTGGAGAGGAGGAACCTGTAGAT CCAATTATAGAAATGCATCTTCAGCCTTACTTTTTAATCATCTCTGTAATTCGGCATGTT GTTGAATTTGCCTTGTAATTAACTAGCTTATTGTGTTTGGTAATAAATAATTGTTGGATA AACTTCAATGCATGACTTATCGTCCATCCTTTCATATTCAGTAATATTCATCTTATGCCT GAGAAAGACTTGTCTAAATCCTTGAAACATATTGCATCACTGCTGTGTTGGTTCATTTAC ATTGTTGAATTCAATACTGTTGCATTGTTTATGCGTGAGGAAAGACTTGCATATATTGAA GTATTGCTTCCTTTATTCATGTATTCTAAAACATTTGTTGTATGCCCTGAAAGGCTCTGA ACTTTCTTACCTTATTTTTTTATATTATCCTTGTATAACTGGTGAGTAACTTCAATGATA ATGTACCATAAAAACTCAAAGAGAAGGCGGCATTTAAGACATTTTCTAGTCGCGCAATTC GATTAATGAACTTATTTAAACTGATGATAAAGTATCTTCATAGATATTTTGTTTGCTTTG CAGGCAGGGAGTTACTATGGATACCCTAACTACTCTCAATGAGATAGCTGATTCGGAGGC ACAACCGAATAAGTTTAGGCGGAAGAAGTCCATAGTTTGGGAGCATTTCACAATCGAAAG AATCGGTGCAGACTGTACCAGGGCCTGTTGTAAGAAGTGCAAGAAGTCATTTGCCTATAT TAGTGGTTCAAAGTTAGCAGGCACCAGCCACCTCAAGCGGCATATCGCCTTGGGTATTTG CCCGGTGGGTCGGACGAACCAGGACAAGAATCAATTAACCTCATTTAACTCTGCTGCGCC AACTAATGGTTCTGCTGGGGCTACTGGTAAGTCAAGAAAGCGGTACAGAGCTAATCCTGG ACCAACAAGTGTCCCATTTGATCAAGCCCGTTGCTACCATGATATTGCAAAAATGATAAT TCAGCATGACTATCCACTTGAGATGGTGGAGCACTCGGGTTTTAATAAGTTTGTGCAAAA TCTTCAGCCTTTGTTTAGTTCAGTGAGTGTTGATACCATACAAGAGCATATTTTTAACAT TTACCTGGGAGAAAAGCAAAACCTTTTGAACATTATTGGTGCAATTCCTGGACGTGTTAG TCTGACACTCAATTTGAGAACTTCAGATCAAAACTTAGGTTATGTCTTCATAACAGGATA CTTTGTTGACAGTGATTGGAAATTGCGGTGCCGACTTCTCAATGTTATCATGGTGCCTTT TCCTGATTCAGACGTTGCCTTCAATCATGCTGTTGCCGCATGTTTGACAGATTGGTGTTT AGAGACGAAGCTATTCACGCTAACTCTTGATCAATCTGTTGCAAATGTCAATGTCAGAAA AAACCTGGGACATCTACTATCGATCAAGGGAGTAAATATTCTCAACGGTCAGCTAATTAT TGGTAGTTGTTGTGCTCGTGTTCTGAGCGATCTTGCACAGTATGCATTACATTACATGAG AGCAATTGTTGAGAAGGTCCGCCAAAGTGTTAAGTTCGTTAAAACAGCAGATGCCCATGA AGAAAAGTTTTTGGAGCTCAAGAGACAACTTCAAGTTCCCAGTGCAAAGGAGCTCATTGT GGATGACCAAACCAAATGGGATACCACATATCAAATGCTGATGACTGCGTCTGAGCTGAA AGAAGTATTTTCTTGCTTGGATACTTCTGATCCTGATTATAAGGTGACGCCTACAATGGA TGAGTGGAAACAGGCCGAAATTCTCTGTGAATACCTGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.922 8451 8514 match_part 0.937 8592 8749 match_part 0.941 8897 9286 match_2 match_part 1.000 10837 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12859 match_3 match_part 1.000 10853 11314 match_part 0.992 11453 11573 match_part 0.972 12328 12363 match_4 match_part 0.993 10853 11258 match_5 match_part 0.943 10874 11314 match_part 0.909 11453 11573 match_part 0.944 12328 12363 match_6 match_part 0.936 10874 11219 match_7 match_part 0.940 10881 11314 match_part 0.876 11453 11573 match_part 0.972 12328 12399 match_8 match_part 1.000 10885 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12526 match_9 match_part 0.952 10910 11158 match_10 match_part 1.000 11006 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14034 match_11 match_part 0.954 11009 11314 match_part 0.909 11453 11573 match_part 0.964 12328 12548 match_part 0.927 12843 12924 match_12 match_part 1.000 11010 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 0.945 12843 12915 match_13 match_part 0.957 11010 11314 match_part 0.901 11453 11573 match_part 0.978 12328 12461 match_14 match_part 0.957 11010 11314 match_part 0.901 11453 11573 match_part 0.991 12328 12436 match_15 match_part 1.000 11010 11314 match_part 1.000 11453 11573 match_16 match_part 0.964 11011 11314 match_part 0.901 11453 11573 match_part 0.973 12328 12548 match_part 0.857 12843 12849 match_17 match_part 1.000 11011 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12497 match_18 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12548 match_part 0.977 12843 13016 match_part 0.986 14005 14073 match_19 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12881 match_20 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12548 match_part 1.000 12843 12849 match_21 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12410 match_22 match_part 0.997 11014 11314 match_part 0.992 11453 11573 match_part 0.992 12328 12458 match_23 match_part 1.000 11015 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12861 match_24 match_part 1.000 11017 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 0.988 14005 14087 match_25 match_part 1.000 11018 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12548 match_part 0.931 12843 12914 match_26 match_part 1.000 11018 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12542 match_27 match_part 1.000 11018 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12364 match_28 match_part 1.000 11020 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12944 match_29 match_part 1.000 11021 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12459 match_30 match_part 0.997 11021 11314 match_part 0.975 11453 11573 match_part 0.976 12328 12450 match_31 match_part 1.000 11034 11573 match_32 match_part 0.945 11040 11314 match_part 1.000 11453 11527 match_33 match_part 1.000 11103 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12502 match_34 match_part 0.985 11115 11314 match_part 0.992 11453 11573 match_part 0.982 12328 12548 match_part 1.000 12843 12849 match_35 match_part 0.985 11118 11314 match_part 0.992 11453 11573 match_part 0.972 12328 12544 match_36 match_part 1.000 11130 11314 match_part 1.000 11453 11573 match_37 match_part 1.000 11163 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14188 match_38 match_part 0.944 11538 11573 match_part 0.991 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14371 match_39 match_part 1.000 12355 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14370 match_40 match_part 0.995 12360 12548 match_part 1.000 12843 13152 match_41 match_part 1.000 12391 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14371 match_42 match_part 1.000 12498 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14361 match_43 match_part 1.000 12514 12548 match_part 0.994 12843 13016 match_part 0.997 14005 14361 match_part 0.909 14895 14905 match_part 0.667 15132 15146 match_44 match_part 1.000 12978 13016 match_part 0.997 14005 14361 match_part 0.500 14768 14785 match_45 match_part 1.000 12984 13016 match_part 1.000 14005 14371 match_part 0.812 14615 14630 match_part 0.727 14768 14778 match_46 match_part 1.000 12984 13016 match_part 1.000 14005 14371 match_part 0.812 14615 14630 match_part 0.727 14768 14778 match_47 match_part 1.000 13000 13016 match_part 0.992 14005 14371 match_part 0.633 14607 14636 match_part 0.727 14768 14778 match_48 match_part 1.000 13003 13016 match_part 0.978 14005 14371 match_part 0.633 14607 14636 match_part 0.727 14768 14778 match_49 match_part 0.995 14007 14431 match_50 match_part 1.000 14007 14233 match_51 match_part 0.994 14100 14431 match_52 match_part 0.932 14150 14383 match_53 match_part 0.992 14883 15260 match_part 1.000 15811 15879 match_54 match_part 0.982 15040 15260 match_part 1.000 15811 15879 match_part 1.000 16258 16350 match_part 1.000 17511 17594 match_55 match_part 0.961 15132 15260 match_part 1.000 15811 15879 match_part 0.989 16258 16350 match_part 0.992 17511 17629 match_part 0.980 18390 18585 match_part 0.958 20047 20142 match_56 match_part 1.000 15811 15879 match_part 1.000 16258 16350 match_part 1.000 17511 17629 match_part 1.000 18390 18528 match_57 match_part 0.986 16282 16350 match_part 1.000 17511 17629 match_part 1.000 18390 18585 match_part 1.000 20047 20222 match_part 1.000 21684 21813 match_part 0.993 22402 22553 match_58 match_part 1.000 20137 20222 match_part 1.000 21684 21813 match_part 1.000 22402 22562 match_part 1.000 23694 23762 match_59 match_part 0.988 20137 20222 match_part 1.000 21684 21813 match_part 1.000 22402 22488 match_60 match_part 1.000 21788 21813 match_part 0.994 22402 22562 match_part 1.000 23694 23785 match_61 match_part 1.000 22418 22562 match_part 1.000 23694 23785 match_part 1.000 24948 25056 match_part 0.981 25430 25796 match_62 match_part 1.000 22461 22562 match_part 1.000 23694 23785 match_part 1.000 24948 25056 match_part 0.983 25430 25792 match_63 match_part 1.000 27383 27684 match_part 0.990 28272 28371 match_part 0.961 28545 28698 match_64 match_part 0.988 27439 27684 match_part 0.980 28272 28371 match_part 0.987 28545 28698 match_part 0.968 29352 29446 match_65 match_part 1.000 29441 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 1.000 34268 34519 match_66 match_part 1.000 29449 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 1.000 34268 34476 match_67 match_part 1.000 29488 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 1.000 34268 34525 match_68 match_part 0.990 29610 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 0.988 34268 34590 match_69 match_part 1.000 29617 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 0.996 34268 34490 match_70 match_part 0.969 29617 29714 match_part 0.970 30459 30559 match_part 0.975 30658 30815 match_part 0.975 34052 34091 match_71 match_part 0.969 30299 30559 match_part 0.987 30658 30815 match_part 0.964 34052 34079 match_72 match_part 1.000 30471 30559 match_part 1.000 30658 30815 match_part 0.991 34052 34166 match_part 1.000 34268 34539 match_73 match_part 1.000 30498 30559 match_part 0.994 30658 30815 match_part 0.991 34052 34166 match_part 0.996 34268 34540 match_74 match_part 1.000 30671 30815 match_part 1.000 34052 34166 match_part 0.998 34268 34800 match_75 match_part 0.921 34980 35370 match_76 match_part 0.902 41473 41736 match_part 0.545 42152 42162 match_77 match_part 0.959 51476 51986 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_78 match_part 1.000 3709 3686 match_part 1.000 1048 786 match_part 1.000 647 80 match_79 match_part 1.000 4106 4099 match_part 1.000 3833 3686 match_part 1.000 1048 786 match_part 1.000 647 449 match_80 match_part 1.000 3780 3686 match_part 1.000 1048 786 match_part 1.000 647 511 match_81 match_part 1.000 3780 3686 match_part 0.996 1048 786 match_part 1.000 647 573 match_82 match_part 1.000 4105 4099 match_part 1.000 3833 3686 match_part 1.000 1048 786 match_part 1.000 647 597 match_83 match_part 0.895 4431 4099 match_part 0.946 3833 3686 match_part 0.966 1048 844 match_84 match_part 1.000 4355 4099 match_part 1.000 3833 3686 match_part 1.000 1048 1008 match_85 match_part 1.000 26414 26070 match_86 match_part 0.995 26708 26493 match_part 0.983 26424 26081 match_87 match_part 1.000 26708 26493 match_part 0.983 26424 26081 match_88 match_part 1.000 26734 26493 match_part 0.988 26424 26083 match_89 match_part 1.000 26717 26493 match_part 0.988 26424 26084 match_90 match_part 1.000 26734 26493 match_part 0.991 26424 26085 match_91 match_part 0.996 26734 26493 match_part 0.981 26424 26157 match_92 match_part 0.927 34712 34341 match_93 match_part 0.922 36464 36311 match_part 0.917 35427 35004 match_94 match_part 0.994 36915 36752 match_part 0.973 36529 36311 match_part 0.908 35427 35113 match_95 match_part 0.946 37264 37081 match_part 1.000 36994 36752 match_part 1.000 36529 36311 match_part 1.000 35427 35173 match_96 match_part 0.899 37159 37081 match_part 1.000 36994 36752 match_part 0.991 36529 36311 match_97 match_part 0.953 53548 53187 match_part 0.991 52631 52521 match_part 0.980 52197 52099 match_part 0.966 51931 51845 match_part 0.988 51676 51597 match_98 match_part 0.955 53516 53187 match_part 0.991 52631 52521 match_part 0.980 52197 52099 match_part 1.000 51931 51927 match_99 match_part 0.944 53544 53187 match_part 0.912 52631 52349 match_100 match_part 0.953 53546 53187 match_part 0.989 52631 52542 match_101 match_part 0.941 53544 53187 match_part 0.955 52631 52543 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 4431 4099 exon 3833 3686 exon 1048 786 exon 647 80 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 8451 8514 exon 8592 8749 exon 8897 9286 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14361 exon 14895 14905 exon 15132 15260 exon 15811 15879 exon 16258 16350 exon 17511 17629 exon 18390 18585 exon 20047 20222 exon 21684 21813 exon 22402 22562 exon 23694 23785 exon 24948 25056 exon 25430 25796 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14431 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14371 exon 14607 14636 exon 14768 14778 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14371 exon 14615 14630 exon 14768 14778 gene_7 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14361 exon 14768 14785 gene_8 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13152 gene_9 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10853 11573 exon 12328 12548 exon 12843 13016 exon 14005 14431 gene_10 gene GT_PGL_3_AGS_8 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 14883 15260 exon 15811 15879 exon 16258 16350 exon 17511 17629 exon 18390 18585 exon 20047 20222 exon 21684 21813 exon 22402 22562 exon 23694 23785 exon 24948 25056 exon 25430 25796 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 26734 26493 exon 26424 26070 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 27383 27684 exon 28272 28371 exon 28545 28698 exon 29352 29502 exon 29566 29714 exon 30459 30559 exon 30658 30815 exon 34052 34166 exon 34268 34800 gene_13 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 30299 30559 exon 30658 30815 exon 34052 34166 exon 34268 34800 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 34712 34341 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 34980 35370 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 37264 37081 exon 36994 36752 exon 36529 36311 exon 35427 35004 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 41473 41736 exon 42152 42162 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 51476 51986 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 53548 53187 exon 52631 52521 exon 52197 52099 exon 51931 51845 exon 51676 51597 gene_20 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 53546 53187 exon 52631 52349 RepeatMasker tomato repeats master Gypsy00080 7283 7958 1 Gypsy00080 7283 7958 1 nucleotide_motif 3782 5184 5853 Copia00039 266 411 1 Copia00039 266 411 1 nucleotide_motif 873 6851 6996 Unknown00057 471 1880 1 Unknown00057 471 1880 1 nucleotide_motif 2133 31105 32505 Unknown00008 2519 4449 1 Unknown00008 2519 4449 1 nucleotide_motif 6198 38320 40191 RepeatMasker tomato repeats master Copia00039 258 410 -1 Copia00039 258 410 -1 nucleotide_motif 726 7117 6970 Unknown00002 9826 9865 -1 Unknown00002 9826 9865 -1 nucleotide_motif 253 22779 22740 Gypsy00163 7781 7896 -1 Gypsy00163 7781 7896 -1 nucleotide_motif 298 38326 38209 Gypsy00003 1 7924 -1 Gypsy00003 1 7924 -1 nucleotide_motif 63520 50614 39466 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 559 44773 46085 match_2 match 1489 40043 41052 match_3 match 1489 48727 49736 match_4 match 2068 41091 42425 match_5 match 7775 42443 47021 match_6 match 1451 40043 41052 match_7 match 1451 48727 49736 match_8 match 1739 41318 43203 match_9 match 1386 43279 44504 match_10 match 2496 44854 46995 match_11 match 1558 40043 41052 match_12 match 1558 48727 49736 match_13 match 8306 41091 46040 match_14 match 1929 40043 41052 match_15 match 1929 40043 41052 match_16 match 1929 48727 49736 match_17 match 1929 48727 49736 match_18 match 41091 47084 match_19 match 1558 40043 41052 match_20 match 1558 48727 49736 match_21 match 2720 41091 42770 match_22 match 4958 42821 45764 match_23 match 1534 40043 41052 match_24 match 1534 40043 41052 match_25 match 1534 48727 49736 match_26 match 1534 48727 49736 match_27 match 9809 41091 47021 match_28 match 1544 40043 41052 match_29 match 1544 48727 49736 match_30 match 1566 40043 41052 match_31 match 1566 48727 49736 match_32 match 1544 40043 41052 match_33 match 1544 48727 49736 match_34 match 1511 40043 41052 match_35 match 1511 48727 49736 match_36 match 1550 40043 41052 match_37 match 1550 48727 49736 match_38 match 9868 41091 47021 match_39 match 41091 47084 match_40 match 1953 40043 41052 match_41 match 1953 48727 49736 match_42 match 8251 42844 47084 match_43 match 1945 40043 41052 match_44 match 1945 48727 49736 match_45 match 1939 40043 41052 match_46 match 1939 48727 49736 match_47 match 3326 41091 42780 match_48 match 1566 40043 41052 match_49 match 1566 40043 41052 match_50 match 1566 48727 49736 match_51 match 1566 48727 49736 match_52 match 9971 41091 47017 match_53 match 9813 41091 47021 match_54 match 1511 40043 41052 match_55 match 1511 48727 49736 match_56 match 1550 40043 41052 match_57 match 1550 48727 49736 match_58 match 9868 41091 47021 match_59 match 1558 40043 41052 match_60 match 1558 48727 49736 match_61 match 2720 41091 42770 match_62 match 4958 42821 45764 match_63 match 1489 40043 41052 match_64 match 1489 40043 41052 match_65 match 1489 48727 49736 match_66 match 1489 48727 49736 match_67 match 2076 41091 42425 match_68 match 7775 42443 47021 match_69 match 1937 40043 41052 match_70 match 1937 40043 41052 match_71 match 1937 48727 49736 match_72 match 1937 48727 49736 match_73 match 41091 47084 match_74 match 1945 40043 41052 match_75 match 1945 48727 49736 match_76 match 1552 40043 41052 match_77 match 1552 48727 49736 match_78 match 1534 40043 41052 match_79 match 1534 40043 41052 match_80 match 1534 48727 49736 match_81 match 1534 48727 49736 match_82 match 9809 41091 47021 match_83 match 1489 40043 41052 match_84 match 1489 40043 41052 match_85 match 1489 48727 49736 match_86 match 1489 48727 49736 match_87 match 2060 41091 42425 match_88 match 2839 45357 47021 match_89 match 1937 40043 41052 match_90 match 1937 48727 49736 match_91 match 9702 42108 47084 match_92 match 1929 40043 41052 match_93 match 1929 48727 49736 match_94 match 5618 41091 43956 match_95 match 1945 40043 41052 match_96 match 1945 48727 49736 match_97 match 41091 47084 match_98 match 1953 40043 41052 match_99 match 1953 48727 49736 match_100 match 1544 40043 41052 match_101 match 1544 48727 49736 match_102 match 1489 40043 41052 match_103 match 1489 40043 41052 match_104 match 1489 48727 49736 match_105 match 1489 48727 49736 match_106 match 2076 41091 42425 match_107 match 7775 42443 47021 match_108 match 41091 47084 match_109 match 1891 40043 41052 match_110 match 1891 48727 49736 match_111 match 1552 40043 41052 match_112 match 1552 48727 49736 match_113 match 1566 40043 41052 match_114 match 1566 48727 49736 match_115 match 1582 40043 41052 match_116 match 1582 48727 49736 match_117 match 9862 41091 47021 match_118 match 1544 40043 41052 match_119 match 1544 40043 41052 match_120 match 1544 48727 49736 match_121 match 1544 48727 49736 match_122 match 9940 41091 47021 match_123 match 1550 40043 41052 match_124 match 1550 48727 49736 match_125 match 1651 40043 41052 match_126 match 1651 48727 49736 match_127 match 6744 43071 47021 match_128 match 2240 41820 43109 match_129 match 1762 40045 41052 match_130 match 1762 48729 49736 match_131 match 846 41344 42771 match_132 match 2942 42999 46994 match_133 match 1518 42145 43934 match_134 match 1626 45432 46995 match_135 match 1600 43998 45401 match_136 match 636 45922 46995 match_137 match 4932 41840 46993 match_138 match 1304 45264 46892 match_139 match 1267 45195 46873 match_140 match 1292 44394 46457 match_141 match 1518 40043 41052 match_142 match 1518 48727 49736 match_143 match 1550 40043 41052 match_144 match 1550 48727 49736 match_145 match 2688 41091 42770 match_146 match 7121 42832 46995 match_147 match 505 45821 46891 match_148 match 720 44287 45483 match_149 match 656 45772 46868 match_150 match 1051 43252 44816 match_151 match 848 44056 45279 match_152 match 1883 42943 45385 match_153 match 626 41527 42676 match_154 match 1376 45243 46993 match_155 match 904 43152 44660 match_156 match 1372 44863 46826 match_157 match 876 44084 45985 match_158 match 1538 43996 46628 match_159 match 1566 40043 41052 match_160 match 1566 48727 49736 match_161 match 1516 40043 41048 match_162 match 1516 48727 49732 match_163 match 2192 41091 42770 match_164 match 2738 41091 42770 match_165 match 7291 42821 46994 match_166 match 611 43861 45163 match_167 match 658 45557 46891 match_168 match 1471 43664 46370 match_169 match 1558 40043 41052 match_170 match 1558 48727 49736 match_171 match 1566 40043 41052 match_172 match 1566 40043 41052 match_173 match 1566 48727 49736 match_174 match 1566 48727 49736 match_175 match 9763 41091 47021 match_176 match 9844 41091 47021 match_177 match 1729 44773 46892 match_178 match 622 41812 42811 match_179 match 955 43664 45394 match_180 match 1534 40043 41052 match_181 match 1534 40043 41052 match_182 match 1534 48727 49736 match_183 match 1534 48727 49736 match_184 match 9777 41097 47021 match_185 match 1566 40043 41052 match_186 match 1566 40043 41052 match_187 match 1566 40043 41052 match_188 match 1566 48727 49736 match_189 match 1566 48727 49736 match_190 match 1566 48727 49736 match_191 match 9771 41091 47021 match_192 match 817 43318 44621 match_193 match 858 45597 46894 match_194 match 1534 40043 41052 match_195 match 1534 40043 41052 match_196 match 1534 48727 49736 match_197 match 1534 48727 49736 match_198 match 9777 41097 47021 match_199 match 2819 43510 46993 match_200 match 1558 40043 41052 match_201 match 1558 48727 49736 match_202 match 1566 40043 41052 match_203 match 1566 40043 41052 match_204 match 1566 48727 49736 match_205 match 1566 48727 49736 match_206 match 9771 41091 47021 match_207 match 9836 41091 47021 match_208 match 811 45110 46314 match_209 match 1074 44363 46162 match_210 match 957 45425 46890 match_211 match 1552 40047 41052 match_212 match 1552 48731 49736 match_213 match 1556 40043 41048 match_214 match 1556 48727 49732 match_215 match 1181 42631 43877 match_216 match 1247 41311 42596 match_217 match 1566 40043 41052 match_218 match 1566 48727 49736 match_219 match 1582 40043 41052 match_220 match 1582 48727 49736 match_221 match 2712 41091 42770 match_222 match 7212 42821 47021 match_223 match 1542 40043 41052 match_224 match 1542 48727 49736 match_225 match 1558 40043 41052 match_226 match 1558 48727 49736 match_227 match 9719 41238 47021 match_228 match 2551 43264 46079 match_229 match 753 45601 46892 match_230 match 624 44431 45524 match_231 match 946 41821 43202 match_232 match 1927 43258 45324 match_233 match 575 45618 46841 match_234 match 581 43572 44659 match_235 match 991 41344 43094 match_236 match 2642 44023 46995 match_237 match 890 43667 45290 match_238 match 696 43319 44577 match_239 match 1239 44834 46865 match_240 match 1316 41737 42744 match_241 match 2383 41091 42770 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1323.5 2 57845 clone_start_1 clone_start 1374 2 698 clone_end_1 clone_end 1273 57197 57845 clone_2 clone 1397.5 2827 35366 clone_start_2 clone_start 1427 2827 3570 clone_end_2 clone_end 1368 34677 35366 match_1 match 852 21379 21808 match_2 match 1403 25924 26631 match_3 match 1193 34737 35338 match_4 match 1096 37122 37674 match_5 match 971 38635 39124 match_6 match 1287 40043 40716 match_7 match 1291 40193 40868 match_8 match 1328 41342 42031 match_9 match 1326 41371 42071 match_10 match 1090 41515 42100 match_11 match 1463 42022 42771 match_12 match 985 42111 42607 match_13 match 1457 42135 42885 match_14 match 1037 42144 42678 match_15 match 1415 42381 43094 match_16 match 1003 42778 43311 match_17 match 981 42970 43484 match_18 match 1417 43180 43925 match_19 match 1088 43291 43875 match_20 match 1390 43755 44467 match_21 match 884 43784 44229 match_22 match 1150 44088 44671 match_23 match 1530 44406 45213 match_24 match 1269 44435 45086 match_25 match 1181 44824 45455 match_26 match 1429 45274 46006 match_27 match 1205 45303 45922 match_28 match 1318 45335 46011 match_29 match 981 45506 46008 match_30 match 1296 45516 46173 match_31 match 954 45669 46157 match_32 match 1197 45799 46410 match_33 match 1318 45801 46473 match_34 match 1277 45821 46472 match_35 match 1255 45859 46499 match_36 match 1249 45971 46620 match_37 match 944 46080 46571 match_38 match 1033 46084 46620 match_39 match 946 47315 47808 match_40 match 1287 48727 49400 match_41 match 1291 48877 49552 match_42 match 1144 50026 50614 match_43 match 1086 50055 50614 match_44 match 817 50199 50614 match_45 match 914 57423 57883 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 10837 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12859 match_2 match_part 1.000 10853 11314 match_part 0.992 11453 11573 match_part 0.972 12328 12363 match_3 match_part 0.993 10853 11258 match_4 match_part 1.000 10885 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12526 match_5 match_part 1.000 11006 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14034 match_6 match_part 1.000 11010 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 0.945 12843 12915 match_7 match_part 1.000 11010 11314 match_part 1.000 11453 11573 match_8 match_part 1.000 11011 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12497 match_9 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12548 match_part 0.977 12843 13016 match_part 0.986 14005 14073 match_10 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12881 match_11 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12548 match_part 1.000 12843 12849 match_12 match_part 1.000 11012 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12410 match_13 match_part 0.997 11014 11314 match_part 0.992 11453 11573 match_part 0.992 12328 12458 match_14 match_part 1.000 11015 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12861 match_15 match_part 1.000 11017 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 0.988 14005 14087 match_16 match_part 1.000 11018 11314 match_part 1.000 11453 11573 match_part 0.995 12328 12548 match_part 0.931 12843 12914 match_17 match_part 1.000 11018 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12542 match_18 match_part 1.000 11018 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12364 match_19 match_part 1.000 11020 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 12944 match_20 match_part 1.000 11021 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12459 match_21 match_part 0.997 11021 11314 match_part 0.975 11453 11573 match_part 0.976 12328 12450 match_22 match_part 1.000 11034 11573 match_23 match_part 0.945 11040 11314 match_part 1.000 11453 11527 match_24 match_part 1.000 11103 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12502 match_25 match_part 0.985 11115 11314 match_part 0.992 11453 11573 match_part 0.982 12328 12548 match_part 1.000 12843 12849 match_26 match_part 0.985 11118 11314 match_part 0.992 11453 11573 match_part 0.972 12328 12544 match_27 match_part 1.000 11130 11314 match_part 1.000 11453 11573 match_28 match_part 1.000 11163 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14188 match_29 match_part 0.944 11538 11573 match_part 0.991 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14371 match_30 match_part 1.000 12355 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14370 match_31 match_part 0.995 12360 12548 match_part 1.000 12843 13152 match_32 match_part 1.000 12391 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14371 match_33 match_part 1.000 12498 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14361 match_34 match_part 1.000 12514 12548 match_part 0.994 12843 13016 match_part 0.997 14005 14361 match_part 0.909 14895 14905 match_part 0.667 15132 15146 match_35 match_part 1.000 12978 13016 match_part 0.997 14005 14361 match_part 0.500 14768 14785 match_36 match_part 1.000 12984 13016 match_part 1.000 14005 14371 match_part 0.812 14615 14630 match_part 0.727 14768 14778 match_37 match_part 1.000 12984 13016 match_part 1.000 14005 14371 match_part 0.812 14615 14630 match_part 0.727 14768 14778 match_38 match_part 1.000 13000 13016 match_part 0.992 14005 14371 match_part 0.633 14607 14636 match_part 0.727 14768 14778 match_39 match_part 1.000 13003 13016 match_part 0.978 14005 14371 match_part 0.633 14607 14636 match_part 0.727 14768 14778 match_40 match_part 0.995 14007 14431 match_41 match_part 1.000 14007 14233 match_42 match_part 0.994 14100 14431 match_43 match_part 0.992 14883 15260 match_part 1.000 15811 15879 match_44 match_part 0.982 15040 15260 match_part 1.000 15811 15879 match_part 1.000 16258 16350 match_part 1.000 17511 17594 match_45 match_part 1.000 15811 15879 match_part 1.000 16258 16350 match_part 1.000 17511 17629 match_part 1.000 18390 18528 match_46 match_part 0.986 16282 16350 match_part 1.000 17511 17629 match_part 1.000 18390 18585 match_part 1.000 20047 20222 match_part 1.000 21684 21813 match_part 0.993 22402 22553 match_47 match_part 1.000 20137 20222 match_part 1.000 21684 21813 match_part 1.000 22402 22562 match_part 1.000 23694 23762 match_48 match_part 0.988 20137 20222 match_part 1.000 21684 21813 match_part 1.000 22402 22488 match_49 match_part 1.000 21788 21813 match_part 0.994 22402 22562 match_part 1.000 23694 23785 match_50 match_part 1.000 22418 22562 match_part 1.000 23694 23785 match_part 1.000 24948 25056 match_part 0.981 25430 25796 match_51 match_part 1.000 22461 22562 match_part 1.000 23694 23785 match_part 1.000 24948 25056 match_part 0.983 25430 25792 match_52 match_part 1.000 27383 27684 match_part 0.990 28272 28371 match_part 0.961 28545 28698 match_53 match_part 1.000 29441 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 1.000 34268 34519 match_54 match_part 1.000 29449 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 1.000 34268 34476 match_55 match_part 1.000 29488 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 1.000 34268 34525 match_56 match_part 0.990 29610 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 0.988 34268 34590 match_57 match_part 1.000 29617 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 0.996 34268 34490 match_58 match_part 0.969 29617 29714 match_part 0.970 30459 30559 match_part 0.975 30658 30815 match_part 0.975 34052 34091 match_59 match_part 1.000 30471 30559 match_part 1.000 30658 30815 match_part 0.991 34052 34166 match_part 1.000 34268 34539 match_60 match_part 1.000 30498 30559 match_part 0.994 30658 30815 match_part 0.991 34052 34166 match_part 0.996 34268 34540 match_61 match_part 1.000 30671 30815 match_part 1.000 34052 34166 match_part 0.998 34268 34800 match_62 match_part 0.902 41473 41736 match_part 0.545 42152 42162 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_63 match_part 1.000 3709 3686 match_part 1.000 1048 786 match_part 1.000 647 80 match_64 match_part 1.000 4106 4099 match_part 1.000 3833 3686 match_part 1.000 1048 786 match_part 1.000 647 449 match_65 match_part 1.000 3780 3686 match_part 1.000 1048 786 match_part 1.000 647 511 match_66 match_part 1.000 3780 3686 match_part 0.996 1048 786 match_part 1.000 647 573 match_67 match_part 1.000 4105 4099 match_part 1.000 3833 3686 match_part 1.000 1048 786 match_part 1.000 647 597 match_68 match_part 1.000 4355 4099 match_part 1.000 3833 3686 match_part 1.000 1048 1008 match_69 match_part 1.000 26414 26070 match_70 match_part 0.995 26708 26493 match_part 0.983 26424 26081 match_71 match_part 1.000 26708 26493 match_part 0.983 26424 26081 match_72 match_part 1.000 26734 26493 match_part 0.988 26424 26083 match_73 match_part 1.000 26717 26493 match_part 0.988 26424 26084 match_74 match_part 1.000 26734 26493 match_part 0.991 26424 26085 match_75 match_part 0.996 26734 26493 match_part 0.981 26424 26157 match_76 match_part 0.946 37264 37081 match_part 1.000 36994 36752 match_part 1.000 36529 36311 match_part 1.000 35427 35173 match_77 match_part 0.899 37159 37081 match_part 1.000 36994 36752 match_part 0.991 36529 36311 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 4355 4099 exon 3833 3686 exon 1048 786 exon 647 80 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14371 exon 14607 14636 exon 14768 14778 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14431 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14371 exon 14615 14630 exon 14768 14778 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14361 exon 14768 14785 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14361 exon 14895 14905 exon 15132 15146 gene_7 gene GT_PGL_2_AGS_6 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13152 gene_8 gene GT_PGL_2_AGS_7 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 14883 15260 exon 15811 15879 exon 16258 16350 exon 17511 17629 exon 18390 18585 exon 20047 20222 exon 21684 21813 exon 22402 22562 exon 23694 23785 exon 24948 25056 exon 25430 25796 gene_9 gene GT_PGL_2_AGS_8 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10853 11573 exon 12328 12548 exon 12843 13016 exon 14005 14371 exon 14607 14636 exon 14768 14778 gene_10 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 26734 26493 exon 26424 26070 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 27383 27684 exon 28272 28371 exon 28545 28698 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 29441 29502 exon 29566 29714 exon 30459 30559 exon 30658 30815 exon 34052 34166 exon 34268 34800 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 37264 37081 exon 36994 36752 exon 36529 36311 exon 35427 35173 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 41473 41736 exon 42152 42162 AUGUSTUS_tom_cdna de novo gene_1 gene 1 8486 11043 transcript_1 transcript 8486 11043 start_codon_1 start_codon 8486 8488 CDS_1 CDS 8486 8514 CDS_2 CDS 8592 8749 CDS_3 CDS 9215 9358 CDS_4 CDS 10973 11043 stop_codon_1 stop_codon 11041 11043 gene_2 gene 1 11135 14091 transcript_2 transcript 11135 14091 start_codon_2 start_codon 11135 11137 CDS_5 CDS 11135 11314 CDS_6 CDS 11453 11573 CDS_7 CDS 12328 12548 CDS_8 CDS 12843 13016 CDS_9 CDS 14005 14091 stop_codon_2 stop_codon 14089 14091 gene_3 gene 1 14955 25475 transcript_3 transcript 14955 25475 start_codon_3 start_codon 14955 14957 CDS_10 CDS 14955 15260 CDS_11 CDS 15811 15879 CDS_12 CDS 16258 16350 CDS_13 CDS 17511 17629 CDS_14 CDS 18390 18585 CDS_15 CDS 20047 20222 CDS_16 CDS 21684 21813 CDS_17 CDS 22402 22562 CDS_18 CDS 23694 23785 CDS_19 CDS 24948 25056 CDS_20 CDS 25430 25475 stop_codon_3 stop_codon 25473 25475 gene_4 gene 1 27502 34599 transcript_4 transcript 27502 34599 start_codon_4 start_codon 27502 27504 CDS_21 CDS 27502 27684 CDS_22 CDS 28272 28371 CDS_23 CDS 28545 28640 CDS_24 CDS 29249 29273 CDS_25 CDS 29352 29502 CDS_26 CDS 29566 29714 CDS_27 CDS 30459 30559 CDS_28 CDS 30658 30815 CDS_29 CDS 34052 34166 CDS_30 CDS 34268 34599 stop_codon_4 stop_codon 34597 34599 gene_5 gene 1 56657 57883 transcript_5 transcript 56657 57883 start_codon_5 start_codon 56657 56659 CDS_31 CDS 56657 57883 AUGUSTUS_tom_cdna de novo gene_6 gene 1 4142 1 transcript_6 transcript 4142 1 CDS_32 CDS 647 1 CDS_33 CDS 1048 786 CDS_34 CDS 3833 3686 CDS_35 CDS 4142 4099 start_codon_6 start_codon 4142 4140 gene_7 gene 1 26720 26230 transcript_7 transcript 26720 26230 stop_codon_5 stop_codon 26232 26230 CDS_36 CDS 26424 26230 CDS_37 CDS 26720 26493 start_codon_7 start_codon 26720 26718 gene_8 gene 1 53459 35182 transcript_8 transcript 53459 35182 stop_codon_6 stop_codon 35184 35182 CDS_38 CDS 35427 35182 CDS_39 CDS 36529 36311 CDS_40 CDS 36994 36752 CDS_41 CDS 37245 37081 CDS_42 CDS 51409 50754 CDS_43 CDS 53459 53273 start_codon_8 start_codon 53459 53457 AUGUSTUS_ab_initio de novo gene_1 gene 1 8486 25060 transcript_1 transcript 8486 25060 start_codon_1 start_codon 8486 8488 CDS_1 CDS 8486 8514 CDS_2 CDS 8592 8749 CDS_3 CDS 9215 9408 CDS_4 CDS 11453 11573 CDS_5 CDS 12328 12548 CDS_6 CDS 12843 13016 CDS_7 CDS 15132 15260 CDS_8 CDS 15811 15879 CDS_9 CDS 17511 17629 CDS_10 CDS 18390 18495 CDS_11 CDS 22402 22562 CDS_12 CDS 23694 23785 CDS_13 CDS 24948 25060 stop_codon_1 stop_codon 25058 25060 gene_2 gene 1 27502 34599 transcript_2 transcript 27502 34599 start_codon_2 start_codon 27502 27504 CDS_14 CDS 27502 27684 CDS_15 CDS 28272 28399 CDS_16 CDS 29352 29502 CDS_17 CDS 29566 29714 CDS_18 CDS 30459 30559 CDS_19 CDS 30658 30815 CDS_20 CDS 34052 34170 CDS_21 CDS 34326 34599 stop_codon_2 stop_codon 34597 34599 gene_3 gene 1 56657 57883 transcript_3 transcript 56657 57883 start_codon_3 start_codon 56657 56659 CDS_22 CDS 56657 57883 AUGUSTUS_ab_initio de novo gene_4 gene 1 1006 17 transcript_4 transcript 1006 17 CDS_23 CDS 647 17 CDS_24 CDS 1006 786 start_codon_4 start_codon 1006 1004 gene_5 gene 1 53459 35182 transcript_5 transcript 53459 35182 stop_codon_3 stop_codon 35184 35182 CDS_25 CDS 35427 35182 CDS_26 CDS 36529 36311 CDS_27 CDS 36994 36752 CDS_28 CDS 37245 37081 CDS_29 CDS 51409 50754 CDS_30 CDS 53459 53273 start_codon_5 start_codon 53459 53457 AUGUSTUS_tom_ugs de novo gene_1 gene 1 14955 25475 transcript_1 transcript 14955 25475 start_codon_1 start_codon 14955 14957 CDS_1 CDS 14955 15260 CDS_2 CDS 15811 15879 CDS_3 CDS 16258 16350 CDS_4 CDS 17511 17629 CDS_5 CDS 18390 18585 CDS_6 CDS 20047 20222 CDS_7 CDS 21684 21813 CDS_8 CDS 22402 22562 CDS_9 CDS 23694 23785 CDS_10 CDS 24948 25056 CDS_11 CDS 25430 25475 stop_codon_1 stop_codon 25473 25475 gene_2 gene 1 27502 34599 transcript_2 transcript 27502 34599 start_codon_2 start_codon 27502 27504 CDS_12 CDS 27502 27684 CDS_13 CDS 28272 28371 CDS_14 CDS 28545 28640 CDS_15 CDS 29249 29273 CDS_16 CDS 29352 29502 CDS_17 CDS 29566 29714 CDS_18 CDS 30459 30559 CDS_19 CDS 30658 30815 CDS_20 CDS 34052 34166 CDS_21 CDS 34268 34599 stop_codon_2 stop_codon 34597 34599 gene_3 gene 1 56657 57883 transcript_3 transcript 56657 57883 start_codon_3 start_codon 56657 56659 CDS_22 CDS 56657 57883 AUGUSTUS_tom_ugs de novo gene_4 gene 1 4142 1 transcript_4 transcript 4142 1 CDS_23 CDS 647 1 CDS_24 CDS 1048 786 CDS_25 CDS 3833 3686 CDS_26 CDS 4142 4099 start_codon_4 start_codon 4142 4140 gene_5 gene 1 53459 35182 transcript_5 transcript 53459 35182 stop_codon_3 stop_codon 35184 35182 CDS_27 CDS 35427 35182 CDS_28 CDS 36529 36311 CDS_29 CDS 36994 36752 CDS_30 CDS 37245 37081 CDS_31 CDS 51409 50754 CDS_32 CDS 53459 53273 start_codon_5 start_codon 53459 53457 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 10837 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12548 match_part 1.000 12843 13016 match_part 1.000 14005 14371 match_2 match_part 1.000 11034 11573 match_3 match_part 0.992 14883 15260 match_part 1.000 15811 15879 match_part 1.000 16258 16350 match_part 1.000 17511 17629 match_part 1.000 18390 18585 match_part 1.000 20047 20222 match_part 1.000 21684 21813 match_part 1.000 22402 22562 match_part 1.000 23694 23785 match_part 1.000 24948 25056 match_part 0.989 25430 25792 match_4 match_part 1.000 27383 27684 match_part 0.990 28272 28371 match_part 0.961 28545 28698 match_5 match_part 1.000 29441 29502 match_part 1.000 29566 29714 match_part 1.000 30459 30559 match_part 1.000 30658 30815 match_part 1.000 34052 34166 match_part 0.998 34268 34800 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 1.000 26734 26493 match_part 0.992 26424 26070 match_7 match_part 0.946 37264 37081 match_part 1.000 36994 36752 match_part 1.000 36529 36311 match_part 1.000 35427 35173 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 10837 11314 exon 11453 11573 exon 12328 12548 exon 12843 13016 exon 14005 14371 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 11034 11573 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 14883 15260 exon 15811 15879 exon 16258 16350 exon 17511 17629 exon 18390 18585 exon 20047 20222 exon 21684 21813 exon 22402 22562 exon 23694 23785 exon 24948 25056 exon 25430 25792 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 26734 26493 exon 26424 26070 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 27383 27684 exon 28272 28371 exon 28545 28698 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 29441 29502 exon 29566 29714 exon 30459 30559 exon 30658 30815 exon 34052 34166 exon 34268 34800 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 37264 37081 exon 36994 36752 exon 36529 36311 exon 35427 35173 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 11011 11314 match_part 1.000 11453 11573 match_part 1.000 12328 12497 match_2 match_part 0.992 14883 15260 match_part 1.000 15811 15879 match_part 1.000 16258 16350 match_part 1.000 17511 17629 match_part 1.000 18390 18528 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 26734 26493 match_part 0.992 26424 26070 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 11011 11314 exon 11453 11573 exon 12328 12497 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 14883 15260 exon 15811 15879 exon 16258 16350 exon 17511 17629 exon 18390 18528 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0076J13.1 type gene exon 26734 26493 exon 26424 26070 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 8486 11043 transcript_1 transcript 8486 11043 start_codon_1 start_codon 8486 8488 CDS_1 CDS 8486 8514 CDS_2 CDS 8592 8749 CDS_3 CDS 9215 9358 CDS_4 CDS 10973 11043 stop_codon_1 stop_codon 11041 11043 gene_2 gene 1 11135 14091 transcript_2 transcript 11135 14091 start_codon_2 start_codon 11135 11137 CDS_5 CDS 11135 11314 CDS_6 CDS 11453 11573 CDS_7 CDS 12328 12548 CDS_8 CDS 12843 13016 CDS_9 CDS 14005 14091 stop_codon_2 stop_codon 14089 14091 gene_3 gene 1 14955 25475 transcript_3 transcript 14955 25475 start_codon_3 start_codon 14955 14957 CDS_10 CDS 14955 15260 CDS_11 CDS 15811 15879 CDS_12 CDS 16258 16350 CDS_13 CDS 17511 17629 CDS_14 CDS 18390 18585 CDS_15 CDS 20047 20222 CDS_16 CDS 21684 21813 CDS_17 CDS 22402 22562 CDS_18 CDS 23694 23785 CDS_19 CDS 24948 25056 CDS_20 CDS 25430 25475 stop_codon_3 stop_codon 25473 25475 gene_4 gene 1 27502 34599 transcript_4 transcript 27502 34599 start_codon_4 start_codon 27502 27504 CDS_21 CDS 27502 27684 CDS_22 CDS 28272 28371 CDS_23 CDS 28545 28698 CDS_24 CDS 29352 29502 CDS_25 CDS 29566 29714 CDS_26 CDS 30459 30559 CDS_27 CDS 30658 30815 CDS_28 CDS 34052 34166 CDS_29 CDS 34268 34599 stop_codon_4 stop_codon 34597 34599 gene_5 gene 1 56657 57883 transcript_5 transcript 56657 57883 start_codon_5 start_codon 56657 56659 CDS_30 CDS 56657 57883 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 4142 1 transcript_6 transcript 4142 1 CDS_31 CDS 647 1 CDS_32 CDS 1048 786 CDS_33 CDS 3833 3686 CDS_34 CDS 4142 4099 start_codon_6 start_codon 4142 4140 gene_7 gene 1 26720 26230 transcript_7 transcript 26720 26230 stop_codon_5 stop_codon 26232 26230 CDS_35 CDS 26424 26230 CDS_36 CDS 26720 26493 start_codon_7 start_codon 26720 26718 gene_8 gene 1 53459 35182 transcript_8 transcript 53459 35182 stop_codon_6 stop_codon 35184 35182 CDS_37 CDS 35427 35182 CDS_38 CDS 36529 36311 CDS_39 CDS 36994 36752 CDS_40 CDS 37245 37081 CDS_41 CDS 51409 50754 CDS_42 CDS 51676 51568 CDS_43 CDS 51931 51845 CDS_44 CDS 52197 52099 CDS_45 CDS 52631 52521 CDS_46 CDS 53459 53187 start_codon_8 start_codon 53459 53457 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 66.2 30654 30818 match_2 match 143 29341 29715 match_3 match 59.7 34052 34165 match_4 match 131 34267 34563 match_5 match 117 27454 27684 match_6 match 71.6 30448 30561 match_7 match 219 8884 9606 match_8 match 87.0 30654 30818 match_9 match 128 27454 27723 match_10 match 154 29341 29715 match_11 match 68.6 34052 34165 match_12 match 172 34267 34563 match_13 match 72.4 30448 30564 match_14 match 106 28544 28702 match_15 match 144 29341 29715 match_16 match 122 27454 27723 match_17 match 85.5 30654 30818 match_18 match 147 34267 34563 match_19 match 68.2 34052 34165 match_20 match 70.1 30448 30561 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_21 match 165 1051 374 match_22 match 198 1051 161 match_23 match 166 1048 167 match_24 match 166 1048 167 match_25 match 160 1048 167 match_26 match 160 1048 167 match_27 match 191 1048 161 match_28 match 181 1048 146 match_29 match 199 1048 104 match_30 match 209 1048 170 match_31 match 160 1048 89 match_32 match 161 1048 161 match_33 match 160 1048 131 match_34 match 167 1060 152 match_35 match 179 1045 161 match_36 match 157 1048 170 match_37 match 171 1048 167 match_38 match 174 1051 155 match_39 match 213 1048 170 match_40 match 157 1051 170 match_41 match 204 1048 143 match_42 match 170 1048 167 match_43 match 168 982 161 match_44 match 174 1048 155 match_45 match 182 1048 155 match_46 match 186 1045 161 match_47 match 199 1048 161 match_48 match 166 1045 167 match_49 match 166 1045 167 match_50 match 177 1051 179 match_51 match 209 1051 158 match_52 match 160 1063 167 match_53 match 164 1051 179 match_54 match 162 1051 167 match_55 match 160 1051 122 match_56 match 159 1051 179 match_57 match 164 1051 122 match_58 match 162 1051 77 match_59 match 160 1051 119 match_60 match 169 1063 131 match_61 match 192 1048 164 match_62 match 320 1051 119 match_63 match 182 1048 134 match_64 match 186 1048 155 match_65 match 185 1048 155 match_66 match 157 1045 170 match_67 match 178 1048 161 match_68 match 172 1048 95 match_69 match 190 1051 155 match_70 match 182 1048 65 match_71 match 185 1051 155 match_72 match 184 1051 155 match_73 match 190 1048 161 match_74 match 190 1048 161 match_75 match 190 1048 161 match_76 match 206 1048 77 match_77 match 174 1048 50 match_78 match 157 1051 152 match_79 match 188 1057 155 match_80 match 167 1051 179 match_81 match 178 1048 167 match_82 match 193 1048 161 match_83 match 221 1048 161 match_84 match 175 1048 50 match_85 match 162 1048 164 match_86 match 173 1048 170 match_87 match 204 1048 161 match_88 match 186 1051 149 match_89 match 165 1048 167 match_90 match 163 1060 155 match_91 match 166 1048 179 match_92 match 178 1048 161 match_93 match 175 1045 167 match_94 match 172 1048 176 match_95 match 160 1048 167 match_96 match 179 1051 170 match_97 match 165 1048 170 match_98 match 165 1048 170 match_99 match 166 1051 179 match_100 match 183 1048 50 match_101 match 160 1051 149 match_102 match 201 1048 122 match_103 match 196 1048 122 match_104 match 159 1063 182 match_105 match 161 1048 125 match_106 match 170 1048 167 match_107 match 170 1048 167 match_108 match 213 1051 161 match_109 match 167 1048 56 match_110 match 161 1063 167 match_111 match 164 1051 122 match_112 match 188 1051 167 match_113 match 185 1048 68 match_114 match 160 1060 170 match_115 match 169 1048 167 match_116 match 168 1045 170 match_117 match 168 1045 170 match_118 match 178 1057 68 match_119 match 158 1048 167 match_120 match 158 1048 167 match_121 match 158 1048 167 match_122 match 162 1048 167 match_123 match 162 1051 167 match_124 match 160 1048 167 match_125 match 168 1048 167 match_126 match 184 1045 161 match_127 match 161 1051 182 match_128 match 161 1051 182 match_129 match 172 1051 155 match_130 match 169 1051 128 match_131 match 158 1048 167 match_132 match 158 1048 167 match_133 match 194 1063 161 match_134 match 165 1048 167 match_135 match 170 1045 167 match_136 match 170 1045 167 match_137 match 165 1048 167 match_138 match 196 1051 167 match_139 match 167 1048 167 match_140 match 157 1048 170 match_141 match 177 1048 50 match_142 match 201 1051 167 match_143 match 173 1048 95 match_144 match 179 1048 161 match_145 match 172 1048 158 match_146 match 308 1051 110 match_147 match 176 1045 167 match_148 match 179 1048 161 match_149 match 214 1051 158 match_150 match 179 1048 167 match_151 match 164 1051 179 match_152 match 157 1045 113 match_153 match 213 1051 164 match_154 match 219 1051 164 match_155 match 188 1048 170 match_156 match 185 1048 161 match_157 match 185 1048 161 match_158 match 190 1048 167 match_159 match 161 1048 89 match_160 match 161 1048 89 match_161 match 175 1051 170 match_162 match 169 1051 167 match_163 match 166 1051 167 match_164 match 174 1051 122 match_165 match 160 1051 167 match_166 match 158 1003 86 match_167 match 169 1051 128 match_168 match 170 1048 77 match_169 match 177 1048 158 match_170 match 176 1051 161 match_171 match 176 1048 167 match_172 match 182 1051 170 match_173 match 197 1063 161 match_174 match 167 1048 167 match_175 match 167 1048 167 match_176 match 167 1048 167 match_177 match 163 1048 167 match_178 match 167 1045 167 match_179 match 188 1048 167 match_180 match 179 1051 158 match_181 match 176 1051 158 match_182 match 188 1048 161 match_183 match 157 1051 161 match_184 match 164 1048 170 match_185 match 162 1051 170 match_186 match 168 1051 86 match_187 match 163 1051 170 match_188 match 169 1048 170 match_189 match 161 1051 149 match_190 match 162 1051 161 match_191 match 159 1051 170 match_192 match 159 1051 170 match_193 match 163 1051 170 match_194 match 157 1051 170 match_195 match 163 1051 170 match_196 match 171 1051 170 match_197 match 158 1051 170 match_198 match 161 1051 170 match_199 match 176 1051 170 match_200 match 178 1051 170 match_201 match 161 1051 170 match_202 match 161 1051 170 match_203 match 163 1051 170 match_204 match 161 1048 125 match_205 match 167 1021 167 match_206 match 159 1051 167 match_207 match 188 1048 119 match_208 match 161 1060 170 match_209 match 162 1051 164 match_210 match 199 1051 161 match_211 match 210 1048 116 match_212 match 209 1051 161 match_213 match 186 1045 161 match_214 match 160 1051 179 match_215 match 157 1048 167 match_216 match 176 1063 167 match_217 match 160 1048 161 match_218 match 170 1051 128 match_219 match 174 1051 170 match_220 match 165 1048 83 match_221 match 165 1048 83 match_222 match 189 1045 137 match_223 match 166 1048 158 match_224 match 176 1048 161 match_225 match 165 1048 170 match_226 match 196 1048 167 match_227 match 192 1057 161 match_228 match 157 1063 161 match_229 match 175 1060 170 match_230 match 178 1048 128 match_231 match 172 1048 167 match_232 match 174 1048 56 match_233 match 158 1051 167 match_234 match 184 1063 161 match_235 match 184 1063 161 match_236 match 177 1048 146 match_237 match 171 1048 65 match_238 match 161 1048 152 match_239 match 157 1048 164 match_240 match 171 1048 167 match_241 match 157 1048 152 match_242 match 162 1048 167 match_243 match 206 1051 131 match_244 match 157 1048 62 match_245 match 160 1048 62 match_246 match 159 1048 170 match_247 match 194 1048 164 match_248 match 157 1048 77 match_249 match 170 1048 176 match_250 match 176 1048 167 match_251 match 166 1048 176 match_252 match 167 1045 167 match_253 match 186 1045 161 match_254 match 161 1021 104 match_255 match 178 1048 161 match_256 match 177 1051 125 match_257 match 157 1051 170 match_258 match 163 1051 50 match_259 match 157 1051 167 match_260 match 170 1048 170 match_261 match 182 1045 125 match_262 match 186 1051 134 match_263 match 175 1051 161 match_264 match 187 1051 161 match_265 match 160 1048 161 match_266 match 167 1048 170