77899PCT SG 10202110245U 2021-09-16 Agency for Science, Technology and Research MODULATION OF TJP1 EXPRESSION TO TREAT LIVER DISEASES 115 58 DNA PAT misc_binding 5..25 bound_moiety Tjp1 source 1..58 mol_type other DNA organism synthetic construct ccggcgtggattgaacttactaaatctcgagatttagtaagttcaatccacgtttttg 58 DNA PAT misc_binding 5..25 bound_moiety Tjp1 source 1..58 mol_type other DNA organism synthetic construct ccggccgcgaagttatgagcaagttctcgagaacttgctcataacttcgcggtttttg 58 DNA PAT source 1..58 mol_type other DNA organism synthetic construct misc_binding 5..25 bound_moiety Tjp1 ccggcggccatttgaacgcaaatttctcgagaaatttgcgttcaaatggccgtttttg 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct cgtggattgaacttactaaat 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct ccgcgaagttatgagcaagtt 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct cggccatttgaacgcaaattt 8024 DNA PAT source 1..8024 mol_type genomic DNA organism Homo sapiens misc_feature 211..5796 note Open reading frame gccgccgggccacggcctgcaggggtggaaggggcggcggcggcgggagctgcgggccacgcacggcggcggcggcgggagcggccgggcacgcacggcgacggcggcggcgggagcgggagcccgggccacgcacggccgcagctgcgggtgcggcgggcgcgggagcggtgggagctgtggtggcggcggatggcccagagctgatctatgcggcgcctggaggggctgtgtctgcggcggcggcggaggcggcggggccctgcccgcgagcggagcggggacaagatgaagtaccagaaatacctgacggtgctgcagatggccatcggcgtcaccccctccaaccgcggcagcctcctgccgctcaagaggaagctgtgggtaacgccatcctctgaaaatcctaatggtgctacttctagtgtcagccaaggaaaaccctctttaagacgaattaaagggagattacacagaagcaaaagccttgatagcatggatttctgtgagctcactagcacagcaatggaggaaacagctatatgggaacaacatacagtgacgcttcacagggctcctggatttggatttggaattgcaatatctggtggacgagataatcctcattttcagagtggggaaacgtcaatagtgatttcagatgtgctgaaaggaggaccagctgaaggacagctacaggaaaatgaccgagttgcaatggttaacggagtttcaatggataatgttgaacatgcttttgctgttcagcaactaaggaaaagtgggaaaaatgcaaaaattacaattagaaggaagaagaaagttcaaataccagtaagtcgtcctgatcctgaaccagtatctgataatgaagaagatagttatgatgaggaaatacatgatccaagaagtggccggagtggtgtggttaacagaaggagtgagaagatttggccgagggatagaagtgcaagtagagagaggagcttgtccccgcggtcagacaggcggtcagtggcttccagccagcctgctaaacctactaaagtcacactggtgaaatcccggaaaaatgaagaatatggtcttcgattggcaagccatatatttgttaaggaaatttcacaagatagtttggcagcaagagatggcaatattcaagaaggtgatgttgtattgaagataaatggtactgtgacagaaaatatgtcattgacagatgcaaagacattgatagaaaggtctaaaggcaaattaaaaatggtagttcaaagagatgaacgggctacgctattgaatgtccctgatctttctgacagcatccactctgctaatgcctctgagagagacgacatttcagaaattcagtcactggcatcagatcattctggtcgatcacacgataggcctccccgccgcagccggtcacgatctcctgaccagcggtcagagccttctgatcattccaggcactcgccgcagcagccaagcaatggcagtctccggagtagagatgaagagagaatttctaaacctggggctgtctcaactcctgtaaagcatgctgatgatcacacacctaaaacagtggaagaagttacagttgaaagaaatgagaaacaaacaccttctcttccagaaccaaagcctgtgtatgcccaagttgggcaaccagatgtggatttacctgtcagtccatctgatggtgtcctacctaattcaactcatgaagatgggattcttcggcccagcatgaaattggtaaaattcagaaaaggagatagtgtgggtttgcggctggctggtggaaatgatgttggaatatttgtagctggcgttctagaagatagccctgcagccaaggaaggcttagaggaaggtgatcaaattctcagggtaaacaacgtagattttacaaatatcataagagaagaagccgtccttttcctgcttgacctccctaaaggagaagaagtgaccatattggctcagaagaagaaggatgtttatcgtcgcattgtagaatcagatgtaggagattctttctatattagaacccattttgaatatgaaaaggaatctccctatggacttagttttaacaaaggagaggtgttccgtgttgtggataccttgtacaatggaaaactgggctcttggcttgctattcgaattggtaaaaatcataaggaggtagaacgaggcatcatccctaataagaacagagctgagcagctagccagtgtacagtatacacttccaaaaacagcaggcggagaccgtgctgacttctggagattcagaggtcttcgcagctccaagagaaatcttcgaaaaagcagagaggatttgtccgctcagcctgttcaaacaaagtttccagcttatgaaagagtggttcttcgagaagctggatttctgaggcctgtaaccatttttggaccaatagctgatgttgccagagaaaagctggcaagagaagaaccagatatttatcaaattgcaaagagtgaaccacgagacgctggaactgaccaacgtagctctggcattattcgcctgcatacaataaagcaaatcatagatcaagacaaacatgctttattagatgtaacaccaaatgcagttgatcgtcttaactatgcccagtggtatccaattgttgtatttcttaaccctgattctaagcaaggagtaaaaacaatgagaatgaggttatgtccagaatctcggaaaagtgccaggaagttatacgagcgatctcataaacttcgtaaaaataatcaccatctttttacaactacaattaacttaaattcaatgaatgatggttggtatggtgcgctgaaagaagcaattcaacaacagcaaaaccagctggtatgggtttccgagggaaaggcggatggtgctacaagtgatgaccttgatttgcatgatgatcgtctgtcctacctgtcagctccaggtagtgaatactcaatgtatagcacggacagtagacacacttctgactatgaagacacagacacagaaggcggggcctacactgatcaagaactagatgaaactcttaatgatgaggttgggactccaccggagtctgccattacacggtcctctgagcctgtaagagaggactcctctggaatgcatcatgaaaaccaaacatatcctccttactcaccacaagcgcagccacaaccaattcatagaatagactcccctggatttaagccagcctctcaacagaaagcagaagcttcatctccagtcccttacctttcgcctgaaacaaacccagcatcatcaacctctgctgttaatcataatgtaaatttaactaatgtcagactggaggagcccaccccagctccttccacctcttactcaccacaagctgattctttaagaacaccaagtactgaggcagctcacataatgctaagagatcaagaaccatcattgtcgtcgcatgtagatccaacaaaggtgtatagaaaggatccatatcccgaggaaatgatgaggcagaaccatgttttgaaacagccagccgttagtcacccagggcacaggccagacaaagagcctaatctgacctatgaaccccaactcccatacgtagagaaacaagccagcagagacctcgagcagcccacatacagatacgagtcctcaagctatacggaccagttttctcgaaactatgaacatcgtctgcgatacgaagatcgcgtccccatgtatgaagaacagtggtcatattatgatgacaaacagccctacccatctcggccaccttttgataatcagcactctcaagaccttgactccagacagcatcccgaagagtcctcagaacgagggtactttccacgttttgaagagccagcccctctgtcttacgacagcagaccacgttacgaacaggcacctagagcatccgccctgcggcacgaagagcagccagctcctgggtatgacacacatggtagactcagaccggaagcccagccccacccttcagcagggcccaagcctgcagagtccaagcagtattttgagcaatattcacgcagttacgagcaagtaccaccccaaggatttacctctagagcaggtcattttgagcctctccatggtgctgcagctgtccctccgctgataccttcatctcagcataagccagaagctctgccttcaaacaccaaaccactgcctccacccccaactcaaaccgaagaagaggaagatccagcaatgaagccacagtctgtactcaccagagttaagatgtttgaaaacaaaagatctgcatccttagagaccaagaaggatgtaaatgacactggcagttttaagcctccagaagtagcatctaaaccttcaggtgctcccatcattggtcccaaacccacttctcagaatcaattcagtgaacatgacaaaactctgtacaggatcccagaacctcaaaaacctcaactgaagccacctgaagatattgttcggtccaatcattatgaccctgaagaagatgaagaatattatcgaaaacagctgtcatactttgaccgaagaagttttgagaataagcctcctgcacacattgccgccagccatctctccgagcctgcaaagccagcgcattctcagaatcaatcaaatttttctagttattcttcaaagggaaagcctcctgaagctgatggtgtggatagatcatttggcgagaaacgctatgaacccatccaggccactccccctcctcctccattgccctcgcagtatgcccagccatctcagcctgtcaccagcgcgtctctccacatacattctaagggagcacatggtgaaggtaattcagtgtcattggattttcagaattccttagtgtccaaaccagacccacctccatctcagaataagccagcaactttcagaccaccaaaccgagaagatactgctcaggcagctttctatccccagaaaagttttccagataaagccccagttaatggaactgaacagactcagaaaacagtcactccagcatacaatcgattcacaccaaaaccatatacaagttctgcccgaccatttgaacgcaagtttgaaagtcctaaattcaatcacaatcttctgccaagtgaaactgcacataaacctgacttgtcttcaaaaactcccacttctccaaaaactcttgtgaaatcgcacagtttggcacagcctcctgagtttgacagtggagttgaaactttctctatccatgcagagaagcctaaatatcaaataaataatatcagcacagtgcctaaagctattcctgtgagtccttcagctgtggaagaggatgaagatgaagatggtcatactgtggtggccacagcccgaggcatatttaacagcaatgggggcgtgctgagttccatagaaactggtgttagtataattatccctcaaggagccattcccgaaggagttgagcaggaaatctatttcaaggtctgccgggacaacagcatccttccacctttagataaagagaaaggtgaaacactgctgagtcctttggtgatgtgtggtccccatggcctcaagttcctgaagcctgtggagctgcgcttaccacactgtgcgtccatgactcctgacggttggtcttttgctctaaaatcatccgactcctcgtcgggtgatcctaaaacctggcaaaacaagtgtcttcccggagatccaaattatctcgttggagcaaactgtgtttctgtccttattgaccacttttaactcttgaaatataggaacttaaataatgtgaaactggattaaacttaatctaaatggaaccactctatcaagtattataccttttttagagttgatactacagtttgttagtatgaggcatttgtttgaactgataaagatgagtgagcatgcccctgaaccatggtcggaaaacatgctacacactgcatgtttgtgattgacgggactgttggtattggctagaggttcaaagatattttgctttgtgatttttgtaatttttttatcgtcactgcttaacttcacatattgatttccgttaaaataccagccagtaaatgggggtgcatttgaggtctgttctttccaaagtacactgtttcaaactttactatggccctggcctagcatacgtacacattttattttattatgcatgaagtaatatgcacacattttttaaatgcacctggaatatataaccagtgttgtggatttaacagaaatgtacagcaaggagatttacaactgggggagggtgaagtgaagacaatgacttactgtacatgaaaacacatttttcttagggaaggatacaaaagcatgtgagactggttccatggcctcttcagatctctaacttcaccatattaccacagacatactaaccagcagaaatgccttaccctcatgttcttaattcttagctcattctccttgtgttactaagtttttatggcttttgtgcattatctagatactgtatcatgacaaagactgagtacgttgtgcatttggtggtttcagaaatgtgttatcacccagaagaaaatagtggtgtgatttggggatatttttttcttttcttttcttttctttttttttttttttgacaaggggcagtggtggttttctgttctttctggctatgcatttgaaaattttgatgttttaaggatgcttgtacataatgcgtgcataccacttttgttcttggtttgtaaattaacttttataaactttaccttttttatacataaacaagaccacgtttctaaaggctacctttgtattctctcctgtacctcttgagccttgaactttgacctctgcagcaataaagcagcgtttctatgacacatgcaaggtcattttttttaagaaaaaggatgcacagagttgttacatttttaagtgctgcatttaaaagatacagttactcagaattctctagtttgattaaattcttgcaaagtatccctactgtaatttgtgatacaatgctgtgccctaaagtgtatttttttactaatagacaatttattatggcacatcagcacgatttctgtttagataatacaccactacattctgttaatcattaggtgtgactgaatttcttttgccgttattaaaaatctcaaatttctaaatctccaaaataaaactttttaaaataaagtgctggcttggtctgtttgcccactgttttctagtttcatgcagctttataatcctgttttaaaatcctgcacacaaatccctatcacccagcgtcacctaccacctcgtcgtctggtgttgcatgcagaatttctccccttggccagcatgtacagatgggtgggcagtgctcatctgaagggctcagactgaagtggggcagaaggacctggagacagagtgggagaaggcagcaggccgacttccccctgtgggtaaacacacacccctgcgtggagaaacacccctgcatggggacacacgtgcgtttgtgtgtgtgcgtgtaaccatttgtatatggttttattccccagataaatagcacgggcattgtttaatgtcacccacatttgggggaagaaaatgggtttagtgagcataaatattccattgtggacatcctacttacttaactgccacccctgttgacatttggattattgctatagtgtttcagtaaacacctttgtggactgaatccatctatgtggattttatttttttcatctttgttaaggtataatttacatagagtaagttactgtttttaaaatgtatagttcaaattttgacaaacacatactgtttatttaccacggttaatacatacaacagtttctttatcttctctaatcatttgtacccctttatactcaacccttcttccagcccctggcaggatgatctcttctgtttctatagttgcctttttgacagtgtcatataaatggaatcatacaata 5586 DNA PAT source 1..5586 mol_type genomic DNA organism Homo sapiens atgcggcgcctggaggggctgtgtctgcggcggcggcggaggcggcggggccctgcccgcgagcggagcggggacaagatgaagtaccagaaatacctgacggtgctgcagatggccatcggcgtcaccccctccaaccgcggcagcctcctgccgctcaagaggaagctgtgggtaacgccatcctctgaaaatcctaatggtgctacttctagtgtcagccaaggaaaaccctctttaagacgaattaaagggagattacacagaagcaaaagccttgatagcatggatttctgtgagctcactagcacagcaatggaggaaacagctatatgggaacaacatacagtgacgcttcacagggctcctggatttggatttggaattgcaatatctggtggacgagataatcctcattttcagagtggggaaacgtcaatagtgatttcagatgtgctgaaaggaggaccagctgaaggacagctacaggaaaatgaccgagttgcaatggttaacggagtttcaatggataatgttgaacatgcttttgctgttcagcaactaaggaaaagtgggaaaaatgcaaaaattacaattagaaggaagaagaaagttcaaataccagtaagtcgtcctgatcctgaaccagtatctgataatgaagaagatagttatgatgaggaaatacatgatccaagaagtggccggagtggtgtggttaacagaaggagtgagaagatttggccgagggatagaagtgcaagtagagagaggagcttgtccccgcggtcagacaggcggtcagtggcttccagccagcctgctaaacctactaaagtcacactggtgaaatcccggaaaaatgaagaatatggtcttcgattggcaagccatatatttgttaaggaaatttcacaagatagtttggcagcaagagatggcaatattcaagaaggtgatgttgtattgaagataaatggtactgtgacagaaaatatgtcattgacagatgcaaagacattgatagaaaggtctaaaggcaaattaaaaatggtagttcaaagagatgaacgggctacgctattgaatgtccctgatctttctgacagcatccactctgctaatgcctctgagagagacgacatttcagaaattcagtcactggcatcagatcattctggtcgatcacacgataggcctccccgccgcagccggtcacgatctcctgaccagcggtcagagccttctgatcattccaggcactcgccgcagcagccaagcaatggcagtctccggagtagagatgaagagagaatttctaaacctggggctgtctcaactcctgtaaagcatgctgatgatcacacacctaaaacagtggaagaagttacagttgaaagaaatgagaaacaaacaccttctcttccagaaccaaagcctgtgtatgcccaagttgggcaaccagatgtggatttacctgtcagtccatctgatggtgtcctacctaattcaactcatgaagatgggattcttcggcccagcatgaaattggtaaaattcagaaaaggagatagtgtgggtttgcggctggctggtggaaatgatgttggaatatttgtagctggcgttctagaagatagccctgcagccaaggaaggcttagaggaaggtgatcaaattctcagggtaaacaacgtagattttacaaatatcataagagaagaagccgtccttttcctgcttgacctccctaaaggagaagaagtgaccatattggctcagaagaagaaggatgtttatcgtcgcattgtagaatcagatgtaggagattctttctatattagaacccattttgaatatgaaaaggaatctccctatggacttagttttaacaaaggagaggtgttccgtgttgtggataccttgtacaatggaaaactgggctcttggcttgctattcgaattggtaaaaatcataaggaggtagaacgaggcatcatccctaataagaacagagctgagcagctagccagtgtacagtatacacttccaaaaacagcaggcggagaccgtgctgacttctggagattcagaggtcttcgcagctccaagagaaatcttcgaaaaagcagagaggatttgtccgctcagcctgttcaaacaaagtttccagcttatgaaagagtggttcttcgagaagctggatttctgaggcctgtaaccatttttggaccaatagctgatgttgccagagaaaagctggcaagagaagaaccagatatttatcaaattgcaaagagtgaaccacgagacgctggaactgaccaacgtagctctggcattattcgcctgcatacaataaagcaaatcatagatcaagacaaacatgctttattagatgtaacaccaaatgcagttgatcgtcttaactatgcccagtggtatccaattgttgtatttcttaaccctgattctaagcaaggagtaaaaacaatgagaatgaggttatgtccagaatctcggaaaagtgccaggaagttatacgagcgatctcataaacttcgtaaaaataatcaccatctttttacaactacaattaacttaaattcaatgaatgatggttggtatggtgcgctgaaagaagcaattcaacaacagcaaaaccagctggtatgggtttccgagggaaaggcggatggtgctacaagtgatgaccttgatttgcatgatgatcgtctgtcctacctgtcagctccaggtagtgaatactcaatgtatagcacggacagtagacacacttctgactatgaagacacagacacagaaggcggggcctacactgatcaagaactagatgaaactcttaatgatgaggttgggactccaccggagtctgccattacacggtcctctgagcctgtaagagaggactcctctggaatgcatcatgaaaaccaaacatatcctccttactcaccacaagcgcagccacaaccaattcatagaatagactcccctggatttaagccagcctctcaacagaaagcagaagcttcatctccagtcccttacctttcgcctgaaacaaacccagcatcatcaacctctgctgttaatcataatgtaaatttaactaatgtcagactggaggagcccaccccagctccttccacctcttactcaccacaagctgattctttaagaacaccaagtactgaggcagctcacataatgctaagagatcaagaaccatcattgtcgtcgcatgtagatccaacaaaggtgtatagaaaggatccatatcccgaggaaatgatgaggcagaaccatgttttgaaacagccagccgttagtcacccagggcacaggccagacaaagagcctaatctgacctatgaaccccaactcccatacgtagagaaacaagccagcagagacctcgagcagcccacatacagatacgagtcctcaagctatacggaccagttttctcgaaactatgaacatcgtctgcgatacgaagatcgcgtccccatgtatgaagaacagtggtcatattatgatgacaaacagccctacccatctcggccaccttttgataatcagcactctcaagaccttgactccagacagcatcccgaagagtcctcagaacgagggtactttccacgttttgaagagccagcccctctgtcttacgacagcagaccacgttacgaacaggcacctagagcatccgccctgcggcacgaagagcagccagctcctgggtatgacacacatggtagactcagaccggaagcccagccccacccttcagcagggcccaagcctgcagagtccaagcagtattttgagcaatattcacgcagttacgagcaagtaccaccccaaggatttacctctagagcaggtcattttgagcctctccatggtgctgcagctgtccctccgctgataccttcatctcagcataagccagaagctctgccttcaaacaccaaaccactgcctccacccccaactcaaaccgaagaagaggaagatccagcaatgaagccacagtctgtactcaccagagttaagatgtttgaaaacaaaagatctgcatccttagagaccaagaaggatgtaaatgacactggcagttttaagcctccagaagtagcatctaaaccttcaggtgctcccatcattggtcccaaacccacttctcagaatcaattcagtgaacatgacaaaactctgtacaggatcccagaacctcaaaaacctcaactgaagccacctgaagatattgttcggtccaatcattatgaccctgaagaagatgaagaatattatcgaaaacagctgtcatactttgaccgaagaagttttgagaataagcctcctgcacacattgccgccagccatctctccgagcctgcaaagccagcgcattctcagaatcaatcaaatttttctagttattcttcaaagggaaagcctcctgaagctgatggtgtggatagatcatttggcgagaaacgctatgaacccatccaggccactccccctcctcctccattgccctcgcagtatgcccagccatctcagcctgtcaccagcgcgtctctccacatacattctaagggagcacatggtgaaggtaattcagtgtcattggattttcagaattccttagtgtccaaaccagacccacctccatctcagaataagccagcaactttcagaccaccaaaccgagaagatactgctcaggcagctttctatccccagaaaagttttccagataaagccccagttaatggaactgaacagactcagaaaacagtcactccagcatacaatcgattcacaccaaaaccatatacaagttctgcccgaccatttgaacgcaagtttgaaagtcctaaattcaatcacaatcttctgccaagtgaaactgcacataaacctgacttgtcttcaaaaactcccacttctccaaaaactcttgtgaaatcgcacagtttggcacagcctcctgagtttgacagtggagttgaaactttctctatccatgcagagaagcctaaatatcaaataaataatatcagcacagtgcctaaagctattcctgtgagtccttcagctgtggaagaggatgaagatgaagatggtcatactgtggtggccacagcccgaggcatatttaacagcaatgggggcgtgctgagttccatagaaactggtgttagtataattatccctcaaggagccattcccgaaggagttgagcaggaaatctatttcaaggtctgccgggacaacagcatccttccacctttagataaagagaaaggtgaaacactgctgagtcctttggtgatgtgtggtccccatggcctcaagttcctgaagcctgtggagctgcgcttaccacactgtgcgtccatgactcctgacggttggtcttttgctctaaaatcatccgactcctcgtcgggtgatcctaaaacctggcaaaacaagtgtcttcccggagatccaaattatctcgttggagcaaactgtgtttctgtccttattgaccacttttaa 1803 AA PAT source 1..1803 mol_type protein organism Homo sapiens MRRLEGLCLRRRRRRRGPARERSGDKMKYQKYLTVLQMAIGVTPSTAMEETAIWEQHTVTLHRAPGFGFGIAISGGRDNPHFQSGETSIVISDVLKGGPAEGQLQENDRVAMVNGVSMDNVEHAFAVQQLRKSGKNAKITIRRKKKVQIPVSRPDPEPVSDNEEDSYDEEIHDPRSGRSGVVNRRSEKIWPRDRSASRERSLSPRSDRRSVASSQPAKPTKVTLVKSRKNEEYGLRLASHIFVKEISQDSLAARDGNIQEGDVVLKINGTVTENMSLTDAKTLIERSKGKLKMVVQRDERATLLNVPDLSDSIHSANASERDDISEIQSLASDHSGRSHDRPPRRSRSRSPDQRSEPSDHSRHSPQQPSNGSLRSRDEERISKPGAVSTPVKHADDHTPKTVEEVTVERNEKQTPSLPEPKPVYAQVGQPDVDLPVSPSDGVLPNSTHEDGILRPSMKLVKFRKGDSVGLRLAGGNDVGIFVAGVLEDSPAAKEGLEEGDQILRVNNVDFTNIIREEAVLFLLDLPKGEEVTILAQKKKDVYRRIVESDVGDSFYIRTHFEYEKESPYGLSFNKGEVFRVVDTLYNGKLGSWLAIRIGKNHKEVERGIIPNKNRAEQLASVQYTLPKTAGGDRADFWRFRGLRSSKRNLRKSREDLSAQPVQTKFPAYERVVLREAGFLRPVTIFGPIADVAREKLAREEPDIYQIAKSEPRDAGTDQRSSGIIRLHTIKQIIDQDKHALLDVTPNAVDRLNYAQWYPIVVFLNPDSKQGVKTMRMRLCPESRKSARKLYERSHKLRKNNHHLFTTTINLNSMNDGWYGALKEAIQQQQNQLVWVSEGKADGATSDDLDLHDDRLSYLSAPGSEYSMYSTDSRHTSDYEDTDTEGGAYTDQELDETLNDEVGTPPESAITRSSEPVREDSSGMHHENQTYPPYSPQAQPQPIHRIDSPGFKPASQQKAEASSPVPYLSPETNPASSTSAVNHNVNLTNVRLEEPTPAPSTSYSPQADSLRTPSTEAAHIMLRDQEPSLSSHVDPTKVYRKDPYPEEMMRQNHVLKQPAVSHPGHRPDKEPNLTYEPQLPYVEKQASRDLEQPTYRYESSSYTDQFSRNYEHRLRYEDRVPMYEEQWSYYDDKQPYPSRPPFDNQHSQDLDSRQHPEESSERGYFPRFEEPAPLSYDSRPRYEQAPRASALRHEEQPAPGYDTHGRLRPEAQPHPSAGPKPAESKQYFEQYSRSYEQVPPQGFTSRAGHFEPLHGAAAVPPLIPSSQHKPEALPSNTKPLPPPPTQTEEEEDPAMKPQSVLTRVKMFENKRSASLETKKDVNDTGSFKPPEVASKPSGAPIIGPKPTSQNQFSEHDKTLYRIPEPQKPQLKPPEDIVRSNHYDPEEDEEYYRKQLSYFDRRSFENKPPAHIAASHLSEPAKPAHSQNQSNFSSYSSKGKPPEADGVDRSFGEKRYEPIQATPPPPPLPSQYAQPSQPVTSASLHIHSKGAHGEGNSVSLDFQNSLVSKPDPPPSQNKPATFRPPNREDTAQAAFYPQKSFPDKAPVNGTEQTQKTVTPAYNRFTPKPYTSSARPFERKFESPKFNHNLLPSETAHKPDLSSKTPTSPKTLVKSHSLAQPPEFDSGVETFSIHAEKPKYQINNISTVPKAIPVSPSAVEEDEDEDGHTVVATARGIFNSNGGVLSSIETGVSIIIPQGAIPEGVEQEIYFKVCRDNSILPPLDKEKGETLLSPLVMCGPHGLKFLKPVELRLPHCASMTPDGWSFALKSSDSSSGDPKTWQNKCLPGDPNYLVGANCVSVLIDHF 7046 DNA PAT source 1..7046 mol_type genomic DNA organism Mus musculus misc_feature 404..5641 note Open reading frame cgcctgagttgcccgcgacggctctgcccgccgacggcacgtctctcggcggccgcgcgttccggggaagttacgtgcgggagcaggctttggaggagacgcccgagggtgtaggggacagccggaggcccgggtactgcggagcggcgagccggcggagggcggcggaggccgagcaggcggccgggtgtgccccgcggagaagcccgggcggggcggacgcttcccggacttttgtcccacttgaatcccctccccgtgggccgggcctttccggcctcccccgcccctgccccgctcgtccccgggagatgtttatgcggacggtggcgtgaggagcgggcgggccggcggcgcggagtttcgggtccgaggagcttcgcgcggcgcggagagagacaagatgtccgccagggccgcggccgctaagagcacagcaatggaggaaacagctatatgggaacagcacacagtgacgcttcacagggctcctgggtttggatttggaattgcaatctctggtggaagagataatcctcattttcagagtggggaaacctccatagtgatttctgatgtgttaaaaggagggccagctgaaggacagctacaggaaaatgaccgagttgcaatggttaacggagtttcaatggataacgttgaacatgcttttgctgttcagcagctaaggaagagtgggaaaaacgcaaaaattactatccgaaggaagaagaaagttcagatccctgtaagtcacccagatcctgagccggtgtctgataatgaagacgatagttatgacgaagaagtgcatgacccaagagctggccgcggtgctttagcgaacagaaggagcgagaagagctgggcaagggataggagtgcaagcagggagaggagcctgtcccctcgctcggacaggcggtccgtggcctccagtcagcccgcaaagcccaccaaggtcacactggtgaagtctcggaaaaatgaagaatatggtcttcgaccggccagccacatatttgtaaaggaaatttcacaagatagtttggcagcaagagatggtgacattcaagaaggggatgttgtcttgaagataaatggtactgtgacagaaaatatgtcattgacagatgcaaaaacactgatagaaaggtctaaaggcaagttaaaaatggtagtgcaaagagatgagcgggctaccttactgaacgtccctgacctttcggatagtatccattctgctaatgcctcggaaagagatgacatttcagaaattcagtcactagcgtcagaccattcaggtcgctcgcatgacaggccaccccgccgcagccagtcacgatctcctgaccaacgttcagagccctccgatcattccacgcagtctccacagcagcccagcaatggcagtctccggagcagagaggaagagcgaatgtctaaacctggggccatctcaactcctgtaaaacatgtagacgatcatccacccaaagcagtggaagaagttacagttgagaaaaatgagaagcagacgcccactcttccagaaccgaaacctgtgtatgctcaagttggacaaccagatgtggatttacccgtcagcccttctgatggtgctctgcctaattcagctcatgaagacgggatacttaggcccagcatgaaactggtaaaattcagaaaaggagatagtgtgggtttgcgactagctggtggaaatgatgtcggaatatttgtagctggcgttctagaagatagccctgcagccaaagaaggcttagaggaaggtgatcaaattctcagggtgaacaatgtagatttcacaaatatcataagggaagaggccgtccttttcctccttgacctccctaaaggtgaagaagtgaccatactggctcagaagaagaaggacgtttatcgccgcattgtagaatcagatgtaggagattcattctatattagaacgcattttgaatatgaaaaagaatctccttacggacttagttttaacaaaggagaggtgttccgggtcgtggatactttatacaatggaaagctgggctcttggcttgccattcgaattggcaaaaatcataaggaggtagaacgaggcatcatcccaaataagaacagagctgaacagttagccagtgtacagtacacacttccaaagacagcgggtggtgatcgggcagacttctggaggtttcgaggtcttcgcagctccaagagaaatcttcgaaaaagcagagaggacttgtcagctcagccagttcaaactaagttcccagcttatgaaagggttgttcttcgagaagctggattcctaagacctgtaaccatctttggaccaatagctgatgttgccagagaaaagttggcaagagaggagccagatatctatcagattgcaaaaagtgaactacgagacgctgggactgaccatcgtagctctggcatcattcgccttcatacaataaagcaaatcatagatcaggataaacatgctttattagatgtaacgccaaatgcggttgatcgtcttaattatgcgcagtggtatccaattgttgtgttccttaaccctgactctaagcaaggtgtaaaaacaatgaggatgaggttgtgtccggagtctcggaaaagcgccaggaagctatatgaacgctctcataagcttcgtaagaacaatcaccatctcttcacaactacaattaacttaaactcaatgaatgatggttggtacggtgccctgaaagaagcgattcagcagcaacagaaccagctggtgtgggtctctgaggggaaggcggatggtgctacaagtgatgaccttgatttgcatgacgatcgtctgtcctacctgtcagccccaggtagtgagtactcaatgtatagcacggacagtagacacacttctgactatgaagacacagatacagaaggcggggcctacactgatcaagaactagatgaaactcttaatgatgaggtggggactcccccggagtctgccattacacggtcctctgagcctgtaagagaggattcctctggaatgcatcatgaaaaccagacataccctccttactcaccacaagcgcagccacaagctattcatagaatagactcccctggacttaagccagcctctcaacagaaagcagaagcctcatctccagtcccttacctttcgcctgaaacaaccccagcatcatcagcctctgcagttaatcataatgtcagtgtaactaatgtcagcctggaggagcctgccccagcccctcccacctcgcacgcatcacagcctggttgtttaggagcaccaagtgctgaggcagctcacgtaggtctcagaggtgaaggaccaccattgccgccgcatgcagacccagcaaaggtgtacaggaaggagccatattctgaagaaatgatgagacaaaaccatattttaaaacaaccagctcttggtcacccagggcagaggccagataaagagccaaatctagcctatgaaccccaacttccatatatagaaaaacaagccagcagagaccttgagcagccgtcatacaggtatgaggtctcaagctacacagaccagttttctcggaactatgaccatcgcctacggtttgaagatcgaatccctacctatgaagaccagtggtcatattatgatgacaaacagccctaccaacctcggccttttgagaatcagcatccccgagacctggactccagacaacatcccgaagaggcttcagaacgaggttatttccagcgttttgaagagccagcccctctgtcgtacgacagtagaacacgctatgagcagctgcctcgaacctctactctacgacatgaagagcagccagcccctgcatatgaggtgcacaacaggtacaggccagaggcacagccctattcttcaacaggccctaagtcatctgagcccaagcagtactttgaccagtacccgcgaagttatgagcaagttccaccaccaggctttacctccaaaacaggccattacgagcctctccatggtgctgcagttgtccctcctctgataccttcctctcaacaaaagccagaagtcctgcgctcggctaccaaaccacagcctccacccccaaccctaactgaggaggaggaggatccagcaatgaaaccacagtctgtgctcaccagagtcaaaatgtttgaaaacaaaagatctgcgtctttggagaacaagaaagatgtgaatgacactgccagcttcaagcctccggaagtagcatctaaacctccaggtgcttctcttgctggccctaaacctgtccctcagagtcagtttagtgagcacgacaaaacgctctacaggctcccagagcctcagaaacctcaagtgaagccacccgaagatattgttcgatcaaatcattacgaccctgaagaggatgaagaatattaccggaaacagctctcctactttgaccgaagaagttttgagagcaagccttctgcacatcttcctgctggccatcactcagagcctgctaagccagtccattctcagagccagcccaacttccctagttactcttcaaagggaaaacccgaaactgatgctgtggatagatcattcagtgagaaacgttatgatccagcccaggccacgcctcctcctcctccgttgccctcacagtacagccagccagctccacctctgtccagctcttctctccacatacattccaagggcgcccagggtgaaggcaactcagtatcattggattttcagaactcatatatgtccaaaccagacccacccccatctcagagtaaaccagcaactttcagaccaccaactcgagaagacccccctcagactttctatccgcagaaaagtttcccagacaaagctccagttaacggagctgagcagactcagaaaaccatcactccggtgtacaatcgattcacaccaaagccgtacacaagttctgcccggccatttgaacgcaaatttgaaagtccgaagttcaaccataatcttctgccaagtgaaactgtacataaacctgaattgtcttcaaaaactcccacttccccaaaaactcttatgaaagctcatagttcaacacagcctccagagtttggcagtggagttgaaactttctctgttcacacagataagcctaaatatcaaatgaataatatcagcaccatgcctaaagctgtccctgtgagtccttcagctgtggaagaagatgaagatgaggatggtcatactgtagtggctacagctcgtggcatttttaacagcaatggtggtgtgttgagttccatagaaaccggtgttagtataattatcccacaaggagccattcctgaaggaattgagcaagaaatctatttcaaagtctgcagagacaatagcattctcccacctttagataaagagaaaggtgaaactctgctgagccccctagtgatgtgtgggccccatggcctcaagttcctgaagcccgtggagctacgcttgccacactgtgaccctaaaacctggcaaaacaagtgtcttcctggagatccgaattaccttgttggagccaactgtgtttctgtcctgattgaccacttttaattcttagtgtataggaactggactaagcaatgtgaacgtggattgaacttactaaatctaaatggaaccactctaatgagtattatattttcttagaatttatactgcaattggtagtattaagcatttgttggaactgatgaaggttagcgagcatgcccctgagccacggtcagaaagcatgctacaagctatgtgttattgagtgaagaactgtcaggcattggctagaggttcaaagatatttttgctttgtaatgatttttgtacttttttatggtcactgcttaacttcacatactgatttccgttaaaaataccagccagtaaatgggggtgcatttgagttctgttctttccaaagtacactcaaagtttattatggccttggcctagcatacacattttattttattatacatgaggtaatgtgcacacattttttacaaatgcacctggaatatataaccagtatagtggatttaacagaaatgtacagcagggggatttataacttggggagggagggtcaaatgaagacaattacttattgtatatgaaaacacatttcttttagggaaggacaccaaagcatgtgagcccggttcatggcctctgaatctataaattaacatatcaccacagacatgtaaccagcaggaatgccttaccctagtgggtttaattcttccatcatttcgctgtgtattactaagtttttatgagttctgtgcatatctagatactgtaccatggaaaagactgagtagattgtggacttgatggtttcagaaatgtgcaaattacctggaagaaaataatggtgtgacttaaaatatttttttgacagggggagtggcagtcttctgttctttgggctgtgcatctgagatgtttgatgctttcaggacgcatgtacataatgcgtgcataccacttttgttcttggtttgtaaattaacttttataaactttacctttttatacataaacagaaccaagtttctaaggctacctttgtattctctcctgtacctcttgagccttgaactttgacctctgcagcaataaagcagcatttctacacatacaaggtcatttttctaagaaaaagaatgcacagagttgttacatttttaagtgctgcatttaaaagatacagttactctagtttgattaaattcttgcaaagtatcccttctgtaaaatttgtgatacaatactgtgccctaaagtgtatttttttactaatagacagtttattatggcacatcagcacgatttctgtttagataatacaccactacattctgttaataatcagtaggtgtgaaaggatttcttttgtggttattaaaaaaaaatctcaaatttctaaatctgcaagaataaaactttttaaaat 5238 DNA PAT source 1..5238 mol_type genomic DNA organism Mus musculus atgtccgccagggccgcggccgctaagagcacagcaatggaggaaacagctatatgggaacagcacacagtgacgcttcacagggctcctgggtttggatttggaattgcaatctctggtggaagagataatcctcattttcagagtggggaaacctccatagtgatttctgatgtgttaaaaggagggccagctgaaggacagctacaggaaaatgaccgagttgcaatggttaacggagtttcaatggataacgttgaacatgcttttgctgttcagcagctaaggaagagtgggaaaaacgcaaaaattactatccgaaggaagaagaaagttcagatccctgtaagtcacccagatcctgagccggtgtctgataatgaagacgatagttatgacgaagaagtgcatgacccaagagctggccgcggtgctttagcgaacagaaggagcgagaagagctgggcaagggataggagtgcaagcagggagaggagcctgtcccctcgctcggacaggcggtccgtggcctccagtcagcccgcaaagcccaccaaggtcacactggtgaagtctcggaaaaatgaagaatatggtcttcgaccggccagccacatatttgtaaaggaaatttcacaagatagtttggcagcaagagatggtgacattcaagaaggggatgttgtcttgaagataaatggtactgtgacagaaaatatgtcattgacagatgcaaaaacactgatagaaaggtctaaaggcaagttaaaaatggtagtgcaaagagatgagcgggctaccttactgaacgtccctgacctttcggatagtatccattctgctaatgcctcggaaagagatgacatttcagaaattcagtcactagcgtcagaccattcaggtcgctcgcatgacaggccaccccgccgcagccagtcacgatctcctgaccaacgttcagagccctccgatcattccacgcagtctccacagcagcccagcaatggcagtctccggagcagagaggaagagcgaatgtctaaacctggggccatctcaactcctgtaaaacatgtagacgatcatccacccaaagcagtggaagaagttacagttgagaaaaatgagaagcagacgcccactcttccagaaccgaaacctgtgtatgctcaagttggacaaccagatgtggatttacccgtcagcccttctgatggtgctctgcctaattcagctcatgaagacgggatacttaggcccagcatgaaactggtaaaattcagaaaaggagatagtgtgggtttgcgactagctggtggaaatgatgtcggaatatttgtagctggcgttctagaagatagccctgcagccaaagaaggcttagaggaaggtgatcaaattctcagggtgaacaatgtagatttcacaaatatcataagggaagaggccgtccttttcctccttgacctccctaaaggtgaagaagtgaccatactggctcagaagaagaaggacgtttatcgccgcattgtagaatcagatgtaggagattcattctatattagaacgcattttgaatatgaaaaagaatctccttacggacttagttttaacaaaggagaggtgttccgggtcgtggatactttatacaatggaaagctgggctcttggcttgccattcgaattggcaaaaatcataaggaggtagaacgaggcatcatcccaaataagaacagagctgaacagttagccagtgtacagtacacacttccaaagacagcgggtggtgatcgggcagacttctggaggtttcgaggtcttcgcagctccaagagaaatcttcgaaaaagcagagaggacttgtcagctcagccagttcaaactaagttcccagcttatgaaagggttgttcttcgagaagctggattcctaagacctgtaaccatctttggaccaatagctgatgttgccagagaaaagttggcaagagaggagccagatatctatcagattgcaaaaagtgaactacgagacgctgggactgaccatcgtagctctggcatcattcgccttcatacaataaagcaaatcatagatcaggataaacatgctttattagatgtaacgccaaatgcggttgatcgtcttaattatgcgcagtggtatccaattgttgtgttccttaaccctgactctaagcaaggtgtaaaaacaatgaggatgaggttgtgtccggagtctcggaaaagcgccaggaagctatatgaacgctctcataagcttcgtaagaacaatcaccatctcttcacaactacaattaacttaaactcaatgaatgatggttggtacggtgccctgaaagaagcgattcagcagcaacagaaccagctggtgtgggtctctgaggggaaggcggatggtgctacaagtgatgaccttgatttgcatgacgatcgtctgtcctacctgtcagccccaggtagtgagtactcaatgtatagcacggacagtagacacacttctgactatgaagacacagatacagaaggcggggcctacactgatcaagaactagatgaaactcttaatgatgaggtggggactcccccggagtctgccattacacggtcctctgagcctgtaagagaggattcctctggaatgcatcatgaaaaccagacataccctccttactcaccacaagcgcagccacaagctattcatagaatagactcccctggacttaagccagcctctcaacagaaagcagaagcctcatctccagtcccttacctttcgcctgaaacaaccccagcatcatcagcctctgcagttaatcataatgtcagtgtaactaatgtcagcctggaggagcctgccccagcccctcccacctcgcacgcatcacagcctggttgtttaggagcaccaagtgctgaggcagctcacgtaggtctcagaggtgaaggaccaccattgccgccgcatgcagacccagcaaaggtgtacaggaaggagccatattctgaagaaatgatgagacaaaaccatattttaaaacaaccagctcttggtcacccagggcagaggccagataaagagccaaatctagcctatgaaccccaacttccatatatagaaaaacaagccagcagagaccttgagcagccgtcatacaggtatgaggtctcaagctacacagaccagttttctcggaactatgaccatcgcctacggtttgaagatcgaatccctacctatgaagaccagtggtcatattatgatgacaaacagccctaccaacctcggccttttgagaatcagcatccccgagacctggactccagacaacatcccgaagaggcttcagaacgaggttatttccagcgttttgaagagccagcccctctgtcgtacgacagtagaacacgctatgagcagctgcctcgaacctctactctacgacatgaagagcagccagcccctgcatatgaggtgcacaacaggtacaggccagaggcacagccctattcttcaacaggccctaagtcatctgagcccaagcagtactttgaccagtacccgcgaagttatgagcaagttccaccaccaggctttacctccaaaacaggccattacgagcctctccatggtgctgcagttgtccctcctctgataccttcctctcaacaaaagccagaagtcctgcgctcggctaccaaaccacagcctccacccccaaccctaactgaggaggaggaggatccagcaatgaaaccacagtctgtgctcaccagagtcaaaatgtttgaaaacaaaagatctgcgtctttggagaacaagaaagatgtgaatgacactgccagcttcaagcctccggaagtagcatctaaacctccaggtgcttctcttgctggccctaaacctgtccctcagagtcagtttagtgagcacgacaaaacgctctacaggctcccagagcctcagaaacctcaagtgaagccacccgaagatattgttcgatcaaatcattacgaccctgaagaggatgaagaatattaccggaaacagctctcctactttgaccgaagaagttttgagagcaagccttctgcacatcttcctgctggccatcactcagagcctgctaagccagtccattctcagagccagcccaacttccctagttactcttcaaagggaaaacccgaaactgatgctgtggatagatcattcagtgagaaacgttatgatccagcccaggccacgcctcctcctcctccgttgccctcacagtacagccagccagctccacctctgtccagctcttctctccacatacattccaagggcgcccagggtgaaggcaactcagtatcattggattttcagaactcatatatgtccaaaccagacccacccccatctcagagtaaaccagcaactttcagaccaccaactcgagaagacccccctcagactttctatccgcagaaaagtttcccagacaaagctccagttaacggagctgagcagactcagaaaaccatcactccggtgtacaatcgattcacaccaaagccgtacacaagttctgcccggccatttgaacgcaaatttgaaagtccgaagttcaaccataatcttctgccaagtgaaactgtacataaacctgaattgtcttcaaaaactcccacttccccaaaaactcttatgaaagctcatagttcaacacagcctccagagtttggcagtggagttgaaactttctctgttcacacagataagcctaaatatcaaatgaataatatcagcaccatgcctaaagctgtccctgtgagtccttcagctgtggaagaagatgaagatgaggatggtcatactgtagtggctacagctcgtggcatttttaacagcaatggtggtgtgttgagttccatagaaaccggtgttagtataattatcccacaaggagccattcctgaaggaattgagcaagaaatctatttcaaagtctgcagagacaatagcattctcccacctttagataaagagaaaggtgaaactctgctgagccccctagtgatgtgtgggccccatggcctcaagttcctgaagcccgtggagctacgcttgccacactgtgaccctaaaacctggcaaaacaagtgtcttcctggagatccgaattaccttgttggagccaactgtgtttctgtcctgattgaccacttttaa 1745 AA PAT source 1..1745 mol_type protein organism Mus musculus MSARAAAAKSTAMEETAIWEQHTVTLHRAPGFGFGIAISGGRDNPHFQSGETSIVISDVLKGGPAEGQLQENDRVAMVNGVSMDNVEHAFAVQQLRKSGKNAKITIRRKKKVQIPVSHPDPEPVSDNEDDSYDEEVHDPRAGRGALANRRSEKSWARDRSASRERSLSPRSDRRSVASSQPAKPTKVTLVKSRKNEEYGLRPASHIFVKEISQDSLAARDGDIQEGDVVLKINGTVTENMSLTDAKTLIERSKGKLKMVVQRDERATLLNVPDLSDSIHSANASERDDISEIQSLASDHSGRSHDRPPRRSQSRSPDQRSEPSDHSTQSPQQPSNGSLRSREEERMSKPGAISTPVKHVDDHPPKAVEEVTVEKNEKQTPTLPEPKPVYAQVGQPDVDLPVSPSDGALPNSAHEDGILRPSMKLVKFRKGDSVGLRLAGGNDVGIFVAGVLEDSPAAKEGLEEGDQILRVNNVDFTNIIREEAVLFLLDLPKGEEVTILAQKKKDVYRRIVESDVGDSFYIRTHFEYEKESPYGLSFNKGEVFRVVDTLYNGKLGSWLAIRIGKNHKEVERGIIPNKNRAEQLASVQYTLPKTAGGDRADFWRFRGLRSSKRNLRKSREDLSAQPVQTKFPAYERVVLREAGFLRPVTIFGPIADVAREKLAREEPDIYQIAKSELRDAGTDHRSSGIIRLHTIKQIIDQDKHALLDVTPNAVDRLNYAQWYPIVVFLNPDSKQGVKTMRMRLCPESRKSARKLYERSHKLRKNNHHLFTTTINLNSMNDGWYGALKEAIQQQQNQLVWVSEGKADGATSDDLDLHDDRLSYLSAPGSEYSMYSTDSRHTSDYEDTDTEGGAYTDQELDETLNDEVGTPPESAITRSSEPVREDSSGMHHENQTYPPYSPQAQPQAIHRIDSPGLKPASQQKAEASSPVPYLSPETTPASSASAVNHNVSVTNVSLEEPAPAPPTSHASQPGCLGAPSAEAAHVGLRGEGPPLPPHADPAKVYRKEPYSEEMMRQNHILKQPALGHPGQRPDKEPNLAYEPQLPYIEKQASRDLEQPSYRYEVSSYTDQFSRNYDHRLRFEDRIPTYEDQWSYYDDKQPYQPRPFENQHPRDLDSRQHPEEASERGYFQRFEEPAPLSYDSRTRYEQLPRTSTLRHEEQPAPAYEVHNRYRPEAQPYSSTGPKSSEPKQYFDQYPRSYEQVPPPGFTSKTGHYEPLHGAAVVPPLIPSSQQKPEVLRSATKPQPPPPTLTEEEEDPAMKPQSVLTRVKMFENKRSASLENKKDVNDTASFKPPEVASKPPGASLAGPKPVPQSQFSEHDKTLYRLPEPQKPQVKPPEDIVRSNHYDPEEDEEYYRKQLSYFDRRSFESKPSAHLPAGHHSEPAKPVHSQSQPNFPSYSSKGKPETDAVDRSFSEKRYDPAQATPPPPPLPSQYSQPAPPLSSSSLHIHSKGAQGEGNSVSLDFQNSYMSKPDPPPSQSKPATFRPPTREDPPQTFYPQKSFPDKAPVNGAEQTQKTITPVYNRFTPKPYTSSARPFERKFESPKFNHNLLPSETVHKPELSSKTPTSPKTLMKAHSSTQPPEFGSGVETFSVHTDKPKYQMNNISTMPKAVPVSPSAVEEDEDEDGHTVVATARGIFNSNGGVLSSIETGVSIIIPQGAIPEGIEQEIYFKVCRDNSILPPLDKEKGETLLSPLVMCGPHGLKFLKPVELRLPHCDPKTWQNKCLPGDPNYLVGANCVSVLIDHF 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct cttctctgaccctacacagctacc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct atcgtgtgggaaagacaagc 25 DNA PAT source 1..25 mol_type other DNA organism synthetic construct ccatttgtcctcatctcttactaac 27 DNA PAT source 1..27 mol_type other DNA organism synthetic construct gattgggcactgtcaattaatgggctt 23 DNA PAT source 1..23 mol_type other DNA organism synthetic construct ggcccagagcaagagaggtatcc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct acgcacgatttccctctcagc 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct agcacagcaatggaggaaacagct 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct ctgggtgacttacagggatctgaa 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct agcgtgatcagcggttttg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct cctggttctggcgctctatg 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct gtcatttgctccaaactggcg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct agcccatcgttgttctggat 23 DNA PAT source 1..23 mol_type other DNA organism synthetic construct gactggaagagcggagagtactg 23 DNA PAT source 1..23 mol_type other DNA organism synthetic construct caggtctgacctgtctccatgtt 18 DNA PAT source 1..18 mol_type other DNA organism synthetic construct gcagtggctgaaccaagg 18 DNA PAT source 1..18 mol_type other DNA organism synthetic construct agcagtgagcgctgaatc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ggcatctggcatcctcttgt 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct tagcccttatgaccaggtccg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gcggtcctcaccatgagtcc 23 DNA PAT source 1..23 mol_type other DNA organism synthetic construct tagcggtacaagtatgcctctgc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct ccttcgtgactactgccgagc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ttcgtggatgcccgctgact 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gcagaagaagccacgctatg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct caggtggagtcgtaaggcaa 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct gagtcggcatgaatcgctg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct tcaaaggagcggatggagtg 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct acattaagaagggcaaaaagtgca 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct aacttagccctgtatgtcttcaca 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct cacgtcgtagcaaaccacc 18 DNA PAT source 1..18 mol_type other DNA organism synthetic construct ggtgaggagcacgtagtc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct cctctggtcttctggagtacc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct actccttctgtgactccagc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct tgccaccttttgacagtgatg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct atgtgctgctgcgagatttg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct aacatgcaacctgccacaac 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ttcacaggattcgtccaggc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct acactttcactccaatcgtcc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct tgccctttccgttgttgtcc 23 DNA PAT source 1..23 mol_type other DNA organism synthetic construct gcagccagattggctcttatttt 17 DNA PAT source 1..17 mol_type other DNA organism synthetic construct gccctcgaggcaaggga 22 DNA PAT source 1..22 mol_type other DNA organism synthetic construct ggtggtgagagcttgaaaatga 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct gtggttcttggaggtgccttt 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ctatggaagccctgcgtgac 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gagcacagcctcagaacctc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ttgcaaatgctgcctcaacc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct taacagttcgcacacatggct 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gagacaggagggcaagtacc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct taaggcatccgtgtagagcg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gcattaccaagaacgccgtg 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct ctggatttcagttaacaaacctgt 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct ccaggccagtagagtggtagc 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct ggcaggcacgtacaaactc 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct tacgtcctcaaggcaggcatgatc 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct gtagccagtaagtgtggtgtcatg 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct acgcaagatccaacagagtgt 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gggccaacaatcttccccat 22 DNA PAT source 1..22 mol_type other DNA organism synthetic construct tgagttcaggacaccaagactg 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct accgcctaccctatgcctt 22 DNA PAT source 1..22 mol_type other DNA organism synthetic construct catctgtagggttgttgagtga 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct caaagaagccaactcgagcg 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct acggcgactttgaactaggc 22 DNA PAT source 1..22 mol_type other DNA organism synthetic construct ccagtcagagtatcggaacagt 24 DNA PAT source 1..24 mol_type other DNA organism synthetic construct gcaactctactttttggaatctct 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ccaagagccaaagaaagccc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct tgaggatgcggtcctactga 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ggccgtggggtcagaaataa 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gaccatgaagccttgcaaaa 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ttgggcatagtccggttctg 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct acctgggtgctcctagcaa 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct aaatggcagaggtttgggc 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct cagacccggagttacccaaag 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct aaaccgactttggagccgag 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct ggcctgaccttggctcatag 22 DNA PAT source 1..22 mol_type other DNA organism synthetic construct acatctgtgtgtcctagactgt 19 DNA PAT source 1..19 mol_type other DNA organism synthetic construct tgtgtgtgttcggtccctc 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct gcttcaggtgctatgaccac 25 DNA PAT source 1..25 mol_type other DNA organism synthetic construct cctcaaaggaaatgttctattcgga 20 DNA PAT source 1..20 mol_type other DNA organism synthetic construct tccagctcatctggccctaa 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct atttagtaagttcaatccacg 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct aacttgctcataacttcgcgg 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct aaatttgcgttcaaatggccg 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct tgaaactccgttaaccattgc 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct attgaaactccgttaaccatt 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct actatcttgtgaaatttcctt 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct aaatcaaggtcatcacttgta 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct ttcatctagttcttgatcagt 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct taagagtttcatctagttctt 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct ttctctttatctaaaggtggg 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct atctaaacagaaatcgtgctg 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct tatctaaacagaaatcgtgct 21 RNA PAT source 1..21 mol_type other RNA organism synthetic construct aatgtagtggtgtattatcta 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct gcaatggttaacggagtttca 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct aatggttaacggagtttcaat 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct aaggaaatttcacaagatagt 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct tacaagtgatgaccttgattt 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct actgatcaagaactagatgaa 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct aagaactagatgaaactctta 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct cccacctttagataaagagaa 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct cagcacgatttctgtttagat 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct agcacgatttctgtttagata 21 DNA PAT source 1..21 mol_type other DNA organism synthetic construct tagataatacaccactacatt 7054 DNA PAT source 1..7054 mol_type genomic DNA organism Mus musculus gtggccgcctgagttgcccgcgacggctctgcccgccgacggcacgtctctcggcggccgcgcgttccggggaagttacgtgcgggagcaggctttggaggagacgcccgagggtgtaggggacagccggaggcccgggtactgcggagcggcgagccggcggagggcggcggaggccgagcaggcggccgggtgtgccccgcggagaagcccgggcggggcggacgcttcccggacttttgtcccacttgaatcccctccccgtgggccgggcctttccggcctcccccgcccctgccccgctcgtccccgggagatgtttatgcggacggtggcgtgaggagcgggcgggccggcggcgcggagtttcgggtccgaggagcttcgcgcggcgcggagagagacaagatgtccgccagggccgcggccgctaagagcacagcaatggaggaaacagctatatgggaacagcacacagtgacgcttcacagggctcctgggtttggatttggaattgcaatctctggtggaagagataatcctcattttcagagtggggaaacctccatagtgatttctgatgtgttaaaaggagggccagctgaaggacagctacaggaaaatgaccgagttgcaatggttaacggagtttcaatggataacgttgaacatgcttttgctgttcagcagctaaggaagagtgggaaaaacgcaaaaattactatccgaaggaagaagaaagttcagatccctgtaagtcacccagatcctgagccggtgtctgataatgaagacgatagttatgacgaagaagtgcatgacccaagagctggccgcggtgctttagcgaacagaaggagcgagaagagctgggcaagggataggagtgcaagcagggagaggagcctgtcccctcgctcggacaggcggtccgtggcctccagtcagcccgcaaagcccaccaaggtcacactggtgaagtctcggaaaaatgaagaatatggtcttcgattggccagccatatatttgtaaaggaaatttcacaagatagtttggcagcaagagatggtaacattcaagaaggggatgttgtcttgaagataaatggtactgtgacagaaaatatgtcattgacagatgcaaaaacactgatagaaaggtctaaaggcaagttaaaaatggtagtgcaaagagatgagcgggctaccttactgaacgtccctgacctttcggatagtatccattctgctaatgcctcggaaagagatgacatttcagaaattcagtcactagcatcagaccattcaggtcgctcgcatgacaggccaccccgccgcagccagtcacgatctcctgaccaacgttcagagccctccgatcattccacgcagtctccacagcagcccagcaatggcagtctccggagcagagaggaagagcgaatgtctaaacctggggccatctcaactcctgtaaaacatgtagacgatcatccacccaaagcagtggaagaagttacagttgagaaaaatgagaagcagacgcccactcttccagaaccgaaacctgtgtatgctcaagttggacaaccagatgtggatttacccgtcagcccttctgatggtgctctgcctaattcagctcatgaagacgggatacttaggcccagcatgaaactggtaaaattcagaaaaggagatagtgtgggtttgcgactagctggtggaaatgatgtcggaatatttgtagctggcgttctagaagatagccctgcagccaaagaaggcttagaggaaggtgatcaaattctcagggtgaacaatgtagatttcacaaatatcataagggaagaggccgtccttttcctccttgacctccctaaaggtgaagaagtgaccatactggctcagaagaagaaggacgtttatcgccgcattgtagaatcagatgtaggagattcattctatattagaacgcattttgaatatgaaaaagaatctccttacggacttagttttaacaaaggagaggtgttccgggtcgtggatactttatacaatggaaagctgggctcttggcttgccattcgaattggcaaaaatcataaggaggtagaacgaggcatcatccctaataagaacagagctgaacagttagccagtgtacagtacacacttccaaagacagcgggtggtgatcgggcagacttctggaggtttcgaggtcttcgcagctccaagagaaatcttcgaaaaagcagagaggacttgtcagctcagccagttcaaactaagttcccagcttatgaaagggttgttcttcgagaagctggattcctaagacctgtaaccatctttggaccaatagctgatgttgccagagaaaagttggcaagagaggagccagatatctatcagattgcaaaaagtgaaccacgagatgctgggactgaccatcgtagctctggcatcattcgccttcatacaataaagcaaatcatagatcaggataaacatgctttattagatgtaacgccaaatgcggttgatcgtcttaattatgcgcagtggtatccaattgttgtgttccttaaccctgactctaagcaaggtgtaaaaacaatgaggatgaggttgtgtccggagtctcggaaaagcgccaggaagctatatgaacgctctcataagcttcgtaagaacaatcaccatctcttcacaactacaattaacttaaactcaatgaatgatggttggtacggtgccctgaaagaagcgattcagcagcaacagaaccagctggtgtgggtctctgaggggaaggcggatggtgctacaagtgatgaccttgatttgcatgacgatcgtctgtcctacctgtcagccccaggtagtgagtactcaatgtatagcacggacagtagacacacttctgactatgaagacacagatacagaaggcggggcctacactgatcaagaactagatgaaactcttaatgatgaggtggggactcccccggagtctgccattacacggtcctctgagcctgtaagagaggattcctctggaatgcatcatgaaaaccagacataccctccttactcaccacaagcgcagccacaagctattcatagaatagactcccctggacttaagccagcctctcaacagaaagcagaagcctcatctccagtcccttacctttcgcctgaaacaaccccagcatcatcagcctctgcagttaatcataatgtcagtgtaactaatgtcagcctggaggagcctgccccagcccctcccacctcgcacgcatcacagcctggttgtttaggagcaccaagtgctgaggcagctcacgtagtgctcagaggtgaaggaccaccattgccgccgcatgcagacccagcaaaggtgtacaggaaggagccgtattctgaagaaatgatgagacaaaaccatattttaaaacaaccagctcttggtcacccagggcagaggccagataaagagccaaatctagcctatgaaccccaacttccatatatagaaaaacaagccagcagagaccttgagcagccgtcatacaggtatgaggtctcaagctacacagaccagttttctcggaactatgaccatcgcctacggtttgaagatcgaatccctacctatgaagaccagtggtcatattatgatgacaaacagccctaccaacctcggccttttgagaatcagcatccccgagacctggactccagacaacatcccgaagaggcttcagaacgaggttatttccagcgttttgaagagccagcccctctgtcgtacgacagtagaacacgctatgagcagctgcctcgaacctctactctacgacatgaagagcagccagcccctgcatatgaggtgcacaacaggtacaggccagaggcacagccctattcttcaacaggccctaagtcatctgagcccaagcagtactttgaccagtacccgcgaagttatgagcaagttccaccaccaggctttacctccaaaacaggccattacgagcctctccatggtgctgcagttgtccctcctctgataccttcctctcaacaaaagccagaagtcctgccctcggctaccaaaccacagcctccacccccaaccctaactgaggaggaggaggatccagcaatgaaaccacagtctgtgctcaccagagtcaaaatgtttgaaaacaaaagatctgcgtctttggagaacaagaaagatgtgaatgacactgccagctttaagcctccggaagtagcatctaaacctccaggtgcttctcttgctggccctaaacctgtccctcagagtcagtttagtgagcacgacaaaacgctctacaggctcccagagcctcagaaacctcaagtgaagccacccgaagatattgttcgatcaaatcattacgaccctgaagaggatgaagaatattaccggaaacagctctcctactttgaccgaagaagttttgagagcaagccttctgcacatcttcctgctggccatcactcagagcctgctaagccagtccattctcagagccagcccaacttctctagttactcttcaaagggaaaacccgaaactgatgctgtggatagatcattcagtgagaaacgttatgatccagcccaggccacgcctcctcctcctccgttgccctcacagtacagccagccagctccacctctgtccagctcttctctccacatacattccaagggcgcccagggtgaaggcaactcagtatcattggattttcagaactcatatatgtccaaaccagacccacccccatctcagagtaaaccagcaactttcagaccaccaactcgagaagacccccctcagactttctatccgcagaaaagtttcccagacaaagctccagttaacggagctgagcagactcagaaaaccatcactccggtgtacaatcgattcacaccaaagccgtacacaagttctgcccggccatttgaacgcaaatttgaaagtccgaagttcaaccataatcttctgccaagtgaaactgtacataaacctgaattgtcttcaaaaactcccacttccccaaaaactcttatgaaagctcatagttcaacacagcctccagagtttgacagtggagttgaaactttctctgttcacacagataagcctaaatatcaaatgaataatatcagcaccatgcctaaagctgtccctgtgagtccttcagctgtggaagaagatgaagatgaggatggtcatactgtagtggctacagctcgtggcatttttaacagcaatggtggtgtgttgagttccatagaaaccggtgttagtataattatcccacaaggagccattcctgaaggaattgagcaagaaatctatttcaaagtctgcagagacaatagcattctcccacctttagataaagagaaaggtgaaactctgctgagccccctagtgatgtgtgggccccatggcctcaagttcctgaagcccgtggagctacgcttgccacactgtgaccctaaaacctggcaaaacaagtgtcttcctggagatccgaattaccttgttggagccaactgtgtttctgtcctgattgaccacttttaattcttagtgtataggaactggactaagcaatgtgaacgtggattgaacttactaaatctaaatggaaccactctaatgagtattatattttcttagaatttatactgcaattggtagtattaagcatttgttggaactgatgaaggttagcgagcatgcccctgagccacggtcagaaaacatgctacaagctatgtgttattgagtgaagaactgtcaggcattggctagaggttcaaagatatttttgctttgtaatgatttttgtacttttttatggtcactgcttaacttcacatactgatttccgttaaaaataccagccagtaaatgggggtgcatttgagttctgttctttccaaagtacactcaaagtttattatggccttggcctagcatacacattttattttattatgcatgaggtaatgtgcacacattttttacaaatgcacctggaatatataaccagtatagtggatttaacagaaatgtacagcagggggatttataacttggggagggagggtcaaatgaagacaattacttattgtatatgaaaacacatttcttttagggaaggacaccaaagcatgtgagcccggttcatggcctctgaatctataaattaacatatcaccacagacatgtaaccagcaggaatgccttaccctagtgggtttaattcttccatcatttcgctgtgtattactaagtttttatgagttctgtgcatatctagatactgtaccatggaaaagactgagtagattgtggacttgatggtttcagaaatgtgcaaattacctggaagaaaataatggtgtgacttaaaatatttttttgacagggggagtggcagtcttctgttctttgggctgtgcatctgagatgtttgatgctttcaggacgcatgtacataatgcgtgcataccacttttgttcttggtttgtaaattaacttttataaactttacctttttatacataaacagaaccaagtttctaaggctacctttgtattctctcctgtacctcttgagccttgaactttgacctctgcagcaataaagcagcatttctacacatacaaggtcatttttctaagaaaaagaatgcacagagttgttacatttttaagtgctgcatttaaaagatacagttactctagtttgattaaattcttgcaaagtatcccttctgtaaaatttgtgatacaatactgtgccctaaagtgtatttttttactaatagacagtttattatggcacatcagcacgatttctgtttagataatacaccactacattctgttaataatcagtaggtgtgaaaggatttcttttgtggttattaaaaaaaaatctcaaatttctaaatctgcaagaataaaactttttaaaataca 7915 DNA PAT source 1..7915 mol_type genomic DNA organism Homo sapiens gtggccgctgagttgccggcgccggctgagccagcggacgccgcgttccttggcggccgccggttcccgggaagttacgtggcgaagccggcttccgaggagacgccgggaggccacgggtgctgctgacgggcgggcgaccgggcgaggccgacgtggccgggctgcgaaagctgcgggaggccgagtgggtggccgcgctcggagggaggtgccggtcgggcgcgccccgtggagaagacccgggcggggcgggcgcttcccggacttttgtccgagttgaattccctccccctgggccgggcccttccggccgcccccgcccgtgccccgctcgctctcgggagatgtttatttgggctgtggcgtgaggagcgggcgggccagcgccgcggagtttcgggtccgaggagcctcgcgcggcgctggagagagacaagatgtccgccagagctgcggccgccaagagcacagcaatggaggaaacagctatatgggaacaacatacagtgacgcttcacagggctcctggatttggatttggaattgcaatatctggtggacgagataatcctcattttcagagtggggaaacgtcaatagtgatttcagatgtgctgaaaggaggaccagctgaaggacagctacaggaaaatgaccgagttgcaatggttaacggagtttcaatggataatgttgaacatgcttttgctgttcagcaactaaggaaaagtgggaaaaatgcaaaaattacaattagaaggaagaagaaagttcaaataccagtaagtcgtcctgatcctgaaccagtatctgataatgaagaagatagttatgatgaggaaatacatgatccaagaagtggccggagtggtgtggttaacagaaggagtgagaagatttggccgagggatagaagtgcaagtagagagaggagcttgtccccgcggtcagacaggcggtcagtggcttccagccagcctgctaaacctactaaagtcacactggtgaaatcccggaaaaatgaagaatatggtcttcgattggcaagccatatatttgttaaggaaatttcacaagatagtttggcagcaagagatggcaatattcaagaaggtgatgttgtattgaagataaatggtactgtgacagaaaatatgtcattgacagatgcaaagacattgatagaaaggtctaaaggcaaattaaaaatggtagttcaaagagatgaacgggctacgctattgaatgtccctgatctttctgacagcatccactctgctaatgcctctgagagagacgacatttcagaaattcagtcactggcatcagatcattctggtcgatcacacgataggcctccccgccgcagccggtcacgatctcctgaccagcggtcagagccttctgatcattccaggcactcgccgcagcagccaagcaatggcagtctccggagtagagatgaagagagaatttctaaacctggggctgtctcaactcctgtaaagcatgctgatgatcacacacctaaaacagtggaagaagttacagttgaaagaaatgagaaacaaacaccttctcttccagaaccaaagcctgtgtatgcccaagttgggcaaccagatgtggatttacctgtcagtccatctgatggtgtcctacctaattcaactcatgaagatgggattcttcggcccagcatgaaattggtaaaattcagaaaaggagatagtgtgggtttgcggctggctggtggaaatgatgttggaatatttgtagctggcgttctagaagatagccctgcagccaaggaaggcttagaggaaggtgatcaaattctcagggtaaacaacgtagattttacaaatatcataagagaagaagccgtccttttcctgcttgacctccctaaaggagaagaagtgaccatattggctcagaagaagaaggatgtttatcgtcgcattgtagaatcagatgtaggagattctttctatattagaacccattttgaatatgaaaaggaatctccctatggacttagttttaacaaaggagaggtgttccgtgttgtggataccttgtacaatggaaaactgggctcttggcttgctattcgaattggtaaaaatcataaggaggtagaacgaggcatcatccctaataagaacagagctgagcagctagccagtgtacagtatacacttccaaaaacagcaggcggagaccgtgctgacttctggagattcagaggtcttcgcagctccaagagaaatcttcgaaaaagcagagaggatttgtccgctcagcctgttcaaacaaagtttccagcttatgaaagagtggttcttcgagaagctggatttctgaggcctgtaaccatttttggaccaatagctgatgttgccagagaaaagctggcaagagaagaaccagatatttatcaaattgcaaagagtgaaccacgagacgctggaactgaccaacgtagctctggcattattcgcctgcatacaataaagcaaatcatagatcaagacaaacatgctttattagatgtaacaccaaatgcagttgatcgtcttaactatgcccagtggtatccaattgttgtatttcttaaccctgattctaagcaaggagtaaaaacaatgagaatgaggttatgtccagaatctcggaaaagtgccaggaagttatacgagcgatctcataaacttcgtaaaaataatcaccatctttttacaactacaattaacttaaattcaatgaatgatggttggtatggtgcgctgaaagaagcaattcaacaacagcaaaaccagctggtatgggtttccgagggaaaggcggatggtgctacaagtgatgaccttgatttgcatgatgatcgtctgtcctacctgtcagctccaggtagtgaatactcaatgtatagcacggacagtagacacacttctgactatgaagacacagacacagaaggcggggcctacactgatcaagaactagatgaaactcttaatgatgaggttgggactccaccggagtctgccattacacggtcctctgagcctgtaagagaggactcctctggaatgcatcatgaaaaccaaacatatcctccttactcaccacaagcgcagccacaaccaattcatagaatagactcccctggatttaagccagcctctcaacagaaagcagaagcttcatctccagtcccttacctttcgcctgaaacaaacccagcatcatcaacctctgctgttaatcataatgtaaatttaactaatgtcagactggaggagcccaccccagctccttccacctcttactcaccacaagctgattctttaagaacaccaagtactgaggcagctcacataatgctaagagatcaagaaccatcattgtcgtcgcatgtagatccaacaaaggtgtatagaaaggatccatatcccgaggaaatgatgaggcagaaccatgttttgaaacagccagccgttagtcacccagggcacaggccagacaaagagcctaatctgacctatgaaccccaactcccatacgtagagaaacaagccagcagagacctcgagcagcccacatacagatacgagtcctcaagctatacggaccagttttctcgaaactatgaacatcgtctgcgatacgaagatcgcgtccccatgtatgaagaacagtggtcatattatgatgacaaacagccctacccatctcggccaccttttgataatcagcactctcaagaccttgactccagacagcatcccgaagagtcctcagaacgagggtactttccacgttttgaagagccagcccctctgtcttacgacagcagaccacgttacgaacaggcacctagagcatccgccctgcggcacgaagagcagccagctcctgggtatgacacacatggtagactcagaccggaagcccagccccacccttcagcagggcccaagcctgcagagtccaagcagtattttgagcaatattcacgcagttacgagcaagtaccaccccaaggatttacctctagagcaggtcattttgagcctctccatggtgctgcagctgtccctccgctgataccttcatctcagcataagccagaagctctgccttcaaacaccaaaccactgcctccacccccaactcaaaccgaagaagaggaagatccagcaatgaagccacagtctgtactcaccagagttaagatgtttgaaaacaaaagatctgcatccttagagaccaagaaggatgtaaatgacactggcagttttaagcctccagaagtagcatctaaaccttcaggtgctcccatcattggtcccaaacccacttctcagaatcaattcagtgaacatgacaaaactctgtacaggatcccagaacctcaaaaacctcaactgaagccacctgaagatattgttcggtccaatcattatgaccctgaagaagatgaagaatattatcgaaaacagctgtcatactttgaccgaagaagttttgagaataagcctcctgcacacattgccgccagccatctctccgagcctgcaaagccagcgcattctcagaatcaatcaaatttttctagttattcttcaaagggaaagcctcctgaagctgatggtgtggatagatcatttggcgagaaacgctatgaacccatccaggccactccccctcctcctccattgccctcgcagtatgcccagccatctcagcctgtcaccagcgcgtctctccacatacattctaagggagcacatggtgaaggtaattcagtgtcattggattttcagaattccttagtgtccaaaccagacccacctccatctcagaataagccagcaactttcagaccaccaaaccgagaagatactgctcaggcagctttctatccccagaaaagttttccagataaagccccagttaatggaactgaacagactcagaaaacagtcactccagcatacaatcgattcacaccaaaaccatatacaagttctgcccgaccatttgaacgcaagtttgaaagtcctaaattcaatcacaatcttctgccaagtgaaactgcacataaacctgacttgtcttcaaaaactcccacttctccaaaaactcttgtgaaatcgcacagtttggcacagcctcctgagtttgacagtggagttgaaactttctctatccatgcagagaagcctaaatatcaaataaataatatcagcacagtgcctaaagctattcctgtgagtccttcagctgtggaagaggatgaagatgaagatggtcatactgtggtggccacagcccgaggcatatttaacagcaatgggggcgtgctgagttccatagaaactggtgttagtataattatccctcaaggagccattcccgaaggagttgagcaggaaatctatttcaaggtctgccgggacaacagcatccttccacctttagataaagagaaaggtgaaacactgctgagtcctttggtgatgtgtggtccccatggcctcaagttcctgaagcctgtggagctgcgcttaccacactgtgatcctaaaacctggcaaaacaagtgtcttcccggagatccaaattatctcgttggagcaaactgtgtttctgtccttattgaccacttttaactcttgaaatataggaacttaaataatgtgaaactggattaaacttaatctaaatggaaccactctatcaagtattataccttttttagagttgatactacagtttgttagtatgaggcatttgtttgaactgataaagatgagtgagcatgcccctgaaccatggtcggaaaacatgctacacactgcatgtttgtgattgacgggactgttggtattggctagaggttcaaagatattttgctttgtgatttttgtaatttttttatcgtcactgcttaacttcacatattgatttccgttaaaataccagccagtaaatgggggtgcatttgaggtctgttctttccaaagtacactgtttcaaactttactatggccctggcctagcatacgtacacattttattttattatgcatgaagtaatatgcacacattttttaaatgcacctggaatatataaccagtgttgtggatttaacagaaatgtacagcaaggagatttacaactgggggagggtgaagtgaagacaatgacttactgtacatgaaaacacatttttcttagggaaggatacaaaagcatgtgagactggttccatggcctcttcagatctctaacttcaccatattaccacagacatactaaccagcagaaatgccttaccctcatgttcttaattcttagctcattctccttgtgttactaagtttttatggcttttgtgcattatctagatactgtatcatgacaaagactgagtacgttgtgcatttggtggtttcagaaatgtgttatcacccagaagaaaatagtggtgtgatttggggatatttttttcttttcttttcttttctttttttttttttttgacaaggggcagtggtggttttctgttctttctggctatgcatttgaaaattttgatgttttaaggatgcttgtacataatgcgtgcataccacttttgttcttggtttgtaaattaacttttataaactttaccttttttatacataaacaagaccacgtttctaaaggctacctttgtattctctcctgtacctcttgagccttgaactttgacctctgcagcaataaagcagcgtttctatgacacatgcaaggtcattttttttaagaaaaaggatgcacagagttgttacatttttaagtgctgcatttaaaagatacagttactcagaattctctagtttgattaaattcttgcaaagtatccctactgtaatttgtgatacaatgctgtgccctaaagtgtatttttttactaatagacaatttattatggcacatcagcacgatttctgtttagataatacaccactacattctgttaatcattaggtgtgactgaatttcttttgccgttattaaaaatctcaaatttctaaatctccaaaataaaactttttaaaataaagtgctggcttggtctgtttgcccactgttttctagtttcatgcagctttataatcctgttttaaaatcctgcacacaaatccctatcacccagcgtcacctaccacctcgtcgtctggtgttgcatgcagaatttctccccttggccagcatgtacagatgggtgggcagtgctcatctgaagggctcagactgaagtggggcagaaggacctggagacagagtgggagaaggcagcaggccgacttccccctgtgggtaaacacacacccctgcgtggagaaacacccctgcatggggacacacgtgcgtttgtgtgtgtgcgtgtaaccatttgtatatggttttattccccagataaatagcacgggcattgtttaatgtcacccacatttgggggaagaaaatgggtttagtgagcataaatattccattgtggacatcctacttacttaactgccacccctgttgacatttggattattgctatagtgtttcagtaaacacctttgtggactgaatccatctatgtggattttatttttttcatctttgttaaggtataatttacatagagtaagttactgtttttaaaatgtatagttcaaattttgacaaacacatactgtttatttaccacggttaatacatacaacagtttctttatcttctctaatcatttgtacccctttatactcaacccttcttccagcccctggcaggatgatctcttctgtttctatagttgcctttttgacagtgtcatataaatggaatcatacaata