- Transcript 'KH2012:KH.L37.5.v3.A...' >
- Transcript 'Cisavi.CG.ENS81.R283...' >
- Transcript 'KH2012:KH.C12.278.v1...'
Transcript Model
Transcript Id
KH2012:KH.C12.278.v1.A.SL2-1
Possible name(s)
CHD7; CHD8; CHD9
Gene model
Location
KhC12 [3,910,414 / 3,941,320]
Amino acid sequence
Length: 3,918
>KH.C12.278.v1.A.SL2-1
YHPNWEMFRGNLPSQYNGSGMPTGQDYNPSYAGRGMPLPGQPGQPRMQVAGQPTSAVPGA
QMSDMHRFQNAGYPGGSQGYPGGQPGAYGNDPYGYPQSKMIGIGAGNSAYQPLPSSMSTG
VPSSHIYPSSGANQPRGYLPGGTGDLSTSDSISAQQYRFQQATAASHNWPGGKPSGEMLQ
VYGSSDTIGTMYNGSQFMSGPGMSGGQSGEQSTGLQAHNRLSLTGQPSSNYPGAETAPPG
GGMPSYQQQRSAGAQYQMRPGMNTAPPTTPGPTSMYMPQYPGQTPQRVPGVKNTLVALPG
STTILAYSCPCSSNRQCNNNSKCSSKVNPPCRVVHLVYNIDQKWGPVAHIPTQTSRLRHL
NTSLIQMMGAPTHPLQQAMSPRQGSPLSPMRNTSRQGTNLPPVSPQMPSSRTTPHQYPAP
QASPHIHPQGPMSPIGGRLPSYSPKQTMNQQYANAGPVTPNFRPNVTPSKTPTPHADQGM
RGFKSPTHMMSPPPPSNQGPTPVSHPQMPRMHASYNGDVSMQQQQQQHGYYGPTGRYPHG
TWQGPRHPGPRMPTSQSQQSPMRMPRQMMPGQPQQQRYSQPHQVYNTAGPQPPPTSVNAT
SQSQYGFQQVLVSPPPNQAHIERTNSVTNGTLPVPSTIAPPSQPGPAQNSEFDNDFNLES
ILGDPLDTSGSFMQQLQEVAPSEPPANTEAKPLDIPEPTPATATQQVIPEPKLPVVENPP
IEPATLDSAPQPPNQAETAISEPDQQADSEAAVSDNPPTDNASVATSETNEPVEKEAPLS
ENQSENTVAVEPPPQTAEQEAAPGITAIGSTAPLNATEPIPNNQHNMEQAATSLSPVKQQ
TTPSFSGPEPVPISSPTAEPKTSNLHQNAIFPPQTVTFPPAPTSAAPPFPQSPQVQGAYR
PGMAPTTSTGHPVRPMQVHPSDPSYSSHSNQFRPVHSHSVQGMPPRLPHSGAPPGVPTSM
HPHENPMVRGPHYPGLHPQHQYPPHHPHQPPHGPHPYGYGPQPQTGPYPQGPHVRPPYSQ
SGAPMGPRGYMGPGQRHPYPGQPGMHPNQQQHLQQRLQAFRHEAQQLQAQLQRVQQEESE
STEQQPPDQPPRSDQIRGRLMEVDRNIRQIMSQLHNAQHHVQPGMPDGGPPMTQLQAPPG
FSPHDAGSPGKMGEDPMTPGGKKKRPRKPKVPKGSKGEGEGKKVKAPPKKKKKKDTDDGS
DGGPGEKKKKKKSKKSDKERSAVVSEDETSGDSMTNDVRDETFIPDPDESSQSHLIEIEN
SKKIKSSANRKRKPPATLVKPKKKRKRGYDSGDEMNATDAVHTTTPPASPDESLIEKRRS
GRNVKRKRYTETMDLAFSGDDEDAIIPEVTEKKHQLVEMNDVPEDEEIMIVDKILCHRIR
KKRVKRKSESHEEHPGKYPTSLKNPRIRKLSMGAQEEEEEEEVEGVGETEFFLKYKNYSY
LHCEWKLKEEVDDKRFDQKLKRYIAKNTNIVGELVYPEVEDDEIFNPDFVEVDRVLDVMV
NEDKETGKVTRHFLIKWCSLAYEDSTWEEEEDIDKNKIFEFESRCKFRPPVKKMSRPHKD
MWKRLSEDNTVFQNNNRLRDYQFEGINWLLFNWYNKRNCILADEMGLGKTIQSITFLQKI
FDHGIRGPFLVVAPLSTIANWQREFESWTTINAVVYHGSQTSRDMLHTYEWFCRDENVRL
HSFHAVITTYEMIVLDTPHLRDVDWRCLIIDEAHRLKNLSCKLVESLRFMQLEHKVLLTG
TPLQNNVEELFALLSFLQPETFNCQQAFSLEFGNLKNNTQVEKLQELLKPMMLRRLKEDV
EKSLAPKQETIIEVELTSIQKKYYRAILERNFEFLAKGTTGGNVPNLMNTMMELRKCCNH
PYLIKGAEDKIMQEHRVMSNEQNPLQAMIQSSGKLVLIDKLLPRLKQGGHKVLIFSQMVR
VLDILEDYLVQRSYFYERIDGCIRGNERQMAIDRFSRKGSDRFVFLLCTRAGGLGINLTA
ADTVIIFDSDWNPQNDLQAQARCHRIGQQKPVKIYRLITRNSYEREMFDKASLKLGLDKA
VLQSISGRQDQITSQTTAPQLSKTEVEDLLKRGAYGAIMDDDDAASKFCEEDIDQILDRR
AHTVTLESGEKGSTFSKASFVSNVDQSDISLDDPNFWEKWAKKADLDLQQLKDNKLILEI
PRHRKQTRRFGGNSDDAEIFAEIGSESEDSEYESGDERSEGRSKKSKFRSRAGGAGGGQR
KGWGRRDCFRIEKCLLTYGWGRWSAIQTRGRFSGMISHEELEELSRIVLMYCLKYYNGDE
KIKFFMWDLITPSEVALTTGIDLRNHEGLSAPVPRGRKGKRAKEESNSGRHKDEQMKREW
ASELDLEMLLPDEGFRKHLQHQCNKVLLRVRMLYYLRTEIIGNLITAIDEGVKPEALDLE
IIDRIQDPPTVWWDHECDKSLLIGIYKHGYEKYSLIRADSSLCFLERVGPPDERALAAEA
NFEPEDTDGDPEYKPARLTFPEIDFDVMVDEIKRKTALEAAASSGGMEWPTVSELNTRLR
RIVTLYQKQHKHMQQRLMNIERRCGRPRYQDNRDSRRPVLQTRWTRREEADFYRTVSTFG
IEREPRSGEFLWRRFRNIARLDRKTDESLRSYYIAFRNMCEQVCRWKEEPGTSDGTNIGL
NEEIPNIDVDPITEERASRTLYRIRLLDKIRTEVLPHPKLKERLALCQRSPELPIWWRSG
VHDHELLVAMDRHGVTRTEIHTLNDASLSFLNSMREYESNPTAFKQQILAEEKAELENLM
KIMKKEEEEKAAILKAEEEVKASEQPPDAPESKDVKVEEKKVKQEKDEEMEVDPGVAKDG
EEGNKEEKVVKDVEKDGEDKKVEKVGEDVAPPPVENDDKINEDPEKSSEDMDVSKPTEEV
AEDPPVEVAPKKDEVREDKKEEDAIKEKDDPQSAPESSLKEDVPEDQHPVKDVAVAPEDQ
KDEEESSVAPKEDAEQLDVGKEEAMSPSDKEVADISSKDQKPEETEEKKDDEVFVQRHQF
KLRRFPHVFYDSGKYSSGSSKSTSSSKEEELGNSSASLLANLREMAKSESKESSSRGRPR
SNSGYRHLSSSPSQSRSKESSSSKQSDAMKMFLPTPEQLMSGANNPIQQVMQDAMKAGVD
PMTAAAAFLPLFPMLDPFQMMNKPEHSALPMLPPNEMEKLLKSMGLPPELALMQGFLPGA
MLPPVSSGKSKDQDPPEPKPSSSSDAGKSREKESSEKSIANMLGEKRTTPQRRGGSKLDA
MFGGGKMEEDSPGKSSGKKARKSKFVSPAMLPRDTRIPVHNNTEGVRLSGEEAPLNEDLA
DWLKDNSGFVVDYQALRQQLDESSGKKTDSSETLLEMSGQESDPMISPKPPTSPKSRENP
SKSHEMLAEADKLLKDAEKLALSATRNQIESNADEMRFTKTPEKHRSSSDFALPTTTAPV
SSGRSSASSSMKQQLSDLALLQQMNSGALGVDPTNPLFSLPPEVLNNLANLPPDIAALLA
GGLLPPGVTPEMLMGVKPQGSPRVTEEKHSSDQASPSRSSTPSRASPSQRHSRPRSRPNN
PDKGPPSDPSQLTGEERVTVVNLTSGKKLSGRHAPELQTLADYLRVYPDVVVSPDWSNII
RKSKFLPKELHTRLLPSQSPTSKSSSSSSHSVSSASSNATASAAALAGLPPGAANMFPGL
MQAQGMMMPDPMQLMAALQGQGQMNDLKALTAAGFPMLPFFGGMPNPLLGGGFPGQDPAT
VAAMAALSQGHNPTPSSSSSSSSKKETRVSSHERDGSRGRKSKKHNERGSSGNRSSSSST
KQSSSSSYNDPMAEALAALQRGGGGFPGIANPFLAGAGGNPMLFPHMMMGSQNQGLNNLL
GLPMDIMNPELFAAQMAAFGAMPGLDGNAKPPTSSTTSGSSGQSKSEGKEQRKGSTSTSG
SSSSKHKDNQGGGRMMSP
Nucleotide sequence
Length: 12,401
>KH2012:KH.C12.278.v1.A.SL2-1
GCAATTTGTGTTGATATCACCCAAACTGGGAAATGTTCCGTGGAAATTTGCCAAGTCAGT
ATAACGGCAGTGGAATGCCAACCGGACAGGACTACAACCCCAGCTACGCCGGTCGTGGCA
TGCCTCTACCTGGACAACCGGGGCAACCAAGAATGCAGGTTGCGGGGCAGCCTACCAGCG
CTGTTCCAGGTGCACAGATGTCAGACATGCACAGGTTTCAAAATGCAGGGTACCCTGGGG
GATCTCAAGGCTACCCTGGAGGCCAACCTGGGGCTTATGGGAATGATCCTTATGGATACC
CACAGAGTAAAATGATTGGAATCGGGGCCGGGAACTCTGCGTATCAACCTCTACCATCCA
GCATGAGCACTGGAGTGCCATCGAGTCATATTTACCCATCATCAGGTGCCAATCAACCAC
GTGGTTACTTACCCGGTGGCACTGGAGACTTATCTACATCAGACAGCATATCCGCACAGC
AGTATCGTTTTCAGCAAGCAACGGCAGCCAGCCACAACTGGCCAGGCGGGAAACCCTCTG
GTGAGATGCTGCAGGTCTATGGTTCAAGCGACACAATCGGTACGATGTATAACGGCTCAC
AGTTCATGTCAGGTCCTGGGATGAGTGGTGGACAATCAGGGGAACAGTCGACTGGTTTAC
AAGCCCACAATCGATTATCGTTGACAGGGCAGCCCTCCTCCAATTATCCTGGTGCCGAAA
CAGCTCCTCCTGGTGGTGGAATGCCCTCATACCAGCAGCAGCGATCCGCGGGGGCTCAAT
ACCAAATGCGACCTGGCATGAACACGGCTCCCCCGACCACCCCAGGTCCCACATCCATGT
ACATGCCCCAATATCCCGGGCAAACCCCACAGCGAGTTCCAGGCGTCAAAAACACCCTGG
TGGCACTGCCGGGCAGTACGACGATTCTGGCGTACAGTTGTCCATGCAGCAGCAACAGGC
AATGCAACAACAACAGCAAATGCAGCAGCAAGGTCAACCCACCATGCAGGGTGGTGCACC
TGGTGTACAATATCGACCAAAAATGGGGCCCAGTAGCGCACATACCCACCCAAACCAGTC
GTCTCAGGCACTTAAACACTTCATTGATACAGATGATGGGTGCTCCAACCCACCCTCTTC
AGCAAGCAATGTCACCACGCCAAGGCAGTCCCCTGTCACCCATGCGTAACACAAGCCGAC
AAGGAACCAATTTACCCCCAGTTTCCCCTCAAATGCCATCATCAAGGACTACCCCACATC
AATACCCCGCCCCACAAGCATCACCCCACATTCACCCACAAGGTCCTATGTCTCCCATTG
GAGGTAGGTTACCCAGCTACTCCCCTAAACAGACAATGAACCAGCAGTATGCTAATGCCG
GACCAGTTACCCCAAACTTTAGGCCGAATGTTACCCCATCAAAAACCCCAACCCCCCATG
CAGATCAAGGCATGAGAGGGTTTAAAAGTCCAACTCACATGATGTCACCCCCACCCCCAT
CAAATCAAGGTCCCACACCTGTTTCTCACCCACAAATGCCACGCATGCATGCTTCTTACA
ATGGCGATGTATCAATGCAACAGCAGCAGCAACAGCATGGGTACTACGGACCAACTGGGC
GTTACCCACATGGTACCTGGCAGGGACCACGTCACCCAGGTCCCAGAATGCCCACTTCTC
AGTCCCAACAAAGCCCCATGCGCATGCCGAGACAGATGATGCCGGGACAACCCCAACAGC
AACGTTATTCTCAACCACACCAAGTCTACAACACAGCAGGCCCACAACCCCCACCTACAA
GTGTGAATGCAACATCCCAAAGTCAGTATGGCTTCCAACAAGTCTTAGTTTCTCCACCGC
CAAACCAGGCACACATAGAAAGAACCAACTCCGTCACAAATGGGACTCTACCTGTTCCCT
CAACAATAGCACCTCCTTCGCAACCTGGGCCTGCTCAAAACTCTGAATTTGATAATGACT
TTAATTTAGAAAGTATACTAGGTGATCCATTAGACACAAGTGGTAGTTTCATGCAGCAAC
TGCAAGAAGTAGCTCCTTCAGAACCACCAGCTAACACTGAAGCCAAACCATTGGACATAC
CAGAGCCCACCCCTGCCACAGCAACCCAGCAAGTTATACCAGAACCCAAACTTCCTGTGG
TAGAGAATCCACCAATTGAGCCGGCAACATTAGATTCAGCACCTCAGCCACCAAATCAAG
CAGAAACTGCAATTTCTGAGCCAGATCAGCAAGCTGACAGTGAGGCCGCTGTATCTGATA
ATCCACCAACTGATAACGCCAGTGTTGCCACATCAGAAACAAATGAACCTGTAGAAAAAG
AAGCTCCCCTCTCTGAAAACCAAAGTGAAAACACTGTAGCAGTGGAGCCTCCACCTCAAA
CTGCAGAACAAGAAGCTGCTCCTGGCATCACTGCAATTGGCAGCACTGCACCATTGAATG
CAACCGAACCCATACCAAACAACCAGCATAACATGGAACAGGCTGCAACATCACTATCAC
CGGTAAAGCAACAAACAACTCCTTCCTTCTCAGGACCAGAACCCGTGCCAATATCAAGCC
CTACAGCGGAACCAAAGACATCCAACTTACACCAAAACGCTATTTTCCCACCACAAACTG
TAACCTTCCCCCCTGCCCCCACAAGTGCAGCACCCCCATTTCCGCAGTCACCCCAAGTCC
AAGGTGCTTACAGACCAGGAATGGCACCCACCACATCAACTGGTCACCCTGTGCGTCCCA
TGCAAGTTCACCCAAGTGATCCATCTTACTCCAGCCATTCAAACCAATTCAGGCCGGTTC
ATTCACATTCTGTACAGGGAATGCCTCCTCGTTTACCCCACTCTGGTGCCCCACCTGGTG
TTCCAACGAGCATGCACCCCCATGAGAACCCCATGGTTCGTGGCCCCCATTACCCTGGAC
TTCACCCCCAGCACCAATACCCACCTCATCACCCCCACCAGCCCCCGCATGGACCCCATC
CATACGGATACGGACCCCAACCTCAGACAGGCCCCTACCCTCAAGGTCCTCATGTTCGAC
CCCCTTACTCACAATCTGGTGCACCCATGGGTCCACGTGGGTACATGGGACCGGGTCAAC
GTCACCCTTACCCTGGCCAACCTGGAATGCATCCCAACCAACAACAGCATCTACAACAAC
GGTTACAGGCTTTTCGACACGAGGCCCAACAGCTCCAAGCTCAACTTCAGCGAGTCCAAC
AGGAGGAGTCTGAATCTACGGAGCAGCAACCTCCGGATCAACCTCCAAGATCGGATCAGA
TAAGAGGAAGATTAATGGAGGTGGATCGCAACATCCGACAGATCATGTCTCAACTACACA
ACGCACAACACCATGTACAGCCTGGTATGCCGGATGGTGGACCCCCTATGACCCAACTAC
AAGCCCCACCTGGGTTTTCACCCCATGATGCTGGAAGCCCCGGGAAAATGGGGGAAGACC
CTATGACCCCAGGTGGTAAAAAGAAACGACCTCGTAAACCAAAAGTTCCCAAAGGATCAA
AAGGAGAAGGAGAAGGAAAGAAAGTGAAAGCTCCTCCCAAGAAAAAGAAGAAGAAGGACA
CCGATGATGGGAGTGATGGTGGACCTGGTGAAAAGAAAAAGAAGAAAAAGTCCAAGAAAT
CTGACAAAGAAAGATCTGCCGTTGTTTCTGAAGATGAAACCTCCGGAGACAGCATGACAA
ACGATGTACGAGATGAAACTTTCATCCCAGATCCAGATGAATCTTCCCAATCCCATCTTA
TTGAAATTGAAAATTCAAAGAAAATCAAATCTTCAGCTAACAGGAAAAGAAAACCCCCTG
CTACCTTAGTGAAGCCAAAGAAAAAACGGAAGCGAGGTTACGACTCTGGTGACGAGATGA
ACGCCACTGACGCTGTGCATACTACAACCCCTCCTGCTTCACCAGATGAAAGTCTTATTG
AGAAGCGAAGATCTGGTCGTAACGTGAAGAGGAAGAGATACACAGAGACGATGGATCTTG
CGTTTAGTGGTGATGACGAAGATGCCATCATCCCCGAAGTAACAGAGAAGAAACATCAAC
TGGTTGAGATGAATGATGTTCCTGAAGATGAAGAGATCATGATTGTTGATAAAATCCTCT
GTCACCGCATCCGGAAGAAGCGAGTGAAGAGGAAGTCCGAATCTCATGAAGAACATCCGG
GTAAATACCCTACATCACTTAAGAATCCTCGCATCCGGAAGTTATCAATGGGAGCACAGG
AGGAGGAGGAGGAAGAGGAGGTGGAGGGAGTAGGAGAAACAGAGTTCTTCCTGAAATATA
AGAACTATTCCTACCTCCACTGTGAGTGGAAACTAAAAGAAGAAGTTGATGACAAACGAT
TCGATCAAAAACTCAAGCGTTATATTGCTAAGAACACCAACATTGTGGGTGAACTTGTTT
ATCCTGAAGTCGAGGACGATGAAATTTTCAACCCCGACTTTGTGGAAGTTGACAGAGTGT
TGGATGTGATGGTGAATGAAGATAAAGAAACTGGGAAGGTGACTCGGCACTTCCTGATCA
AGTGGTGTTCTCTTGCATATGAGGATAGCACATGGGAGGAAGAGGAGGACATTGATAAGA
ATAAGATCTTCGAATTTGAGTCCAGATGCAAGTTCCGTCCCCCAGTCAAGAAAATGAGCC
GTCCACACAAAGACATGTGGAAAAGATTGTCAGAGGACAACACTGTGTTCCAAAACAACA
ACAGACTTCGTGATTATCAGTTTGAAGGAATTAACTGGCTGTTATTTAACTGGTATAATA
AACGAAACTGCATACTTGCTGATGAGATGGGTCTCGGTAAAACTATTCAATCAATTACTT
TCCTGCAAAAAATATTTGATCATGGAATCAGGGGCCCTTTCCTTGTTGTCGCCCCCCTCA
GTACAATAGCAAACTGGCAGCGTGAGTTTGAATCCTGGACAACAATAAACGCAGTTGTTT
ACCATGGTAGCCAAACAAGCAGGGACATGCTACACACTTATGAATGGTTCTGCAGAGATG
AAAATGTACGTTTGCACAGTTTTCATGCAGTGATCACGACGTACGAGATGATAGTACTAG
ACACCCCGCATCTTCGGGATGTGGATTGGAGATGTTTGATCATTGACGAGGCTCACAGGT
TGAAGAATCTTTCGTGTAAACTCGTGGAATCTCTTCGTTTCATGCAACTGGAACATAAAG
TCTTACTCACTGGTACACCACTACAGAACAACGTGGAAGAATTATTTGCTCTGCTTTCTT
TCCTACAACCTGAGACCTTTAATTGCCAGCAAGCTTTTTCACTTGAATTTGGCAATTTGA
AGAATAATACCCAGGTGGAGAAGTTACAGGAGCTCCTGAAGCCGATGATGTTACGCAGGT
TGAAGGAAGATGTGGAGAAGTCGTTGGCTCCTAAACAAGAAACCATCATAGAGGTTGAAC
TTACCAGTATACAGAAGAAGTATTATAGAGCGATCTTGGAGAGGAATTTTGAGTTCCTTG
CGAAAGGAACAACGGGAGGAAACGTTCCTAACTTGATGAACACGATGATGGAACTGAGGA
AGTGTTGCAATCATCCTTATCTTATTAAAGGTGCGGAGGACAAGATCATGCAGGAGCATC
GGGTGATGAGCAATGAGCAGAATCCTTTACAAGCGATGATACAAAGCTCAGGAAAGCTCG
TCCTCATTGATAAGTTGCTTCCAAGGTTAAAACAAGGGGGTCATAAGGTCCTCATCTTCT
CCCAGATGGTGAGAGTCCTTGACATTTTGGAGGATTATCTTGTGCAGAGGAGTTATTTCT
ATGAGAGGATAGATGGATGTATTCGTGGTAACGAGAGACAAATGGCTATTGATCGTTTTA
GTAGAAAAGGTTCGGATCGTTTTGTCTTCCTCCTTTGTACAAGAGCAGGAGGACTTGGGA
TCAACCTCACCGCAGCTGATACCGTCATCATCTTCGATTCCGACTGGAATCCACAGAATG
ATCTTCAGGCCCAAGCTCGTTGCCACCGAATCGGGCAACAGAAACCTGTGAAGATATATC
GGTTGATCACTCGTAACTCGTATGAGAGGGAGATGTTCGATAAAGCGTCGCTCAAGTTAG
GACTCGATAAAGCTGTTCTTCAATCTATAAGTGGAAGGCAAGACCAAATCACAAGCCAGA
CAACGGCTCCCCAGCTCTCGAAGACTGAGGTGGAGGATTTGTTGAAGAGAGGAGCATACG
GAGCAATCATGGATGATGATGATGCGGCGAGCAAGTTCTGTGAAGAGGACATTGATCAAA
TCCTGGACAGAAGAGCCCACACGGTGACACTAGAGTCCGGAGAAAAAGGATCAACATTTT
CAAAGGCAAGTTTCGTTTCAAACGTCGACCAATCTGACATTTCATTGGATGATCCAAACT
TTTGGGAGAAATGGGCAAAGAAAGCTGATTTAGATCTTCAGCAACTAAAAGATAACAAAC
TGATCCTTGAGATTCCTCGGCACCGGAAGCAAACGAGGAGGTTTGGAGGAAACTCTGATG
ATGCTGAGATCTTCGCGGAGATCGGATCGGAATCGGAGGACTCTGAGTACGAGTCCGGAG
ACGAAAGATCAGAGGGAAGATCCAAGAAATCCAAGTTCCGATCCAGAGCTGGAGGAGCAG
GTGGAGGACAGAGGAAAGGATGGGGAAGAAGAGATTGCTTCCGGATCGAAAAGTGTCTTC
TCACTTATGGGTGGGGTAGATGGAGCGCGATACAAACTCGTGGTCGTTTCTCGGGGATGA
TTTCTCATGAGGAGCTCGAGGAATTATCACGAATCGTGCTCATGTACTGTCTTAAGTATT
ATAACGGGGATGAAAAAATTAAGTTTTTTATGTGGGATCTCATCACACCATCAGAGGTTG
CTCTCACAACCGGCATCGATCTTAGAAACCATGAAGGACTTTCTGCTCCTGTTCCTCGTG
GTAGGAAAGGGAAGAGAGCGAAGGAGGAATCAAACTCGGGAAGACACAAGGATGAACAGA
TGAAGAGAGAGTGGGCATCGGAACTTGATCTTGAGATGCTTCTTCCGGATGAAGGATTCA
GGAAACATCTTCAACATCAATGCAACAAAGTCCTGCTCCGAGTCCGGATGTTGTATTACC
TCCGGACTGAGATCATTGGCAACCTAATCACTGCAATTGATGAAGGAGTCAAACCAGAGG
CTTTGGATCTTGAGATAATTGATCGAATACAAGACCCCCCTACTGTGTGGTGGGACCATG
AGTGCGATAAAAGCTTGTTGATTGGAATTTACAAACATGGTTATGAGAAATATAGTTTAA
TACGAGCTGATTCCTCCTTGTGTTTCCTTGAGCGTGTTGGACCACCAGATGAAAGAGCTC
TCGCTGCTGAGGCAAACTTTGAACCAGAAGACACAGATGGTGATCCAGAGTACAAACCAG
CCAGGCTAACGTTTCCTGAGATAGACTTTGACGTAATGGTCGATGAAATCAAGAGGAAAA
CTGCATTAGAAGCCGCAGCTAGTAGTGGAGGGATGGAATGGCCCACGGTATCTGAACTCA
ACACGAGGTTACGACGCATTGTTACTTTATACCAGAAGCAACATAAGCATATGCAGCAAC
GTTTAATGAACATTGAACGAAGATGTGGTCGTCCTCGTTACCAAGACAACCGAGATTCTC
GGCGACCAGTTCTTCAAACTCGATGGACGAGAAGAGAAGAAGCAGATTTTTATCGCACAG
TTTCCACCTTCGGGATCGAGAGAGAACCTCGTTCGGGAGAGTTTCTATGGAGGAGGTTCC
GCAACATCGCTCGTCTTGATCGGAAGACAGATGAGAGTTTACGAAGTTACTACATCGCTT
TCAGGAACATGTGCGAGCAAGTGTGTAGATGGAAAGAAGAACCTGGGACTTCAGATGGGA
CCAATATTGGTTTAAACGAGGAGATTCCAAACATCGATGTCGATCCGATCACTGAAGAAC
GAGCATCGAGGACTCTTTACCGCATCCGACTTCTTGATAAGATCCGAACTGAAGTCCTCC
CGCATCCAAAACTAAAGGAGCGCCTCGCTCTTTGTCAGAGGAGTCCGGAGCTTCCCATTT
GGTGGCGCTCCGGAGTTCATGATCACGAACTTCTCGTTGCAATGGACAGACATGGTGTAA
CACGAACTGAGATCCATACATTGAACGACGCAAGTTTATCTTTCCTCAACTCCATGCGAG
AATACGAATCGAACCCAACAGCTTTCAAACAACAGATACTTGCTGAGGAAAAAGCGGAAT
TAGAAAACTTGATGAAGATCATGAAAAAGGAGGAAGAGGAAAAAGCAGCTATCCTGAAAG
CTGAAGAGGAGGTTAAAGCATCAGAACAACCTCCAGATGCTCCTGAAAGCAAAGATGTTA
AGGTCGAGGAAAAGAAGGTGAAACAGGAGAAAGATGAAGAGATGGAAGTTGATCCGGGTG
TTGCAAAAGATGGGGAGGAGGGGAACAAAGAAGAGAAAGTGGTTAAGGATGTTGAAAAAG
ATGGAGAAGATAAAAAGGTTGAAAAAGTTGGGGAAGATGTTGCTCCACCTCCTGTTGAGA
ACGATGATAAAATCAATGAAGATCCTGAGAAGTCCTCGGAAGATATGGATGTTTCAAAAC
CCACAGAAGAGGTTGCAGAAGATCCTCCTGTGGAAGTTGCTCCTAAAAAGGATGAAGTCC
GGGAAGATAAAAAAGAAGAGGATGCAATAAAGGAAAAAGATGACCCTCAATCTGCTCCTG
AATCCTCCCTCAAGGAAGATGTTCCTGAAGATCAGCATCCAGTAAAAGATGTTGCAGTTG
CTCCAGAGGATCAAAAAGATGAAGAAGAGTCTTCTGTTGCTCCCAAAGAGGATGCAGAAC
AGCTGGATGTCGGTAAGGAGGAGGCGATGAGTCCTTCTGATAAAGAGGTTGCCGACATCA
GCTCTAAAGATCAGAAACCGGAAGAGACTGAAGAAAAGAAGGATGATGAGGTATTTGTTC
AACGCCATCAATTCAAGTTACGGAGGTTTCCTCATGTCTTCTATGATAGTGGAAAATACT
CCAGTGGTTCCAGTAAGTCAACTTCCTCAAGTAAAGAAGAAGAATTAGGAAACAGTTCGG
CATCACTGCTTGCCAATCTAAGGGAGATGGCAAAGTCGGAGAGCAAAGAGTCCTCTTCCC
GAGGTCGTCCAAGATCAAACTCCGGGTACCGACATCTCTCCTCCTCCCCCTCCCAATCTC
GCTCCAAGGAGTCCTCTTCATCTAAACAGAGTGATGCGATGAAGATGTTTCTTCCAACTC
CGGAGCAACTTATGTCCGGAGCAAATAATCCAATCCAACAGGTGATGCAAGATGCAATGA
AGGCAGGAGTTGATCCGATGACGGCAGCTGCTGCGTTTCTTCCGCTCTTTCCGATGCTTG
ATCCATTCCAGATGATGAACAAACCGGAGCACTCGGCTCTTCCCATGCTTCCTCCCAACG
AGATGGAGAAGCTGCTGAAGAGCATGGGATTGCCTCCAGAGCTTGCGTTAATGCAAGGAT
TCCTCCCAGGAGCAATGCTGCCTCCTGTGTCCTCTGGTAAGAGCAAAGATCAAGATCCTC
CGGAACCAAAGCCTTCCTCATCTTCGGATGCAGGGAAATCTCGGGAGAAAGAGTCTTCAG
AGAAAAGCATCGCTAACATGCTTGGGGAGAAGAGGACAACTCCTCAGAGGCGAGGAGGAA
GCAAACTGGACGCCATGTTTGGAGGAGGAAAGATGGAAGAAGATAGTCCAGGAAAATCAT
CTGGGAAGAAAGCGCGGAAGTCCAAGTTTGTATCTCCTGCCATGTTACCCAGGGACACAC
GGATACCTGTGCATAATAACACAGAGGGTGTACGGCTGTCAGGAGAAGAAGCTCCGTTGA
ATGAAGACCTTGCAGACTGGCTTAAGGACAACTCAGGTTTTGTGGTTGATTACCAAGCCT
TACGTCAGCAACTTGATGAAAGTTCTGGAAAGAAGACCGACTCTTCGGAGACCCTCCTTG
AGATGAGTGGTCAAGAAAGTGATCCCATGATTAGTCCCAAGCCCCCAACTTCACCCAAAT
CGAGGGAAAACCCTAGCAAAAGCCATGAGATGCTTGCAGAGGCTGATAAGCTCTTAAAGG
ACGCAGAAAAACTTGCTCTAAGCGCGACGAGGAATCAAATTGAGAGCAACGCTGATGAAA
TGAGGTTTACAAAGACTCCTGAGAAGCACAGGTCATCTTCCGACTTTGCTCTTCCCACAA
CGACTGCTCCTGTATCCTCCGGAAGATCCTCTGCCTCCTCCTCAATGAAGCAACAGCTAT
CGGATCTTGCTCTCCTCCAACAAATGAACTCCGGAGCGCTCGGAGTTGACCCCACCAACC
CTTTGTTTAGTCTACCACCGGAGGTTCTAAACAACCTCGCAAATCTCCCACCAGACATTG
CTGCGTTGCTTGCTGGTGGATTATTACCACCGGGTGTCACCCCTGAGATGCTCATGGGGG
TAAAACCTCAAGGAAGCCCTCGTGTGACCGAGGAGAAACACTCGAGCGATCAAGCGAGCC
CGTCGAGGTCCTCTACCCCTAGTCGAGCTTCCCCCTCACAAAGACATAGTCGACCCCGCT
CGCGACCCAATAACCCCGACAAGGGCCCCCCCTCAGACCCCTCACAGTTGACAGGGGAAG
AGAGGGTGACAGTGGTCAACCTTACTTCAGGAAAGAAGTTAAGTGGAAGACACGCCCCCG
AGCTACAAACCCTTGCCGATTACTTGCGTGTTTACCCCGATGTGGTGGTGTCTCCTGATT
GGTCAAATATTATTCGAAAATCGAAATTTCTCCCAAAAGAGCTCCACACCCGTCTCCTTC
CATCTCAATCACCAACCTCCAAGTCATCCTCATCCTCCTCCCACTCGGTGTCCTCAGCGA
GCAGTAATGCCACCGCATCGGCCGCAGCACTAGCTGGCCTCCCTCCTGGAGCAGCAAACA
TGTTCCCTGGTTTAATGCAAGCACAAGGTATGATGATGCCGGACCCCATGCAACTTATGG
CTGCTTTGCAAGGCCAAGGACAGATGAATGATTTAAAGGCTCTCACAGCAGCAGGGTTTC
CAATGCTACCATTCTTTGGAGGTATGCCAAACCCACTTTTAGGTGGAGGATTTCCTGGAC
AAGATCCTGCCACTGTTGCTGCTATGGCTGCTCTCTCCCAAGGTCACAATCCCACTCCCT
CCTCTTCCTCCTCCTCATCATCAAAGAAAGAAACAAGAGTTTCCTCCCATGAGAGGGATG
GAAGCAGAGGCCGGAAGAGCAAGAAGCACAATGAGCGAGGCAGCAGTGGAAACAGATCTT
CGAGTTCCTCCACCAAACAATCTTCTTCTTCCTCGTATAACGATCCAATGGCTGAAGCTC
TTGCCGCATTACAGAGGGGTGGAGGGGGATTCCCAGGAATCGCAAATCCCTTTCTTGCTG
GGGCAGGGGGAAACCCCATGTTATTCCCCCACATGATGATGGGGTCACAGAATCAGGGTT
TAAATAATTTGCTCGGACTTCCCATGGACATAATGAACCCAGAGTTATTTGCAGCTCAGA
TGGCTGCCTTTGGTGCAATGCCGGGGCTCGACGGAAACGCCAAACCTCCTACCTCGTCCA
CCACCAGTGGCAGTAGTGGGCAATCAAAGAGCGAGGGTAAGGAACAGAGGAAGGGATCAA
CATCAACATCCGGATCTTCTTCCTCCAAGCATAAGGACAACCAGGGAGGAGGTCGGATGA
TGTCACCGTAGCCAATCACGTGGTGCAGACGAGCAGCCAATGGATTTGACGCAATTTGGG
GGTGGGGCCACCAAGGATCGTCAGTCCCCGGATAAACACAAACATTGAAGACGTACGTGA
TGACGTCAGCACCATGAGCGATGACGTCACATCGTGGCGGTATTTATTTGTTCTTGAAAA
AGTTCTTGATTCGAGGTTGTTGTAGCTTGAGTCTGGCTCCATGTCGAACCGGTATTGATC
GGTTTGAACTGCTTTGAACCGGTACCAACCGACTTGCGTGTACATTTGTAAATAGCCCGT
GCATTCCATGTCCACCCCATGACCTGCGCACCCAAAAACTCCTGCCGCCGTATTTTCCTT
TTTCGCTACTCTCGCTCCACCTAACCGTCAGATGCAGTTTGTACATAATCACGTGACAAC
CGACTCGAAAGGAAAATTCGCCAAGATCTTGCTCTCGAATCAAAATCAATCGCTCGTGAC
GCCACAAGCAACCTTTGTGACGTCACGAAACCCGTGACCAAATCTTCGCTGTAGAATGAA
GTATTTACGCAGCCGAGTCCTCCTGTATACTGTACCATAGTCGCATGTACTTCAGATGTC
GTGAAAACTCCTTTCTTTCTGTACCTGCCGCTGCTGGCCTG
| SUPERFAMILY |
Chromo-like_dom_sf (IPR016197) - T[1365-1399] 4.71E-11 - T[1426-1467] 4.71E-11 - T[1485-1546] 4.32E-12 |
| SMART |
Chromo/chromo_shadow_dom (IPR000953) - T[1367-1468] 4.3E-9 - T[1488-1546] 3.0E-4 |
| CDD |
Chromo/chromo_shadow_dom (IPR000953) - T[1431-1466] 0.00558118 - T[1491-1537] 5.44986E-7 |
| ProSiteProfiles |
Chromo/chromo_shadow_dom (IPR000953) - T[1490-1533] 9.788 |
| Pfam |
Chromo_domain (IPR023780) - T[1491-1544] 6.5E-12 |
| SUPERFAMILY |
P-loop_NTPase (IPR027417) - T[1538-1547] 1.45E-58 - T[1577-1795] 1.45E-58 - T[1797-2095] 3.33E-66 |
| Gene3D |
SNF2-like_sf (IPR038718) - T[1573-1804] 2.1E-201 |
| SMART |
Helicase_ATP-bd (IPR014001) - T[1574-1768] 8.2E-34 |
| ProSiteProfiles |
Helicase_ATP-bd (IPR014001) - T[1590-1760] 24.077 |
| Pfam |
SNF2_N (IPR000330) - T[1591-1864] 4.2E-60 |
| CDD |
Helicase_C (IPR001650) - T[1891-2015] 1.04039E-29 |
| Pfam |
Helicase_C (IPR001650) - T[1895-2007] 2.5E-17 |
| ProSiteProfiles |
Helicase_C (IPR001650) - T[1897-2070] 18.914 |
| SMART |
Helicase_C (IPR001650) - T[1923-2007] 4.4E-22 |
| SUPERFAMILY |
BRK_sf (IPR037259) - T[3266-3337] 1.44E-12 - T[3546-3618] 1.83E-16 |
| Gene3D |
BRK_sf (IPR037259) - T[3271-3323] 2.8E-14 - T[3539-3615] 6.5E-21 |
| SMART |
BRK_domain (IPR006576) - T[3272-3315] 0.0027 - T[3553-3597] 6.5E-4 |
| Pfam |
BRK_domain (IPR006576) - T[3273-3312] 1.7E-10 - T[3552-3594] 5.0E-13 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| CHD8_HUMAN | 53.458 % | 1546 | 0 |
| CHD9_HUMAN | 53.1 % | 1558 | 0 |
| CHD7_HUMAN | 53.404 % | 1536 | 0 |