KEGG   Mus musculus (house mouse): 320790
Entry
320790            CDS       T01002                                 
Symbol
Chd7, A730019I05Rik, Cycn, Cyn, Dz, Edy, Flo, GENA_47, GENA_60, Gena_52, Lda, Mt, Obt, Todo, WBE1, Whi, metis
Name
(RefSeq) chromodomain helicase DNA binding protein 7
  KO
K14437  chromodomain-helicase-DNA-binding protein 7 [EC:5.6.2.-]
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mmu03036]
    320790 (Chd7)
Chromosome and associated proteins [BR:mmu03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    320790 (Chd7)
SSDB
Motif
Pfam: SNF2-rel_dom BRK Helicase_C Chromo ResIII DEAD CHDCT2 HDA2-3 Myb_DNA-bind_7 MUN
Other DBs
NCBI-GeneID: 320790
NCBI-ProteinID: NP_001264078
MGI: 2444748
Ensembl: ENSMUSG00000041235
UniProt: A2AJK6
Position
4:8690345..8868449
AA seq 2986 aa
MADPGMMSLFGEDGSLFSEGLEGLGECGYPENPVNPMGQQMPIDQGFPSLQPSLHHPSPN
QNQTKLTHFDHYSQYEQKMHLMDQPNRMMGSAPGNGLASPHSQYHTPPVPQVPHGGGGGG
QMGVYPGIQNERHGQSFVDGGSMWGPRAVQVPDQIRAPYQQQQPQPAPSGPPAQGHPQHM
QQMGSYLARGDFSMQQHGQPQQRMGQFSQGQEGLSQGSPFIATSGPGHLSHMPQQSPSMA
PSLRHPVQQQFHHHPAALHGESVAHSPRFSPNPPQQGAVRPQTLNFSSRNQTVPSPTVNN
SGQYSRYPYSNLNQGLVNSTGMNQNLGLTNSTPMNQSVPRYPNAVGFPSNSGQGLVHQQP
IHSSGSLNQMNTQTMHPSQPQGTYASPPPMSPMKAMSNPAGTPPPQVRPGSAGMPMEVGS
YPNMPHPQPSHQPPGAMGIGQRNMGPRNMQQPRSFMGMSSAPRELTGHMRPNGCPGVGLA
DPQAIQERLIPGQQHPGQQPSFQQLPTCPPLQPHPGLHQSSPPHPHHQPWAQLHPSPQNT
PQKVPVHQHSPSEPFLEKPVPDMTQVSAQNAQLVKSDDYLPSIEQQPQQKKKKKKNNHIA
AGDSSKGFGKDDFPGGVENQELRRNSLDVSQEEKKKKKRPKVKKDPKESKEPKEKKEPKT
PKAPKIPKEPKEKKAKTVTPKPKSSKKSSNKKPDSEASALKKKVNKGKTEGSENSDLDKT
PPPSPAPEEDEDPGVQKRRSSRQVKRKRYTEDLEFKISDEEADDADAAGRDSPSNTSQSE
QQESVDAEGPVVEKIMSSRLVKKQKESGEEVEVEEFYVKYKNFSYLHCQWASVEDLEKDK
RIQQKIKRFKSKQGQSKFLSEIEDDLFNPDYVEVDRIMDFARSTDDRGEPVIHYLVKWCS
LPYEDSTWELKQDIDQTKIEEFEKLMSREPETERVERPPADDWKKSESSREYKNNNKLRE
YQLEGVNWLLFNWYNMRNCILADEMGLGKTIQSITFLYEIYLKGIHGPFLVIAPLSTIPN
WEREFRTWTELNVVVYHGSQASRRTIQLYEMYFKDPQGRVIKGSYKFHAIITTFEMILTD
CPELRNIPWRCVVIDEAHRLKNRNCKLLEGLKMMDLEHKVLLTGTPLQNTVEELFSLLHF
LEPSRFPSETTFMQEFGDLKTEEQVQKLQAILKPMMLRRLKEDVEKNLAPKEETIIEVEL
TNIQKKYYRAILEKNFTFLSKGGGQANVPNLLNTMMELRKCCNHPYLINGAEEKILEEFK
ETHNAESPDFQLQAMIQAAGKLVLIDKLLPKLKAGGHRVLIFSQMVRCLDILEDYLIQRR
YPYERIDGRVRGNLRQAAIDRFSKPDSDRFVFLLCTRAGGLGINLTAADTCIIFDSDWNP
QNDLQAQARCHRIGQSKSVKIYRLITRNSYEREMFDKASLKLGLDKAVLQSMSGRENATN
GVQQLSKKEIEDLLRKGAYGALMDEEDEGSKFCEEDIDQILLRRTHTITIESEGKGSTFA
KASFVASGNRTDISLDDPNFWQKWAKKAELDIDALNGRNNLVIDTPRVRKQTRLYSAVKE
DELMEFSDLESDSEEKPCAKPRRPQDKSQGYARSECFRVEKNLLVYGWGRWTDILSHGRY
KRQLTEQDVETICRAILVYCLNHYRGDENIKSFIWDLITPTADGQTRALLNHSGLSAPVP
RGRKGKKVKAQSTQPVVHDAHWLASCNPDALFQEDSYKKHLKHHCNKVLLRVRMLYYLRQ
EVIGDQAEKILEGADSSEADVWIPEPFHAEVPTDWWDREADKSLLIGVFKHGYEKYNSMR
ADPALCFLERVGMPDAKAIAAEQRGTDMLADGGDGGEFDREDEDPEYKPTRAPFKDEIDE
FANSPAEDKEESMEVHSSGKHSESNAELGQLYWPNTSTLTTRLRRLITAYQRSYKRQQMR
QEALMKTDRRRRRPREEVRALEAEREAIISEKRQKWTRREEADFYRVVSTFGVIFDPVKQ
QFDWNQFRAFARLDKKSDESLGKYFSCFVAMCRRVCRMPAKPEDEPPDLASLIEPITEER
ASRTLYRIELLRKIREQVLHHPQLSDRLKLCQPSLDLPEWWECGRHDRDLLVGAAKHGVS
RTDYHILNDPELSFLDAHKSFAQNRGASTVPPLNTLAMGFGQTPPVISSAHVHEEKAMEQ
AEGKAEECEHSPAKERSDGKEEEEEAGGAKDGKQECEVEASSVKGELKGVEGSADPGSKS
VSEKGSEEDEEEKLEDDDKSEESSQPEAGAVSRGKTFDEESNASLSTARDETRDGFYMED
GDASVAQLLHERTFAFSFWPKDRVMINRLDNICEAVLKGKWPVNRRQMFDFQGLVPGYPP
SAVDSPLQKRSFAELSMVSQASISASEDITTSPQLSKDDALNLSVPRQRRRRRRKVEIEA
ERAAKRRNLMEMVAQLRESQVVSENGQEKVVDLSKASREATSSTSNFSSLTSKFILPNVS
TPVSDAFKSQMELLQAGLSRTPTRHMLNGSLVDGEPPMKRRRGRRKNVEGLDLLFMSHKR
TPLSAEDAEVTKAFEEDIETPPIRNIPSPGQLDPDTRIPVINLEDGTRLVGEDAPKNKDL
VDWLKLHPTYTVDMPSYVPKNTDVLFSSFQKPKQKRHRCRNPNKLDINTLTGEERVPVVN
KRNGKKMGGAMAPPMKDLPRWLEENPEFAVAPDWTDIVKQSGFVPESMFDRLLTGPVVRG
EGASRRGRRPKSEIARAAAAAAAVASTSGINPLLVNSLFAGMDLTSLQNLQNLQSLQLAG
LMGFPPGLATAATAGGDAKSPAAVLPLMLPGMAGLPNVFGLGGLLNNPLSAATGNTTTAS
SQGEPEDGTSKAEEKGNDNEDENRDSEKSTDTVSAADSANGSVGAATAPAALPSNPLAFN
PFLLSTMAPGLFYPSMFLPPGLGGLTLPGFPALAGLQNAVGTSEEKAADKAEGGPCKDGE
TLEGSDAEENLDKTVESSILEDEVAQGEELDSLEGGDEIENTGNDE
NT seq 8961 nt   +upstreamnt  +downstreamnt
atggcggacccagggatgatgagtctttttggcgaggatgggagtctgttcagcgaaggc
ctcgaaggcctcggggaatgtggctaccccgaaaaccccgtgaaccccatgggtcagcag
atgcccatagaccaaggttttccctccttacagccatccctccaccatccttcacctaat
cagaatcaaaccaagttgacccattttgatcactatagtcagtatgaacagaagatgcat
ctgatggatcagcctaaccgaatgatgggcagcgcccccgggaacggattggcgtctccg
cactcacagtatcacacccctcccgtcccccaggtgccccacggaggcggtggtggcggt
cagatgggagtctatcccggcatccagaacgaaaggcacgggcaatcttttgtggatggc
ggctccatgtggggcccccgggccgttcaggtaccagaccagatacgagccccctaccag
cagcagcagccgcagccggctccttcggggcccccggcacagggccacccccagcacatg
cagcagatgggcagctatctggcacgtggggatttctccatgcagcagcacggccagcca
cagcagaggatgggccagttttcccaaggccaagagggcctcagtcagggaagccctttc
attgccacctcaggacccggccacctgtcgcacatgccccagcagagccccagcatggcc
ccttccctgcgccacccagtgcagcagcagttccaccatcaccccgctgctctccacgga
gaatccgttgcccacagtcccagattctcccccaaccctcctcaacaaggggctgtcagg
ccacaaacccttaactttagttctcggaaccagacagtcccctcccctactgtaaacaac
tcagggcagtattctcgatatccttacagtaacctaaatcagggattagttaacagtaca
gggatgaatcaaaatttaggccttacaaacagtactccaatgaatcagtcggtaccaaga
taccccaatgccgtgggattcccgtcaaacagtggtcagggactcgtgcaccagcagcct
atccactccagtggctcactgaaccaaatgaacacacaaactatgcacccttcacagcct
cagggaacgtacgcctctccacctcccatgtcacccatgaaagcaatgagtaacccagca
ggcacgccgcctccgcaggtcaggcccggaagtgctgggatgcccatggaagttggcagt
tatccaaatatgccccaccctcagccatctcaccagccccctggtgccatgggaatcgga
cagaggaatatgggccccagaaacatgcagcagcctcgttcgtttatgggcatgtcctcg
gcacccagggagctgaccggacacatgagaccaaatggttgccctggtgtcggccttgcg
gatccacaagcaatccaggaacgactgatacctggccaacagcaccctggtcagcagcca
tctttccagcagttgccaacctgtcctccactacagccccacccaggcctgcaccagtct
tcacctccacatccccatcaccagccttgggcacaactccacccgtcaccccagaatacc
ccacagaaagtgcctgtgcatcagcattctccatcggagccctttctagagaagccagtg
ccggatatgacccaggtcagcgcacagaacgctcagctagtgaagagcgacgattacctg
ccgtcgatagagcagcagccacagcagaagaagaagaaaaagaaaaacaaccacattgct
gcaggggattccagtaaaggttttggtaaagatgacttccctggtggggttgaaaaccaa
gaactgcgcaggaactcactggatgtgtcccaggaagaaaaaaagaaaaagaaaaggccg
aaggtcaaaaaagatccgaaggaatcgaaggagccgaaggagaagaaagagcccaagacc
ccaaaagccccgaagatccccaaagagccaaaggaaaagaaagcaaaaactgtcacgcca
aaacccaaatccagcaaaaagtcaagtaataagaaaccggattcagaagcaagtgctttg
aagaagaaggtcaacaaaggaaaaacagaaggttctgaaaattcagacttggacaaaaca
cccccaccgtcccccgctcctgaagaggacgaagacccaggtgtccagaagaggcggtcc
agcaggcaggtgaagaggaagcgatacactgaagatttggagttcaagatttctgatgag
gaggcagatgatgcagatgctgctggaagagactccccatccaacacctcgcagtcagag
cagcaggaatctgttgatgcagaaggcccagtggtggagaagattatgagcagccgccta
gtgaaaaagcagaaggaatctggcgaggaggtagaagttgaggaattttatgtgaagtac
aaaaacttctcctatcttcattgtcagtgggcgtcagtagaagatctggaaaaagacaag
agaattcagcaaaagataaaacggtttaagtcaaaacagggccagagcaaattcctctca
gagattgaggatgacctttttaatccagactatgtggaagttgaccggataatggacttt
gcacgtagcacagatgaccggggcgagcctgtgattcactacctggtgaagtggtgctca
ctcccttatgaagacagcacatgggagctgaagcaggacatagatcaaacaaagatcgaa
gagtttgaaaaactcatgtccagggagccggaaaccgagcgtgtggagcgacctcctgct
gatgactggaagaaatcggagagttccagggagtataaaaacaataacaaactcagggaa
taccagttggagggagtaaactggctacttttcaattggtacaacatgcgaaactgcatt
ttagcagatgagatgggtttgggaaaaacgatccagtccattacgtttctctatgagata
tacttgaaaggaatccatggcccctttttagtaattgccccattgtccacgatccccaac
tgggaaagggaattccgaacctggacggagttgaacgtggttgtgtaccatgggagccaa
gccagccgtcggaccattcagttgtatgaaatgtacttcaaagatccccagggtcgagtg
ataaaggggtcctataagttccacgccatcatcactacattcgagatgattctgacggac
tgtcctgagctgcgtaatattccttggcgctgtgtggtcatcgatgaagcccacaggctg
aagaacagaaactgcaagctgctggaagggctgaagatgatggacttggaacacaaagtc
ctgctgaccgggaccccgctgcagaacactgtggaagagctcttcagcctgcttcatttc
ttggagccaagtcgcttcccttcagaaacaacctttatgcaagaatttggtgatctgaaa
acggaagagcaggtgcaaaaactacaggctattctaaagccaatgatgttgagacgcctg
aaagaggatgtagaaaagaacttggcccccaaagaagagactattattgaagttgagcta
acaaacattcagaagaaatattaccgagccatccttgagaagaattttacatttctttcc
aaaggtggtggacaagctaacgtacctaaccttttaaacactatgatggaactgagaaaa
tgctgcaatcatccctacctaatcaatggtgctgaagagaaaattttggaagagtttaaa
gaaacacacaatgcagagtctccagattttcagctccaggcaatgatccaggctgctggc
aagctggtgctgattgacaagctgctgccaaagctgaaggctggtggccacagggtgctt
atcttctcccagatggtgcgctgcttggacatcctggaagactatctcatccagagacgg
tacccatacgaaaggattgatggccgggtcagaggcaacctccgccaggcagctattgac
agattctccaaacctgattctgataggtttgtgttcctcctgtgcacacgggcaggaggg
ctaggcattaacctcactgctgctgatacctgcatcatctttgattcagactggaatccc
cagaatgacctccaggctcaagctagatgccacagaatagggcagagcaaatctgtgaaa
atctacaggctgattacaaggaactcctatgaaagggagatgtttgacaaggctagtctg
aagctgggtctggataaagccgtgttgcagtccatgagtggaagagaaaatgccactaac
ggggtacaacagctgtccaagaaggaaatagaagacctcctgcgaaagggggcatatggt
gcacttatggatgaagaagatgaagggtctaagttttgtgaagaggatattgaccagatt
ctccttcgacgaacccacactatcaccattgagtctgaaggaaaaggctccacatttgct
aaggccagctttgttgcgtctggaaataggacagacatttctttggatgacccaaatttc
tggcagaagtgggctaagaaggctgaattggacatcgatgccttaaacgggaggaacaac
ctggttattgacactcctcgagtgaggaagcagacccggctatacagcgcagtgaaggaa
gacgaactgatggagttctccgacctggaaagcgactccgaagaaaagccttgtgcaaag
ccacggcgcccccaggataagtctcagggctatgcccggagcgagtgcttcagggtagag
aagaatctgctggtttacggctggggccgctggacagatatcctgtcccatggacgctac
aaacgtcagctgactgagcaagatgtcgaaaccatctgcagagcgatcctggtgtactgt
ctcaaccactacagaggggacgagaacatcaaaagctttatctgggacctcatcacaccc
acggcggatggccagactcgggccctgctaaatcattccggtctgtcggcccctgtgccg
aggggccggaaggggaagaaggtgaaggcccagagtacgcagccagtagtgcacgatgct
cactggctggcaagctgcaacccagacgccctgttccaggaggacagctacaagaagcac
ctgaagcaccactgcaacaaggtcctgctgcgtgtccgcatgctgtactacctaagacaa
gaagtgataggagaccaggcagagaagatcctcgagggcgctgactcaagtgaagcagac
gtgtggatccctgagccattccatgctgaggttcctacagattggtgggaccgagaagca
gacaaatccctcctaattggagtgtttaaacatggctatgagaagtacaattccatgcga
gctgaccctgcactgtgcttcctggaacgagtcggaatgcccgatgccaaggccatcgct
gccgagcagagagggacagacatgctagcagatggtggtgacggtggagaatttgataga
gaagatgaagatcctgaatataaaccaacgagagcaccattcaaagatgaaatagatgaa
tttgcgaattctcccgcagaggataaggaagagtccatggaggtgcacagctcaggcaag
cacagcgagagcaatgctgagttaggtcagctctactggccgaacacgtcaaccctgact
acgcgtctgcgccggctcattactgcctatcagcgcagctataaaaggcagcaaatgagg
caagaggccctaatgaagacggaccggcgcagacggaggccccgggaggaagtgagagcg
ctggaggcagaaagggaagctattatatctgagaaaaggcaaaagtggacgagaagagaa
gaagcggacttttaccgggtggtatccaccttcggggttatttttgacccagtgaaacag
cagtttgattggaaccaattccgagcctttgccagactagacaaaaagtctgatgagagc
ctggggaagtatttcagctgctttgtggccatgtgcagacgggtgtgtcggatgcctgcc
aagcccgaggacgagccacctgacctcgcctcccttatcgagcccatcacggaggaacga
gcatccaggacactgtaccgcattgaactgcttcgcaagatccgagagcaggtccttcat
cacccacaactaagtgacaggctgaagctctgccagcccagcctagatctgcccgagtgg
tgggaatgtggacggcacgacagggacctgctggtgggtgctgctaagcacggggtcagc
cggacagactatcacatcctcaacgaccctgagttgtccttcttagatgcacacaaaagc
tttgctcagaaccgtggggccagtaccgtccctcctttgaatactctggccatgggcttt
ggccagactcctccagtcatttcctctgctcacgttcacgaagaaaaggcaatggagcag
gctgaaggcaaggcagaggagtgtgaacactcaccggccaaagagaggtcggatgggaaa
gaggaggaagaagaagcaggcggggccaaggatggcaagcaggaatgtgaggtcgaggcc
agctctgtgaagggtgaactcaaaggggtggagggcagtgcagaccctgggtccaagtct
gtctcagagaagggctcagaagaggacgaagaagagaagctggaggacgatgataagtcg
gaggagtcgtcgcagccagaagcaggagccgtctcgagagggaagactttcgatgaagaa
agcaatgcttctctgagcactgctagggatgaaacccgagatggattctacatggaggat
ggagatgcttcggtggctcagctccttcatgaacgaacatttgccttctccttttggccc
aaggacagagtaatgataaaccgattagacaacatctgtgaagctgtgttgaaaggcaaa
tggccagtaaatcggcgccagatgtttgatttccagggccttgtccctgggtacccaccc
tccgccgtggacagtcccctgcagaagaggagctttgccgagctctctatggtcagccag
gccagcatcagtgcgagcgaggacatcaccacgtctcctcagttgtccaaggatgatgcc
ctcaacctgtctgtccctcgccagcggcggcggaggagaaggaaagttgaaatcgaggct
gaaagagctgccaagaggagaaaccttatggagatggttgcccagcttcgagagtctcag
gtggtctcagaaaatggacaagaaaaagttgtggacttatcaaaggcctcgagagaggca
acaagctctacctcaaatttctcatctcttacttcaaagtttatcttgcctaatgtctcc
acgccagtgtctgatgcctttaagtctcagatggagctgctccaagcaggcctttcacgc
acacccacaaggcatatgctcaatggctccctggtggatggagagccccccatgaagagg
aggcgaggcaggaggaaaaacgtggagggcctcgacctacttttcatgagccacaaacgg
acgccgttaagtgcagaggatgctgaggtgaccaaagcttttgaagaagatatagagacc
ccaccaataagaaacattccttctcctggacagctggaccccgacacccggatccctgtg
ataaaccttgaagatgggactaggctggtgggagaagacgctcctaaaaacaaggacttg
gttgactggctgaagctgcaccccacctacactgtcgatatgccgagttatgtaccaaag
aacacagacgtgctgttttcctcgtttcagaaaccgaaacagaaacgacatagatgtcga
aatcctaataaattggatattaacactttgacaggagaagaaagggttcctgttgttaac
aaacgaaatgggaagaagatgggtggagccatggcccctccaatgaaggacctgcccagg
tggctggaggagaaccctgagtttgctgtcgctccagactggaccgatatagtcaagcag
tctggttttgttcccgagtcaatgtttgaccgtctcctcactggacctgtggtgcgggga
gaaggagccagcaggagaggacggaggcccaagagcgagatcgcccgagcagccgcggcg
gctgctgctgtcgcctctacttcagggatcaaccctctgttggtgaacagcctgtttgct
gggatggacctgacaagccttcagaatctccagaacctccagtccctccagctggcaggg
ctcatgggcttccctccaggactggccacagctgccaccgccggaggcgatgcgaagagc
cccgccgcagtgctgcccctgatgctgccagggatggcgggcctgcccaacgtgttcggc
ttgggcgggctgctgaacaaccctctctcagctgctactggaaacaccactactgcttca
agtcaaggagagccagaggatggcacttccaaagcggaagagaaaggaaacgacaatgaa
gacgagaaccgagactctgagaaaagcacagacaccgtttcggctgctgactccgcgaac
ggatctgttggtgctgctactgccccggctgcgttaccctccaacccgctggccttcaac
cctttcctcctgtccaccatggccccaggcctcttctacccatccatgtttctacctcca
ggactggggggattgacactgcctggcttcccagcactggcgggactccaaaacgccgtg
ggtaccagcgaagaaaaggctgctgacaaggccgagggagggccctgtaaagacggagag
accctggagggcagcgatgccgaggagaacctggacaagactgtagagtcctccatcttg
gaagacgaggttgcacagggtgaagagctggactccctcgaaggcggggatgagatagaa
aacaccggaaacgacgagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (5)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (30)   
   RefSeq(nuc) (10)   
   GenBank (10)   
   EMBL (10)   
Protein domain (10)   
   Pfam (10)   
All databases (114)   

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