KEGG   Homo sapiens (human): 84181
Entry
84181             CDS       T01001                                 
Symbol
CHD6, CHD-6, CHD5, RIGB
Name
(RefSeq) chromodomain helicase DNA binding protein 6
  KO
K14436  chromodomain-helicase-DNA-binding protein 6 [EC:5.6.2.-]
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    84181 (CHD6)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    84181 (CHD6)
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C Chromo ResIII DEAD HDA2-3 MUN
Other DBs
NCBI-GeneID: 84181
NCBI-ProteinID: NP_115597
OMIM: 616114
HGNC: 19057
Ensembl: ENSG00000124177
UniProt: Q8TD26
Structure
Position
20:complement(41402083..41618377)
AA seq 2715 aa
MKMKIQKKEKQLSNLKVLNHSPMSDASVNFDYKSPSPFDCSTDQEEKIEDVASHCLPQKD
LYTAEEEAATLFPRKMTSHNGMEDSGGGGTGVKKKRKKKEPGDQEGAAKGSKDREPKPKR
KREPKEPKEPRKAKEPKKAKEHKEPKQKDGAKKARKPREASGTKEAKEKRSCTDSAARTK
SRKASKEQGPTPVEKKKKGKRKSETTVESLELDQGLTNPSLRSPEESTESTDSQKRRSGR
QVKRRKYNEDLDFKVVDDDGETIAVLGAGRTSALSASTLAWQAEEPPEDDANIIEKILAS
KTVQEVHPGEPPFDLELFYVKYRNFSYLHCKWATMEELEKDPRIAQKIKRFRNKQAQMKH
IFTEPDEDLFNPDYVEVDRILEVAHTKDAETGEEVTHYLVKWCSLPYEESTWELEEDVDP
AKVKEFESLQVLPEIKHVERPASDSWQKLEKSREYKNSNQLREYQLEGMNWLLFNWYNRK
NCILADEMGLGKTIQSITFLSEIFLRGIHGPFLIIAPLSTITNWEREFRTWTEMNAIVYH
GSQISRQMIQQYEMVYRDAQGNPLSGVFKFHVVITTFEMILADCPELKKIHWSCVIIDEA
HRLKNRNCKLLEGLKLMALEHKVLLTGTPLQNSVEELFSLLNFLEPSQFPSETAFLEEFG
DLKTEEQVKKLQSILKPMMLRRLKDDVEKNLAPKQETIIEVELTNIQKKYYRAILEKNFS
FLTKGANQHNMPNLINTMMELRKCCNHPYLINGAEEKILEDFRKTHSPDAPDFQLQAMIQ
AAGKLVLIDKLLPKLIAGGHKVLIFSQMVRCLDILEDYLIQRRYTYERIDGRVRGNLRQA
AIDRFCKPDSDRFVFLLCTRAGGLGINLTAADTCIIFDSDWNPQNDLQAQARCHRIGQSK
AVKVYRLITRNSYEREMFDKASLKLGLDKAVLQDINRKGGTNGVQQLSKMEVEDLLRKGA
YGALMDEEDEGSKFCEEDIDQILQRRTHTITIQSEGKGSTFAKASFVASGNRTDISLDDP
NFWQKWAKIAELDTEAKNEKESLVIDRPRVRKQTKHYNSFEEDELMEFSELDSDSDERPT
RSRRLNDKARRYLRAECFRVEKNLLIFGWGRWKDILTHGRFKWHLNEKDMEMICRALLVY
CVKHYKGDEKIKSFIWELITPTKDGQAQTLQNHSGLSAPVPRGRKGKKTKNQLLIPELKD
ADWLATCNPEVVLHDDGYKKHLKQHCNKVLLRVRMLYYLKAEILGEAAEKAFEGSPAREL
DVPLPDIDYMEIPVDWWDAEADKSLLIGVFKHGYERYNAMRADPALCFLEKVGMPDEKSL
SAEQGVTDGTSDIPERGNTDKEDNAEDKVDGLQKQTESSSDGGDGVFSEKKDDSRAAQDG
SDPDKSPWPVSSALTARLRRLVTVYQRCNRKELCRPEILGPGNQGYWVQEEMFRRTSEMD
LINKEAQKRWTRREQADFYRTVSSFGVVYDQEKKTFDWTQFRIISRLDKKSDESLEQYFY
SFVAMCRNVCRLPTWKDGGPPDTTIYVEPITEERAARTLYRIELLRKVREQVLKCPQLHE
RLQLCRPSLYLPVWWECGKHDRDLLIGTAKHGLNRTDCYIMNDPQLSFLDAYRNYAQHKR
SGTQAPGNLCCLYQTNSKLYESLTYSQMSRTSESLENEPENLVRVESRDDHLSLPDVTCE
NFISKVQDVISINHDESLLPESLESMMYGKKVLSQEPSSFQESPSTNTESRKDVITISIS
KDGNCQSGGPEAEIASGPTFMGSLEAGGVAQANIKNGKHLLMSISKEGELCCSEAGQRPE
NIGQLEAKCLASPSLNPGNESGFVDMCSLSVCDSKRNLSSDQQLIDLLENKSLESKLILS
QNHSDEEEEEEENEEENLAMAVGMGERPEVLHLTEPTTNISREKNQGFQDETKKGSLEVA
NQTPGLQRAFPAPAACQCHCKHMERWMHGLENDEFEIEKPKAYIPDLFKSKTNTIAMEGE
PTAIPSQPFKVKHELLKEPWKESAEGQNVFPTYPLEGSELKSEDMDFENKDDYDRDGNCH
SQDYPGKYSEEESKSSTSGITGDIGDELQEARAPTIAQLLQEKTLYSFSEWPKDRVIINR
LDNICHVVLKGKWPSSQQYEPSGTLPTPVLTSSAGSRTSLSEPEAAEHSFSNGAALAAQI
HKESFLAPVFTKDEQKHRRPYEFEVERDAKARGLEQFSATHGHTPIILNGWHGESAMDLS
CSSEGSPGATSPFPVSASTPKIGAISSLQGALGMDLSGILQAGLIHPVTGQIVNGSLRRD
DAATRRRRGRRKHVEGGMDLIFLKEQTLQAGILEVHEDPGQATLSTTHPEGPGPATSAPE
PATAASSQAEKSIPSKSLLDWLRQQADYSLEVPGFGANFSDKPKQRRPRCKEPGKLDVSS
LSGEERVPAIPKEPGLRGFLPENKFNHTLAEPILRDTGPRRRGRRPRSELLKAPSIVADS
PSGMGPLFMNGLIAGMDLVGLQNMRNMPGIPLTGLVGFPAGFATMPTGEEVKSTLSMLPM
MLPGMAAVPQMFGVGGLLSPPMATTCTSTAPASLSSTTKSGTAVTEKTAEDKPSSHDVKT
DTLAEDKPGPGPFSDQSEPAITTSSPVAFNPFLIPGVSPGLIYPSMFLSPGMGMALPAMQ
QARHSEIVGLESQKRKKKKTKGDNPNSHPEPAPSCEREPSGDENCAEPSAPLPAEREHGA
QAGEGALKDSNNDTN
NT seq 8148 nt   +upstreamnt  +downstreamnt
atgaaaatgaaaatacagaaaaaagagaagcagttgtcaaatttaaaagttttgaatcac
tccccaatgtctgatgcctctgtcaattttgactacaaatctccatccccatttgactgc
agcactgatcaagaagagaaaattgaagatgttgctagtcactgtctgcctcagaaggac
ctgtatactgctgaagaggaagctgctaccctttttcctaggaaaatgacatcccataat
gggatggaggacagtggaggaggaggtactggagtgaagaagaaacggaagaaaaaggag
ccaggagaccaagagggtgcagcaaagggaagcaaggacagagagcccaagccaaagagg
aaacgagaaccgaaagagccaaaggaacccagaaaggccaaggagccgaagaaggccaag
gagcacaaggagccgaagcaaaaagatggggcaaagaaggcacggaagccccgggaggcc
tcgggcaccaaggaggccaaagagaagaggagctgcactgactctgcagccaggacgaag
tccaggaaggccagcaaggagcaaggaccaaccccagtggagaaaaagaagaaaggaaaa
aggaaaagtgaaactacagtggagagtttagagctggatcagggcctgacgaacccatct
ctgcggagtcctgaggagtccactgagtctacagacagccagaaacgacgctcgggaagg
caagtaaagcgcagaaaatacaatgaggacctggacttcaaagtggtggatgatgatggg
gaaacaattgctgttcttggagctggtcgaacatctgcactctcagcctctacactggcc
tggcaggcggaggagcctccagaagatgatgcaaacatcattgagaagatcctggcatct
aagactgtccaggaggttcacccaggagaacctccgttcgacttggagctgttctacgtt
aagtatagaaatttttcctacttacattgtaaatgggccacaatggaagagctcgaaaag
gatcctcgcatcgcacagaagatcaagcgatttaggaataaacaagcccagatgaagcac
atttttacggagcctgatgaagacttgttcaatccagactatgtagaagttgatcgcatc
ttggaggtggcccacaccaaggatgcagaaacaggggaggaggtaacacattacctggtg
aagtggtgctcactaccatatgaagaaagcacgtgggagctagaggaagatgtagatcct
gcaaaagttaaagaatttgaatctcttcaagttctccctgaaattaagcatgtggagcgg
cctgcttcagactcctggcagaaacttgagaagtctcgcgagtataagaacagtaaccag
ctccgggagtaccagctggaagggatgaactggcttctttttaactggtataacagaaaa
aactgtattttggctgatgagatgggcctagggaaaaccatccagtccatcacattcctt
tcagaaatatttctgagaggaatccacggcccttttctcattatcgcccctctctccacc
atcactaactgggagcgggagttccggacatggacagagatgaatgccattgtgtaccac
ggcagccagatcagcaggcagatgatccagcagtatgaaatggtgtacagagacgcccag
ggaaaccccctttcaggagtcttcaagttccacgtcgtcatcacaacatttgaaatgatc
ctagcagactgcccagagttgaagaagattcactggagctgtgtgataattgatgaagcc
cacagactgaagaataggaactgcaaacttctggagggtctaaagcttatggccctggaa
cataaagtgcttctcactggaacacccttgcagaactctgtggaggagctcttcagtttg
ttaaattttctggagccatcacagtttccttcagagaccgctttcttggaggaatttgga
gatctgaaaacagaggagcaggtaaagaaactgcagtctatcctaaaaccaatgatgctt
cggcggctgaaagatgatgtggaaaagaaccttgctcccaaacaagagacgatcattgag
gtggaactgaccaatatccagaaaaagtactaccgtgccatcctcgagaagaacttttcc
ttcctgaccaagggggcaaatcagcacaacatgcccaatctcatcaacaccatgatggag
ctgaggaagtgctgtaaccatccctacctgatcaatggagcagaggagaaaattctagaa
gatttccgaaaaacccacagccctgatgcccctgactttcagctgcaggccatgattcag
gcagcaggaaagcttgtgttgattgataaactactccctaagctgattgcaggtggccac
aaagtactcatcttctcccagatggtgcgctgcctcgacatcctagaagattacctcatc
cagagaagatacacctatgagcgaattgatgggcgagtacggggaaacctgcgccaggca
gccatcgaccggttctgtaagccagattcagaccgctttgtctttcttctgtgcaccaga
gcgggaggcctggggatcaatctcacagctgctgatacctgcatcatatttgattctgac
tggaacccacaaaatgacttgcaggctcaggcccgatgtcaccgcataggccagagcaaa
gctgtgaaggtgtatcgcctcatcactcgaaattcctacgagcgcgagatgtttgacaag
gccagcctaaagctggggctggacaaggctgttcttcaggacatcaaccgaaagggcggc
accaatggggtacagcagctctcaaaaatggaggtggaggacctactccggaaaggtgct
tatggagccttaatggatgaagaagatgaaggctccaagttctgtgaagaagacatagac
cagattctgcagaggcgaacgcacaccatcaccatccagtctgaggggaaagggtccact
tttgccaaggctagctttgtggcttcaggaaacagaacagatatttccttagatgatcct
aacttttggcagaaatgggctaaaatagctgaactagacactgaagcaaagaatgaaaag
gaaagcttagtgatcgaccgacctcgcgtgagaaagcagaccaaacactacaactcgttt
gaggaagacgagctcatggagttttcagagttagacagcgactcagacgaaaggcccacg
agatccaggcgcctcaatgacaaagccaggcgctacctccgagcggagtgcttccgggta
gagaagaacctgctcatctttggctggggccggtggaaggacatcctgactcatggccga
ttcaagtggcatctgaacgagaaggacatggagatgatttgccgtgccctcctggtgtac
tgtgtcaagcattataagggggacgagaagatcaagagtttcatttgggaactgatcaca
cctaccaaagatgggcaagcccagaccctccagaaccactcaggcttatctgccccagtc
cccagagggaggaaggggaagaagacgaagaaccagttgctaatcccagagctaaaggat
gcagattggctagccacctgcaaccccgaggtggtcttgcatgatgatggctataagaaa
cacctcaaacagcactgcaacaaagtacttttgcgagtccggatgctgtactacctaaaa
gctgaaatactgggagaagcagctgagaaagcatttgaaggatctcctgccagggagctg
gatgtacctctgcctgacatcgactacatggagatcccagtggactggtgggatgctgaa
gccgataagtcacttctcattggcgtgttcaagcatggttatgaaaggtacaatgccatg
cgagcagacccagcactttgcttcctggagaaagttgggatgcccgatgagaagtccctt
tctgcagaacagggtgttacagatgggacctcagacattcctgaaagaggcaacacagat
aaagaagacaatgctgaggacaaagtagatggcctccagaaacaaacggagagttccagt
gatggaggtgatggcgtttttagcgaaaagaaggatgacagccgggcagcccaggatggc
tccgacccagacaaatcgccctggccagtttcctccgccctcacagctcgtctcagacgt
ctggtcactgtttaccagcgctgcaaccgcaaggaactgtgccggcctgaaattctggga
ccaggtaaccaaggatattgggttcaggaagagatgttcaggagaacctcagaaatggac
ctcatcaacaaggaagcccaaaagaggtggactaggagagaacaagcagacttctataga
acagtgtcttcctttggtgttgtttacgatcaagaaaagaaaacctttgactggacacag
ttccgcatcatttcccgtttggacaagaagtcggatgagagcctggaacagtatttttat
agttttgtggccatgtgccggaatgtctgtcgtctacccacatggaaagatggcggtccc
ccagataccaccatctacgttgaacccatcactgaggaacgtgctgcaagaactctgtac
cgcattgaactgttacggaaagtccgagagcaagtgctcaagtgccctcagctgcatgaa
cgcctccagctgtgcaggcccagcctctacctcccagtctggtgggagtgtgggaagcat
gatcgagacctgctcatcggcactgccaaacatgggctgaaccgcactgactgttacatc
atgaacgacccccagctgtccttcctggatgcctatagaaactatgcccagcataaaaga
tctggcacccaggcaccaggaaatctctgttgcctttaccagaccaactccaagttatat
gaatctcttacatattctcaaatgagtaggacttcagagtcccttgaaaatgaacctgaa
aatctagtgagagtagaaagcagagatgatcatctcagcctgcctgatgtgacatgtgaa
aactttatttctaaagttcaggatgtcatttccatcaaccatgatgaaagtctgctgcct
gagtccttagagagcatgatgtatggtaagaaggtgctcagccaagaaccaagctctttt
caggagagcccaagtaccaatactgaatctagaaaagatgttattaccatctcaataagc
aaagatgggaactgccagtctggtggccctgaggcagaaatagcttctggccctactttt
atgggtagcttagaagcaggaggagtagctcaagcaaacatcaaaaatggaaaacatttg
ttgatgtctatttcaaaggaaggggagctctgctgcagtgaggcaggacagagacctgaa
aacattggccagctggaagccaagtgtttagcttccccttccttgaatccaggaaatgaa
agtgggtttgtagatatgtgcagtcttagtgtctgtgactccaaaagaaacctgtcatca
gatcagcaattaattgatttattggaaaacaaaagcttagaaagtaaattgattttgagt
cagaaccacagtgatgaggaggaagaagaggaggaaaacgaggaggaaaacttagccatg
gcagtaggcatgggggaaaggccagaggtattgcatctcacggagcccactactaacatc
tcaagggaaaagaaccaaggcttccaagatgaaaccaagaaaggaagcttagaggtggca
aaccagactcctgggctacagagggctttccccgctccagcagcctgtcagtgccactgc
aaacacatggagaggtggatgcatggcctcgagaatgatgaatttgaaatcgagaaaccc
aaggcttatatcccagatctgttcaaaagtaaaaccaatactatcgccatggagggtgaa
cccactgctattccatcacagccgtttaaagtgaagcatgagcttttaaaagaaccttgg
aaagaaagtgcagaggggcaaaacgttttccccacatatcctcttgaaggaagtgagctc
aaatcagaagacatggattttgagaataaagatgattatgatagagacggaaactgccat
agtcaagattatccagggaagtactctgaagaggagagcaagagctcaacatcgggcatc
acaggagacattggggatgagctacaggaggctcgagctcccactattgctcagctgcta
caggagaaaactctctattccttctctgagtggccaaaggaccgcgtgataattaaccgc
ctagataatatctgccacgtggtgttaaaggggaagtggccctctagccagcagtatgag
ccctcaggcacactgcccaccccggtattaaccagcagtgctggttctcgaaccagcctc
tcagagccggaagcagcagaacacagcttcagcaacggcgcagcattggcggcccagatc
cacaaggagagcttcttagctccagtattcacaaaggatgaacaaaagcacaggcgtccc
tatgagtttgaggtggagagggatgcaaaggctcggggcctggagcagttctctgccacc
cacgggcacacccctatcatcctcaatggctggcatggggagtcagctatggacctctcc
tgctcatcagaggggtccccaggagccacatcccctttcccagtgagcgccagcacccct
aagattggggctatcagttcacttcagggagcccttggcatggacttgtctgggattctg
caagctggcctgatccatcctgtgactggacagattgtcaatggaagcctcagaagagat
gatgcagccacgaggaggcggagagggaggcggaaacatgttgaaggagggatggacctc
atctttttgaaggagcagacacttcaggcgggaatcttggaagtccatgaagacccaggg
caggccaccttgagcaccacacaccctgaggggccagggcctgccacctcggctcctgag
ccagctacggcagccagcagccaagccgagaaatccattcccagcaagagtctgcttgac
tggctaaggcagcaggctgactactccttagaagttcctggctttggggcaaatttttca
gacaaaccaaagcagaggaggccacgctgtaaagaacctggaaaattagatgtcagctcc
ctgagcggggaagagagagttcctgccatccccaaggagccaggactgagggggtttctt
ccagaaaacaagttcaatcacactctggctgagcctattcttcgagatacgggcccccgc
aggagggggaggcggcctcggagcgaactcctgaaggctccttccattgtggcagactct
ccctctggaatggggccactgttcatgaatggactgattgctgggatggacctggtagga
cttcagaacatgagaaatatgccaggcatccccctcaccgggctggtggggtttccagct
ggctttgccacgatgccaacaggtgaagaggtcaaaagtaccctgagcatgctgcccatg
atgctgccaggcatggctgctgtgccccagatgtttggtgttgggggactcctcagtcca
cccatggcaaccacctgcacttccactgctccggcgtctctatcaagcacaacgaaaagt
ggtacggcagtgactgaaaagactgcggaagacaagccgagtagccatgatgtgaaaaca
gacactttagctgaggacaagcctggtccaggtccattttctgatcagtctgaacctgca
ataactactagtagtcctgtggcttttaacccatttctcatcccaggagtatctcctgga
ctcatttacccatccatgttcctctcccctggtatgggcatggctctgccagccatgcag
caggccagacactcggaaatagtaggtctggagagccagaagaggaagaagaagaagaca
aagggggacaaccccaactcccacccagagcctgctcccagctgtgaaagggagcccagc
ggtgatgagaactgtgccgaacccagtgcccctttgcccgcagagagagaacatggggca
caggctggggagggggcactcaaagactccaacaacgacaccaattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (36)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (34)   
DNA sequence (62)   
   RefSeq(nuc) (34)   
   GenBank (14)   
   EMBL (14)   
3D Structure (1)   
   PDB (1)   
Protein domain (7)   
   Pfam (7)   
All databases (148)   

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