KEGG   Danio rerio (zebrafish): 798858
Entry
798858            CDS       T01004                                 
Symbol
brwd1
Name
(RefSeq) bromodomain and WD repeat-containing protein 3 isoform X1
  KO
K11798  bromodomain and WD repeat domain containing protein 1/3
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dre04121]
    798858 (brwd1)
Ubiquitin system [BR:dre04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   Cul4 complex
    Target recognizing subunit (DCAF)
     798858 (brwd1)
SSDB
Motif
Pfam: WD40 Bromodomain NBCH_WD40
Other DBs
NCBI-GeneID: 798858
NCBI-ProteinID: XP_001920441
ZFIN: ZDB-GENE-041111-120
Ensembl: ENSDARG00000074747
UniProt: A0A8M1QKF7
Position
15:complement(5829012..5892767)
AA seq 2182 aa
MADTTARNGSISPLESELYYLISRYLSTGPCRKAAEALVCELEENQLLPRRLDWEGNEHP
RSYEDLVTANRHIAPDHLLQICKQIGPVLDREVPSGVPGVHSLLGAGRHSLLRTSKDCCA
SRWKTSTFAALHRGRPPERPLNCKDANIVEVCRGRELTGAQRFSSINPVSNYQHMKMHRR
ILGHLSAVYCIAFDRTGSRIFTGSDDALVKIWSSFDGRLHSTLRGHYAEISDLAVNFENT
LIAAGSCDKTIRVWCLRTCAPVAVLQGHSGSITSLQFSPFVKGSKRYMVSTGTDATVCFW
QWDVNNNEFSDRQHKFTERPRPGVQTVCSSFSPGGMFLATGSTDDVIRIYYLGSGSPEKL
AELDSHTDKVDSIQFCHSGERFVSGSRDGTARIWRLHQRHQWKSVLLDMSATLPGSAPLT
DDENFFKPKVTMVSWDRHDNTVITAVNNHLLKVWNSYTGQLLHVLKGHEAEVFVLEPHPY
DPRIMLSAGHDGNVFVWDLIKGTKTMHYFNMIEGQGHGAVFDCKFTPDGHRFAMTDSHGH
LVIFGFGSSKPYEKLPDQVFFHTDYRPLIRDTNGFVLDEQTQQAPHLMPPPFLVDVDGNP
HPPRFQRLVPGRENIADEHLVPQLGYVATSDGEVVEQVISQQSAESEEVRHSALDFAIRQ
LREHQDRQSGAPGEAGVPAAARVPEPGTPRRVSVNERMEVQSPPNVGLRRSGQVEGVRQM
HQNAPRSQMATERDLQAWRRRVVIPELTPSGYRAQESFRIAKGDEEVNLYNTKKRRVTHS
TFRDDSDEEGPCLKRTQSRKRQKNQERKENLAEEYIEFSCEEGEETASSEASEVEGSDID
SSAEDEEEWKSDSSSRSSSDYSDWTADAGISVRTSDSSRRRTTRRISSSEEEDEEDDEEE
EEPADEEPAVGEEETSSPRKHKKAKSKTPKHSKPRPSINREISNEFRPPAWITDVVPRKS
PFVPQMGDEVIYFRQGHEAYVDAVCRMNLYPINLDKQPWKKMQLRDQEFVKITGIKYEVC
PPTLCCLKLTQIDPGTGKITDRTFSIKYHDMADVIDFLVLRQSYDEARNRVWTSNDRFRS
VIDDAWWFGAIVCHEPYQSEYPDSHFQCFKVKWDNGETEKLSPWDVEAIPENAEQPESAS
AGVPVTDEEMMDILYKPQRGEWGDRGREQESARIIAGIEQLMTVDITAPFSGPVDLTQYP
TYCTVIAYPTDLNTIKLRLKHNFYRRLSALIWDVKHIEQNAKTFNEPRSKIAQSAKIITN
VLIKFISKLHCTDIMEIYNAVENMEYSDDEEMDDIDAPGTSAGQRLRQPSVEVVLDRDAW
KDHCKRLLDYMFECEDSEPFRDPVDQSDYPDYTNIIDTPMDLGTVRQTLEEDRYENPIDV
CKDIRLIFANAKAYTPNKRSKIYSMTLRLSAFFEENIRKIISDYKTAIKSSLKLRRSQRC
RKKSQHQESVSFSQGSTRQKRATIKTQENTEQSTAKSTSAKVSGPERRRAHEAKETFRRS
SSSSSGSDQDSKQSLSQSDEDDEHSSSSRAMRRETRATRKKAAQNKGAKSRRPESHVKMN
GRSRSHERQKPRTSSDSDHEPSQGSDEASENESSPSVSRRPRTRKTAMAAVNKMKLIDTL
GDEEGTDDEGGGGSTRPATRASKRSAVIQSSSDSDDEEEAAASQEESNESGSSASEGEKS
AGSADSDSSSHSKKNSRTAGRRPCRRPAEKKETSPLTNGHGTKRQWEESDDNSEDGGSPI
ESENLESDNDLVVRRKSTRRTAKAAVSKIKKINNTDAEEEENCTRDRRQKHRSITQESEN
SSDEEVETTKTLKHPHQNGRKVDAKELKRCKAPSERQEQSPAAKQKTTHKKSSATDACMS
TTQDSEELSDDVEKSVTHRKRIASEDEENQSDDADQRRVPKNRNRSSNARKQKLCASSDE
SSSESDEKADRGRIKSEGTSSDEWQKSDTSEEDKKTHPQRKPCPTVASKGVSLRTRPKKN
YIMEDSEEEFSPKMDVQAKNGVKNQQANSRTRKPSGGGFKRKHGGSSESDADSKSSRSSD
GNKLAEAQRKSAKRFKQLMGSTDSESDFETRCKSENGRAQRSQGKLPTVSRQRRKQSESD
KGSNDNGSNFESEESESEASSGSRSSPKRRLRDRDRGTARSRKPRRVVSDDDSDVSFEKP
RRGRRIQTRNKGKRTVNYQDSE
NT seq 6549 nt   +upstreamnt  +downstreamnt
atggccgataccacagccagaaatgggagtatttcacccctcgaatcggagttatattac
ttgatatcgcgctatctgagcacggggccgtgtcggaaagcggccgaggctctggtgtgt
gaactggaggaaaatcagctccttccacgtcggttggattgggaaggaaatgaacacccg
agatcttatgaagatttggtcacagccaacaggcatattgcaccagaccaccttttgcag
atatgcaagcaaatcggtccggttctggaccgagaggtcccgtctggtgtgccaggagtg
cactctctactgggggccgggagacactctttactccgaacatcaaaagactgctgcgct
agcagatggaaaacctctacattcgcagcccttcacagagggagaccaccagagaggcct
ttaaactgcaaggatgcaaatattgtggaggtgtgccgaggcagagagctcacaggagcc
cagcgcttcagctccatcaaccctgtcagcaattatcagcacatgaagatgcacaggagg
atcctgggacatctctctgctgtgtactgtatcgcctttgatcgaacaggttccaggatt
tttacgggttccgacgatgccttggtgaagatctggtcctcgtttgacggaaggcttcac
tccactctcagaggacattacgctgagatatcagacctcgctgttaactttgagaatact
cttattgcggcggggagctgcgacaaaaccattcgagtctggtgccttcgtacatgtgcc
ccagtggcagtcctgcagggccacagtgggtctattacctctttacagttctctccattt
gtcaagggctccaaaaggtacatggtgtccacaggaactgatgcaactgtctgtttctgg
cagtgggatgtaaataataatgaattcagtgatcgtcagcacaagtttacagagaggccg
agacctggtgtccagaccgtctgctcttccttcagccctggtggcatgttccttgcaaca
ggaagcacagatgatgtcatcaggatctactacctgggcagtggcagtccagaaaaacta
gctgagctcgactctcacacagacaaggtggacagcatccagttctgtcattctggggag
aggtttgtgagtggtagtcgagatggcactgcccgcatatggagactgcatcagagacat
cagtggaagagcgttttattggacatgtctgccactcttccagggtctgcacctttaaca
gacgatgaaaatttcttcaaacccaaagtgaccatggtgtcctgggatcgccacgacaac
acagtcattaccgccgtcaacaatcatctcctcaaagtgtggaactcctacactggacag
ctgctgcacgtccttaaaggtcatgaggcggaggtgtttgttttggagccgcatccctat
gaccctcgcatcatgctctctgctggtcatgatggcaatgtctttgtatgggacctcatc
aagggcaccaaaaccatgcattactttaatatgatcgaaggtcaaggacatggtgctgta
tttgactgcaagttcacccctgatggccatcgctttgcgatgacagactctcatggacat
ctggttatttttggctttggaagctccaagccttatgagaagcttccagaccaggtgttt
tttcacaccgactaccggccgctgatccgggacaccaatggttttgttctggatgagcag
acccagcaggcaccacacctgatgccgcctcccttcctggttgacgtggatggaaaccct
caccctcccagattccaaagactggtcccaggaagagaaaatattgcagatgagcatctt
gttcctcaacttggctatgttgctacaagtgatggagaggtggtggagcaggtgatcagt
cagcagtctgcagagagcgaggaggttcgtcacagcgctctggattttgccattcgtcag
cttcgagagcatcaagacagacagtctggcgctccgggagaggctggtgttcctgctgct
gcccgtgtgccagaaccaggaactccccgcagagtgtcagtaaacgagcgcatggaggtt
cagtctccacctaatgtaggtttgcggcgcagtggacaggtggagggagtccggcagatg
caccagaacgctccacgcagtcagatggccaccgagagagaccttcaggcctggagacgc
agggtcgtgattcctgagctgaccccaagtggatacagggcgcaggagtcattcagaata
gccaaaggtgatgaggaggtgaatctttacaacaccaagaaaaggagagtgacccactcc
acattcagggatgattctgatgaagaagggccgtgcctgaaacgtacacagtctcgcaaa
cggcagaagaatcaggagcgcaaagagaatctggctgaagagtacattgagttttcatgt
gaagagggagaggagacggcatcttctgaggccagtgaagtggaagggagtgacattgat
tcatccgccgaagatgaagaggaatggaagagtgatagctcaagccgctcctccagtgat
tattccgactggacggcagatgcaggaataagtgtgcgaacgtcagattcttctagacga
cgcactacccgcaggatcagcagctctgaagaggaggatgaggaggatgatgaggaggaa
gaagagccagcagatgaggagccggctgtaggtgaagaggagacgtcatcccctagaaag
cacaaaaaagccaaaagcaaaacaccaaagcactctaaaccaaggccatccattaacaga
gagatatcgaatgagttccgtcctccagcttggattactgacgttgttccccgaaagtcc
ccatttgtccctcaaatgggagatgaggtcatctatttccgtcagggtcatgaggcatat
gtggatgcagtctgtcgcatgaacctgtacccaataaacctagacaaacagccatggaag
aagatgcagttaagagaccaagagtttgtgaaaataacagggatcaaatatgaagtttgc
cctccaacattatgctgtctgaaactgacccagattgaccctggaactggcaaaataaca
gaccgaaccttttcaataaaatatcatgatatggcagacgtaatagattttctggtatta
cgtcaaagctacgatgaggcgcgaaacagagtgtggacttcgaatgaccgttttcgctct
gtgatcgatgacgcctggtggtttggggccatagtttgtcatgagccatatcaatctgaa
tatcccgacagccattttcagtgcttcaaagtcaagtgggacaatggcgagaccgaaaag
ctgagtccatgggacgtagaagctattcctgaaaatgctgaacagccggagtcggcgagt
gctggagtaccagtgacagatgaggagatgatggatatcctgtataaacctcaaaggggt
gaatggggggacaggggtcgggaacaagagagcgcacgcatcattgcaggaatagagcag
cttatgactgtggatattacagctcctttctctggtccggttgacctcactcagtatcct
acatattgtactgtcattgcatatcccaccgatctgaacaccatcaaactgcggctcaag
cacaacttctacaggaggctatcggcactaatctgggatgtgaaacacattgaacaaaat
gccaagaccttcaatgaacctcgcagcaagattgcacaatctgccaaaatcataacaaat
gttctcattaagttcatcagtaaacttcactgcacagacattatggagatctataatgct
gttgagaacatggagtactctgacgatgaggaaatggatgacattgatgcaccgggaacc
tcagccggacaaagacttcgccagccatcagtggaggttgtgctggacagggatgcttgg
aaggaccattgtaaacgtttactggactacatgtttgagtgtgaggattcggagcctttc
cgggatcccgtagatcaaagcgattatccagattacactaatataattgacactcctatg
gaccttggaactgtgcgccagactcttgaagaagaccgatatgaaaacccaatagacgtt
tgtaaggacatcaggcttatttttgccaatgctaaagcctatacgccaaacaaacggtct
aagatttacagtatgactttgcgtctgtccgcattttttgaggagaacatacgcaaaata
atttccgactacaagactgccatcaaaagtagcttgaagctacggcgcagtcagagatgc
aggaagaagtcgcaacatcaggagtctgtttctttcagccaaggatccacacgtcaaaag
agggctactataaaaactcaggaaaacacagaacagtctacagccaaatctacctcagcc
aaagtgtctggaccagagcgtcgcagagcccacgaagccaaggaaaccttcagacggagt
agctcatcttcttctggatctgatcaggacagcaaacagtctttgagtcagtcagatgag
gatgatgaacattcgtcttcatcacgtgccatgagacgcgagactagggccacaagaaaa
aaagctgcacagaataaaggagcgaaatcaagaagaccagagagccacgtcaagatgaat
gggcgcagcaggtcacatgagcgtcagaaaccaagaacatctagtgattctgaccacgaa
ccatcgcaaggctcagacgaagcttcagagaatgagtcttcaccttctgtcagccgccga
ccgaggacacgcaagactgccatggctgcagtcaataaaatgaaactcattgataccttg
ggagatgaggaaggcacggatgatgaaggtggtggtggcagcacccgacccgcaacccgt
gctagcaaacgctccgctgtcattcagagcagttctgattcagatgacgaggaggaggcg
gcggcctcacaagaggagtcgaatgaaagtggttcttcagccagtgaaggagagaaaagt
gctggcagcgcagacagtgactcctcttcccacagcaaaaagaacagcagaactgctgga
cggagaccatgtagacgaccagcagagaaaaaggaaacttctccgttaactaatggacat
ggcaccaaacgtcagtgggaggaaagtgatgacaattcagaagatgggggtagtccgatt
gaaagtgagaatttggagtctgacaacgaccttgttgtcaggcgaaagtccaccaggagg
actgcaaaagctgctgtcagtaaaataaaaaaaattaataatactgatgctgaagaggag
gaaaattgcaccagggatagacgtcagaagcatcggtcaataacgcaggagtctgaaaat
agttcagatgaggaagttgagacgaccaaaactctcaagcacccccatcagaatggaaga
aaggtggatgcgaaagaactgaagaggtgtaaagcaccatcagaacgccaagaacaatct
cctgccgcgaaacagaaaactacccacaagaaatcttcagccacggatgcatgcatgtca
acaacccaggattcagaagaactcagtgatgatgtggaaaaatcagtcactcacaggaaa
agaattgcatcagaagatgaagagaatcaaagtgatgacgcagatcaaagaagggttccc
aaaaacagaaaccggtcatccaatgctcgcaaacagaagctctgtgcgagttcggatgaa
tccagttcggaaagcgatgaaaaggcagaccgaggacgaataaagagtgagggcacttct
tcagacgaatggcaaaagagtgacacatcagaagaagacaagaagacacatccacagaga
aagccttgccctacggttgcatccaaaggagtctctttgagaactcgtcccaagaagaac
tacattatggaggactccgaagaagaatttagtcctaagatggacgtgcaagcaaagaat
ggagtaaaaaatcagcaggccaactcccggacaagaaaaccttcaggtggcggattcaaa
aggaaacacggtggctcctccgagtcagacgcagacagcaaaagcagtaggagcagtgat
ggtaataagcttgcggaagctcaaagaaaaagtgcaaaacgcttcaagcaattaatgggc
tcgacggactctgagagcgattttgaaactaggtgcaaatcagagaatggtcgggcgcaa
aggtctcaggggaagcttcctacagtgtcccgacaacgacgaaagcaaagtgaaagcgac
aaagggagcaatgataacggaagcaattttgagagcgaagaatctgaatcagaagcaagc
tcaggttcacgaagcagtccaaagagaaggctgagagaccgtgaccgaggaaccgcacgc
tcgaggaaacctcgcagggttgtttccgatgacgatagtgacgtgtcgtttgagaaacct
cgtcgaggcaggcgcatccagaccagaaacaaaggcaaacggactgtgaattaccaagac
agtgaatga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (75)   
   KEGG ORTHOLOGY (1)   
   RefGene (69)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (92)   

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