KEGG T01011: 100494345

Xenopus tropicalis (tropical clawed frog): 100494345

Entry

100494345         CDS       T01011

Symbol

brwd1

Name

(RefSeq) bromodomain and WD repeat-containing protein 1

K11798

bromodomain and WD repeat domain containing protein 1/3

Organism

xtr Xenopus tropicalis (tropical clawed frog)

Brite

KEGG Orthology (KO) [BR:xtr00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:xtr04121]
    100494345 (brwd1)
Ubiquitin system [BR:xtr04121]
Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   Cul4 complex
    Target recognizing subunit (DCAF)
     100494345 (brwd1)

SSDB

Motif

Pfam:

WD40 Bromodomain NBCH_WD40 ANAPC4_WD40

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Xenbase:

UniProt:

Position

2:11757307..11814911

AA seq 1958 aa
MAEPPGPSRSPQQLETELHFLIARFLSNGPYHKTAEVLIRQMNESKAFPKRLDWLGNEHG
RSFEEMVSANNHVSSDHLLKICQHLGSLLDNITPCNVQTGSLLGAGKQSLLRTEKGCKNV
QWNRQMLAALHRGRPPEMPINIRFPPNAAVVHYGKRLTGTLSITSGFPVQLYQHMKMHRR
ILGHRSSVYCVAFDRTGHRIFTGADDGLVKIWSTHDGRLIATLRGHSAEVSELTVNYENT
LIAAASCEKIIRVWSLRTCAPVAVLQGHSISVTSLLFSPLVDGSMRYLISTGGDATVCCW
EWDVDTLQFKDQPIKFTEKSGPGAQMLCCSCSAGGMYLATGGSDRAIRIYFFGCETPKKL
IQLEGHNDIIDSVQFANSGERFVSGSNDGTARIWYLHEQNWKSIRLDMREGDKDSEEEEQ
LTRPKVLMITWDLTDATVVTASNLRSLKVWESRTGKLLRVLSGHQNDIYVLEPHPFDSRV
MISAGYDGKIIIWDVNKGDQIKCYCNTIEHEGHGAILDCKLSVDGQHIASTDSHGHLLIF
GFGCSKPYEKIPDEMFFHTDYRPLCIDGNHYVLDEQTQLAPHLMPPAFLVDSDGNPHEPK
FQRLVPGRENFEDEHLIPQLGYMETSDGEIVEQVIGQQASDDLQNAEPSSQEGMRPPQIA
DGQRRDASSSPSTGSSRNGQAQGVRQSQSSSPQSQTSADRDYLAWRRRVVVPELERNVYR
QQEASRLERGREEKAYFAKQILQPSVQETHLPTERQNARSIKRPKCRSPSPRPDVEQFLD
LSCEEGEETESRGSEEEISTVDDTSSTASTDKEEEWRSEESSEYSDWTVDAGINLQPPSR
ISTRRRVKTIMTSSEEESSAEERLSTPKKRRPKQRHSDSEMQSPGRPLSDRENPTDFHPP
LWITDTLPRRSPFVPQMGDDVIYFRQGHEAYINVVRRNNLSILKKLKEPWKHVILRDQEL
VKIVGIRYEVGPPSLCCLKLALIDHVTGKFIDQSFSLKYHDMPDVIDFLVLKQFYDQSCQ
TNWHPGDRFRSIIDDAWWFGTVMDQEPYQSDYPDSLFQCYTVKWDNTEVERLSPWDMEII
PAYVSPPSELGTSISLNSDELEELLYVPQKGEWGNGDRDSECERVICGIDQILQMEFASQ
FAAPVDLTTYPIYSSVVSYPTDLSTIRMRLVNRFYRRLSALIWEVRYIELNARAFNEPDS
SIAKSAKIITDLLLRFIMDSRCTNISDLCNAAEGDEEEEESADEQKQKRKDKMAKSKEDA
WRMQCMELANSVLENEDSEPFREPVDLYEYPDYLDIIETPRDFGTITECLALGGYNNPFE
LRKDMRLVFSNAKRYTPDRRSKIHSMVLRLSEFVESRMDAIISEYKAAYSCKQAENDLNY
LKSTSRNVKQRRLISESENESGQEPCSSRSTSSEVFSNNSRDSIASTSGASSYRDVLGKP
TASAAKSAPVIATSSSSSSSASSGSETDSSSSTSDSEHSSGSEKAESNKKSVSNSHAGKV
SVFVKSVDPAKRNGRTTTTKQESQGNRQQNMTSSKRRHNSDSEESVPKDKAYSTSRTQKK
MLRKCAALAANKIKCMSDTEGSMPSSDSDCREGKGSRTLPRRAAATEAKKHLMDGSGEEN
TLKSDNDRQPRMEQSASNVSALCASKAVSRRSDSSGSESRSKSPSSGESSISDEIEDDHP
VNGENSDQEMSEPSIADTPYKHSATSWLVSESDSEISSTEDTRQVTKQKHYVPKTKIAAE
RNSSSKNTNKETTKKDLTNCRKNRKKYTDKANEWVSDSTDSDSEAGVIKRKVRKKVVFSL
TSPARKTKVTSDSEDTLDSEDYGKFSGSDEEIPQSKSIKSTESSSESSSSSSDSGSSLSD
ASSHHERKVNGKTVALKPREPEGKRKRTKSSCDDDWEELNYRQRKKLTRRAKIPTRNRGK
RTVRYDDVDSEETVSRTKSTNRRLRKISARASARQFFL

NT seq 5877 nt +upstreamnt +downstreamnt
atggctgagccaccgggacccagccgctcccctcagcagctggagacagagttgcacttc
ttaattgctcgtttcctttcaaatgggccctaccacaaaactgcagaggtgctgatacgg
caaatgaatgaatctaaggcgtttcccaaacgtttggattggctgggaaatgaacatggc
cgaagctttgaagagatggtttcagcgaacaatcacgtgtcttctgaccatttacttaaa
atctgtcagcatctcggctctctacttgacaacattactccatgtaatgttcaaacagga
tctctattaggtgctgggaaacagtctcttctaaggacagagaaaggatgcaagaatgtc
cagtggaataggcagatgcttgcggctctgcacagaggcagaccccctgaaatgcctatt
aacatcaggtttcccccaaacgctgcggtggtgcattatgggaaacgtttgactggcacc
ctcagcattacatcaggttttcctgtgcagctttatcaacatatgaagatgcacaggcgg
attctcggtcaccgctcttccgtttactgtgtggcgtttgaccgaacgggtcacagaata
tttaccggtgccgatgatggcttggtgaagatttggtcgacacacgatggccgtttgatt
gccactttacgaggccattcagcagaggtctcagaactcactgtgaactatgaaaacact
ctgattgctgctgcgagctgtgaaaaaattatacgtgtgtggtctctccgaacctgtgcg
ccagttgctgtgctccagggccactctatctccgttacctcattgctgttcagtcccctg
gtcgatggttccatgaggtacctgatctctactggaggcgatgcaacagtctgctgctgg
gaatgggacgtggacaccttacagtttaaagatcagcccataaagtttactgaaaaatct
ggaccgggagcgcaaatgctttgctgttcctgtagcgcagggggaatgtacctggcaaca
gggggcagtgatcgtgccattagaatctatttttttggctgtgaaacacccaagaagcta
atacaacttgaaggccacaatgatataattgacagtgtccagtttgcaaacagtggagaa
aggtttgtaagtggaagcaatgacggaacagctcgaatctggtatttacatgagcagaac
tggaaaagcattaggcttgacatgagagagggtgataaagacagtgaggaggaagagcag
ctcacgagaccgaaggtattgatgattacttgggatctcactgatgccactgttgttact
gcaagcaatctccgttctctcaaggtgtgggagtcccgtactgggaaactgcttcgggtt
ttgtctggacatcaaaatgacatatatgttttagagcctcatccctttgattccagagtg
atgatctccgcaggatatgatgggaaaatcattatttgggatgttaacaagggagatcaa
ataaagtgctactgtaatacgatcgaacacgagggacacggtgccattttggactgcaaa
ttgtctgtagatggtcaacacatagcaagcacagattcccacggccacttgctcattttt
ggatttggttgcagtaagccttatgaaaagattccagatgaaatgtttttccatacggac
tataggcctctgtgtattgatggaaatcattatgtgttggacgagcaaacccagctggca
cctcatcttatgccccctgcgttcttggtggatagtgatgggaatccccacgaaccaaag
tttcagcgcctggtgccaggaagagagaattttgaagatgagcacttaattcctcagctg
ggatatatggaaactagtgatggagaaatagtagaacaagtaattgggcagcaagcaagc
gatgatctgcagaatgccgagcccagttctcaggaaggaatgagaccacctcaaatagca
gatgggcaaagaagagatgccagctcttctccgagtactggttcttcccgcaatgggcag
gctcaaggtgttcgccaatcacaaagcagttcccctcaaagtcagacctccgccgatcgt
gactatctagcatggagacgcagagtagttgtcccagagcttgaacgtaatgtatacagg
caacaagaagcttccagacttgagagaggacgggaagagaaagcatactttgcaaaacag
attttacagccgagtgttcaggagactcatttaccaactgaaaggcagaatgcaagaagc
atcaagagaccaaagtgtcgcagtccatcaccccggcctgatgtggaacaatttcttgac
ctctcgtgcgaagaaggggaagaaacggagtctagaggatcagaggaagagatcagcact
gtggatgatacatcaagtactgcctctactgacaaagaagaagagtggagaagtgaagag
tcaagtgagtactccgactggactgttgatgctgggattaacctgcaaccacctagccgc
atatccacccgtcgccgggtaaagaccataatgaccagttctgaggaggagagctctgct
gaggagagattgtctactccaaagaagaggagaccgaaacagagacattcagattcggag
atgcaaagtccaggaaggccattgtcggacagggaaaatccaactgattttcacccccct
ctttggataacagacacattacccagaagatccccgtttgttcctcagatgggggatgat
gtcatttattttcgacagggccacgaagcttacatcaacgtagtcagaagaaataacctc
agcattctaaaaaagctgaaagaaccatggaagcacgtaattctacgggaccaggagctg
gtgaagatcgtcggtatccgctacgaagttggtcctccctctttatgttgcctaaaactt
gccttaattgaccacgttactgggaagttcatagatcaatcattttccctcaagtatcat
gatatgcccgatgtcattgacttcctcgtgttaaagcagttctacgatcagtcttgtcaa
acaaactggcatcctggtgacaggttccgctctattatagatgatgcttggtggtttgga
acagttatggatcaagagccataccagtctgattacccggacagcctgtttcagtgctac
actgtaaagtgggacaacacagaagtagaaaggctaagtccttgggatatggaaatcatt
ccagcatatgtgagtccgccttcagaacttggaaccagtatttccctaaactccgatgag
ctggaagagttgctgtatgttcctcaaaagggagaatggggtaatggcgatcgagactct
gaatgtgaacgtgttatttgcggcatcgaccagatccttcaaatggaatttgccagtcaa
tttgctgctcctgttgacttgactacatacccaatatatagttcggtggtttcctatcca
acagatctaagcacaataaggatgaggctggtgaacagattttacaggagattgtctgcc
ctcatctgggaagtgcgatatattgagcttaatgcccgggccttcaatgaacccgacagc
tcaatagctaaatctgcaaagatcatcacagacttactgttacgcttcataatggacagc
cgctgcacaaatatctctgacctgtgcaatgctgcagagggagatgaggaggaggaggaa
tcagctgacgaacagaagcaaaagaggaaagacaaaatggctaaatctaaagaggatgct
tggaggatgcaatgtatggaattggccaactctgttctagagaatgaggattcggagcct
tttagggaacctgttgatttatatgaatatccagactatctggatattattgaaacccct
agggattttggaacaataacagaatgtttggccttaggaggatacaacaacccctttgag
ctacgtaaagatatgagattagtgttctctaatgcaaaacgctacacaccagatagaaga
tccaagatccatagtatggtgctgcgactttctgaatttgtggagtcaagaatggacgcc
attatctctgagtataaagctgcctacagctgcaagcaagcagaaaatgacttgaactat
ttgaagagcacgtcaagaaacgtgaaacaaaggcggttaatatcggagtcagagaacgag
tctggccaggagccgtgttcatcccgatctacctcaagtgaagtgttttcaaacaatagc
cgggacagtattgccagcacctctggcgcttcctcatatagagatgtattgggcaaaccc
actgcctcagctgctaaaagtgccccagtcatagctactagctcctcatcgagctcctct
gcttcatcaggaagcgaaaccgattcctcatcatctacctctgattcagaacattcctct
ggttctgagaaagcggaaagcaataaaaagtcagtgtcgaattcccacgccggcaaagtc
agtgtgtttgtaaaatcagtggatccagctaagaggaatgggagaacaacaactacaaag
caagaatctcagggtaatcggcaacagaacatgacttcgagtaaaagacgacataacagt
gattcagaggaatctgtgcctaaagacaaagcatacagtacatccagaacgcagaagaaa
atgctacgcaagtgcgccgcccttgctgctaataaaataaagtgtatgagtgatactgaa
ggcagcatgccctcttcagacagcgactgcagggaaggaaagggcagtaggacattaccc
cgaagggcagctgctacggaagccaaaaaacatcttatggatggctctggggaagagaac
actttaaaaagtgacaacgatcgacagcctagaatggagcaaagtgcaagcaatgtgagt
gcattgtgtgcttccaaagcggtcagtagaagaagtgattctagtggctcagagagtaga
tcaaaatctccttcttccggtgagtcctcaataagtgatgaaattgaggatgaccatcct
gtgaatggcgaaaattctgaccaagaaatgagtgagccttctatagcagacactccttat
aagcactcggccacatcgtggcttgttagtgaatcggactcggaaatctcctctacggaa
gatacccgtcaggtaacaaaacagaaacactatgtgcctaaaacgaagatagcagctgaa
agaaactcatcttcgaaaaacacaaacaaagaaacaacgaaaaaagacctcacgaactgt
cggaaaaacaggaaaaaatataccgataaagccaacgagtgggtttctgattccaccgat
tcagactccgaggctggcgttataaagaggaaagtacgcaaaaaggttgtgttttctcta
acctcaccggctcgaaagacaaaagtaacgagtgactcagaagacactctcgattcggag
gattatggcaagttctctggttctgatgaagagattcctcagtctaaatctattaagagc
acagagtcgtcttcagagtccagctcttcttcctcagactccgggtcgtctctttcagac
gccagcagccatcacgagcgtaaagtaaatggaaaaactgtagctttaaaacccagggaa
cccgagggcaagaggaagcgaacaaaaagcagctgtgatgatgactgggaagagctgaac
tataggcaacgcaagaaactaactcgccgggcgaagataccaacgaggaatcgaggaaag
agaactgtgagatacgacgatgtggacagtgaggaaacggtcagtcgaacgaagtccacc
aataggaggctgcggaaaatctccgccagggccagtgccaggcagttcttcctttaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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