KEGG   Homo sapiens (human): 29994
Entry
29994             CDS       T01001                                 
Symbol
BAZ2B, WALp4
Name
(RefSeq) bromodomain adjacent to zinc finger domain 2B
  KO
K26167  bromodomain adjacent to zinc finger domain protein 2B
Organism
hsa  Homo sapiens (human)
Pathway
hsa03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    29994 (BAZ2B)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    29994 (BAZ2B)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Chromatin remodeling factors
   BRF complex
    29994 (BAZ2B)
SSDB
Motif
Pfam: MBD Bromodomain WSD PHD DDT WHIM1
Other DBs
NCBI-GeneID: 29994
NCBI-ProteinID: NP_038478
OMIM: 605683
HGNC: 963
Ensembl: ENSG00000123636
UniProt: Q9UIF8
Structure
Position
2:complement(159315312..159712442)
AA seq 2168 aa
MESGERLPSSAASSTTPTSSSTPSVASVVSKGGLSTGVASLSSTINPCGHLFRTAGDQPF
NLSTVSSAFPMVSHPVFGLHSASSGHSEFGGLGTLGTPTALAAHPQLASFPGAEWWRTTD
AHTRTGATFFPPLLGIPPLFAPPAQNHDSSSFHSRTSGKSNRNGPEKGVNGSINGSNTSS
VIGINTSVLSTTASSSMGQTKSTSSGGGNRKCNQEQSKNQPLDARVDKIKDKKPRKKAME
SSSNSDSDSGTSSDTSSEGISSSDSDDLEEDEEEEDQSIEESEDDDSDSESEAQHKSNNQ
VLLHGISDPKADGQKATEKAQEKRIHQPLPLASESQTHSFQSQQKQPQVLSQQLPFIFQS
SQAKEESVNKHTSVIQSTGLVSNVKPLSLVNQAKKETYMKLIVPSPDVLKAGNKNTSEES
SLLTSELRSKREQYKQAFPSQLKKQESSKSLKKVIAALSNPKATSSSPAHPKQTLENNHP
NPFLTNALLGNHQPNGVIQSVIQEAPLALTTKTKMQSKINENIAAASSTPFSSPVNLSTS
GRRTPGNQTPVMPSASPILHSQGKEKAVSNNVNPVKTQHHSHPAKSLVEQFRGTDSDIPS
SKDSEDSNEDEEEDDEEEDEEDDEDDESDDSQSESDSNSESDTEGSEEEDDDDKDQDESD
SDTEGEKTSMKLNKTTSSVKSPSMSLTGHSTPRNLHIAKAPGSAPAALCSESQSPAFLGT
SSSTLTSSPHSGTSKRRRVTDERELRIPLEYGWQRETRIRNFGGRLQGEVAYYAPCGKKL
RQYPEVIKYLSRNGIMDISRDNFSFSAKIRVGDFYEARDGPQGMQWCLLKEEDVIPRIRA
MEGRRGRPPNPDRQRAREESRMRRRKGRPPNVGNAEFLDNADAKLLRKLQAQEIARQAAQ
IKLLRKLQKQEQARVAKEAKKQQAIMAAEEKRKQKEQIKIMKQQEKIKRIQQIRMEKELR
AQQILEAKKKKKEEAANAKLLEAEKRIKEKEMRRQQAVLLKHQERERRRQHMMLMKAMEA
RKKAEEKERLKQEKRDEKRLNKERKLEQRRLELEMAKELKKPNEDMCLADQKPLPELPRI
PGLVLSGSTFSDCLMVVQFLRNFGKVLGFDVNIDVPNLSVLQEGLLNIGDSMGEVQDLLV
RLLSAAVCDPGLITGYKAKTALGEHLLNVGVNRDNVSEILQIFMEAHCGQTELTESLKTK
AFQAHTPAQKASVLAFLINELACSKSVVSEIDKNIDYMSNLRRDKWVVEGKLRKLRIIHA
KKTGKRDTSGGIDLGEEQHPLGTPTPGRKRRRKGGDSDYDDDDDDDSDDQGDEDDEDEED
KEDKKGKKTDICEDEDEGDQAASVEELEKQIEKLSKQQSQYRRKLFDASHSLRSVMFGQD
RYRRRYWILPQCGGIFVEGMESGEGLEEIAKEREKLKKAESVQIKEEMFETSGDSLNCSN
TDHCEQKEDLKEKDNTNLFLQKPGSFSKLSKLLEVAKMPPESEVMTPKPNAGANGCTLSY
QNSGKHSLGSVQSTATQSNVEKADSNNLFNTGSSGPGKFYSPLPNDQLLKTLTEKNRQWF
SLLPRTPCDDTSLTHADMSTASLVTPQSQPPSKSPSPTPAPLGSSAQNPVGLNPFALSPL
QVKGGVSMMGLQFCGWPTGVVTSNIPFTSSVPSLGSGLGLSEGNGNSFLTSNVASSKSES
PVPQNEKATSAQPAAVEVAKPVDFPSPKPIPEEMQFGWWRIIDPEDLKALLKVLHLRGIR
EKALQKQIQKHLDYITQACLKNKDVAIIELNENEENQVTRDIVENWSVEEQAMEMDLSVL
QQVEDLERRVASASLQVKGWMCPEPASEREDLVYFEHKSFTKLCKEHDGEFTGEDESSAH
ALERKSDNPLDIAVTRLADLERNIERRIEEDIAPGLRVWRRALSEARSAAQVALCIQQLQ
KSIAWEKSIMKVYCQICRKGDNEELLLLCDGCDKGCHTYCHRPKITTIPDGDWFCPACIA
KASGQTLKIKKLHVKGKKTNESKKGKKVTLTGDTEDEDSASTSSSLKRGNKDLKKRKMEE
NTSINLSKQESFTSVKKPKRDDSKDLALCSMILTEMETHEDAWPFLLPVNLKLVPGYKKV
IKKPMDFSTIREKLSSGQYPNLETFALDVRLVFDNCETFNEDDSDIGRAGHNMRKYFEKK
WTDTFKVS
NT seq 6507 nt   +upstreamnt  +downstreamnt
atggagtctggagaacggttaccatcctcagcagcctcctctactacaccaacttcatct
tcgacaccttctgtggcttcagtagtttcaaaaggtggcctttccactggagttgcttca
cttagctctacaatcaacccatgtggacatttattcagaacagctggggatcaaccgttt
aacctgtccacagtgtcgagtgccttcccaatggtcagccacccagtctttggtctacat
tcagccagctcagggcattcagaatttggtggtttggggacacttggtacacccacagcc
ttagccgcacatccccaactagcatcttttccaggtgcagaatggtggcgaacaactgat
gctcatactcgtacaggagcaaccttctttccaccattactgggaattccaccactattt
gctcccccagcccagaatcatgattcttcttcattccattcaaggacttcgggaaaaagt
aatcgaaatggtcccgaaaaaggtgtaaatgggtcaataaatggaagtaatacatcatct
gtaattggtatcaacacatctgtactatccactactgcttcaagttccatgggacaaact
aaaagtacaagctcaggtggaggaaatcgaaaatgtaatcaggaacaaagcaaaaaccag
cctttggatgctagagttgacaaaatcaaagataagaaaccaaggaagaaagcaatggaa
agttctagcaacagtgatagtgattcaggcacatcatcagacacctcaagtgaaggcatt
agtagcagtgattcagatgatctagaagaagatgaagaagaagaagatcaaagtattgaa
gaaagtgaagatgatgattctgattcagagagtgaagcacaacataaaagtaacaaccag
gtgctattacatggtatttcagacccaaaagcagatggacagaaagcaactgaaaaagcc
caggaaaaaagaatacaccagccattacctcttgcgtctgaatcccagactcactcattc
caatcccagcagaagcagcctcaggttttgtcacagcagcttccatttattttccaaagc
tctcaggcaaaggaggaatctgtgaacaaacacaccagtgtaatacagtctacgggattg
gtgtccaatgtgaaacctttatctttggtaaatcaagccaaaaaggaaacttacatgaaa
ctcatagttccttctcctgatgttcttaaagcagggaataaaaatacctctgaagaatct
agtttattgaccagtgaattgagatccaaacgggaacaatataaacaggcattcccatca
cagttaaagaaacaagagtcatcgaagagcctgaagaaggttattgcagctttgtcaaat
ccaaaagcaacctctagttcaccagcacatccaaaacaaacattagaaaacaaccaccca
aatccattcttgacaaatgcacttttaggtaatcaccaaccaaatggagttattcaaagt
gtcattcaagaagctcctctagcacttactaccaaaactaaaatgcagagcaagattaat
gaaaacattgctgctgcaagtagcacccctttttcctcacctgtaaatctgagtacaagt
gggagaagaacccctggcaatcagacacctgtaatgccctctgcctctcccatcctgcat
agtcaagggaaggaaaaagcagttagcaataatgtaaacccagtaaaaacacagcatcac
tcccatcctgcaaaatctttagtggaacaattcagaggaacagattcagacattcccagt
agtaaagattctgaagattcaaatgaggatgaagaggaagatgatgaagaagaagatgag
gaagatgatgaagatgatgaatctgatgacagccaatcagaatcagatagtaattcagaa
tcagatacagaaggatcagaagaagaagatgatgatgataaagaccaagatgaatcagat
agtgatactgaaggagagaaaacttcaatgaaactgaataaaacaacttcctctgtcaaa
agcccttccatgagtctcacaggtcactcaacacctcgtaacctccacatagcaaaagcc
ccaggctctgctcctgctgccttatgttctgaatcccagtcacctgcttttcttggtaca
tcttcttccacacttacttcaagcccacactctggcacttccaaaagaagaagagtaaca
gatgaacgtgaactgcgtattccattggaatatggctggcagagagagacaagaataaga
aactttggagggcgccttcaaggagaagtagcatattatgctccatgtggaaagaaactt
aggcagtaccctgaagtaataaagtatctcagcagaaatggaataatggatatctcaagg
gacaatttcagcttcagtgcaaaaataagagtgggtgacttctatgaagccagagatgga
ccgcagggaatgcagtggtgtcttttgaaagaagaggatgtcattcctcgtatcagggca
atggaaggtcgtagaggaagaccaccaaatccagatagacaacgagcaagagaggaatcc
aggatgagacgtcggaaaggtcgacctccaaatgttggcaatgctgaattcctagataac
gcagatgcaaagttgctaagaaaactgcaagctcaagaaatagccaggcaagcagcacaa
ataaagcttttgagaaaacttcaaaagcaggaacaggctcgggttgctaaagaagccaaa
aaacaacaagcaataatggctgctgaggagaagcggaagcaaaaagaacagataaagatt
atgaaacagcaggaaaaaattaagagaatacagcaaatcagaatggaaaaagaacttcga
gctcagcaaattctagaggctaaaaagaaaaagaaggaagaagcggcaaatgccaaatta
ttggaggccgagaaacgaataaaggaaaaagaaatgagaagacaacaagctgttcttctg
aaacatcaggaacgagagcgaaggcgacaacacatgatgcttatgaaagctatggaagct
cgtaaaaaagcagaagaaaaagagcggttgaaacaagaaaaacgtgatgagaaaagatta
aataaagagcgtaaactagagcagcgaagattagaattagaaatggcaaaggaactaaag
aagcctaatgaagacatgtgcttagcagaccaaaagcctttgccagagttgcctcgtatt
ccaggacttgttctctctggaagtacattttcagactgtctcatggtggtgcagttctta
cgaaactttggtaaagttttgggctttgatgtgaatattgatgttccaaacctgagtgtt
cttcaagagggattgctaaatataggggacagcatgggtgaagtacaagacttgcttgtg
aggctcctctcagctgctgtatgtgatccaggtctaataacaggatacaaggctaaaaca
gctcttggagaacatttgctgaatgttggtgtgaatcgagacaatgtttccgagatttta
cagatatttatggaagcccactgtggacaaactgagcttactgaaagtctgaagaccaaa
gcttttcaggctcacactccagcacagaaagcttcagtcctggctttcctgatcaatgaa
ctggcatgcagcaagagtgtggtcagtgaaatcgacaagaacattgattatatgtcaaac
ttgaggagagataaatgggtggtagaaggtaaactccgcaagctcagaatcattcatgct
aagaaaacaggcaaaagagacacttcaggtggcattgatctgggagaagagcagcatccc
ttgggcacacccactccaggacgcaagcgaagaaggaagggaggagacagtgattatgac
gatgatgatgacgatgacagtgatgaccaaggggatgaagatgatgaggatgaagaagat
aaagaagacaaaaaaggaaaaaagactgatatctgtgaagatgaggatgaaggtgaccaa
gcagcaagtgttgaagagctggaaaaacagattgaaaaactgagtaaacaacagagtcag
tacagaaggaagctctttgatgcgtctcactcattgcgttcagtgatgtttggccaagat
cgttacagacgccggtactggattcttccccaatgtggggggatttttgtagaaggcatg
gagagtggtgaaggactagaagaaattgcaaaagaaagagaaaaactgaaaaaggcagaa
agtgtccagatcaaagaagaaatgtttgagacttctggggacagtttaaattgttcaaat
acagatcactgtgaacaaaaggaagatcttaaagaaaaagataacacaaatctattcctt
cagaaacctggctctttttccaaattaagcaagcttttggaagtagctaagatgcctcct
gagtcagaggttatgacccccaaaccaaatgctggtgcaaatgggtgcacgttgtcttat
cagaacagtggaaaacattcactgggcagcgttcagtcaacagcaacgcaaagcaatgtg
gaaaaggcagactctaataatctgtttaatactggttcaagtggtccagggaagttctac
agtcctctccccaatgaccagttactaaaaacgctgactgaaaagaatagacaatggttt
agtcttttgccacgaacaccctgtgatgacacttcacttactcatgccgatatgtcaact
gcttctttggtgactcctcagtctcagccaccatctaagtcaccttcacctaccccagct
cctcttggatcttctgctcagaatcctgttggcttaaatccatttgctttatcacctctt
caggtgaaaggtggagtatctatgatgggacttcagttttgtggatggcccactggtgtg
gttacttctaatattccatttacatcatctgtacctagtctaggatcggggttagggtta
tcagaaggaaatggtaattcattcttgacttccaatgttgcttcaagtaaaagtgaatct
ccagtaccacagaatgaaaaggccacttcagctcaacctgcagctgttgaagtagcaaaa
ccagtagattttcctagtccaaaacctattccagaagaaatgcagtttggttggtggaga
attattgacccagaggacctaaaagctttgctcaaagtgctgcatctcagaggaataaga
gaaaaggcattacaaaaacaaattcagaaacatttggattatattactcaagcctgcctc
aagaataaggatgttgctattattgaactgaatgaaaatgaagaaaaccaagtaactcga
gatattgtggagaactggtcagtagaagaacaagcaatggaaatggatttgagtgtcctt
caacaggtagaagatctagaaaggagagttgcatcagcaagtttgcaagtgaagggttgg
atgtgtccagagcctgcatcagaaagggaggacttggtatattttgaacataaatcattt
actaaattgtgcaaggagcatgatggagaatttactggcgaagacgaaagcagtgcacat
gcactagaacggaagagtgacaaccccctagatatagctgtaaccaggctggctgatttg
gagcggaacattgaaagaagaattgaagaggatattgctccagggctcagggtatggaga
agggcattatcagaagctcgcagtgctgcacaggtagctctgtgcattcagcaattacag
aaatcaatagcatgggaaaaatcaattatgaaagtttactgccaaatctgtcgaaaggga
gataatgaagaactgcttcttctttgtgatggctgtgacaaaggctgtcatacctactgc
catagacccaagattacaacaatcccagatggagactggttttgtccagcttgcattgct
aaggcaagtggtcaaactctaaaaatcaaaaaacttcatgtcaaaggaaaaaagactaat
gagtcaaagaaaggcaagaaggtaactttaacaggagatactgaagatgaagactctgca
tctacaagtagttcactaaaaagaggaaacaaagacctcaagaaaagaaaaatggaggaa
aacacttctattaacttgtcaaaacaagaaagttttacttcagttaagaaacctaaaaga
gatgactccaaggacctagctctttgcagtatgattctgactgaaatggaaactcatgag
gatgcatggccttttctacttcctgtaaacttgaaacttgttcctggttataagaaagtt
attaagaagcctatggatttttccacaattagagagaaactaagtagtggacagtatcca
aaccttgaaacctttgctctagatgtcaggcttgtttttgacaactgtgaaacatttaat
gaagatgattctgatataggcagagctggccacaatatgaggaagtattttgaaaaaaag
tggacagatactttcaaagtgagctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (94)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (92)   
DNA sequence (125)   
   RefSeq(nuc) (93)   
   GenBank (16)   
   EMBL (16)   
3D Structure (264)   
   PDB (264)   
Protein domain (6)   
   Pfam (6)   
All databases (522)   

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