KEGG   Saimiri boliviensis boliviensis (Bolivian squirrel monkey): 101036798
Entry
101036798         CDS       T04350                                 
Symbol
BAZ2A
Name
(RefSeq) bromodomain adjacent to zinc finger domain protein 2A isoform X1
  KO
K15224  bromodomain adjacent to zinc finger domain protein 2A
Organism
sbq  Saimiri boliviensis boliviensis (Bolivian squirrel monkey)
Pathway
sbq03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:sbq00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    101036798 (BAZ2A)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:sbq03021]
    101036798 (BAZ2A)
   03036 Chromosome and associated proteins [BR:sbq03036]
    101036798 (BAZ2A)
Transcription machinery [BR:sbq03021]
 Eukaryotic type
  RNA polymerase I system
   Other transcription-related factors
    NoRC (nucleolar remodeling complex)
     101036798 (BAZ2A)
Chromosome and associated proteins [BR:sbq03036]
 Eukaryotic type
  Chromatin remodeling factors
   NORC complex
    101036798 (BAZ2A)
SSDB
Motif
Pfam: MBD Bromodomain WSD PHD DDT WHIM1
Other DBs
NCBI-GeneID: 101036798
NCBI-ProteinID: XP_003939381
UniProt: A0A2K6UM33
Position
Unknown
AA seq 1905 aa
MEANDHFNFTGLPPAPAASGLKPSPSSGEGLYTNGSPMNFPPQGKSLNGDVNVNGLSTVS
HTTTSGILNSAPHSSSTSHIHHPSVAYDCLWNYSQYPSANPGSNLKDPPLLSQFSGGQYP
LNGILVGSRQPSSPTHNTNLRAGSQEFWANGTQSPMGLNFDSQELYDSFPDQNFEVMPNG
PPSFFTSPQTSPMLGSSIQTFASSQEVGSGIHPDEAAEKEMTSVVAENGTGLVGSLELEE
EQPELKMCGYNGSVPSVESLHQEVSVLVPDPTVSCLDDPSHLPDQLEDTPILSEDSLEPF
NSLASEPVSGGLYGIDDTELMGAEDKLPLEDSTVISALDCPSLNNATAFSLLADDSQTST
SIFASPASPPVLGESVLQDNSFDLNNGSDAEQEEMETQSSDFPPSLTQPAPDQPSAIQLH
PATSPAVSPTASPAVSLVVSPPASPEISPEVCPAASTVVSPAVFSVVSPAASAILPAVSS
EVPLTASVASPKVSPVTSPAAAFPTASPANKDISSFPETTADQEEITGEGLTTSGSGDVL
RRRIATPEEVRLPLQHGWRREVRIKKGSHRWQGETWYYGPCGKRMKQFPEVIKYLSRNVV
HGVRREHFSFSPRMPVGDFFEERDTPEGLQWVQLSAEEIPSRIQAITGKRGRPRNTEKAK
TKEVPKVKRGRGRPPKVKITEVLNKTDNRLLKKLEAQETLSEEDKAKIGKSKKKMRQKVQ
RGECQTTIQGQAKNKRKQETKSLKQKEAKKKSKAEKEKVKTKQEKLKEKVKREKKEKVKM
KEKEEVAKAKPACKADKTLATQRRLEERQRQQMILEEMKKPTEDMCLTDHQLLPDFSRIP
GLTLPSKAFSDCLTIVEFLHSFGKVLGFDPAKDVPSLGVLQEGLLCQGDSLGEVQDLLVR
LLKAALYDPGLPSYCQSLKILGEKVSEIPLTRDNVSEILRCFLMAYGVEPALCDRLRTQP
FQAQPPQQKAAVLAFLVHELNGSTLIINEIDKTLESMSSYRKNKWIVEGRLRRLKTALAK
RTGRSEVEMEEPEEGLGRRRSSRIIEETSGMEEEEEEETIAAVHGRRGRRDGEVDATTSS
IPELERQIEKLSKRQLFFRKKLLHSSQMLRAVSLGQDRYRRRYWILPYLAGIFVEGTEGN
LVPEDVIKKETDSLKVAAHASLNPALFSVKMELAGSNPTASSPARARGRPRKTKPGSVQA
RHLKSPVRGQDSEQPQAQLQPEAQLHTPAQPQPQPPLQSHPQSHKGFLEQEGSPLSLGQS
QHDLSQSAFLSWLSQTQSHSSLLSSSVLTPDSSPGKLDPAPSQPLEEPEPDEAESSPDPQ
ALWFNISAQMPCNAAPTPPPAVSEDQPTPSPEQLAASKSMNRPSAANPCSPVQFSSTPLA
GLSPKRRAGDPGEMPQSPTGLGQPKRRGRPPSKFFKQMEQRYLTQLTAQPVPLEMCSGWW
WIRDPQTLDAMLKALHPRGIREKALHKHLNKHRDFLQEVCLRPSADPIFEPRQLPAFQEE
IMSWSPKEKTYATDLAVLQWVEELEQRVIMSDLQIRGWTCPSPDSTREDLAYCEHLSDSQ
EDITWRGRGREGLAPQRKTTNPLDLAVMRLAALEQNVERRYLREPLWPAHEVVLEKALLS
TPNGAPQGTTTEISYEITPRIRVWRQTLERCRSAAQVCLCLGQLERSIAWEKSVNKVTCL
VCRKGDNDEFLLLCDGCDRGCHIYCHRPKMEAVPEGDWFCTVCLAQQVEGEFTQKPGFPK
RGQKRKSGYSVNFSEGDGRRRRVLLRGRESPAAGPRYTEEGLSPSKRRRLSMRNHHSDLT
FCEIILMEMESHDAAWPFLEPVNPRLVSGYRRIIKNPMDFSTMRERLLRGGYTSSEEFAA
DALLVFDNCQTFNEDDSEVGKAGHIMRRFFESRWEEFYQGKQANL
NT seq 5718 nt   +upstreamnt  +downstreamnt
atggaggcaaacgaccattttaactttactggccttccccctgcacctgctgcctcagga
ctgaaaccctctccttcctcaggggagggcctctacactaacgggtctcccatgaacttc
cccccacaagggaaaagtttgaatggggatgtgaatgttaatggcttatctactgtatct
cacactactacttcagggattttgaactctgctccccactcctccagcacctcacacatc
catcaccccagcgtggcctacgactgtctctggaactactcacagtacccatctgccaat
cctggcagcaacctcaaggacccaccccttctctcccagttctcggggggacaataccca
ctcaacggcatccttgtgggcagccggcaaccttcatccccaactcacaacactaacctt
cgggctgggagccaagagttctgggccaacggtacccagagtcccatggggcttaacttt
gattcacaagaactgtatgattcctttcctgaccagaattttgaggtgatgcccaatgga
ccccctagtttttttacctccccacagacttctcctatgttgggatctagcattcaaacc
tttgcatcctcccaggaggtaggcagtggtatccatcctgacgaggcagcagaaaaggag
atgacttcagttgtggcagagaatggcactggcttggtaggcagcctggagctggaagaa
gagcagccagaactgaagatgtgtggctacaatggctctgtcccttctgtggaatcgtta
caccaagaagtctcagtcctggtccctgaccccacagtgagctgtttagatgatccttca
catcttcctgatcaactggaagacactccaatcctcagtgaagactctctggagcccttc
aactccctggcatcagagccagtgagtggaggactatatggtattgatgacacggagctg
atgggtgcagaggacaagctgcctcttgaggacagcactgtgatctctgcccttgattgc
ccttccctcaataatgctactgccttcagtctcctggcagatgatagtcaaacatcaacc
tctatctttgccagtcccgcctctccacctgtcctaggggagtctgtcctgcaagataac
agctttgacctgaataatggtagtgacgctgaacaggaagaaatggagactcagtcttca
gatttcccaccatccttgactcagccagctcccgatcagccatccgctattcagctgcat
ccagcaacctcaccagcagtctcgccaacagcctccccagcagtctccctagtggtttct
ccaccagcctccccagaaatctctccagaagtttgtccagcagcttctacagttgtctct
ccagcagtcttctcagtggtctctccagctgcctcagcaatcctcccagcagtctcctca
gaagtccccttgactgcctcagtggcatccccaaaagtctctcctgtaacttccccagca
gctgccttcccaacagcctccccagcaaataaggatatcagcagcttcccagaaaccact
gctgaccaggaagagatcactggagaaggactcactacttctggtagtggtgatgtcctg
aggagacgtattgctaccccagaagaagttcgtcttcccctccagcatgggtggcggaga
gaggtacgcatcaagaagggcagccaccggtggcagggcgagacctggtattatggcccc
tgtgggaagaggatgaagcaatttccagaagtgatcaagtacctgagccgcaacgtggtg
cacggtgtccgccgtgagcactttagcttcagtccccgtatgcctgttggagatttcttt
gaagaaagagacacaccagagggcttgcaatgggtgcagctctcagcagaggagatccca
tcaaggattcaggcaattactggcaaacggggtcgacctcgaaacactgagaaggctaag
actaaggaagtccccaaggtgaaacggggccgaggtcggccacctaaggtcaaaattact
gaggtgttgaacaagacagacaaccgcctcctaaagaaactggaggcccaagaaacattg
agtgaggaggataaagcaaagattggtaaaagcaagaagaagatgaggcagaaggtacaa
cggggagagtgtcagactactatccaagggcaggccaaaaacaagcggaaacaagagacc
aagagcttaaagcagaaggaagctaagaagaaatccaaggccgagaaagaaaaggtaaag
acaaagcaggaaaaattgaaggaaaaagtcaagagagaaaagaaggagaaggtaaaaatg
aaggaaaaggaggaagtggccaaagccaagccagcctgtaaagcagataagaccctggcc
acacagaggcgcttggaggaacggcagaggcaacagatgatcttggaggaaatgaagaag
ccgacagaggatatgtgtctgactgaccaccagctcctgcctgacttctcacgaatccct
ggtctgacattgcccagtaaggcgttctcagactgtttgaccattgtggagttcctgcat
agctttggcaaggtgctgggctttgatcctgccaaagatgtgcctagcctgggggtcctg
caggagggactcctgtgtcaaggcgacagcttgggtgaggtgcaagacctgttggtgcgg
ttgctgaaagctgcactctatgatcctggcttgccctcctactgtcagtccctaaagatc
ttgggggagaaggtgtctgagatcccactgacaagagacaatgtgtcagagatcctgcgc
tgcttccttatggcgtacggagtagagccagccctctgtgaccgcctgcgcacccaacct
tttcaggcccagccaccccagcagaaggctgctgtcctggccttccttgtgcatgagctc
aatggctccaccctcatcatcaatgagattgacaagactctggagagtatgtccagctac
aggaaaaacaagtggattgttgaaggtcggctccggagactgaaaactgctctggccaag
cgaactgggcggtctgaggtagagatggaagagccagaggaaggcctgggacggagacgc
agttctcggatcatagaagagaccagtggcatggaagaagaggaagaggaggagactata
gcagctgtccatggccgcaggggtcgaagagatggagaggttgatgccacaacatctagc
atcccagaactagagcgccagatagaaaaactcagtaagcgtcagcttttctttcgtaaa
aagctgcttcactcatcccagatgcttcgggcagtctccttgggtcaagaccgctacaga
cgtcgctattggatattgccgtatttggctggtatctttgtagaaggaacagaggggaac
ttagttcctgaggatgtgataaagaaggaaactgactccttaaaagtggcagcccatgcg
tcactcaaccctgcactcttctctgtgaagatggagttagctggctccaaccctactgcc
agttctcctgcccgggcccgaggccgacctcgaaaaactaagcctgggtctgtgcaggct
cggcacctgaagtcccctgtcaggggtcaggattcagaacagcctcaggcacagcttcag
cctgaggctcagcttcacactcctgcccagccccagcctcagcctccgcttcagtcccat
cctcagtcccataaggggttcctggaacaagaaggctcccctttgtcactgggtcagagc
cagcatgacctcagccagtcagccttcctgtcttggctgagccagactcagagccatagc
tccctgttgagcagctcagtcctcacgcctgacagcagtcctggaaaactagacccagct
ccatcacagcccctggaggagccagagcctgatgaggcagaatccagccctgatcctcaa
gcactctggtttaacatctcagcccagatgccctgcaatgctgcccctacaccaccccct
gcagtttctgaggaccaacccactccctcccctgaacagcttgccgcctccaagtcaatg
aatagacccagtgctgccaacccttgttctccagtgcagttctcttccacgcctttggct
gggttgtcccctaagaggcgagcaggagaccctggagaaatgccacagagtcccacaggg
ctgggacagcctaaacgaagagggagacctcccagtaagttcttcaaacagatggaacag
cgttacctaacccagctgacagcccagcctgttccccttgagatgtgctcaggctggtgg
tggatacgagatcctcagacattggatgccatgctcaaggccctacatccccgaggtatc
agagagaaggcacttcacaaacaccttaacaagcacagggacttcttgcaggaagtctgc
ctacggccctcagctgaccccatctttgagcccaggcaactacctgcctttcaagaagag
attatgagctggtcccccaaagagaagacatatgcgacagacctagcagtgcttcagtgg
gttgaagagctggaacagcgggttatcatgtctgatctgcagattcgggggtggacatgc
cctagcccagactctacccgtgaagacttggcctactgtgagcacctctctgactcccag
gaagatatcacctggcgaggtcggggcagggaaggactggcacctcagcgtaaaactacc
aaccctttggacctggctgtgatgcggctggctgccctagaacagaatgtagaacggcgg
tacctgcgggagcccctctggccagctcatgaagttgtgctggagaaggccctgcttagc
acgcctaatggtgcccctcagggcaccactacagagatatcatatgagatcacacctcgc
attcgtgtctggcgccagacccttgagcggtgccggagtgcagcccaagtgtgcttgtgc
ctgggccagctagagaggtccattgcctgggagaagtctgtcaacaaagtgacgtgtcta
gtctgccggaaaggtgacaatgatgagtttcttctgctttgtgatgggtgtgaccgtggc
tgccacatttactgccatcgtcccaagatggaggctgtcccagaaggagattggttctgt
actgtctgtttggctcagcaggtagagggagaattcactcagaagcctggtttcccaaaa
cgaggccagaaacggaaaagtggttattccgtgaacttctcagagggtgatggccgccga
cgccgggtactgttgaggggccgagaaagcccagcagcagggcctcggtacacggaagaa
gggctgtctccctccaagcggcggcgactctcaatgcggaaccaccacagtgatctcaca
ttttgcgagattatcctgatggagatggagtcccatgatgcagcctggcctttcctagag
cctgtgaacccacgtttggtgagtgggtacagacgcatcatcaaaaatcctatggatttt
tccaccatgcgggagcggctgctcaggggagggtacaccagctcggaggagtttgcggct
gatgccctcctggtatttgacaactgccagactttcaacgaggatgactctgaagtaggc
aaggctgggcacatcatgcgccgcttcttcgagagccgctgggaggagttttatcaggga
aaacaggccaatctgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (6)   
   Pfam (6)   
All databases (28)   

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