Biological process  Regulation of nucleobase, nucleoside, nucleotide and nucleic acid metabolism
 Molecular function  Transcription factor activity
 
Protein   AT rich interactive domain 1B (SWI1-like)  Gene symbol   ARID1B
 
 Cellular component  
     
 
Component
Nucleus
 
   
 
Experimental evidence   
  Total number of studies : 1    
 
Peptide sequence Method Platform  Sample  Reference
Mass spectrometry LTQ Orbitrap XL Plasma Bassani-Sternberg et al. 2010
 
   
 
 Multiple reaction monitoring data  
     
 
Peptide sequence MH+ Sample Number of studies Reference
Data not present
 
   
 
  Protein concentration    
     
 
Protein concentration Method Sample
Reference
Data not present
 
   
 
  Extracellular vesicle proteins    
     
 
Sample Isolation  Experimental method Vesiclepedia accession Reference
Data not present
 
   
 
 Architecture  
     
 
Domains Motifs
BRIGHT   1049 - 1140
CC   43 - 74
 
   
 
 External links  
     
 
HPRD UniProt NetPath 
10660  Q8NFD5  NetPath_M57492 
 
   
 
 
 Protein sequence  NP_059989.1
     
   
    METGLLPNHK LKTVGEAPAA PPHQQHHHHH HAHHHHHHAH HLHHHHALQQ QLNQFQQQQQ QQQQQQQQQQ QQQHPISNNN SLGGAGGGAP QPGPDMEQPQ HGGAKDSAAG GQADPPGPPL
LSKPGDEDDA PPKMGEPAGG RYEHPGLGAL GTQQPPVAVP GGGGGPAAVP EFNNYYGSAA PASGGPGGRA GPCFDQHGGQ QSPGMGMMHS ASAAAAGAPG SMDPLQNSHE GYPNSQCNHY
PGYSRPGAGG GGGGGGGGGG GSGGGGGGGG AGAGGAGAGA VAAAAAAAAA AAGGGGGGGY GGSSAGYGVL SSPRQQGGGM MMGPGGGGAA SLSKAAAGSA AGGFQRFAGQ NQHPSGATPT
LNQLLTSPSP MMRSYGGSYP EYSSPSAPPP PPSQPQSQAA AAGAAAGGQQ AAAGMGLGKD MGAQYAAASP AWAAAQQRSH PAMSPGTPGP TMGRSQGSPM DPMVMKRPQL YGMGSNPHSQ
PQQSSPYPGG SYGPPGPQRY PIGIQGRTPG AMAGMQYPQQ QMPPQYGQQG VSGYCQQGQQ PYYSQQPQPP HLPPQAQYLP SQSQQRYQPQ QDMSQEGYGT RSQPPLAPGK PNHEDLNLIQ
QERPSSLPDL SGSIDDLPTG TEATLSSAVS ASGSTSSQGD QSNPAQSPFS PHASPHLSSI PGGPSPSPVG SPVGSNQSRS GPISPASIPG SQMPPQPPGS QSESSSHPAL SQSPMPQERG
FMAGTQRNPQ MAQYGPQQTG PSMSPHPSPG GQMHAGISSF QQSNSSGTYG PQMSQYGPQG NYSRPPAYSG VPSASYSGPG PGMGISANNQ MHGQGPSQPC GAVPLGRMPS AGMQNRPFPG
NMSSMTPSSP GMSQQGGPGM GPPMPTVNRK AQEAAAAVMQ AAANSAQSRQ GSFPGMNQSG LMASSSPYSQ PMNNSSSLMN TQAPPYSMAP AMVNSSAASV GLADMMSPGE SKLPLPLKAD
GKEEGTPQPE SKSKDSYSSQ GISQPPTPGN LPVPSPMSPS SASISSFHGD ESDSISSPGW PKTPSSPKSS SSTTTGEKIT KVYELGNEPE RKLWVDRYLT FMEERGSPVS SLPAVGKKPL
DLFRLYVCVK EIGGLAQVNK NKKWRELATN LNVGTSSSAA SSLKKQYIQY LFAFECKIER GEEPPPEVFS TGDTKKQPKL QPPSPANSGS LQGPQTPQST GSNSMAEVPG DLKPPTPAST
PHGQMTPMQG GRSSTISVHD PFSDVSDSSF PKRNSMTPNA PYQQGMSMPD VMGRMPYEPN KDPFGGMRKV PGSSEPFMTQ GQMPNSSMQD MYNQSPSGAM SNLGMGQRQQ FPYGASYDRR
HEPYGQQYPG QGPPSGQPPY GGHQPGLYPQ QPNYKRHMDG MYGPPAKRHE GDMYNMQYSS QQQEMYNQYG GSYSGPDRRP IQGQYPYPYS RERMQGPGQI QTHGIPPQMM GGPLQSSSSE
GPQQNMWAAR NDMPYPYQNR QGPGGPTQAP PYPGMNRTDD MMVPDQRINH ESQWPSHVSQ RQPYMSSSAS MQPITRPPQP SYQTPPSLPN HISRAPSPAS FQRSLENRMS PSKSPFLPSM
KMQKVMPTVP TSQVTGPPPQ PPPIRREITF PPGSVEASQP VLKQRRKITS KDIVTPEAWR VMMSLKSGLL AESTWALDTI NILLYDDSTV ATFNLSQLSG FLELLVEYFR KCLIDIFGIL
MEYEVGDPSQ KALDHNAARK DDSQSLADDS GKEEEDAECI DDDEEDEEDE EEDSEKTESD EKSSIALTAP DAAADPKEKP KQASKFDKLP IKIVKKNNLF VVDRSDKLGR VQEFNSGLLH
WQLGGGDTTE HIQTHFESKM EIPPRRRPPP PLSSAGRKKE QEGKGDSEEQ QEKSIIATID DVLSARPGAL PEDANPGPQT ESSKFPFGIQ QAKSHRNIKL LEDEPRSRDE TPLCTIAHWQ
DSLAKRCICV SNIVRSLSFV PGNDAEMSKH PGLVLILGKL ILLHHEHPER KRAPQTYEKE EDEDKGVACS KDEWWWDCLE VLRDNTLVTL ANISGQLDLS AYTESICLPI LDGLLHWMVC
PSAEAQDPFP TVGPNSVLSP QRLVLETLCK LSIQDNNVDL ILATPPFSRQ EKFYATLVRY VGDRKNPVCR EMSMALLSNL AQGDALAARA IAVQKGSIGN LISFLEDGVT MAQYQQSQHN
LMHMQPPPLE PPSVDMMCRA AKALLAMARV DENRSEFLLH EGRLLDISIS AVLNSLVASV ICDVLFQIGQ L