AT-rich interactive domain-containing protein 1B (ARID domain-containing protein 1B) (BRG1-associated factor 250b) (BAF250B) (BRG1-binding protein hELD/OSA1) (Osa homolog 2) (hOsa2) (p250R)
1_MAARA 6_ AAAAA 11_ AAAAR 16_ ARARA 21_ GSGER 26_ RAPPG 31_ PRPAP 36_ GARDL 41_ EAGAR 46_ GAAAA 51_ AAAPG 56_ PMLGG 61_ GGDGG 66_ GGLNS 71_ VHHHP 76_ LLPRH 81_ ELNMA 86_ HNAGA 91_ AAAAG 96_ THSAK 101_ SGGSE 106_ AALKE 111_ GGSAA 116_ ALSSS 121_ SSSSA 126_ AAAAA 131_ SSSSS 136_ SGPGS 141_ AMETG 146_ LLPNH 151_ KLKTV 156_ GEAPA 161_ APPHQ 166_ QHHHH 171_ HHAHH 176_ HHHHA 181_ HHLHH 186_ HHALQ 191_ QQLNQ 196_ FQQQQ 201_ QQQQQ 206_ QQQQQ 211_ QQQQH 216_ PISNN 221_ NSLGG 226_ AGGGA 231_ PQPGP 236_ DMEQP 241_ QHGGA 246_ KDSAA 251_ GGQAD 256_ PPGPP 261_ LLSKP 266_ GDEDD 271_ APPKM 276_ GEPAG 281_ GRYEH 286_ PGLGA 291_ LGTQQ 296_ PPVAV 301_ PGGGG 306_ GPAAV 311_ PEFNN 316_ YYGSA 321_ APASG 326_ GPGGR 331_ AGPCF 336_ DQHGG 341_ QQSPG 346_ MGMMH 351_ SASAA 356_ AAGAP 361_ GSMDP 366_ LQNSH 371_ EGYPN 376_ SQCNH 381_ YPGYS 386_ RPGAG 391_ GGGGG 396_ GGGGG 401_ GGSGG 406_ GGGGG 411_ GAGAG 416_ GAGAG 421_ AVAAA 426_ AAAAA 431_ AAAGG 436_ GGGGG 441_ YGGSS 446_ AGYGV 451_ LSSPR 456_ QQGGG 461_ MMMGP 466_ GGGGA 471_ ASLSK 476_ AAAGS 481_ AAGGF 486_ QRFAG 491_ QNQHP 496_ SGATP 501_ TLNQL 506_ LTSPS 511_ PMMRS 516_ YGGSY 521_ PEYSS 526_ PSAPP 531_ PPPSQ 536_ PQSQA 541_ AAAGA 546_ AAGGQ 551_ QAAAG 556_ MGLGK 561_ DMGAQ 566_ YAAAS 571_ PAWAA 576_ AQQRS 581_ HPAMS 586_ PGTPG 591_ PTMGR 596_ SQGSP 601_ MDPMV 606_ MKRPQ 611_ LYGMG 616_ SNPHS 621_ QPQQS 626_ SPYPG 631_ GSYGP 636_ PGPQR 641_ YPIGI 646_ QGRTP 651_ GAMAG 656_ MQYPQ 661_ QQMPP 666_ QYGQQ 671_ GVSGY 676_ CQQGQ 681_ QPYYS 686_ QQPQP 691_ PHLPP 696_ QAQYL 701_ PSQSQ 706_ QRYQP 711_ QQDMS 716_ QEGYG 721_ TRSQP 726_ PLAPG 731_ KPNHE 736_ DLNLI 741_ QQERP 746_ SSLPD 751_ LSGSI 756_ DDLPT 761_ GTEAT 766_ LSSAV 771_ SASGS 776_ TSSQG 781_ DQSNP 786_ AQSPF 791_ SPHAS 796_ PHLSS 801_ IPGGP 806_ SPSPV 811_ GSPVG 816_ SNQSR 821_ SGPIS 826_ PASIP 831_ GSQMP 836_ PQPPG 841_ SQSES 846_ SSHPA 851_ LSQSP 856_ MPQER 861_ GFMAG 866_ TQRNP 871_ QMAQY 876_ GPQQT 881_ GPSMS 886_ PHPSP 891_ GGQMH 896_ AGISS 901_ FQQSN 906_ SSGTY 911_ GPQMS 916_ QYGPQ 921_ GNYSR 926_ PPAYS 931_ GVPSA 936_ SYSGP 941_ GPGMG 946_ ISANN 951_ QMHGQ 956_ GPSQP 961_ CGAVP 966_ LGRMP 971_ SAGMQ 976_ NRPFP 981_ GNMSS 986_ MTPSS 991_ PGMSQ 996_ QGGPG 1001_ MGPPM 1006_ PTVNR 1011_ KAQEA 1016_ AAAVM 1021_ QAAAN 1026_ SAQSR 1031_ QGSFP 1036_ GMNQS 1041_ GLMAS 1046_ SSPYS 1051_ QPMNN 1056_ SSSLM 1061_ NTQAP 1066_ PYSMA 1071_ PAMVN 1076_ SSAAS 1081_ VGLAD 1086_ MMSPG 1091_ ESKLP 1096_ LPLKA 1101_ DGKEE 1106_ GTPQP 1111_ ESKSK 1116_ KSSSS 1121_ TTTGE 1126_ KITKV 1131_ YELGN 1136_ EPERK 1141_ LWVDR 1146_ YLTFM 1151_ EERGS 1156_ PVSSL 1161_ PAVGK 1166_ KPLDL 1171_ FRLYV 1176_ CVKEI 1181_ GGLAQ 1186_ VNKNK 1191_ KWREL 1196_ ATNLN 1201_ VGTSS 1206_ SAASS 1211_ LKKQY 1216_ IQYLF 1221_ AFECK 1226_ IERGE 1231_ EPPPE 1236_ VFSTG 1241_ DTKKQ 1246_ PKLQP 1251_ PSPAN 1256_ SGSLQ 1261_ GPQTP 1266_ QSTGS 1271_ NSMAE 1276_ VPGDL 1281_ KPPTP 1286_ ASTPH 1291_ GQMTP 1296_ MQGGR 1301_ SSTIS 1306_ VHDPF 1311_ SDVSD 1316_ SSFPK 1321_ RNSMT 1326_ PNAPY 1331_ QQGMS 1336_ MPDVM 1341_ GRMPY 1346_ EPNKD 1351_ PFGGM 1356_ RKVPG 1361_ SSEPF 1366_ MTQGQ 1371_ MPNSS 1376_ MQDMY 1381_ NQSPS 1386_ GAMSN 1391_ LGMGQ 1396_ RQQFP 1401_ YGASY 1406_ DRRHE 1411_ PYGQQ 1416_ YPGQG 1421_ PPSGQ 1426_ PPYGG 1431_ HQPGL 1436_ YPQQP 1441_ NYKRH 1446_ MDGMY 1451_ GPPAK 1456_ RHEGD 1461_ MYNMQ 1466_ YSSQQ 1471_ QEMYN 1476_ QYGGS 1481_ YSGPD 1486_ RRPIQ 1491_ GQYPY 1496_ PYSRE 1501_ RMQGP 1506_ GQIQT 1511_ HGIPP 1516_ QMMGG 1521_ PLQSS 1526_ SSEGP 1531_ QQNMW 1536_ AARND 1541_ MPYPY 1546_ QNRQG 1551_ PGGPT 1556_ QAPPY 1561_ PGMNR 1566_ TDDMM 1571_ VPDQR 1576_ INHES 1581_ QWPSH 1586_ VSQRQ 1591_ PYMSS 1596_ SASMQ 1601_ PITRP 1606_ PQPSY 1611_ QTPPS 1616_ LPNHI 1621_ SRAPS 1626_ PASFQ 1631_ RSLEN 1636_ RMSPS 1641_ KSPFL 1646_ PSMKM 1651_ QKVMP 1656_ TVPTS 1661_ QVTGP 1666_ PPQPP 1671_ PIRRE 1676_ ITFPP 1681_ GSVEA 1686_ SQPVL 1691_ KQRRK 1696_ ITSKD 1701_ IVTPE 1706_ AWRVM 1711_ MSLKS 1716_ GLLAE 1721_ STWAL 1726_ DTINI 1731_ LLYDD 1736_ STVAT 1741_ FNLSQ 1746_ LSGFL 1751_ ELLVE 1756_ YFRKC 1761_ LIDIF 1766_ GILME 1771_ YEVGD 1776_ PSQKA 1781_ LDHNA 1786_ ARKDD 1791_ SQSLA 1796_ DDSGK 1801_ EEEDA 1806_ ECIDD 1811_ DEEDE 1816_ EDEEE 1821_ DSEKT 1826_ ESDEK 1831_ SSIAL 1836_ TAPDA 1841_ AADPK 1846_ EKPKQ 1851_ ASKFD 1856_ KLPIK 1861_ IVKKN 1866_ NLFVV 1871_ DRSDK 1876_ LGRVQ 1881_ EFNSG 1886_ LLHWQ 1891_ LGGGD 1896_ TTEHI 1901_ QTHFE 1906_ SKMEI 1911_ PPRRR 1916_ PPPPL 1921_ SSAGR 1926_ KKEQE 1931_ GKGDS 1936_ EEQQE 1941_ KSIIA 1946_ TIDDV 1951_ LSARP 1956_ GALPE 1961_ DANPG 1966_ PQTES 1971_ SKFPF 1976_ GIQQA 1981_ KSHRN 1986_ IKLLE 1991_ DEPRS 1996_ RDETP 2001_ LCTIA 2006_ HWQDS 2011_ LAKRC 2016_ ICVSN 2021_ IVRSL 2026_ SFVPG 2031_ NDAEM 2036_ SKHPG 2041_ LVLIL 2046_ GKLIL 2051_ LHHEH 2056_ PERKR 2061_ APQTY 2066_ EKEED 2071_ EDKGV 2076_ ACSKD 2081_ EWWWD 2086_ CLEVL 2091_ RDNTL 2096_ VTLAN 2101_ ISGQL 2106_ DLSAY 2111_ TESIC 2116_ LPILD 2121_ GLLHW 2126_ MVCPS 2131_ AEAQD 2136_ PFPTV 2141_ GPNSV 2146_ LSPQR 2151_ LVLET 2156_ LCKLS 2161_ IQDNN 2166_ VDLIL 2171_ ATPPF 2176_ SRQEK 2181_ FYATL 2186_ VRYVG 2191_ DRKNP 2196_ VCREM 2201_ SMALL 2206_ SNLAQ 2211_ GDALA 2216_ ARAIA 2221_ VQKGS 2226_ IGNLI 2231_ SFLED 2236_ GVTMA 2241_ QYQQS 2246_ QHNLM 2251_ HMQPP 2256_ PLEPP 2261_ SVDMM 2266_ CRAAK 2271_ ALLAM 2276_ ARVDE 2281_ NRSEF 2286_ LLHEG 2291_ RLLDI 2296_ SISAV 2301_ LNSLV 2306_ ASVIC 2311_DVLFQ
1: Involved in transcriptional activation and repression of select genes by chromatin remodeling (alteration of DNA-nucleosome topology). Component of SWI/SNF chromatin remodeling complexes that carry out key enzymatic activities, changing chromatin structure by altering DNA-histone contacts within a nucleosome in an ATP-dependent manner. Belongs to the neural progenitors-specific chromatin remodeling complex (npBAF complex) and the neuron-specific chromatin remodeling complex (nBAF complex). During neural development a switch from a stem/progenitor to a postmitotic chromatin remodeling mechanism occurs as neurons exit the cell cycle and become committed to their adult state. The transition from proliferating neural stem/progenitor cells to postmitotic neurons requires a switch in subunit composition of the npBAF and nBAF complexes. As neural progenitors exit mitosis and differentiate into neurons, npBAF complexes which contain ACTL6A/BAF53A and PHF10/BAF45A, are exchanged for homologous alternative ACTL6B/BAF53B and DPF1/BAF45B or DPF3/BAF45C subunits in neuron-specific complexes (nBAF). The npBAF complex is essential for the self-renewal/proliferative capacity of the multipotent neural stem cells. The nBAF complex along with CREST plays a role regulating the activity of genes essential for dendrite growth (By similarity). Binds DNA non-specifically (PubMed:14982958, PubMed:15170388)