PhosphoNET

           
Protein Info 
   
Short Name:  ARID2
Full Name:  AT-rich interactive domain-containing protein 2
Alias:  ARID domain-containing protein 2; BRG1-associated factor 200; Zinc finger protein with activation potential; Zipzap/p200
Type: 
Mass (Da):  197391
Number AA:  1835
UniProt ID:  Q68CP9
International Prot ID:  IPI00470537
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005622  GO:0005634  GO:0043226 Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0003677  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0006139  GO:0006325  GO:0006350 Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S29ELRQFHHSRGSPFKK
Site 2S32QFHHSRGSPFKKIPA
Site 3Y51ELDLHGLYTRVTTLG
Site 4T55HGLYTRVTTLGGFAK
Site 5S64LGGFAKVSEKNQWGE
Site 6S81EEFNFPRSCSNAAFA
Site 7S83FNFPRSCSNAAFALK
Site 8Y92AAFALKQYYLRYLEK
Site 9Y93AFALKQYYLRYLEKY
Site 10Y96LKQYYLRYLEKYEKV
Site 11Y100YLRYLEKYEKVHHFG
Site 12S129LPIGAIPSSYNYQQH
Site 13S130PIGAIPSSYNYQQHS
Site 14Y131IGAIPSSYNYQQHSV
Site 15Y133AIPSSYNYQQHSVSD
Site 16S137SYNYQQHSVSDYLRQ
Site 17Y141QQHSVSDYLRQSYGL
Site 18S145VSDYLRQSYGLSMDF
Site 19Y146SDYLRQSYGLSMDFN
Site 20S149LRQSYGLSMDFNSPN
Site 21S154GLSMDFNSPNDYNKL
Site 22Y158DFNSPNDYNKLVLSL
Site 23S218DDTLGSFSTVFGEEW
Site 24T219DTLGSFSTVFGEEWK
Site 25T229GEEWKEKTDRDFVKF
Site 26S251NEVRDLISDRNKSHE
Site 27S256LISDRNKSHEGTSGE
Site 28S326SAHSHFISLRQLGLD
Site 29Y394NGVLICEYVDQDSYR
Site 30Y400EYVDQDSYREIICHL
Site 31S472VKLIEHPSSSHQMLS
Site 32S473KLIEHPSSSHQMLSE
Site 33S474LIEHPSSSHQMLSEI
Site 34S479SSSHQMLSEIRPQAI
Site 35T491QAIEQVQTQTHVASA
Site 36S497QTQTHVASAPASRAV
Site 37S539FEVNPDCSVSRAEMY
Site 38Y546SVSRAEMYSEYLSTC
Site 39S547VSRAEMYSEYLSTCS
Site 40Y549RAEMYSEYLSTCSKL
Site 41S551EMYSEYLSTCSKLAR
Site 42T552MYSEYLSTCSKLARG
Site 43S554SEYLSTCSKLARGGI
Site 44T565RGGILTSTGFYKCLR
Site 45S587VKRVEDSSSNGQAHI
Site 46S588KRVEDSSSNGQAHIH
Site 47Y611IPLPIQMYYQQQPVS
Site 48Y612PLPIQMYYQQQPVST
Site 49S618YYQQQPVSTSVVRVD
Site 50S620QQQPVSTSVVRVDSV
Site 51S626TSVVRVDSVPDVSPA
Site 52S631VDSVPDVSPAPSPAG
Site 53S635PDVSPAPSPAGIPHG
Site 54S643PAGIPHGSQTIGNHF
Site 55T653IGNHFQRTPVANQSS
Site 56S659RTPVANQSSNLTATQ
Site 57T663ANQSSNLTATQMSFP
Site 58T665QSSNLTATQMSFPVQ
Site 59S668NLTATQMSFPVQGVH
Site 60T676FPVQGVHTVAQTVSR
Site 61T680GVHTVAQTVSRIPQN
Site 62S689SRIPQNPSPHTHQQQ
Site 63T692PQNPSPHTHQQQNAP
Site 64T701QQQNAPVTVIQSKAP
Site 65S722KATVIQNSIPQTGVP
Site 66S741VGGGPPQSSVVQNHS
Site 67S742GGGPPQSSVVQNHST
Site 68S748SSVVQNHSTGPQPVT
Site 69T755STGPQPVTVVNSQTL
Site 70S759QPVTVVNSQTLLHHP
Site 71S767QTLLHHPSVIPQQSP
Site 72S773PSVIPQQSPLHTVVP
Site 73T777PQQSPLHTVVPGQIP
Site 74T787PGQIPSGTPVTVIQQ
Site 75T814NIPACTSTVSQGQQL
Site 76S816PACTSTVSQGQQLIT
Site 77T823SQGQQLITTSPQPVQ
Site 78S825GQQLITTSPQPVQTS
Site 79S833PQPVQTSSQQTSAGS
Site 80T836VQTSSQQTSAGSQSQ
Site 81S837QTSSQQTSAGSQSQD
Site 82S840SQQTSAGSQSQDTVI
Site 83S842QTSAGSQSQDTVIIA
Site 84T845AGSQSQDTVIIAPPQ
Site 85S857PPQYVTTSASNIVSA
Site 86S859QYVTTSASNIVSATS
Site 87S889GVPSPQASRVGFQNI
Site 88S903IAPKPLPSQQVSSTV
Site 89S907PLPSQQVSSTVVQQP
Site 90T909PSQQVSSTVVQQPIQ
Site 91S925PQQPTQQSVVIVSQP
Site 92T963AGQTVQLTGQPNITP
Site 93T969LTGQPNITPSSSPSP
Site 94S971GQPNITPSSSPSPVP
Site 95S972QPNITPSSSPSPVPA
Site 96S973PNITPSSSPSPVPAT
Site 97S975ITPSSSPSPVPATNN
Site 98T980SPSPVPATNNQVPTA
Site 99T986ATNNQVPTAMSSSST
Site 100S989NQVPTAMSSSSTPQS
Site 101S990QVPTAMSSSSTPQSQ
Site 102S991VPTAMSSSSTPQSQG
Site 103S992PTAMSSSSTPQSQGP
Site 104T993TAMSSSSTPQSQGPP
Site 105S996SSSSTPQSQGPPPTV
Site 106T1002QSQGPPPTVSQMLSV
Site 107S1004QGPPPTVSQMLSVKR
Site 108S1008PTVSQMLSVKRQQQQ
Site 109S1018RQQQQQHSPAPPPQQ
Site 110S1054AGVGQPASGESSLIK
Site 111S1058QPASGESSLIKQLLL
Site 112S1071LLPKRGPSTPGGKLI
Site 113T1072LPKRGPSTPGGKLIL
Site 114S1094PNNARAPSPQVVYQV
Site 115Y1099APSPQVVYQVASNQA
Site 116S1132QNVQLVPSAMPPSGG
Site 117T1142PPSGGVQTVPISNLQ
Site 118T1186NTSFAPATVSQGNAT
Site 119S1188SFAPATVSQGNATQL
Site 120T1220PVQTLPATQASPAGQ
Site 121S1223TLPATQASPAGQSSC
Site 122S1229ASPAGQSSCTTATPP
Site 123T1232AGQSSCTTATPPFKG
Site 124T1234QSSCTTATPPFKGDK
Site 125S1270IEVMENPSCRRGATN
Site 126T1276PSCRRGATNTSNGDT
Site 127T1278CRRGATNTSNGDTKE
Site 128S1279RRGATNTSNGDTKEN
Site 129T1283TNTSNGDTKENEMHV
Site 130S1292ENEMHVGSLLNGRKY
Site 131Y1299SLLNGRKYSDSSLPP
Site 132S1300LLNGRKYSDSSLPPS
Site 133S1302NGRKYSDSSLPPSNS
Site 134S1303GRKYSDSSLPPSNSG
Site 135S1307SDSSLPPSNSGKIQS
Site 136S1309SSLPPSNSGKIQSET
Site 137S1314SNSGKIQSETNQCSL
Site 138T1316SGKIQSETNQCSLIS
Site 139S1320QSETNQCSLISNGPS
Site 140S1323TNQCSLISNGPSLEL
Site 141S1327SLISNGPSLELGENG
Site 142S1336ELGENGASGKQNSEQ
Site 143S1341GASGKQNSEQIDMQD
Site 144S1351IDMQDIKSDLRKPLV
Site 145S1370DFDKGDGSHLSKNIP
Site 146S1373KGDGSHLSKNIPNHK
Site 147T1381KNIPNHKTSNHVGNG
Site 148S1391HVGNGEISPMEPQGT
Site 149T1398SPMEPQGTLDITQQD
Site 150T1402PQGTLDITQQDTAKG
Site 151S1416GDQLERISNGPVLTL
Site 152S1430LGGSSVSSIQEASNA
Site 153T1439QEASNAATQQFSGTD
Site 154S1455LNGPLASSLNSDVPQ
Site 155S1458PLASSLNSDVPQQRP
Site 156S1466DVPQQRPSVVVSPHS
Site 157S1470QRPSVVVSPHSTTSV
Site 158S1476VSPHSTTSVIQGHQI
Site 159S1489QIIAVPDSGSKVSHS
Site 160S1491IAVPDSGSKVSHSPA
Site 161S1494PDSGSKVSHSPALSS
Site 162S1496SGSKVSHSPALSSDV
Site 163S1500VSHSPALSSDVRSTN
Site 164S1501SHSPALSSDVRSTNG
Site 165S1505ALSSDVRSTNGTAEC
Site 166T1506LSSDVRSTNGTAECK
Site 167T1509DVRSTNGTAECKTVK
Site 168T1514NGTAECKTVKRPAED
Site 169T1522VKRPAEDTDRETVAG
Site 170T1526AEDTDRETVAGIPNK
Site 171T1540KVGVRIVTISDPNNA
Site 172S1550DPNNAGCSATMVAVP
Site 173S1572VAKVAIESAVQQKQQ
Site 174Y1584KQQHPPTYVQNVVPQ
Site 175T1593QNVVPQNTPMPPSPA
Site 176S1598QNTPMPPSPAVQVQG
Site 177S1609QVQGQPNSSQPSPFS
Site 178S1610VQGQPNSSQPSPFSG
Site 179S1613QPNSSQPSPFSGSSQ
Site 180S1616SSQPSPFSGSSQPGD
Site 181S1618QPSPFSGSSQPGDPM
Site 182S1619PSPFSGSSQPGDPMR
Site 183Y1651QTPSQVFYHAATEHG
Site 184Y1663EHGGKDVYPGQCLWE
Site 185S1681PFQRQRFSFITHLQD
Site 186T1684RQRFSFITHLQDKHC
Site 187S1692HLQDKHCSKDALLAG
Site 188S1710DEPGQAGSQKSSTKQ
Site 189S1713GQAGSQKSSTKQPTV
Site 190S1714QAGSQKSSTKQPTVG
Site 191T1715AGSQKSSTKQPTVGG
Site 192T1719KSSTKQPTVGGTSST
Site 193T1723KQPTVGGTSSTPRAQ
Site 194S1724QPTVGGTSSTPRAQK
Site 195S1725PTVGGTSSTPRAQKA
Site 196T1726TVGGTSSTPRAQKAI
Site 197S1748LMALRRGSRNLVFRD
Site 198T1757NLVFRDFTDEKEGPI
Site 199T1765DEKEGPITKHIRLTA
Site 200Y1782ILKNIGKYSECGRRL
Site 201S1783LKNIGKYSECGRRLL
Site 202S1798KRHENNLSVLAISNM
Site 203S1808AISNMEASSTLAKCL
Site 204T1810SNMEASSTLAKCLYE
Site 205T1821CLYELNFTVQSKEQE
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


2019 Kinexus Bioinformatics Corporation