PhosphoNET

           
Protein Info 
   
Short Name:  BRWD3
Full Name:  Bromodomain and WD repeat-containing protein 3
Alias:  BRODL; bromodomain and WD repeat domain containing 3; FLJ38568
Type: 
Mass (Da):  203626
Number AA:  1802
UniProt ID:  Q6RI45
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1T6__MAAAPTQIEAELY
Site 2Y13TQIEAELYYLIARFL
Site 3S28QSGPCNKSAQVLVQE
Site 4S56EGKEHRRSFEDLVAA
Site 5Y71NAHIPPDYLLKICER
Site 6S90LDKEIPQSVPGVQTL
Site 7S104LLGVGRQSLLRDAKD
Site 8S114RDAKDCKSTLWNGSA
Site 9Y137PPELPVNYVKPPNVV
Site 10T153ITSARQLTGCSRFGH
Site 11Y167HIFPSSAYQHIKMHK
Site 12T197RSGRRIFTGSDDCLV
Site 13S199GRRIFTGSDDCLVKI
Site 14T217DDGRLLATLRGHSAE
Site 15S222LATLRGHSAEISDMA
Site 16S226RGHSAEISDMAVNYE
Site 17T268QGHSASITSIQFCPS
Site 18S269GHSASITSIQFCPST
Site 19S275TSIQFCPSTKGTNRY
Site 20T276SIQFCPSTKGTNRYL
Site 21T279FCPSTKGTNRYLTST
Site 22Y282STKGTNRYLTSTGAD
Site 23T284KGTNRYLTSTGADGT
Site 24S285GTNRYLTSTGADGTI
Site 25T286TNRYLTSTGADGTIC
Site 26T312RDRPVKFTERSRPGV
Site 27S322SRPGVQISCSSFSSG
Site 28T334SSGGMFITTGSTDHV
Site 29S337GMFITTGSTDHVIRI
Site 30T338MFITTGSTDHVIRIY
Site 31Y345TDHVIRIYYLGSEVP
Site 32Y346DHVIRIYYLGSEVPE
Site 33S376QFCNNGDSLRFVSGS
Site 34S381GDSLRFVSGSRDGTA
Site 35S383SLRFVSGSRDGTARI
Site 36T387VSGSRDGTARIWQYQ
Site 37T422PSGEDKITKLKVTMV
Site 38S462GQLLHTLSGHDDEVF
Site 39S483FDQRIILSAGHDGNI
Site 40Y504RGTKIRNYFNMIEGQ
Site 41S522AVFDCKFSPDGNHFA
Site 42Y547FGFGCSKYYEKIPDQ
Site 43Y548GFGCSKYYEKIPDQM
Site 44T559PDQMFFHTDYRPLIR
Site 45Y561QMFFHTDYRPLIRDA
Site 46Y571LIRDANNYVLDEQTQ
Site 47Y622QLIPQLGYVANGDGE
Site 48Y677HLPVNRAYSVNGALR
Site 49S678LPVNRAYSVNGALRS
Site 50S685SVNGALRSPNMDISS
Site 51S691RSPNMDISSSPNIRL
Site 52S692SPNMDISSSPNIRLR
Site 53S693PNMDISSSPNIRLRR
Site 54S702NIRLRRHSSQIEGVR
Site 55S703IRLRRHSSQIEGVRQ
Site 56S718MHNNAPRSQMATERD
Site 57T722APRSQMATERDLMAW
Site 58S730ERDLMAWSRRVVVNE
Site 59T751RVQEECRTAKGDIEI
Site 60S759AKGDIEISLYTVEKK
Site 61Y761GDIEISLYTVEKKKK
Site 62Y771EKKKKPSYTTQRNDY
Site 63Y778YTTQRNDYEPSCGRS
Site 64S781QRNDYEPSCGRSLRR
Site 65S785YEPSCGRSLRRTQRK
Site 66T789CGRSLRRTQRKRQHT
Site 67T796TQRKRQHTYQTRSNI
Site 68Y797QRKRQHTYQTRSNIE
Site 69S807RSNIEHNSQASCQNS
Site 70S814SQASCQNSGVQEDSD
Site 71S820NSGVQEDSDSSSEED
Site 72S822GVQEDSDSSSEEDET
Site 73S824QEDSDSSSEEDETVG
Site 74T829SSSEEDETVGTSDAS
Site 75T832EEDETVGTSDASVED
Site 76S836TVGTSDASVEDPVVE
Site 77S846DPVVEWQSESSSSDS
Site 78S848VVEWQSESSSSDSSS
Site 79S849VEWQSESSSSDSSSE
Site 80S850EWQSESSSSDSSSEY
Site 81S851WQSESSSSDSSSEYS
Site 82S853SESSSSDSSSEYSDW
Site 83S854ESSSSDSSSEYSDWT
Site 84S855SSSSDSSSEYSDWTA
Site 85Y857SSDSSSEYSDWTADA
Site 86S858SDSSSEYSDWTADAG
Site 87T861SSEYSDWTADAGINL
Site 88T875LQPPKRQTRQTTRKI
Site 89T878PKRQTRQTTRKICSS
Site 90T879KRQTRQTTRKICSSS
Site 91S884QTTRKICSSSDEENL
Site 92S885TTRKICSSSDEENLK
Site 93S886TRKICSSSDEENLKS
Site 94S893SDEENLKSLEERQKK
Site 95S913KKKGGLVSIAGEPNE
Site 96T931APQWILDTIPRRSPF
Site 97S936LDTIPRRSPFVPQMG
Site 98Y948QMGDELIYFRQGHEA
Site 99Y956FRQGHEAYVRAVRKS
Site 100S963YVRAVRKSKIYSVNL
Site 101Y966AVRKSKIYSVNLQKQ
Site 102S967VRKSKIYSVNLQKQP
Site 103T1016DPISGKMTGESFSIK
Site 104S1019SGKMTGESFSIKYHD
Site 105Y1024GESFSIKYHDMPDVI
Site 106Y1040FLVLHQFYNEAKERN
Site 107Y1077QQPFQPEYPDSSFQC
Site 108S1080FQPEYPDSSFQCYSV
Site 109S1098NNEREKMSPWDMEPI
Site 110Y1131EELTALLYKPQEGEW
Site 111S1142EGEWGAHSRDEECER
Site 112T1190AYPTDLNTIRRRLEN
Site 113Y1200RRLENRFYRRISALM
Site 114T1219YIEHNARTFNEPDSP
Site 115S1225RTFNEPDSPIVKAAK
Site 116S1246LRFIGDQSCTDILDT
Site 117T1253SCTDILDTYNKIKAE
Site 118Y1254CTDILDTYNKIKAEE
Site 119S1264IKAEERNSTDAEEDT
Site 120T1265KAEERNSTDAEEDTE
Site 121T1271STDAEEDTEIVDLDS
Site 122S1278TEIVDLDSDGPGTSS
Site 123S1284DSDGPGTSSGRRVKC
Site 124S1285SDGPGTSSGRRVKCR
Site 125S1297KCRGRRQSLKCNPDA
Site 126S1314KQCKELLSLIYERED
Site 127Y1317KELLSLIYEREDSEP
Site 128S1322LIYEREDSEPFRQPA
Site 129S1333RQPADLLSYPGHQEQ
Site 130Y1334QPADLLSYPGHQEQE
Site 131S1345QEQEGESSESVVPER
Site 132S1347QEGESSESVVPERQQ
Site 133S1357PERQQDSSLSEDYQD
Site 134S1359RQQDSSLSEDYQDVI
Site 135Y1362DSSLSEDYQDVIDTP
Site 136T1368DYQDVIDTPVDFSTV
Site 137S1373IDTPVDFSTVKETLE
Site 138T1374DTPVDFSTVKETLEA
Site 139Y1384ETLEAGNYGSPLEFY
Site 140S1386LEAGNYGSPLEFYKD
Site 141Y1391YGSPLEFYKDVRQIF
Site 142T1405FNNSKAYTSNKKSRI
Site 143S1406NNSKAYTSNKKSRIY
Site 144S1410AYTSNKKSRIYSMML
Site 145Y1413SNKKSRIYSMMLRLS
Site 146S1414NKKSRIYSMMLRLSA
Site 147S1432SHIKNIISEYKSAIQ
Site 148S1436NIISEYKSAIQSQKR
Site 149S1440EYKSAIQSQKRRRPR
Site 150Y1448QKRRRPRYRKRLRSS
Site 151S1454RYRKRLRSSSSSLSS
Site 152S1455YRKRLRSSSSSLSSS
Site 153S1456RKRLRSSSSSLSSSG
Site 154S1457KRLRSSSSSLSSSGA
Site 155S1458RLRSSSSSLSSSGAP
Site 156S1460RSSSSSLSSSGAPSP
Site 157S1461SSSSSLSSSGAPSPK
Site 158S1462SSSSLSSSGAPSPKG
Site 159S1466LSSSGAPSPKGKQKQ
Site 160S1485PKNDQNTSVSHARTS
Site 161S1487NDQNTSVSHARTSSP
Site 162T1491TSVSHARTSSPFSSP
Site 163S1492SVSHARTSSPFSSPV
Site 164S1493VSHARTSSPFSSPVS
Site 165S1496ARTSSPFSSPVSDAA
Site 166S1497RTSSPFSSPVSDAAE
Site 167S1500SPFSSPVSDAAEGLS
Site 168Y1509AAEGLSLYLLDDEPD
Site 169S1520DEPDGPFSSSSFGGY
Site 170S1521EPDGPFSSSSFGGYS
Site 171S1522PDGPFSSSSFGGYSR
Site 172S1523DGPFSSSSFGGYSRS
Site 173Y1527SSSSFGGYSRSGNSH
Site 174S1528SSSFGGYSRSGNSHD
Site 175S1530SFGGYSRSGNSHDPG
Site 176S1541HDPGKAKSFRNRVLP
Site 177S1554LPVKQDHSLDGPLTN
Site 178T1560HSLDGPLTNGDGREP
Site 179T1569GDGREPRTGIKRKLL
Site 180S1577GIKRKLLSASEEDEN
Site 181S1579KRKLLSASEEDENMG
Site 182T1595EDKEKKETKEKSHLS
Site 183S1599KKETKEKSHLSTSES
Site 184S1602TKEKSHLSTSESGEL
Site 185T1603KEKSHLSTSESGELG
Site 186S1604EKSHLSTSESGELGS
Site 187S1606SHLSTSESGELGSSL
Site 188S1611SESGELGSSLSSEST
Site 189S1612ESGELGSSLSSESTC
Site 190S1614GELGSSLSSESTCGS
Site 191S1615ELGSSLSSESTCGSD
Site 192S1617GSSLSSESTCGSDSD
Site 193T1618SSLSSESTCGSDSDS
Site 194S1621SSESTCGSDSDSEST
Site 195S1623ESTCGSDSDSESTSR
Site 196S1625TCGSDSDSESTSRTD
Site 197S1627GSDSDSESTSRTDQD
Site 198S1629DSDSESTSRTDQDYV
Site 199T1631DSESTSRTDQDYVDG
Site 200Y1635TSRTDQDYVDGDHDY
Site 201Y1642YVDGDHDYSKFIQTR
Site 202T1667NGKRNWKTRGTGGRG
Site 203T1670RNWKTRGTGGRGRWG
Site 204S1696RGGRGRGSRGRGGGG
Site 205T1704RGRGGGGTRGRGRGR
Site 206S1717GRGGRGASRGATRAK
Site 207T1721RGASRGATRAKRARI
Site 208T1735IADDEFDTMFSGRFS
Site 209S1738DEFDTMFSGRFSRLP
Site 210S1742TMFSGRFSRLPRIKT
Site 211T1749SRLPRIKTRNQGRRT
Site 212T1756TRNQGRRTVLYNDDS
Site 213Y1759QGRRTVLYNDDSDND
Site 214S1763TVLYNDDSDNDNFVS
Site 215S1770SDNDNFVSTEDPLNL
Site 216S1780DPLNLGTSRSGRVRK
Site 217S1782LNLGTSRSGRVRKMT
Site 218T1789SGRVRKMTEKARVSH
 
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
 


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