PhosphoNET

           
Protein Info 
   
Short Name:  BRD4
Full Name:  Bromodomain-containing protein 4
Alias:  Bromodomain containing 4; CAP; Chromosome-associated protein; HUNK1; HUNKI; MCAP
Type:  Protein kinase, Ser/Thr (non-receptor); ATYPICAL group; BRD family
Mass (Da):  152219
Number AA:  1362
UniProt ID:  O60885
International Prot ID:  IPI00440727
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005515     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 1T9SAESGPGTRLRNLPV
Site 2S24MGDGLETSQMSTTQA
Site 3S42PQPANAASTNPPPPE
Site 4T43QPANAASTNPPPPET
Site 5T50TNPPPPETSNPNKPK
Site 6S51NPPPPETSNPNKPKR
Site 7T60PNKPKRQTNQLQYLL
Site 8Y65RQTNQLQYLLRVVLK
Site 9Y97VKLNLPDYYKIIKTP
Site 10Y98KLNLPDYYKIIKTPM
Site 11T103DYYKIIKTPMDMGTI
Site 12T109KTPMDMGTIKKRLEN
Site 13Y118KKRLENNYYWNAQEC
Site 14Y119KRLENNYYWNAQECI
Site 15Y139MFTNCYIYNKPGDDI
Site 16T186RGRGRKETGTAKPGV
Site 17T188RGRKETGTAKPGVST
Site 18T195TAKPGVSTVPNTTQA
Site 19T199GVSTVPNTTQASTPP
Site 20T204PNTTQASTPPQTQTP
Site 21T208QASTPPQTQTPQPNP
Site 22T210STPPQTQTPQPNPPP
Site 23T221NPPPVQATPHPFPAV
Site 24T249VPPQPLQTPPPVPPQ
Site 25S270PAPQPVQSHPPIIAA
Site 26T278HPPIIAATPQPVKTK
Site 27T294GVKRKADTTTPTTID
Site 28T295VKRKADTTTPTTIDP
Site 29T296KRKADTTTPTTIDPI
Site 30T299ADTTTPTTIDPIHEP
Site 31S308DPIHEPPSLPPEPKT
Site 32T315SLPPEPKTTKLGQRR
Site 33T316LPPEPKTTKLGQRRE
Site 34S324KLGQRRESSRPVKPP
Site 35S325LGQRRESSRPVKPPK
Site 36S338PKKDVPDSQQHPAPE
Site 37S347QHPAPEKSSKVSEQL
Site 38S351PEKSSKVSEQLKCCS
Site 39Y372FAKKHAAYAWPFYKP
Site 40Y390EALGLHDYCDIIKHP
Site 41S401IKHPMDMSTIKSKLE
Site 42T402KHPMDMSTIKSKLEA
Site 43S405MDMSTIKSKLEAREY
Site 44Y412SKLEAREYRDAQEFG
Site 45Y430RLMFSNCYKYNPPDH
Site 46Y432MFSNCYKYNPPDHEV
Site 47S469EEPVVAVSSPAVPPP
Site 48S470EPVVAVSSPAVPPPT
Site 49T477SPAVPPPTKVVAPPS
Site 50S484TKVVAPPSSSDSSSD
Site 51S485KVVAPPSSSDSSSDS
Site 52S486VVAPPSSSDSSSDSS
Site 53S488APPSSSDSSSDSSSD
Site 54S489PPSSSDSSSDSSSDS
Site 55S490PSSSDSSSDSSSDSD
Site 56S492SSDSSSDSSSDSDSS
Site 57S493SDSSSDSSSDSDSST
Site 58S494DSSSDSSSDSDSSTD
Site 59S496SSDSSSDSDSSTDDS
Site 60S498DSSSDSDSSTDDSEE
Site 61S499SSSDSDSSTDDSEEE
Site 62T500SSDSDSSTDDSEEER
Site 63S503SDSSTDDSEEERAQR
Site 64S529HEQLAALSQPQQNKP
Site 65S563EVEENKKSKAKEPPP
Site 66T573KEPPPKKTKKNNSSN
Site 67S578KKTKKNNSSNSNVSK
Site 68S579KTKKNNSSNSNVSKK
Site 69S581KKNNSSNSNVSKKEP
Site 70S584NSSNSNVSKKEPAPM
Site 71S593KEPAPMKSKPPPTYE
Site 72T598MKSKPPPTYESEEED
Site 73Y599KSKPPPTYESEEEDK
Site 74S601KPPPTYESEEEDKCK
Site 75S611EDKCKPMSYEEKRQL
Site 76S619YEEKRQLSLDINKLP
Site 77S639RVVHIIQSREPSLKN
Site 78S643IIQSREPSLKNSNPD
Site 79S647REPSLKNSNPDEIEI
Site 80T658EIEIDFETLKPSTLR
Site 81S662DFETLKPSTLRELER
Site 82T663FETLKPSTLRELERY
Site 83Y670TLRELERYVTSCLRK
Site 84T672RELERYVTSCLRKKR
Site 85S673ELERYVTSCLRKKRK
Site 86S692KVDVIAGSSKMKGFS
Site 87S699SSKMKGFSSSESESS
Site 88S700SKMKGFSSSESESSS
Site 89S701KMKGFSSSESESSSE
Site 90S703KGFSSSESESSSESS
Site 91S705FSSSESESSSESSSS
Site 92S706SSSESESSSESSSSD
Site 93S707SSESESSSESSSSDS
Site 94S709ESESSSESSSSDSED
Site 95S710SESSSESSSSDSEDS
Site 96S711ESSSESSSSDSEDSE
Site 97S712SSSESSSSDSEDSET
Site 98S714SESSSSDSEDSETEM
Site 99S717SSSDSEDSETEMAPK
Site 100T719SDSEDSETEMAPKSK
Site 101S725ETEMAPKSKKKGHPG
Site 102S784PPPPPPPSMPQQAAP
Site 103S795QAAPAMKSSPPPFIA
Site 104S796AAPAMKSSPPPFIAT
Site 105T803SPPPFIATQVPVLEP
Site 106S815LEPQLPGSVFDPIGH
Site 107S846LPQPPEHSTPPHLNQ
Site 108T847PQPPEHSTPPHLNQH
Site 109S858LNQHAVVSPPALHNA
Site 110S871NALPQQPSRPSNRAA
Site 111S874PQQPSRPSNRAAALP
Site 112S891PARPPAVSPALTQTP
Site 113T897VSPALTQTPLLPQPP
Site 114T924EPPAPPLTSMQMQLY
Site 115S925PPAPPLTSMQMQLYL
Site 116Y931TSMQMQLYLQQLQKV
Site 117T942LQKVQPPTPLLPSVK
Site 118S947PPTPLLPSVKVQSQP
Site 119S952LPSVKVQSQPPPPLP
Site 120S965LPPPPHPSVQQQLQQ
Site 121S1045QVIQHHHSPRHHKSD
Site 122S1051HSPRHHKSDPYSTGH
Site 123Y1054RHHKSDPYSTGHLRE
Site 124S1055HHKSDPYSTGHLREA
Site 125S1064GHLREAPSPLMIHSP
Site 126S1070PSPLMIHSPQMSQFQ
Site 127S1074MIHSPQMSQFQSLTH
Site 128S1078PQMSQFQSLTHQSPP
Site 129T1080MSQFQSLTHQSPPQQ
Site 130S1083FQSLTHQSPPQQNVQ
Site 131S1100KQELRAASVVQPQPL
Site 132S1117VKEEKIHSPIIRSEP
Site 133S1122IHSPIIRSEPFSPSL
Site 134S1126IIRSEPFSPSLRPEP
Site 135S1128RSEPFSPSLRPEPPK
Site 136S1139EPPKHPESIKAPVHL
Site 137T1186KQKQEPKTPVAPKKD
Site 138S1201LKIKNMGSWASLVQK
Site 139S1204KNMGSWASLVQKHPT
Site 140T1211SLVQKHPTTPSSTAK
Site 141T1212LVQKHPTTPSSTAKS
Site 142S1214QKHPTTPSSTAKSSS
Site 143S1215KHPTTPSSTAKSSSD
Site 144T1216HPTTPSSTAKSSSDS
Site 145S1219TPSSTAKSSSDSFEQ
Site 146S1220PSSTAKSSSDSFEQF
Site 147S1221SSTAKSSSDSFEQFR
Site 148S1223TAKSSSDSFEQFRRA
Site 149S1262LRQERMRSREDEDAL
Site 150S1314AATPQAQSSQPQSML
Site 151S1315ATPQAQSSQPQSMLD
Site 152S1319AQSSQPQSMLDQQRE
Site 153S1355NFQSDLLSIFEENLF
 
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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