PhosphoNET

           
Protein Info 
   
Short Name:  KRBA1
Full Name:  Protein KRBA1
Alias: 
Type: 
Mass (Da):  107512
Number AA:  1030
UniProt ID:  A5PL33
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 1T7_MRENYETLVSVGTA
Site 2S24LPLSAFLSPSEPGRA
Site 3S36GRAVGGGSHADEGQE
Site 4S58QGGQPRHSLHLTALV
Site 5S85EVKGAMDSPESESRG
Site 6S88GAMDSPESESRGASL
Site 7S90MDSPESESRGASLDG
Site 8S94ESESRGASLDGERAS
Site 9S101SLDGERASPEAAAAR
Site 10T125SCLPDGPTSQPHLAT
Site 11S126CLPDGPTSQPHLATT
Site 12T133SQPHLATTPTDSSCS
Site 13T135PHLATTPTDSSCSSG
Site 14S137LATTPTDSSCSSGPT
Site 15S138ATTPTDSSCSSGPTG
Site 16S140TPTDSSCSSGPTGDG
Site 17S141PTDSSCSSGPTGDGV
Site 18T144SSCSSGPTGDGVQGS
Site 19S151TGDGVQGSPLPIKTA
Site 20T157GSPLPIKTADKPWPT
Site 21S177GALGGEPSPPTHSPS
Site 22T180GGEPSPPTHSPSRRK
Site 23S182EPSPPTHSPSRRKSH
Site 24S184SPPTHSPSRRKSHRG
Site 25S188HSPSRRKSHRGQERG
Site 26T196HRGQERGTSEAGISP
Site 27S197RGQERGTSEAGISPG
Site 28S202GTSEAGISPGNSPLQ
Site 29S206AGISPGNSPLQGLIN
Site 30T228PGPRHPETSPSFLPP
Site 31S229GPRHPETSPSFLPPL
Site 32S231RHPETSPSFLPPLPS
Site 33T241PPLPSLGTSRLTRAD
Site 34S242PLPSLGTSRLTRADL
Site 35T245SLGTSRLTRADLGPG
Site 36S253RADLGPGSPPWAVKT
Site 37T260SPPWAVKTEAVSGDC
Site 38S288EAQDRHPSPSGVGNR
Site 39S290QDRHPSPSGVGNRRL
Site 40S308PGAWKRGSGGPGYLL
Site 41Y313RGSGGPGYLLTPPPH
Site 42T316GGPGYLLTPPPHPDL
Site 43S336LSVKMENSWVQSPPG
Site 44S340MENSWVQSPPGPASC
Site 45S346QSPPGPASCQPGRQP
Site 46S355QPGRQPLSPSATGDT
Site 47S357GRQPLSPSATGDTRG
Site 48T359QPLSPSATGDTRGVP
Site 49S369TRGVPQPSWGPEAQA
Site 50S378GPEAQAASASSSPLE
Site 51S380EAQAASASSSPLEAL
Site 52S382QAASASSSPLEALEA
Site 53S399KGIPPNGSSPSQLPP
Site 54S400GIPPNGSSPSQLPPT
Site 55S402PPNGSSPSQLPPTSC
Site 56T407SPSQLPPTSCSQNPQ
Site 57S408PSQLPPTSCSQNPQP
Site 58S410QLPPTSCSQNPQPGD
Site 59S418QNPQPGDSRSQKPEL
Site 60S420PQPGDSRSQKPELQP
Site 61S430PELQPHRSHSEEATR
Site 62S432LQPHRSHSEEATREP
Site 63T436RSHSEEATREPVLPL
Site 64S454SCVRDGPSRPLAPRG
Site 65T462RPLAPRGTPTSFSSS
Site 66T464LAPRGTPTSFSSSSS
Site 67S465APRGTPTSFSSSSST
Site 68S467RGTPTSFSSSSSTDW
Site 69S468GTPTSFSSSSSTDWD
Site 70S469TPTSFSSSSSTDWDL
Site 71S470PTSFSSSSSTDWDLD
Site 72S471TSFSSSSSTDWDLDF
Site 73T472SFSSSSSTDWDLDFG
Site 74S480DWDLDFGSPVGNQGQ
Site 75S493GQHPGKGSPPGSSPL
Site 76S497GKGSPPGSSPLQGLE
Site 77S498KGSPPGSSPLQGLEN
Site 78S522LRPAWPCSSAADRGP
Site 79S523RPAWPCSSAADRGPR
Site 80T538RAEPRNWTADKEGLR
Site 81S551LRAEACESARLGQGR
Site 82T563QGRGEAPTRSLHLVS
Site 83S565RGEAPTRSLHLVSPQ
Site 84S570TRSLHLVSPQVFTSS
Site 85S577SPQVFTSSCVPACHQ
Site 86S605WRWLPEGSAPKPSPL
Site 87S610EGSAPKPSPLHCLES
Site 88S637FACVGGPSPSPSPGS
Site 89S639CVGGPSPSPSPGSSS
Site 90S641GGPSPSPSPGSSSSF
Site 91S644SPSPSPGSSSSFSGS
Site 92S645PSPSPGSSSSFSGSE
Site 93S646SPSPGSSSSFSGSEG
Site 94S647PSPGSSSSFSGSEGE
Site 95S649PGSSSSFSGSEGEDP
Site 96S651SSSSFSGSEGEDPRP
Site 97S675QERDRLPSCKPPVPL
Site 98S683CKPPVPLSPCPGGTP
Site 99T689LSPCPGGTPAGSSGG
Site 100S693PGGTPAGSSGGSPGE
Site 101S694GGTPAGSSGGSPGED
Site 102S697PAGSSGGSPGEDPRR
Site 103T705PGEDPRRTEPRYCSG
Site 104Y709PRRTEPRYCSGLGAG
Site 105S711RTEPRYCSGLGAGTA
Site 106S725AQDPCPVSQLEKRPR
Site 107S734LEKRPRVSEASRGLE
Site 108S737RPRVSEASRGLELGH
Site 109T753RPRVAAKTHERLLPQ
Site 110S767QGPPELPSESPPPEL
Site 111S769PPELPSESPPPELPP
Site 112S787APPVLPASSLQPPCH
Site 113S805PLQQELHSLGAALAE
Site 114Y874PGHRHLPYWRQKGPT
Site 115T881YWRQKGPTRPKPKIL
Site 116S894ILRGQGESCRAGDLQ
Site 117T907LQGLSRGTARRARPL
Site 118S929EPPGLHCSSSQQLLS
Site 119S930PPGLHCSSSQQLLSS
Site 120S931PGLHCSSSQQLLSST
Site 121S936SSSQQLLSSTPSCHA
Site 122S937SSQQLLSSTPSCHAA
Site 123T938SQQLLSSTPSCHAAP
Site 124S940QLLSSTPSCHAAPPA
Site 125S959AHTGGHQSPLPPLVP
Site 126T987SADADVPTSGVAPDG
Site 127S1003PERPKEPSSLLGGVQ
Site 128S1004ERPKEPSSLLGGVQR
 
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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