PhosphoNET

           
Protein Info 
   
Short Name:  MAPK8IP3
Full Name:  C-jun-amino-terminal kinase-interacting protein 3
Alias:  C-jun-amino-terminal kinase interacting protein 3; Homolog ofSunday driver 2; JIP3; JIP-3; JNK MAP kinase scaffold protein 3; JNK/SAPK-associated protein 1; JNK-interacting protein 3; JSAP1; KIAA1066; Mitogen- activated protein kinase 8-interacting protein 3; Mitogen-activated protein kinase 8 interacting protein 3; Sunday driver 2; SYD2
Type:  Adapter/scaffold protein
Mass (Da):  147457
Number AA:  1336
UniProt ID:  Q9UPT6
International Prot ID:  IPI00219817
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000139  GO:0005737  GO:0016021 Uniprot OncoNet
Molecular Function:  GO:0005078  GO:0019894  GO:0019901 PhosphoSite+ KinaseNET
Biological Process:  GO:0016192  GO:0007276  GO:0007283 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 1Y15EGGGVVVYQDDYCSG
Site 2S21VYQDDYCSGSVMSER
Site 3S23QDDYCSGSVMSERVS
Site 4S30SVMSERVSGLAGSIY
Site 5S35RVSGLAGSIYREFER
Site 6Y37SGLAGSIYREFERLI
Site 7Y47FERLIHCYDEEVVKE
Site 8S68NVLENLDSVLSENQE
Site 9S71ENLDSVLSENQEHEV
Site 10T92EDNEQLLTQYEREKA
Site 11Y94NEQLLTQYEREKALR
Site 12Y143LELKAKNYADQISRL
Site 13S148KNYADQISRLEERES
Site 14S155SRLEERESEMKKEYN
Site 15T174RHTEMIQTYVEHIER
Site 16Y175HTEMIQTYVEHIERS
Site 17S191MQQVGGNSQTESSLP
Site 18T193QVGGNSQTESSLPGR
Site 19S195GGNSQTESSLPGRRK
Site 20T206GRRKERPTSLNVFPL
Site 21S207RRKERPTSLNVFPLA
Site 22S236AGDHWHLSDLGQLQS
Site 23S243SDLGQLQSSSSYQCP
Site 24S244DLGQLQSSSSYQCPQ
Site 25S245LGQLQSSSSYQCPQD
Site 26S246GQLQSSSSYQCPQDE
Site 27Y247QLQSSSSYQCPQDEM
Site 28S255QCPQDEMSESGQSSA
Site 29S257PQDEMSESGQSSAAA
Site 30S261MSESGQSSAAATPST
Site 31T265GQSSAAATPSTTGTK
Site 32S267SSAAATPSTTGTKSN
Site 33T268SAAATPSTTGTKSNT
Site 34T269AAATPSTTGTKSNTP
Site 35T271ATPSTTGTKSNTPTS
Site 36S273PSTTGTKSNTPTSSV
Site 37T275TTGTKSNTPTSSVPS
Site 38T277GTKSNTPTSSVPSAA
Site 39S278TKSNTPTSSVPSAAV
Site 40S279KSNTPTSSVPSAAVT
Site 41T286SVPSAAVTPLNESLQ
Site 42S291AVTPLNESLQPLGDY
Site 43Y298SLQPLGDYGVGSKNS
Site 44S302LGDYGVGSKNSKRAR
Site 45S305YGVGSKNSKRAREKR
Site 46S314RAREKRDSRNMEVQV
Site 47T322RNMEVQVTQEMRNVS
Site 48S329TQEMRNVSIGMGSSD
Site 49S335VSIGMGSSDEWSDVQ
Site 50S339MGSSDEWSDVQDIID
Site 51S347DVQDIIDSTPELDMC
Site 52T348VQDIIDSTPELDMCP
Site 53T362PETRLDRTGSSPTQG
Site 54S364TRLDRTGSSPTQGIV
Site 55S365RLDRTGSSPTQGIVN
Site 56T367DRTGSSPTQGIVNKA
Site 57S381AFGINTDSLYHELST
Site 58Y383GINTDSLYHELSTAG
Site 59S387DSLYHELSTAGSEVI
Site 60S391HELSTAGSEVIGDVD
Site 61S428GNLLLENSQLLETKN
Site 62S452IAKVDQLSGEQEVLR
Site 63S488EELKRVKSEAIIARR
Site 64S505KEEAEDVSSYLCTES
Site 65S506EEAEDVSSYLCTESD
Site 66Y507EAEDVSSYLCTESDK
Site 67T510DVSSYLCTESDKIPM
Site 68S512SSYLCTESDKIPMAQ
Site 69T524MAQRRRFTRVEMARV
Site 70Y538VLMERNQYKERLMEL
Site 71T552LQEAVRWTEMIRASR
Site 72S558WTEMIRASREHPSVQ
Site 73S563RASREHPSVQEKKKS
Site 74S570SVQEKKKSTIWQFFS
Site 75S577STIWQFFSRLFSSSS
Site 76S581QFFSRLFSSSSSPPP
Site 77S582FFSRLFSSSSSPPPA
Site 78S583RLFSSSSSPPPAKRP
Site 79S584RLFSSSSSPPPAKRP
Site 80S585RLFSSSSSPPPAKRP
Site 81Y593PPPAKRPYPSVNIHY
Site 82Y600YPSVNIHYKSPTTAG
Site 83S602SVNIHYKSPTTAGFS
Site 84T604NIHYKSPTTAGFSQR
Site 85T605IHYKSPTTAGFSQRR
Site 86S609SPTTAGFSQRRNHAM
Site 87S620NHAMCPISAGSRPLE
Site 88T635FFPDDDCTSSARREQ
Site 89S636FPDDDCTSSARREQK
Site 90S637PDDDCTSSARREQKR
Site 91Y647REQKREQYRQVREHV
Site 92Y672GWSLPAKYKQLSPNG
Site 93S676PAKYKQLSPNGGQED
Site 94T684PNGGQEDTRMKNVPV
Site 95Y694KNVPVPVYCRPLVEK
Site 96T704PLVEKDPTMKLWCAA
Site 97S716CAAGVNLSGWRPNED
Site 98T739APGRDPLTCDREGDG
Site 99S750EGDGEPKSAHTSPEK
Site 100S754EPKSAHTSPEKKKAK
Site 101T769ELPEMDATSSRVWIL
Site 102S771PEMDATSSRVWILTS
Site 103T777SSRVWILTSTLTTSK
Site 104T779RVWILTSTLTTSKVV
Site 105S817ISSIPAASDSDYPPG
Site 106S819SIPAASDSDYPPGEM
Site 107Y821PAASDSDYPPGEMFL
Site 108S830PGEMFLDSDVNPEDP
Site 109S860TRCNVPRSNCSSRGD
Site 110S863NVPRSNCSSRGDTPV
Site 111S864VPRSNCSSRGDTPVL
Site 112T868NCSSRGDTPVLDKGQ
Site 113S889ANGKVNPSQSTEEAT
Site 114S891GKVNPSQSTEEATEA
Site 115T899TEEATEATEVPDPGP
Site 116T911PGPSEPETATLRPGP
Site 117T913PSEPETATLRPGPLT
Site 118T920TLRPGPLTEHVFTDP
Site 119T925PLTEHVFTDPAPTPS
Site 120T930VFTDPAPTPSSGPQP
Site 121S932TDPAPTPSSGPQPGS
Site 122S933DPAPTPSSGPQPGSE
Site 123S939SSGPQPGSENGPEPD
Site 124S947ENGPEPDSSSTRPEP
Site 125S948NGPEPDSSSTRPEPE
Site 126S949GPEPDSSSTRPEPEP
Site 127S957TRPEPEPSGDPTGAG
Site 128T961PEPSGDPTGAGSSAA
Site 129S966DPTGAGSSAAPTMWL
Site 130T970AGSSAAPTMWLGAQN
Site 131Y981GAQNGWLYVHSAVAN
Site 132Y1037GQWDLSNYHLMDLGH
Site 133T1074VHVIQPKTMQIEKSF
Site 134S1080KTMQIEKSFDAHPRR
Site 135S1089DAHPRRESQVRQLAW
Site 136S1109WVSIRLDSTLRLYHA
Site 137T1110VSIRLDSTLRLYHAH
Site 138Y1114LDSTLRLYHAHTHQH
Site 139Y1130QDVDIEPYVSKMLGT
Site 140S1132VDIEPYVSKMLGTGK
Site 141S1143GTGKLGFSFVRITAL
Site 142T1190LGLRANKTSPTSGEG
Site 143S1191GLRANKTSPTSGEGA
Site 144S1194ANKTSPTSGEGARPG
Site 145Y1207PGGIIHVYGDDSSDR
Site 146S1211IHVYGDDSSDRAASS
Site 147S1212HVYGDDSSDRAASSF
Site 148S1217DSSDRAASSFIPYCS
Site 149S1218SSDRAASSFIPYCSM
Site 150S1260LNGSVLDSPAEGPGP
Site 151S1272PGPAAPASEVEGQKL
Site 152T1304GDGEDDETEEGAGDM
Site 153S1312EEGAGDMSQVKPVLS
Site 154S1319SQVKPVLSKAERSHI
 
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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