PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1688
Full Name:  Rho GTPase-activating protein 39
Alias:  K1688; KG88
Type:  Unknown function
Mass (Da):  121286
Number AA:  1083
UniProt ID:  Q9C0H5
International Prot ID:  IPI00747986
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005856  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0007165     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 1S19HNVDLPESRIPGSNT
Site 2S24PESRIPGSNTRLEWV
Site 3Y43PRTRERMYANLVTGE
Site 4T48RMYANLVTGECVWDP
Site 5Y81DPNTSRFYYYNASTQ
Site 6Y82PNTSRFYYYNASTQR
Site 7S115TLKQNTESPRASAES
Site 8S119NTESPRASAESSPGR
Site 9S122SPRASAESSPGRGSS
Site 10S123PRASAESSPGRGSSV
Site 11S128ESSPGRGSSVSREGS
Site 12S129SSPGRGSSVSREGST
Site 13S131PGRGSSVSREGSTSS
Site 14S135SSVSREGSTSSSLEP
Site 15S137VSREGSTSSSLEPEP
Site 16S139REGSTSSSLEPEPDT
Site 17T146SLEPEPDTEKAQELP
Site 18T164GRPAAFGTVKEDSGS
Site 19S169FGTVKEDSGSSSPPG
Site 20S171TVKEDSGSSSPPGVF
Site 21S172VKEDSGSSSPPGVFL
Site 22S173KEDSGSSSPPGVFLE
Site 23Y183GVFLEKDYEIYRDYS
Site 24Y186LEKDYEIYRDYSADG
Site 25Y189DYEIYRDYSADGQLL
Site 26S190YEIYRDYSADGQLLH
Site 27Y198ADGQLLHYRTSSLRW
Site 28T200GQLLHYRTSSLRWNS
Site 29S201QLLHYRTSSLRWNSG
Site 30S202LLHYRTSSLRWNSGA
Site 31S207TSSLRWNSGAKERML
Site 32S223KVADREPSFLAAQGN
Site 33Y232LAAQGNGYAPDGPPG
Site 34S242DGPPGVRSRRPSGSQ
Site 35S246GVRSRRPSGSQHSPS
Site 36S248RSRRPSGSQHSPSLQ
Site 37S251RPSGSQHSPSLQTFA
Site 38S253SGSQHSPSLQTFAPE
Site 39T256QHSPSLQTFAPEADG
Site 40T264FAPEADGTIFFPERR
Site 41S273FFPERRPSPFLKRAE
Site 42S284KRAELPGSSSPLLAQ
Site 43S286AELPGSSSPLLAQPR
Site 44S296LAQPRKPSGDSQPSS
Site 45S299PRKPSGDSQPSSPRY
Site 46S303SGDSQPSSPRYGYEP
Site 47Y306SQPSSPRYGYEPPLY
Site 48Y308PSSPRYGYEPPLYEE
Site 49Y313YGYEPPLYEEPPVEY
Site 50Y320YEEPPVEYQAPIYDE
Site 51Y325VEYQAPIYDEPPMDV
Site 52Y340QFEAGGGYQAGSPQR
Site 53S344GGGYQAGSPQRSPGR
Site 54S348QAGSPQRSPGRKPRP
Site 55S366PNKQGPPSPCQQLVL
Site 56T374PCQQLVLTKQKCPER
Site 57S384KCPERFLSLEYSPAG
Site 58Y387ERFLSLEYSPAGKEY
Site 59S388RFLSLEYSPAGKEYV
Site 60Y394YSPAGKEYVRQLVYV
Site 61Y400EYVRQLVYVEQAGSS
Site 62S406VYVEQAGSSPKLRAG
Site 63S407YVEQAGSSPKLRAGP
Site 64Y418RAGPRHKYAPNPGGG
Site 65S426APNPGGGSYSLQPSP
Site 66Y427PNPGGGSYSLQPSPC
Site 67S428NPGGGSYSLQPSPCL
Site 68S432GSYSLQPSPCLLRDQ
Site 69S445DQRLGVKSGDYSTME
Site 70Y448LGVKSGDYSTMEGPE
Site 71S449GVKSGDYSTMEGPEL
Site 72T450VKSGDYSTMEGPELR
Site 73S459EGPELRHSQPPTPLP
Site 74T463LRHSQPPTPLPQAQE
Site 75S474QAQEDAMSWSSQQDT
Site 76S477EDAMSWSSQQDTLSS
Site 77T481SWSSQQDTLSSTGYS
Site 78S483SSQQDTLSSTGYSPG
Site 79S484SQQDTLSSTGYSPGT
Site 80Y487DTLSSTGYSPGTRKR
Site 81S488TLSSTGYSPGTRKRK
Site 82T491STGYSPGTRKRKSRK
Site 83S496PGTRKRKSRKPSLCQ
Site 84S500KRKSRKPSLCQATSA
Site 85S506PSLCQATSATPTEGP
Site 86T508LCQATSATPTEGPGD
Site 87T510QATSATPTEGPGDLL
Site 88S532EQPPCGTSLAPVKRA
Site 89S575FHMKQRSSWDSQQDG
Site 90S578KQRSSWDSQQDGSGY
Site 91S583WDSQQDGSGYESDGA
Site 92Y585SQQDGSGYESDGALP
Site 93S587QDGSGYESDGALPLP
Site 94S604GPVVRAFSEDEALAQ
Site 95T621NRHWRRGTFEKLGFP
Site 96S644SVQTNLASPEPYLHP
Site 97Y648NLASPEPYLHPSQSE
Site 98S652PEPYLHPSQSEDLAA
Site 99S654PYLHPSQSEDLAACA
Site 100S665AACAQFESSRQSRSG
Site 101S669QFESSRQSRSGVPSS
Site 102S671ESSRQSRSGVPSSSC
Site 103S675QSRSGVPSSSCVFPT
Site 104S676SRSGVPSSSCVFPTF
Site 105T682SSSCVFPTFTLRKPS
Site 106T684SCVFPTFTLRKPSSE
Site 107S689TFTLRKPSSETDIEN
Site 108S690FTLRKPSSETDIENW
Site 109T692LRKPSSETDIENWAS
Site 110S715GLFRRKVSIANMLAW
Site 111S726MLAWSSESIKKPMIV
Site 112S735KKPMIVTSDRHVKKE
Site 113Y753LFKLIQMYMGDRRAK
Site 114Y785QGLRDELYIQLCRQT
Site 115T792YIQLCRQTTENFRLE
Site 116T793IQLCRQTTENFRLES
Site 117S800TENFRLESLARGWEL
Site 118T818CLAFFPPTPKFHSYL
Site 119Y824PTPKFHSYLEGYIYR
Site 120Y830SYLEGYIYRHMDPVN
Site 121Y847KGVAISTYAKYCYHK
Site 122Y850AISTYAKYCYHKLQK
Site 123Y852STYAKYCYHKLQKAA
Site 124S884HAKNAVFSPSMFGSA
Site 125Y903MGMQRERYPERQLPW
Site 126S916PWVQTRLSEEVLALN
Site 127T927LALNGDQTEGIFRVP
Site 128S964EDPHVPASLLKLWYR
Site 129Y983PLIPHEFYEQCIAHY
Site 130Y990YEQCIAHYDSPEAAV
Site 131S1050PNCLRCQSDDPRVIF
Site 132S1065ENTRKEMSFLRVLIQ
 
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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