PhosphoNET

           
Protein Info 
   
Short Name:  RGNEF
Full Name:  Rho-guanine nucleotide exchange factor
Alias:  P190RhoGEF
Type: 
Mass (Da):  191892
Number AA:  1705
UniProt ID:  Q8N1W1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005886   Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0005089  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0030154  GO:0007242  GO:0035023 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 1Y17LYGQMMIYAKFDKNV
Site 2Y33LPEDAEFYFTYDGSH
Site 3T35EDAEFYFTYDGSHQR
Site 4Y36DAEFYFTYDGSHQRH
Site 5S57IEDNVLQSSVPGHGL
Site 6S58EDNVLQSSVPGHGLQ
Site 7T83SEGYSPVTMGSGSVT
Site 8S86YSPVTMGSGSVTYVD
Site 9Y91MGSGSVTYVDNMACR
Site 10T105RLARLLVTQANRLTA
Site 11T111VTQANRLTACSHQTL
Site 12S114ANRLTACSHQTLLTP
Site 13S156WTVLGSSSLEVSSHR
Site 14S160GSSSLEVSSHRESLL
Site 15S161SSSLEVSSHRESLLH
Site 16S165EVSSHRESLLHLAMR
Site 17T201LPNEEGATPLDLALR
Site 18T219SKLVEDVTNFQGRWS
Site 19S226TNFQGRWSPSFSRVQ
Site 20S228FQGRWSPSFSRVQLS
Site 21S230GRWSPSFSRVQLSEE
Site 22S235SFSRVQLSEEASLHY
Site 23S239VQLSEEASLHYIHSS
Site 24Y242SEEASLHYIHSSETL
Site 25S245ASLHYIHSSETLTLT
Site 26T250IHSSETLTLTLNHTA
Site 27T252SSETLTLTLNHTAEH
Site 28Y271DIKLFRKYFWDRAFL
Site 29T292EARPEERTAMPSSGA
Site 30S296EERTAMPSSGAETEE
Site 31S297ERTAMPSSGAETEEE
Site 32T301MPSSGAETEEEIKNS
Site 33S308TEEEIKNSVSSRSAA
Site 34S310EEIKNSVSSRSAAEK
Site 35S325EDIKRVKSLVVQHNE
Site 36S338NEHEDQHSLDLDRSF
Site 37S344HSLDLDRSFDILKKS
Site 38S351SFDILKKSKPPSTLL
Site 39S355LKKSKPPSTLLAAGR
Site 40T356KKSKPPSTLLAAGRL
Site 41T399NIEGITATTSPESRG
Site 42S401EGITATTSPESRGCT
Site 43S404TATTSPESRGCTLWP
Site 44T408SPESRGCTLWPQSSK
Site 45S413GCTLWPQSSKHTLPT
Site 46S414CTLWPQSSKHTLPTE
Site 47T417WPQSSKHTLPTETSP
Site 48T420SSKHTLPTETSPSVY
Site 49S423HTLPTETSPSVYPLS
Site 50S425LPTETSPSVYPLSEN
Site 51Y427TETSPSVYPLSENVE
Site 52S430SPSVYPLSENVEGTA
Site 53S444AHTEAQQSFMSPSSS
Site 54S447EAQQSFMSPSSSCAS
Site 55S449QQSFMSPSSSCASNL
Site 56S450QSFMSPSSSCASNLN
Site 57S451SFMSPSSSCASNLNL
Site 58S454SPSSSCASNLNLSFG
Site 59S470HGFEKEQSHLKKRSS
Site 60S477SHLKKRSSSLDALDA
Site 61S478HLKKRSSSLDALDAD
Site 62S486LDALDADSEGEGHSE
Site 63S492DSEGEGHSEPSHICY
Site 64S495GEGHSEPSHICYTPG
Site 65Y499SEPSHICYTPGSQSS
Site 66T500EPSHICYTPGSQSSS
Site 67S503HICYTPGSQSSSRTG
Site 68S505CYTPGSQSSSRTGIP
Site 69S506YTPGSQSSSRTGIPS
Site 70S507TPGSQSSSRTGIPSG
Site 71T509GSQSSSRTGIPSGDE
Site 72S513SSRTGIPSGDELDSF
Site 73S519PSGDELDSFETNTEP
Site 74S531TEPDFNISRAESLPL
Site 75S535FNISRAESLPLSSNL
Site 76S539RAESLPLSSNLQSKE
Site 77S540AESLPLSSNLQSKES
Site 78S544PLSSNLQSKESLLSG
Site 79S547SNLQSKESLLSGVRS
Site 80S550QSKESLLSGVRSRSY
Site 81S554SLLSGVRSRSYSCSS
Site 82S556LSGVRSRSYSCSSPK
Site 83Y557SGVRSRSYSCSSPKI
Site 84S558GVRSRSYSCSSPKIS
Site 85S560RSRSYSCSSPKISLG
Site 86S561SRSYSCSSPKISLGK
Site 87S565SCSSPKISLGKTRLV
Site 88T569PKISLGKTRLVRELT
Site 89T576TRLVRELTVCSSSEE
Site 90S580RELTVCSSSEEQRAY
Site 91S581ELTVCSSSEEQRAYS
Site 92Y587SSEEQRAYSLSEPPR
Site 93S588SEEQRAYSLSEPPRE
Site 94S590EQRAYSLSEPPRENR
Site 95Y606QEEEWDKYIIPAKSE
Site 96S612KYIIPAKSESEKYKV
Site 97S614IIPAKSESEKYKVSR
Site 98Y617AKSESEKYKVSRTFS
Site 99S620ESEKYKVSRTFSFLM
Site 100T622EKYKVSRTFSFLMNR
Site 101S624YKVSRTFSFLMNRMT
Site 102T631SFLMNRMTSPRNKSK
Site 103S632FLMNRMTSPRNKSKT
Site 104S637MTSPRNKSKTKSKDA
Site 105T639SPRNKSKTKSKDAKD
Site 106S641RNKSKTKSKDAKDKE
Site 107T659RHQFAPGTFSGVLQC
Site 108S678KTLLGKESLQCSDCN
Site 109S682GKESLQCSDCNANVH
Site 110T700KDAAPACTKKFQEKY
Site 111Y707TKKFQEKYNKNKPQT
Site 112T714YNKNKPQTILGNSSF
Site 113S720QTILGNSSFRDIPQP
Site 114S730DIPQPGLSLHPSSSV
Site 115T743SVPVGLPTGRRETVG
Site 116T748LPTGRRETVGQVHPL
Site 117S756VGQVHPLSRSVPGTT
Site 118S758QVHPLSRSVPGTTLE
Site 119T762LSRSVPGTTLESFRR
Site 120T763SRSVPGTTLESFRRS
Site 121S766VPGTTLESFRRSATS
Site 122S770TLESFRRSATSLESE
Site 123T772ESFRRSATSLESESD
Site 124S773SFRRSATSLESESDH
Site 125S776RSATSLESESDHNSC
Site 126S778ATSLESESDHNSCRS
Site 127S782ESESDHNSCRSRSHS
Site 128S785SDHNSCRSRSHSDEL
Site 129S787HNSCRSRSHSDELLQ
Site 130S789SCRSRSHSDELLQSM
Site 131S795HSDELLQSMGSSPST
Site 132S798ELLQSMGSSPSTESF
Site 133S799LLQSMGSSPSTESFI
Site 134S801QSMGSSPSTESFIME
Site 135T802SMGSSPSTESFIMED
Site 136S804GSSPSTESFIMEDVV
Site 137S814MEDVVDSSLWSDLSS
Site 138S817VVDSSLWSDLSSDAQ
Site 139S820SSLWSDLSSDAQEFE
Site 140S821SLWSDLSSDAQEFEA
Site 141S832EFEAESWSLVVDPSF
Site 142S838WSLVVDPSFCNRQEK
Site 143S888EELQLDHSTVDKIFP
Site 144T889ELQLDHSTVDKIFPC
Site 145S918MKERRQESCAGSDRN
Site 146S922RQESCAGSDRNFVID
Site 147S940DILVQQFSEENASKM
Site 148S945QFSEENASKMKKIYG
Site 149Y951ASKMKKIYGEFCCHH
Site 150S983NFIKLRNSNLLARRR
Site 151Y1006VTQRITKYPVLVERI
Site 152T1017VERILQYTKERTEEH
Site 153Y1048VDLKVNEYEKNQKWL
Site 154Y1066NKIENKTYTKLKNGH
Site 155S1082FRKQALMSEERTLLY
Site 156Y1089SEERTLLYDGLVYWK
Site 157T1097DGLVYWKTATGRFKD
Site 158Y1124LQEKDQKYIFAAVDQ
Site 159S1137DQKPSVISLQKLIAR
Site 160S1157ERGMFLISASSAGPE
Site 161Y1166SSAGPEMYEIHTNSK
Site 162S1189RIQQAVESCPEEKGG
Site 163S1199EEKGGRTSESDEDKR
Site 164S1201KGGRTSESDEDKRKA
Site 165Y1232QDQQICAYLEEKLHI
Site 166Y1240LEEKLHIYAELGELS
Site 167S1247YAELGELSGFEDVHL
Site 168S1297ASQMGAVSQSCEDSC
Site 169S1299QMGAVSQSCEDSCGD
Site 170S1303VSQSCEDSCGDSVLA
Site 171S1307CEDSCGDSVLADTLS
Site 172T1312GDSVLADTLSSHDVP
Site 173S1314SVLADTLSSHDVPGS
Site 174S1315VLADTLSSHDVPGSP
Site 175S1321SSHDVPGSPTASLVT
Site 176S1325VPGSPTASLVTGGRE
Site 177S1337GREGRGCSDVDPGIQ
Site 178S1367ECRNFPGSSQSEIIQ
Site 179S1368CRNFPGSSQSEIIQA
Site 180S1370NFPGSSQSEIIQAIQ
Site 181T1391YSLQAALTIQDSHIE
Site 182S1411LQQQEGLSLGHSILR
Site 183S1427GPLQDQKSRDADRQH
Site 184S1470RAQATRESWLQERER
Site 185S1481ERERECQSQEELLLR
Site 186Y1500LDLQLQEYQHSLERL
Site 187S1503QLQEYQHSLERLREG
Site 188S1526ARMRAQQSLLGHWKH
Site 189S1538WKHGRQRSLPAVLLP
Site 190S1556EVMELNRSESLCHEN
Site 191S1558MELNRSESLCHENSF
Site 192S1564ESLCHENSFFINEAL
Site 193S1575NEALVQMSFNTFNKL
Site 194T1578LVQMSFNTFNKLNPS
Site 195S1585TFNKLNPSVIHQDAT
Site 196T1592SVIHQDATYPTTQSH
Site 197Y1593VIHQDATYPTTQSHS
Site 198T1596QDATYPTTQSHSDLV
Site 199S1598ATYPTTQSHSDLVRT
Site 200S1600YPTTQSHSDLVRTSE
Site 201S1606HSDLVRTSEHQVDLK
Site 202S1617VDLKVDPSQPSNVSH
Site 203S1620KVDPSQPSNVSHKLW
Site 204S1623PSQPSNVSHKLWTAA
Site 205T1628NVSHKLWTAAGSGHQ
Site 206S1642QILPFHESSKDSCKN
Site 207S1643ILPFHESSKDSCKND
Site 208S1646FHESSKDSCKNDLDT
Site 209T1653SCKNDLDTSHTESPT
Site 210S1654CKNDLDTSHTESPTP
Site 211T1656NDLDTSHTESPTPHD
Site 212S1658LDTSHTESPTPHDSN
Site 213T1660TSHTESPTPHDSNSH
Site 214S1664ESPTPHDSNSHRPQL
Site 215S1666PTPHDSNSHRPQLQA
Site 216T1676PQLQAFITEAKLNLP
Site 217T1688NLPTRTMTRQDGETG
Site 218T1694MTRQDGETGDGAKEN
 
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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