PhosphoNET

           
Protein Info 
   
Short Name:  RNF111
Full Name:  E3 ubiquitin-protein ligase Arkadia
Alias:  RING finger protein 111
Type: 
Mass (Da):  108876
Number AA:  994
UniProt ID:  Q6ZNA4
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 1Y8MSQWTPEYKELYTLK
Site 2Y12TPEYKELYTLKVDMK
Site 3S20TLKVDMKSEIPSDAP
Site 4S24DMKSEIPSDAPKTQE
Site 5T29IPSDAPKTQESLKGI
Site 6S32DAPKTQESLKGILLH
Site 7S58AGVEMINSKVGNEFS
Site 8S65SKVGNEFSHLCDDSQ
Site 9S71FSHLCDDSQKQEKEM
Site 10S88NQQEQEKSLVVRKKR
Site 11S97VVRKKRKSQQAGPSY
Site 12Y104SQQAGPSYVQNCVKE
Site 13T124GLRQHLGTPSDEDND
Site 14S126RQHLGTPSDEDNDSS
Site 15S132PSDEDNDSSFSDCLS
Site 16S133SDEDNDSSFSDCLSS
Site 17S135EDNDSSFSDCLSSPS
Site 18S139SSFSDCLSSPSSSLH
Site 19S140SFSDCLSSPSSSLHF
Site 20S142SDCLSSPSSSLHFGD
Site 21S143DCLSSPSSSLHFGDS
Site 22S144CLSSPSSSLHFGDSD
Site 23S150SSLHFGDSDTVTSDE
Site 24T152LHFGDSDTVTSDEDK
Site 25T154FGDSDTVTSDEDKEV
Site 26S155GDSDTVTSDEDKEVS
Site 27S162SDEDKEVSVRHSQTI
Site 28S166KEVSVRHSQTILNAK
Site 29S174QTILNAKSRSHSARS
Site 30S176ILNAKSRSHSARSHK
Site 31S178NAKSRSHSARSHKWP
Site 32T187RSHKWPRTETESVSG
Site 33T189HKWPRTETESVSGLL
Site 34S191WPRTETESVSGLLMK
Site 35S205KRPCLHGSSLRRLPC
Site 36S206RPCLHGSSLRRLPCR
Site 37S221KRFVKNNSSQRTQKQ
Site 38S222RFVKNNSSQRTQKQK
Site 39T225KNNSSQRTQKQKERI
Site 40Y247EVLARRKYALLPSSS
Site 41S252RKYALLPSSSSSSEN
Site 42S253KYALLPSSSSSSEND
Site 43S254YALLPSSSSSSENDL
Site 44S255ALLPSSSSSSENDLS
Site 45S256LLPSSSSSSENDLSS
Site 46S257LPSSSSSSENDLSSE
Site 47S262SSSENDLSSESSSSS
Site 48S263SSENDLSSESSSSSS
Site 49S265ENDLSSESSSSSSTE
Site 50S266NDLSSESSSSSSTEG
Site 51S267DLSSESSSSSSTEGE
Site 52S268LSSESSSSSSTEGEE
Site 53S269SSESSSSSSTEGEED
Site 54S270SESSSSSSTEGEEDL
Site 55T271ESSSSSSTEGEEDLF
Site 56S282EDLFVSASENHQNNP
Site 57T308VVIEASSTPQVTANE
Site 58T320ANEEINVTSTDSEVE
Site 59T330DSEVEIVTVGESYRS
Site 60S334EIVTVGESYRSRSTL
Site 61Y335IVTVGESYRSRSTLG
Site 62S337TVGESYRSRSTLGHS
Site 63S339GESYRSRSTLGHSRS
Site 64T340ESYRSRSTLGHSRSH
Site 65S344SRSTLGHSRSHWSQG
Site 66S346STLGHSRSHWSQGSS
Site 67S349GHSRSHWSQGSSSHA
Site 68S352RSHWSQGSSSHASRP
Site 69S353SHWSQGSSSHASRPQ
Site 70S354HWSQGSSSHASRPQE
Site 71S357QGSSSHASRPQEPRN
Site 72S366PQEPRNRSRISTVIQ
Site 73S369PRNRSRISTVIQPLR
Site 74T370RNRSRISTVIQPLRQ
Site 75T386AAEVVDLTVDEDEPT
Site 76T393TVDEDEPTVVPTTSA
Site 77S399PTVVPTTSARMESQA
Site 78S404TTSARMESQATSASI
Site 79T407ARMESQATSASINNS
Site 80S408RMESQATSASINNSN
Site 81S410ESQATSASINNSNPS
Site 82S414TSASINNSNPSTSEQ
Site 83S417SINNSNPSTSEQASD
Site 84T418INNSNPSTSEQASDT
Site 85S419NNSNPSTSEQASDTA
Site 86S423PSTSEQASDTASAVT
Site 87T425TSEQASDTASAVTSS
Site 88S427EQASDTASAVTSSQP
Site 89S431DTASAVTSSQPSTVS
Site 90S432TASAVTSSQPSTVSE
Site 91S435AVTSSQPSTVSETSA
Site 92T436VTSSQPSTVSETSAT
Site 93S438SSQPSTVSETSATLT
Site 94S441PSTVSETSATLTSNS
Site 95T443TVSETSATLTSNSTT
Site 96T445SETSATLTSNSTTGT
Site 97S446ETSATLTSNSTTGTS
Site 98S448SATLTSNSTTGTSIG
Site 99T450TLTSNSTTGTSIGDD
Site 100T452TSNSTTGTSIGDDSR
Site 101S458GTSIGDDSRRTTSSA
Site 102T461IGDDSRRTTSSAVTE
Site 103T462GDDSRRTTSSAVTET
Site 104S463DDSRRTTSSAVTETG
Site 105S464DSRRTTSSAVTETGP
Site 106T467RTTSSAVTETGPPAM
Site 107S479PAMPRLPSCCPQHSP
Site 108S485PSCCPQHSPCGGSSQ
Site 109S491HSPCGGSSQNHHALG
Site 110T502HALGHPHTSCFQQHG
Site 111T521HHHHHHHTPHPAVPV
Site 112S529PHPAVPVSPSFSDPA
Site 113S553QAPCGANSSSGTSYH
Site 114S554APCGANSSSGTSYHE
Site 115S555PCGANSSSGTSYHEQ
Site 116S558ANSSSGTSYHEQQAL
Site 117Y559NSSSGTSYHEQQALP
Site 118S570QALPVDLSNSGIRSH
Site 119S572LPVDLSNSGIRSHGS
Site 120S576LSNSGIRSHGSGSFH
Site 121S579SGIRSHGSGSFHGAS
Site 122S581IRSHGSGSFHGASAF
Site 123S586SGSFHGASAFDPCCP
Site 124S612QAAAAAPSQPLSSID
Site 125S616AAPSQPLSSIDGYGS
Site 126S617APSQPLSSIDGYGSS
Site 127Y621PLSSIDGYGSSMVAQ
Site 128S624SIDGYGSSMVAQPQP
Site 129S638PQPPPQPSLSSCRHY
Site 130S640PPPQPSLSSCRHYMP
Site 131S641PPQPSLSSCRHYMPP
Site 132Y645SLSSCRHYMPPPYAS
Site 133Y650RHYMPPPYASLTRPL
Site 134S652YMPPPYASLTRPLHH
Site 135T654PPPYASLTRPLHHQA
Site 136S662RPLHHQASACPHSHG
Site 137S667QASACPHSHGNPPPQ
Site 138T675HGNPPPQTQPPPQVD
Site 139Y683QPPPQVDYVIPHPVH
Site 140S694HPVHAFHSQISSHAT
Site 141S698AFHSQISSHATSHPV
Site 142T701SQISSHATSHPVAPP
Site 143S702QISSHATSHPVAPPP
Site 144S715PPPTHLASTAAPIPQ
Site 145T716PPTHLASTAAPIPQH
Site 146T727IPQHLPPTHQPISHH
Site 147S732PPTHQPISHHIPATA
Site 148T738ISHHIPATAPPAQRL
Site 149Y783PHRMHPNYGHGHHIH
Site 150T822GVTAATYTPGALHPH
Site 151Y833LHPHLAHYHAPPRLH
Site 152Y857MVPDMAGYPHIRYIS
Site 153Y862AGYPHIRYISSGLDG
Site 154S864YPHIRYISSGLDGTS
Site 155S865PHIRYISSGLDGTSF
Site 156T870ISSGLDGTSFRGPFR
Site 157S871SSGLDGTSFRGPFRG
Site 158S898GNVNRGASQGTIERC
Site 159T906QGTIERCTYPHKYKK
Site 160Y907GTIERCTYPHKYKKV
Site 161Y911RCTYPHKYKKVTTDW
Site 162T938EEGTEEDTEEKCTIC
Site 163T943EDTEEKCTICLSILE
Site 164S947EKCTICLSILEEGED
 
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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