PhosphoNET

           
Protein Info 
   
Short Name:  RNF219
Full Name:  RING finger protein 219
Alias:  C13orf7
Type:  Uncharacterized
Mass (Da):  81116
Number AA:  726
UniProt ID:  Q5W0B1
International Prot ID:  IPI00465370
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005488  GO:0005515  GO:0008270 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 1T60PACRVPITPENPCKE
Site 2S73KEIIGGTSESEPMLS
Site 3S75IIGGTSESEPMLSHT
Site 4S80SESEPMLSHTVRKHL
Site 5T82SEPMLSHTVRKHLRK
Site 6T90VRKHLRKTRLELLHK
Site 7Y99LELLHKEYEDEIDCL
Site 8S115KEVEELKSKNLSLES
Site 9S119ELKSKNLSLESQIKT
Site 10S122SKNLSLESQIKTILD
Site 11T132KTILDPLTLVQGNQN
Site 12T146NEDKHLVTDNPSKIN
Site 13T156PSKINPETVAEWKKK
Site 14S210KAEVDNRSPQKFGRF
Site 15Y229LQSKVEQYERETNRL
Site 16T233VEQYERETNRLKKAL
Site 17S243LKKALERSDKYIEEL
Site 18Y246ALERSDKYIEELESQ
Site 19S252KYIEELESQVAQLKN
Site 20S260QVAQLKNSSEEKEAM
Site 21S261VAQLKNSSEEKEAMN
Site 22S269EEKEAMNSICQTALS
Site 23T273AMNSICQTALSADGK
Site 24S276SICQTALSADGKGSK
Site 25S285DGKGSKGSEEDVVSK
Site 26S291GSEEDVVSKNQGDSA
Site 27S297VSKNQGDSARKQPGS
Site 28S304SARKQPGSSTSSSSH
Site 29S305ARKQPGSSTSSSSHL
Site 30T306RKQPGSSTSSSSHLA
Site 31S307KQPGSSTSSSSHLAK
Site 32S308QPGSSTSSSSHLAKP
Site 33S309PGSSTSSSSHLAKPS
Site 34S310GSSTSSSSHLAKPSS
Site 35S316SSHLAKPSSSRLCDT
Site 36S317SHLAKPSSSRLCDTS
Site 37S318HLAKPSSSRLCDTSS
Site 38T323SSSRLCDTSSARQES
Site 39S324SSRLCDTSSARQEST
Site 40S325SRLCDTSSARQESTS
Site 41S330TSSARQESTSKADLN
Site 42T331SSARQESTSKADLNC
Site 43S332SARQESTSKADLNCS
Site 44S339SKADLNCSKNKDLYQ
Site 45Y345CSKNKDLYQEQVEVM
Site 46S359MLDVTDTSMDTYLER
Site 47Y363TDTSMDTYLEREWGN
Site 48Y384PYKDEELYDLPAPCT
Site 49S401SLSCLQLSTPENRES
Site 50T402LSCLQLSTPENRESS
Site 51S408STPENRESSVVQAGG
Site 52S409TPENRESSVVQAGGS
Site 53S416SVVQAGGSKKHSNHL
Site 54S420AGGSKKHSNHLRKLV
Site 55S434VFDDFCDSSNVSNKD
Site 56S435FDDFCDSSNVSNKDS
Site 57S438FCDSSNVSNKDSSED
Site 58S442SNVSNKDSSEDDISR
Site 59S443NVSNKDSSEDDISRS
Site 60S448DSSEDDISRSENEKK
Site 61S450SEDDISRSENEKKSE
Site 62S456RSENEKKSECFSSPK
Site 63S460EKKSECFSSPKTGFW
Site 64S461KKSECFSSPKTGFWD
Site 65S482AQNLDFESSEGNTIA
Site 66T487FESSEGNTIANSVGE
Site 67S491EGNTIANSVGEISSK
Site 68S496ANSVGEISSKLSEKS
Site 69S497NSVGEISSKLSEKSG
Site 70S500GEISSKLSEKSGLCL
Site 71S503SSKLSEKSGLCLSKR
Site 72S508EKSGLCLSKRLNSIR
Site 73S513CLSKRLNSIRSFEMN
Site 74S516KRLNSIRSFEMNRTR
Site 75T522RSFEMNRTRTSSEAS
Site 76T524FEMNRTRTSSEASMD
Site 77S525EMNRTRTSSEASMDA
Site 78S526MNRTRTSSEASMDAA
Site 79S529TRTSSEASMDAAYLD
Site 80Y534EASMDAAYLDKISEL
Site 81S539AAYLDKISELDSMMS
Site 82S543DKISELDSMMSESDN
Site 83S546SELDSMMSESDNSKS
Site 84S548LDSMMSESDNSKSPC
Site 85S551MMSESDNSKSPCNNG
Site 86S553SESDNSKSPCNNGFK
Site 87S561PCNNGFKSLDLDGLS
Site 88S568SLDLDGLSKSSQGSE
Site 89S570DLDGLSKSSQGSEFL
Site 90S571LDGLSKSSQGSEFLE
Site 91S574LSKSSQGSEFLEEPD
Site 92T587PDKLEEKTELNLSKG
Site 93S592EKTELNLSKGSLTND
Site 94T610NGSEWKPTSFFLLSP
Site 95S611GSEWKPTSFFLLSPS
Site 96S616PTSFFLLSPSDQEMN
Site 97S618SFFLLSPSDQEMNED
Site 98S627QEMNEDFSLHSSSCP
Site 99S631EDFSLHSSSCPVTNE
Site 100S632DFSLHSSSCPVTNEI
Site 101T636HSSSCPVTNEIKPPS
Site 102S643TNEIKPPSCLFQTEF
Site 103S657FSQGILLSSSHRLFE
Site 104S658SQGILLSSSHRLFED
Site 105S659QGILLSSSHRLFEDQ
Site 106S670FEDQRFGSSLFKMSS
Site 107S671EDQRFGSSLFKMSSE
Site 108S676GSSLFKMSSEMHSLH
Site 109S677SSLFKMSSEMHSLHN
Site 110S681KMSSEMHSLHNHLQS
Site 111S688SLHNHLQSPWSTSFV
Site 112S691NHLQSPWSTSFVPEK
Site 113S693LQSPWSTSFVPEKRN
Site 114S706RNKNVNQSTKRKIQS
Site 115T707NKNVNQSTKRKIQSS
Site 116S713STKRKIQSSLSSASP
Site 117S714TKRKIQSSLSSASPS
Site 118S716RKIQSSLSSASPSKA
Site 119S717KIQSSLSSASPSKAT
Site 120S719QSSLSSASPSKATKS
Site 121S721SLSSASPSKATKS__
 
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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