PhosphoNET

           
Protein Info 
   
Short Name:  ZNRF3
Full Name:  Zinc/RING finger protein 3 precursor
Alias:  BK747E2.3; FLJ22057; KIAA1133; RING finger protein 203; RNF203; zinc and ring finger 3; zinc/RING finger protein 3
Type:  Unknown function
Mass (Da):  100574
Number AA:  936
UniProt ID:  Q9ULT6
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:  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 1S5___MRPRSGGRPGAT
Site 2T12SGGRPGATGRRRRRL
Site 3S29RPRGLRCSRLPPPPP
Site 4Y182PLKRPVVYVKGADAI
Site 5S247IKLKQRRSQNSMNRL
Site 6S250KQRRSQNSMNRLAVQ
Site 7T264QALEKMETRKFNSKS
Site 8S271TRKFNSKSKGRREGS
Site 9S278SKGRREGSCGALDTL
Site 10T284GSCGALDTLSSSSTS
Site 11S286CGALDTLSSSSTSDC
Site 12S287GALDTLSSSSTSDCA
Site 13Y300CAICLEKYIDGEELR
Site 14T312ELRVIPCTHRFHRKC
Site 15T363RGRQQRVTLPVHYPG
Site 16Y368RVTLPVHYPGRVHRT
Site 17Y381RTNAIPAYPTRTSMD
Site 18S386PAYPTRTSMDSHGNP
Site 19S389PTRTSMDSHGNPVTL
Site 20T395DSHGNPVTLLTMDRH
Site 21T398GNPVTLLTMDRHGEQ
Site 22S406MDRHGEQSLYSPQTP
Site 23Y408RHGEQSLYSPQTPAY
Site 24S409HGEQSLYSPQTPAYI
Site 25T412QSLYSPQTPAYIRSY
Site 26Y415YSPQTPAYIRSYPPL
Site 27S418QTPAYIRSYPPLHLD
Site 28Y419TPAYIRSYPPLHLDH
Site 29S427PPLHLDHSLAAHRCG
Site 30Y440CGLEHRAYSPAHPFR
Site 31S441GLEHRAYSPAHPFRR
Site 32S452PFRRPKLSGRSFSKA
Site 33S455RPKLSGRSFSKAACF
Site 34S457KLSGRSFSKAACFSQ
Site 35Y465KAACFSQYETMYQHY
Site 36Y472YETMYQHYYFQGLSY
Site 37Y473ETMYQHYYFQGLSYP
Site 38Y479YYFQGLSYPEQEGQS
Site 39S486YPEQEGQSPPSLAPR
Site 40S489QEGQSPPSLAPRGPA
Site 41S504RAFPPSGSGSLLFPT
Site 42S519VVHVAPPSHLESGST
Site 43S523APPSHLESGSTSSFS
Site 44S525PSHLESGSTSSFSCY
Site 45T526SHLESGSTSSFSCYH
Site 46S527HLESGSTSSFSCYHG
Site 47S528LESGSTSSFSCYHGH
Site 48S530SGSTSSFSCYHGHRS
Site 49Y532STSSFSCYHGHRSVC
Site 50Y542HRSVCSGYLADCPGS
Site 51S549YLADCPGSDSSSSSS
Site 52S551ADCPGSDSSSSSSSG
Site 53S552DCPGSDSSSSSSSGQ
Site 54S553CPGSDSSSSSSSGQC
Site 55S554PGSDSSSSSSSGQCH
Site 56S555GSDSSSSSSSGQCHC
Site 57S556SDSSSSSSSGQCHCS
Site 58S557DSSSSSSSGQCHCSS
Site 59S563SSGQCHCSSSDSVVD
Site 60S565GQCHCSSSDSVVDCT
Site 61S567CHCSSSDSVVDCTEV
Site 62T572SDSVVDCTEVSNQGV
Site 63Y580EVSNQGVYGSCSTFR
Site 64S582SNQGVYGSCSTFRSS
Site 65S584QGVYGSCSTFRSSLS
Site 66T585GVYGSCSTFRSSLSS
Site 67S588GSCSTFRSSLSSDYD
Site 68S589SCSTFRSSLSSDYDP
Site 69S591STFRSSLSSDYDPFI
Site 70S592TFRSSLSSDYDPFIY
Site 71Y594RSSLSSDYDPFIYRS
Site 72Y599SDYDPFIYRSRSPCR
Site 73S601YDPFIYRSRSPCRAS
Site 74S603PFIYRSRSPCRASEA
Site 75S608SRSPCRASEAGGSGS
Site 76S613RASEAGGSGSSGRGP
Site 77S615SEAGGSGSSGRGPAL
Site 78S616EAGGSGSSGRGPALC
Site 79S627PALCFEGSPPPEELP
Site 80S638EELPAVHSHGAGRGE
Site 81S652EPWPGPASPSGDQVS
Site 82S659SPSGDQVSTCSLEMN
Site 83T660PSGDQVSTCSLEMNY
Site 84S662GDQVSTCSLEMNYSS
Site 85Y667TCSLEMNYSSNSSLE
Site 86S668CSLEMNYSSNSSLEH
Site 87S669SLEMNYSSNSSLEHR
Site 88S672MNYSSNSSLEHRGPN
Site 89S680LEHRGPNSSTSEVGL
Site 90S681EHRGPNSSTSEVGLE
Site 91S683RGPNSSTSEVGLEAS
Site 92S690SEVGLEASPGAAPDL
Site 93T700AAPDLRRTWKGGHEL
Site 94S719CCCEPQPSPAGPSAG
Site 95S743GPHLYEGSGPAGGEP
Site 96S752PAGGEPQSGSSQGLY
Site 97S754GGEPQSGSSQGLYGL
Site 98Y759SGSSQGLYGLHPDHL
Site 99T769HPDHLPRTDGVKYEG
Site 100Y774PRTDGVKYEGLPCCF
Site 101Y782EGLPCCFYEEKQVAR
Site 102S795ARGGGGGSGCYTEDY
Site 103Y798GGGGSGCYTEDYSVS
Site 104T799GGGSGCYTEDYSVSV
Site 105Y802SGCYTEDYSVSVQYT
Site 106S805YTEDYSVSVQYTLTE
Site 107T809YSVSVQYTLTEEPPP
Site 108T811VSVQYTLTEEPPPGC
Site 109Y819EEPPPGCYPGARDLS
Site 110S826YPGARDLSQRIPIIP
Site 111S844DCDLGLPSDCQGTHS
Site 112T849LPSDCQGTHSLGSWG
Site 113S851SDCQGTHSLGSWGGT
Site 114S854QGTHSLGSWGGTRGP
Site 115T858SLGSWGGTRGPDTPR
Site 116T863GGTRGPDTPRPHRGL
Site 117T873PHRGLGATREEERAL
Site 118S906AVRANFPSALQDTQE
Site 119T911FPSALQDTQESSTTA
Site 120T919QESSTTATEAAGPRS
Site 121S926TEAAGPRSHSADSSS
Site 122S928AAGPRSHSADSSSPG
Site 123S931PRSHSADSSSPGA__
Site 124S932RSHSADSSSPGA___
Site 125S933SHSADSSSPGA____
 
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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