PhosphoNET

           
Protein Info 
   
Short Name:  ZC3H12C
Full Name:  Probable ribonuclease ZC3H12C
Alias:  MCP-induced protein 3;Zinc finger CCCH domain-containing protein 12C
Type:  Uncharacterized protein
Mass (Da):  99340
Number AA:  883
UniProt ID:  Q9C0D7
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0004519  GO:0000287  GO:0003676 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 1Y9PGGGSQEYGVLCIQE
Site 2Y17GVLCIQEYRKNSKVE
Site 3S21IQEYRKNSKVESSTR
Site 4S25RKNSKVESSTRNNFM
Site 5S26KNSKVESSTRNNFMG
Site 6Y46GHDLGHLYVESTDPQ
Site 7S49LGHLYVESTDPQLSP
Site 8T50GHLYVESTDPQLSPA
Site 9S55ESTDPQLSPAVPWST
Site 10S61LSPAVPWSTVENPSM
Site 11T62SPAVPWSTVENPSMD
Site 12T70VENPSMDTVNVGKDE
Site 13S81GKDEKEASEENASSG
Site 14S86EASEENASSGDSEEN
Site 15S87ASEENASSGDSEENT
Site 16S90ENASSGDSEENTNSD
Site 17T94SGDSEENTNSDHESE
Site 18S96DSEENTNSDHESEQL
Site 19S100NTNSDHESEQLGSIS
Site 20S105HESEQLGSISVEPGL
Site 21T116EPGLITKTHRQLCRS
Site 22S123THRQLCRSPCLEPHI
Site 23S145QDFKPEESQTTSKEA
Site 24T147FKPEESQTTSKEAKK
Site 25S149PEESQTTSKEAKKPP
Site 26Y162PPDVVREYQTKLEFA
Site 27S206LVKLGNKSEADQTVS
Site 28T211NKSEADQTVSTINTI
Site 29T217QTVSTINTITRETSS
Site 30T219VSTINTITRETSSLE
Site 31T222INTITRETSSLESQR
Site 32S223NTITRETSSLESQRS
Site 33S224TITRETSSLESQRSE
Site 34S227RETSSLESQRSESPM
Site 35S230SSLESQRSESPMQEI
Site 36S232LESQRSESPMQEIVT
Site 37S258DGSNVAMSHGNKEVF
Site 38S266HGNKEVFSCRGIKLA
Site 39T286ERGHKDITVFVPAWR
Site 40T304SRPDALITDQEILRK
Site 41T321KEKILVFTPSRRVQG
Site 42S323KILVFTPSRRVQGRR
Site 43Y334QGRRVVCYDDRFIVK
Site 44S352ESDGIIVSNDNYRDL
Site 45Y356IIVSNDNYRDLANEK
Site 46S397PLGRHGPSLDNFLRK
Site 47Y424PYGKKCTYGHKCKYY
Site 48Y430TYGHKCKYYHPERGS
Site 49Y431YGHKCKYYHPERGSQ
Site 50S437YYHPERGSQPQRSVA
Site 51S442RGSQPQRSVADELRA
Site 52S451ADELRAMSRNTAAKT
Site 53T454LRAMSRNTAAKTANE
Site 54T458SRNTAAKTANEGGLV
Site 55S467NEGGLVKSNSVPCST
Site 56S469GGLVKSNSVPCSTKA
Site 57S473KSNSVPCSTKADSTS
Site 58T474SNSVPCSTKADSTSD
Site 59S478PCSTKADSTSDVKRG
Site 60S480STKADSTSDVKRGAP
Site 61S491RGAPKRQSDPSIRTQ
Site 62S494PKRQSDPSIRTQVYQ
Site 63Y500PSIRTQVYQDLEEKL
Site 64T509DLEEKLPTKNKLETR
Site 65S517KNKLETRSVPSLVSI
Site 66T527SLVSIPATSTAKPQS
Site 67S534TSTAKPQSTTSLSNG
Site 68T535STAKPQSTTSLSNGL
Site 69S537AKPQSTTSLSNGLPS
Site 70S539PQSTTSLSNGLPSGV
Site 71S544SLSNGLPSGVHFPPQ
Site 72Y559DQRPQGQYPSMMMAT
Site 73T571MATKNHGTPMPYEQY
Site 74Y578TPMPYEQYPKCDSPV
Site 75S583EQYPKCDSPVDIGYY
Site 76Y589DSPVDIGYYSMLNAY
Site 77Y596YYSMLNAYSNLSLSG
Site 78S597YSMLNAYSNLSLSGP
Site 79S600LNAYSNLSLSGPRSP
Site 80S602AYSNLSLSGPRSPER
Site 81S606LSLSGPRSPERRFSL
Site 82S612RSPERRFSLDTDYRI
Site 83T615ERRFSLDTDYRISSV
Site 84Y617RFSLDTDYRISSVAS
Site 85S620LDTDYRISSVASDCS
Site 86S621DTDYRISSVASDCSS
Site 87S624YRISSVASDCSSEGS
Site 88S627SSVASDCSSEGSMSC
Site 89S628SVASDCSSEGSMSCG
Site 90S631SDCSSEGSMSCGSSD
Site 91S633CSSEGSMSCGSSDSY
Site 92S636EGSMSCGSSDSYVGY
Site 93S637GSMSCGSSDSYVGYN
Site 94S639MSCGSSDSYVGYNDR
Site 95Y640SCGSSDSYVGYNDRS
Site 96Y643SSDSYVGYNDRSYVS
Site 97S647YVGYNDRSYVSSPDP
Site 98Y648VGYNDRSYVSSPDPQ
Site 99S651NDRSYVSSPDPQLEE
Site 100T685QNFHDPLTRGQSYSH
Site 101S689DPLTRGQSYSHEEPK
Site 102S691LTRGQSYSHEEPKFH
Site 103S719HSAVGARSSCPGDYP
Site 104S720SAVGARSSCPGDYPS
Site 105Y725RSSCPGDYPSPPSSA
Site 106S727SCPGDYPSPPSSAHS
Site 107S730GDYPSPPSSAHSKAP
Site 108S731DYPSPPSSAHSKAPH
Site 109S734SPPSSAHSKAPHLGR
Site 110S742KAPHLGRSLVATRID
Site 111S750LVATRIDSISDSRLY
Site 112S752ATRIDSISDSRLYDS
Site 113S754RIDSISDSRLYDSSP
Site 114Y757SISDSRLYDSSPSRQ
Site 115S759SDSRLYDSSPSRQRK
Site 116S760DSRLYDSSPSRQRKP
Site 117S762RLYDSSPSRQRKPYS
Site 118Y768PSRQRKPYSRQEGLG
Site 119S769SRQRKPYSRQEGLGS
Site 120S776SRQEGLGSWERPGYG
Site 121Y782GSWERPGYGIDAYGY
Site 122Y787PGYGIDAYGYRQTYS
Site 123Y789YGIDAYGYRQTYSLP
Site 124T792DAYGYRQTYSLPDNS
Site 125Y793AYGYRQTYSLPDNST
Site 126S794YGYRQTYSLPDNSTQ
Site 127S799TYSLPDNSTQPCYEQ
Site 128T800YSLPDNSTQPCYEQF
Site 129Y804DNSTQPCYEQFTFQS
Site 130T808QPCYEQFTFQSLPEQ
Site 131Y824EPAWRIPYCGMPQDP
Site 132Y834MPQDPPRYQDNREKI
Site 133T865MKRNPHMTDAQQLAA
 
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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