PhosphoNET

           
Protein Info 
   
Short Name:  ZNF294
Full Name:  RING finger protein 160
Alias:  C21orf10; C21orf98; FLJ11053; KIAA0714; RING finger 160; Ring finger protein 160; RNF160; Zinc finger 294; ZN294
Type:  Unknown function
Mass (Da):  200526
Number AA:  1766
UniProt ID:  O94822
International Prot ID:  IPI00783835
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      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 1S16TKGNLRPSNSGRAAE
Site 2S18GNLRPSNSGRAAELL
Site 3T40PGFIGFGTSQSDLGY
Site 4Y47TSQSDLGYVPAIQGA
Site 5S59QGAEEIDSLVDSDFR
Site 6S63EIDSLVDSDFRMVLR
Site 7S73RMVLRKLSKKDVTTK
Site 8T89KAMQEFGTMCTERDT
Site 9T96TMCTERDTETVKGVL
Site 10T98CTERDTETVKGVLPY
Site 11S114PRIFCKISLDHDRRV
Site 12T125DRRVREATQQAFEKL
Site 13Y143VKKQLAPYLKSLMGY
Site 14S177FEAAFPPSKQPEAIA
Site 15T191AFCKDEITSVLQDHL
Site 16T202QDHLIKETPDTLSDP
Site 17T205LIKETPDTLSDPQTV
Site 18S207KETPDTLSDPQTVPE
Site 19T211DTLSDPQTVPEEERE
Site 20Y222EEREAKFYRVVTCSL
Site 21S246LPDNELDSLEEKFKS
Site 22S253SLEEKFKSLLSQNKF
Site 23S256EKFKSLLSQNKFWKY
Site 24Y263SQNKFWKYGKHSVPQ
Site 25S298KEEASKVSPSVLLSI
Site 26S300EASKVSPSVLLSIDD
Site 27S339LHVNAKKSVFPKLST
Site 28S345KSVFPKLSTVIREGG
Site 29T346SVFPKLSTVIREGGR
Site 30S373FISKLPQSITNPKLD
Site 31T375SKLPQSITNPKLDFF
Site 32S394TSLVAGLSTERTKTS
Site 33T395SLVAGLSTERTKTSS
Site 34T398AGLSTERTKTSSSES
Site 35T400LSTERTKTSSSESSA
Site 36S401STERTKTSSSESSAV
Site 37S402TERTKTSSSESSAVI
Site 38S403ERTKTSSSESSAVIS
Site 39S405TKTSSSESSAVISAF
Site 40S406KTSSSESSAVISAFF
Site 41T463LFNHLAETLSSWEAK
Site 42S465NHLAETLSSWEAKAD
Site 43S466HLAETLSSWEAKADT
Site 44T479DTEKDEKTAHNLENV
Site 45S511EPEADVESVLGVSNL
Site 46S527QVLQKPKSSLKSSKK
Site 47S528VLQKPKSSLKSSKKK
Site 48S531KPKSSLKSSKKKNGK
Site 49S532PKSSLKSSKKKNGKV
Site 50S548FADEILESNKENEKC
Site 51S557KENEKCVSSEGEKIE
Site 52S558ENEKCVSSEGEKIEG
Site 53T569KIEGWELTTEPSLTH
Site 54S573WELTTEPSLTHNSSG
Site 55T575LTTEPSLTHNSSGLL
Site 56S578EPSLTHNSSGLLSPL
Site 57S579PSLTHNSSGLLSPLR
Site 58S583HNSSGLLSPLRKKPL
Site 59Y604LADISINYVNERKSE
Site 60S610NYVNERKSEQHLRFL
Site 61S618EQHLRFLSTLLDSFS
Site 62T619QHLRFLSTLLDSFSS
Site 63S625STLLDSFSSSRVFKM
Site 64T706KKVLDDLTKVDLKWN
Site 65S714KVDLKWNSLLKIIEK
Site 66S726IEKACPSSDKHALVT
Site 67T733SDKHALVTPWLKGDI
Site 68S759LCNEDLESRVSSESH
Site 69S762EDLESRVSSESHFSE
Site 70S763DLESRVSSESHFSER
Site 71S765ESRVSSESHFSERWT
Site 72S768VSSESHFSERWTLLS
Site 73Y786SQHVKNDYLIGDVYV
Site 74T807LHETLFKTKKLSEAE
Site 75S811LFKTKKLSEAESSDS
Site 76S815KKLSEAESSDSSVSF
Site 77S816KLSEAESSDSSVSFI
Site 78S818SEAESSDSSVSFICD
Site 79S819EAESSDSSVSFICDV
Site 80S821ESSDSSVSFICDVAY
Site 81T861CAQSKEKTHLPDFLI
Site 82T886VNLLVHQTDSSYKES
Site 83S888LLVHQTDSSYKESTF
Site 84S889LVHQTDSSYKESTFL
Site 85Y890VHQTDSSYKESTFLH
Site 86S893TDSSYKESTFLHLSA
Site 87T894DSSYKESTFLHLSAL
Site 88S899ESTFLHLSALWLKNQ
Site 89S910LKNQVQASSLDINSL
Site 90S911KNQVQASSLDINSLQ
Site 91T930AVDDLLNTLLESEDS
Site 92S952GSVMPNDSEWEKMRQ
Site 93S976PLLEGRLSLNYECFK
Site 94Y979EGRLSLNYECFKTDF
Site 95T993FKEQDIKTLPSHLCT
Site 96S996QDIKTLPSHLCTSAL
Site 97T1016LIALRKETVLENNEL
Site 98S1081LQLLFNRSREHGTLW
Site 99S1100AKLILSRSISSDEVK
Site 100S1102LILSRSISSDEVKPH
Site 101S1103ILSRSISSDEVKPHY
Site 102Y1110SDEVKPHYKRKESFF
Site 103S1115PHYKRKESFFPLTEG
Site 104T1120KESFFPLTEGNLHTI
Site 105S1135QSLCPFLSKEEKKEF
Site 106T1161TKKDLCSTNGGFGHL
Site 107T1177IFNSCLQTKSIDDGE
Site 108S1179NSCLQTKSIDDGELL
Site 109S1195GILKIIISWKKEHED
Site 110S1207HEDIFLFSCNLSEAS
Site 111S1214SCNLSEASPEVLGVN
Site 112S1237LFLKYCSSPLAESEW
Site 113S1305NLPVNLISEWKEFFS
Site 114S1312SEWKEFFSQGIHSLL
Site 115S1334TGENKDVSETSFQNA
Site 116S1337NKDVSETSFQNAMLK
Site 117T1351KPMCETLTYISKEQL
Site 118Y1352PMCETLTYISKEQLL
Site 119S1360ISKEQLLSHKLPARL
Site 120T1373RLVADQKTNLPEYLQ
Site 121Y1378QKTNLPEYLQTLLNT
Site 122Y1415LMPELPQYDQDNLKS
Site 123S1422YDQDNLKSYGDEEEE
Site 124S1433EEEEPALSPPAALMS
Site 125S1493TFFKAASSQLRALYS
Site 126Y1499SSQLRALYSMYLRKT
Site 127S1500SQLRALYSMYLRKTK
Site 128Y1502LRALYSMYLRKTKSL
Site 129T1506YSMYLRKTKSLNKLL
Site 130S1508MYLRKTKSLNKLLYH
Site 131Y1514KSLNKLLYHLFRLMP
Site 132Y1526LMPENPTYAETAVEV
Site 133T1540VPNKDPKTFFTEELQ
Site 134T1543KDPKTFFTEELQLSI
Site 135S1549FTEELQLSIRETTML
Site 136T1554QLSIRETTMLPYHIP
Site 137Y1558RETTMLPYHIPHLAC
Site 138T1598FNIVDRFTSKYVSSV
Site 139S1603RFTSKYVSSVLSFQE
Site 140S1613LSFQEISSVQTSTQL
Site 141S1617EISSVQTSTQLFNGM
Site 142T1625TQLFNGMTVKARATT
Site 143T1631MTVKARATTREVMAT
Site 144T1632TVKARATTREVMATY
Site 145S1660PSNYPLGSIIVESGK
Site 146Y1686WMLQLSTYLTHQNGS
Site 147T1688LQLSTYLTHQNGSIM
Site 148Y1727SVIHGFNYSLPKKAC
Site 149Y1747KFHSACLYKWFTSSN
Site 150T1751ACLYKWFTSSNKSTC
Site 151T1757FTSSNKSTCPLCRET
 
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
 


2019 Kinexus Bioinformatics Corporation