PhosphoNET

           
Protein Info 
   
Short Name:  ZNF658
Full Name:  Zinc finger protein 658
Alias: 
Type: 
Mass (Da):  122274
Number AA:  1059
UniProt ID:  Q5TYW1
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 1S9NMSQASVSFQDVTVE
Site 2T14SVSFQDVTVEFTREE
Site 3Y33GPVERTLYRDVMLEN
Site 4Y41RDVMLENYSHLISVG
Site 5S68EKGEEPWSLEDEFLN
Site 6Y78DEFLNQRYPGYFKVD
Site 7Y81LNQRYPGYFKVDHIK
Site 8S105LWQEIFISDADKTLS
Site 9T110FISDADKTLSKEGQK
Site 10S112SDADKTLSKEGQKVL
Site 11S132LEIAPELSEKISCKC
Site 12S136PELSEKISCKCDSHR
Site 13S150RMNLPVASQLIISER
Site 14S155VASQLIISERKYSRK
Site 15Y159LIISERKYSRKKTEY
Site 16S160IISERKYSRKKTEYM
Site 17T164RKYSRKKTEYMNVCE
Site 18Y166YSRKKTEYMNVCEKL
Site 19S188KAHAEEKSYEHGENA
Site 20Y189AHAEEKSYEHGENAK
Site 21T210DQHWKFQTLEESFEC
Site 22S214KFQTLEESFECDGSG
Site 23S220ESFECDGSGQGLYDK
Site 24Y225DGSGQGLYDKTICIT
Site 25T228GQGLYDKTICITPQS
Site 26T232YDKTICITPQSFLTG
Site 27S235TICITPQSFLTGEKS
Site 28T238ITPQSFLTGEKSCKD
Site 29S242SFLTGEKSCKDDEFR
Site 30T265FNHMRTDTRGKCSDL
Site 31Y275KCSDLNEYGTSCDKT
Site 32T277SDLNEYGTSCDKTTA
Site 33S278DLNEYGTSCDKTTAV
Site 34T282YGTSCDKTTAVEYNK
Site 35Y297VHMAMTHYECNERGI
Site 36S307NERGINFSRKSPLTQ
Site 37S310GINFSRKSPLTQSQR
Site 38T313FSRKSPLTQSQRTIT
Site 39S315RKSPLTQSQRTITGW
Site 40T320TQSQRTITGWSAFES
Site 41S335NKCEENFSQSSAHIV
Site 42T346AHIVHQKTQAGDKFG
Site 43Y363NECTDALYQKLDFTA
Site 44T376TAHQRIHTEDKFYLS
Site 45Y381IHTEDKFYLSDEHGK
Site 46S383TEDKFYLSDEHGKCR
Site 47S392EHGKCRKSFYRKAHL
Site 48S407IQHQRPHSGEKTYQY
Site 49T411RPHSGEKTYQYEECA
Site 50Y414SGEKTYQYEECAKSF
Site 51S420QYEECAKSFCSSSHP
Site 52S424CAKSFCSSSHPIQHP
Site 53S425AKSFCSSSHPIQHPG
Site 54T433HPIQHPGTYVGFKLY
Site 55Y434PIQHPGTYVGFKLYE
Site 56Y440TYVGFKLYECNECGK
Site 57S453GKAFCQNSNLSKHLR
Site 58T463SKHLRIHTKEKPCDN
Site 59S476DNNGCGRSYKSPLIG
Site 60Y477NNGCGRSYKSPLIGH
Site 61S479GCGRSYKSPLIGHQK
Site 62T487PLIGHQKTDAEMELC
Site 63Y499ELCGGSEYGKTSHLK
Site 64T502GGSEYGKTSHLKGHQ
Site 65S503GSEYGKTSHLKGHQR
Site 66Y518ILMGEKPYECIECGK
Site 67T526ECIECGKTFSKTSHL
Site 68S528IECGKTFSKTSHLRA
Site 69T530CGKTFSKTSHLRAHQ
Site 70S531GKTFSKTSHLRAHQR
Site 71T541RAHQRIHTGEKPYEC
Site 72Y546IHTGEKPYECVECEK
Site 73S556VECEKTFSHKTHLSV
Site 74T559EKTFSHKTHLSVHQR
Site 75T569SVHQRVHTGEKPYEC
Site 76Y574VHTGEKPYECNDCGK
Site 77S587GKSFTYNSALRAHQR
Site 78S605GEKPYECSDCEKTFA
Site 79T610ECSDCEKTFAHNSAL
Site 80S615EKTFAHNSALRAHHR
Site 81T625RAHHRIHTGEKPYEC
Site 82Y630IHTGEKPYECNECGR
Site 83S643GRSFAHISVLKAHQR
Site 84T653KAHQRIHTGEKPYEC
Site 85T668NECGRSFTYNSALRA
Site 86S671GRSFTYNSALRAHQR
Site 87T681RAHQRIHTGRKPYEC
Site 88Y686IHTGRKPYECSDCEK
Site 89S689GRKPYECSDCEKTFA
Site 90S699EKTFAHNSALKIHQR
Site 91T709KIHQRIHTGEKPYEC
Site 92Y714IHTGEKPYECNECEK
Site 93S727EKTFAHNSALRAHQN
Site 94Y742IHTGEKLYECSECGK
Site 95T750ECSECGKTFFQKTRL
Site 96T755GKTFFQKTRLSTHRR
Site 97S758FFQKTRLSTHRRIHT
Site 98T759FQKTRLSTHRRIHTG
Site 99T765STHRRIHTGEKPYEC
Site 100Y770IHTGEKPYECSKCGK
Site 101S773GEKPYECSKCGKTFS
Site 102T778ECSKCGKTFSQKSYL
Site 103S780SKCGKTFSQKSYLSG
Site 104S783GKTFSQKSYLSGHER
Site 105Y784KTFSQKSYLSGHERI
Site 106S786FSQKSYLSGHERIHT
Site 107T793SGHERIHTGEKPYEC
Site 108Y798IHTGEKPYECNVCGK
Site 109T821IVHQRIHTGEKPYEC
Site 110Y826IHTGEKPYECNQCGK
Site 111T849CAHQRIHTGEKPYEC
Site 112Y854IHTGEKPYECNECGK
Site 113T862ECNECGKTFADNSAL
Site 114S867GKTFADNSALRAHHR
Site 115Y882IHTGEKPYECNDCGK
Site 116T890ECNDCGKTFSKTSHL
Site 117S892NDCGKTFSKTSHLRA
Site 118T894CGKTFSKTSHLRAHL
Site 119S895GKTFSKTSHLRAHLR
Site 120T903HLRAHLRTRSGEKPY
Site 121S905RAHLRTRSGEKPYEC
Site 122Y910TRSGEKPYECSECGK
Site 123S913GEKPYECSECGKTFS
Site 124T918ECSECGKTFSEKSYV
Site 125S920SECGKTFSEKSYVSA
Site 126S923GKTFSEKSYVSAHQR
Site 127Y924KTFSEKSYVSAHQRV
Site 128T933SAHQRVHTGEKPYEC
Site 129Y938VHTGEKPYECNVCGK
Site 130S951GKPFAHNSTLRVHQR
Site 131T952KPFAHNSTLRVHQRI
Site 132T961RVHQRIHTGEKSYEC
Site 133Y966IHTGEKSYECNDCGK
Site 134T974ECNDCGKTFSQKSHL
Site 135S976NDCGKTFSQKSHLSA
Site 136S979GKTFSQKSHLSAHQR
Site 137S982FSQKSHLSAHQRIHT
Site 138T989SAHQRIHTGEKPYEC
Site 139S1007GKAFAQNSTLRVHQR
Site 140T1008KAFAQNSTLRVHQRI
Site 141T1017RVHQRIHTGEKPYEC
Site 142Y1022IHTGEKPYECDECGK
Site 143T1030ECDECGKTFVRKAAL
Site 144T1046VHHTRMHTREKTLAC
Site 145T1050RMHTREKTLACNGFG
 
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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