PhosphoNET

           
Protein Info 
   
Short Name:  PRDM15
Full Name:  PR domain zinc finger protein 15
Alias:  C21orf83; PFM15; PR domain zinc finger protein 15; PRD15; Zinc finger protein 298; ZNF298
Type:  Transcription regulation
Mass (Da):  169269
Number AA:  1507
UniProt ID:  P57071
International Prot ID:  IPI00025702
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0006355  GO:0006350   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 1S9PRRRPPASGAAQFPE
Site 2T20QFPERIATRSPDPIP
Site 3S22PERIATRSPDPIPLC
Site 4T30PDPIPLCTFQRQPRA
Site 5S62GHRWRSESKPGWISR
Site 6S68ESKPGWISRSRSGIA
Site 7S70KPGWISRSRSGIALR
Site 8S72GWISRSRSGIALRAA
Site 9S84RAARPPGSSPPRPAA
Site 10S85AARPPGSSPPRPAAP
Site 11T127VARGGPWTPNPAFRE
Site 12S139FREAESWSQIGNQRV
Site 13S147QIGNQRVSEQLLETS
Site 14S154SEQLLETSLGNEVSD
Site 15S160TSLGNEVSDTEPLSP
Site 16T162LGNEVSDTEPLSPAS
Site 17S166VSDTEPLSPASAGLR
Site 18Y217AGKAECGYETESHLL
Site 19S221ECGYETESHLLEPHE
Site 20T235EIPLNVNTHKFSDCE
Site 21S271EGVWNQHSRSASMHT
Site 22S275NQHSRSASMHTFLNH
Site 23T278SRSASMHTFLNHSAT
Site 24T285TFLNHSATGIREAGC
Site 25S299CRKDMPVSEMAEDGS
Site 26S323DCSQYHDSECPELGP
Site 27S341VKDSFVLSRARSWPA
Site 28S345FVLSRARSWPASGHV
Site 29S349RARSWPASGHVHTQA
Site 30Y363AGQGMRGYEDRDRAD
Site 31S387AGLVRRLSGQQLPCR
Site 32T396QQLPCRSTLTWGRLC
Site 33S412LVAQGRSSLPPNLEI
Site 34S446TQFGPFESRRVAKWE
Site 35S456VAKWEKESAFPLKVF
Site 36T498EAEHQNLTAYQHGSD
Site 37Y500EHQNLTAYQHGSDVY
Site 38S504LTAYQHGSDVYFTTS
Site 39Y507YQHGSDVYFTTSRDI
Site 40T510GSDVYFTTSRDIPPG
Site 41T518SRDIPPGTELRVWYA
Site 42Y524GTELRVWYAAFYAKK
Site 43S542PMLKQAGSGVHAAGT
Site 44T549SGVHAAGTPENSAPV
Site 45S553AAGTPENSAPVESEP
Site 46S558ENSAPVESEPSQWAC
Site 47S561APVESEPSQWACKVC
Site 48S591GHLEQAKSLPPGSQS
Site 49S596AKSLPPGSQSEAAAP
Site 50S598SLPPGSQSEAAAPEK
Site 51T609APEKEQDTPRGEPPA
Site 52S620EPPAVPESENVATKE
Site 53T625PESENVATKEQKKKP
Site 54S641RGRKPKVSKAEQPLV
Site 55S673VPPDEPVSATPDERI
Site 56T675PDEPVSATPDERIME
Site 57T692LGKLATTTTDTSSVP
Site 58T693GKLATTTTDTSSVPK
Site 59S696ATTTTDTSSVPKFTH
Site 60S697TTTTDTSSVPKFTHH
Site 61T710HHQNNTITLKRSLIL
Site 62S714NTITLKRSLILSSRH
Site 63S718LKRSLILSSRHGIRR
Site 64Y738LGEHKRVYQCNICSK
Site 65S750CSKIFQNSSNLSRHV
Site 66S751SKIFQNSSNLSRHVR
Site 67S754FQNSSNLSRHVRSHG
Site 68S775EECAKLFSRKESLKQ
Site 69S779KLFSRKESLKQHVSY
Site 70S785ESLKQHVSYKHSRNE
Site 71S789QHVSYKHSRNEVDGE
Site 72Y797RNEVDGEYRYRCGTC
Site 73Y799EVDGEYRYRCGTCEK
Site 74T803EYRYRCGTCEKTFRI
Site 75T807RCGTCEKTFRIESAL
Site 76S812EKTFRIESALEFHNC
Site 77S836EMCFRFFSTNSNLSK
Site 78S842FSTNSNLSKHKKKHG
Site 79Y863EVCSKMFYRKDVMLD
Site 80Y897GGENLVRYKKEPSGC
Site 81S902VRYKKEPSGCPVCGK
Site 82Y929LTHGDKKYTCEICGR
Site 83S981SEENDDNSDESADSE
Site 84S984NDDNSDESADSEPHK
Site 85S987NSDESADSEPHKYSC
Site 86Y992ADSEPHKYSCKRCQL
Site 87T1000SCKRCQLTFGRGKEY
Site 88Y1007TFGRGKEYLKHIMEV
Site 89Y1020EVHKEKGYGCSICNR
Site 90Y1054PDPNVQKYIHPCEIC
Site 91T1079ERHKLIHTGVKSHAC
Site 92Y1112VHDNVREYLCAECGK
Site 93Y1140LHKGIKEYECKECHR
Site 94T1163LKHCKRHTGIKDFMC
Site 95S1178ELCGKTFSERNTMET
Site 96T1182KTFSERNTMETHKLI
Site 97T1185SERNTMETHKLIHTV
Site 98T1191ETHKLIHTVGKQWTC
Site 99Y1205CSVCDKKYVTEYMLQ
Site 100Y1209DKKYVTEYMLQKHVQ
Site 101S1235QLCGTKVSTRASMSR
Site 102S1239TKVSTRASMSRHMRR
Site 103T1267DHLPETTTIDASSIG
Site 104S1299HGKAAKRSHKRKQKP
Site 105T1319APVPEDATFSEYSEK
Site 106T1328SEYSEKETEFTGSVG
Site 107T1331SEKETEFTGSVGDET
Site 108S1333KETEFTGSVGDETNS
Site 109T1338TGSVGDETNSAVQSI
Site 110S1340SVGDETNSAVQSIQQ
Site 111T1358TLGDPNVTTPSSSVG
Site 112T1359LGDPNVTTPSSSVGL
Site 113S1361DPNVTTPSSSVGLTN
Site 114S1362PNVTTPSSSVGLTNI
Site 115S1363NVTTPSSSVGLTNIT
Site 116T1395VAVGHLTTPERQLQL
Site 117S1405RQLQLDNSILTVTFD
Site 118S1417TFDTVSGSAMLHNRQ
Site 119S1436IHPQPEASNPQSVAH
Site 120S1440PEASNPQSVAHFINL
Site 121S1459NSITPLGSQLSDQHP
Site 122S1462TPLGSQLSDQHPLTW
Site 123T1468LSDQHPLTWRAVPQT
Site 124T1475TWRAVPQTDVLPPSQ
Site 125S1481QTDVLPPSQPQAPPQ
 
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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