PhosphoNET

           
Protein Info 
   
Short Name:  PEG3
Full Name:  Paternally-expressed gene 3 protein
Alias:  Zinc finger and SCAN domain-containing protein 24
Type: 
Mass (Da):  180827
Number AA:  1588
UniProt ID:  Q9GZU2
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 1S8MLPPKHLSATKPKKS
Site 2T10PPKHLSATKPKKSWA
Site 3S15SATKPKKSWAPNLYE
Site 4Y21KSWAPNLYELDSDLT
Site 5S25PNLYELDSDLTKEPD
Site 6T28YELDSDLTKEPDVII
Site 7S42IGEGPTDSEFFHQRF
Site 8Y54QRFRNLIYVEFVGPR
Site 9T63EFVGPRKTLIKLRNL
Site 10T119ENCEKLVTLLENYKE
Site 11Y128LENYKEMYQPEDDNN
Site 12S136QPEDDNNSDVTSDDD
Site 13T139DDNNSDVTSDDDMTR
Site 14S140DNNSDVTSDDDMTRN
Site 15T145VTSDDDMTRNRRESS
Site 16S151MTRNRRESSPPHSVH
Site 17S152TRNRRESSPPHSVHS
Site 18S156RESSPPHSVHSFSDR
Site 19S159SPPHSVHSFSDRDWD
Site 20S161PHSVHSFSDRDWDRR
Site 21S171DWDRRGRSRDMEPRD
Site 22S181MEPRDRWSHTRNPRS
Site 23T183PRDRWSHTRNPRSRM
Site 24S188SHTRNPRSRMPPRDL
Site 25S196RMPPRDLSLPVVAKT
Site 26S204LPVVAKTSFEMDRED
Site 27S215DREDDRDSRAYESRS
Site 28Y218DDRDSRAYESRSQDA
Site 29S222SRAYESRSQDAESYQ
Site 30T243EDRKPHNTIQDNMEN
Site 31S256ENYRKLLSLVQLAED
Site 32S267LAEDDGHSHMTQGHS
Site 33T270DDGHSHMTQGHSSRS
Site 34S274SHMTQGHSSRSKRSA
Site 35S275HMTQGHSSRSKRSAY
Site 36S277TQGHSSRSKRSAYPS
Site 37S280HSSRSKRSAYPSTSR
Site 38Y282SRSKRSAYPSTSRGL
Site 39S284SKRSAYPSTSRGLKT
Site 40T285KRSAYPSTSRGLKTM
Site 41S286RSAYPSTSRGLKTMP
Site 42T291STSRGLKTMPEAKKS
Site 43S298TMPEAKKSTHRRGIC
Site 44T299MPEAKKSTHRRGICE
Site 45S309RGICEDESSHGVIME
Site 46S310GICEDESSHGVIMEK
Site 47S323EKFIKDVSRSSKSGR
Site 48S326IKDVSRSSKSGRARE
Site 49S328DVSRSSKSGRARESS
Site 50S334KSGRARESSDRSQRF
Site 51S335SGRARESSDRSQRFP
Site 52S338ARESSDRSQRFPRMS
Site 53S345SQRFPRMSDDNWKDI
Site 54S353DDNWKDISLNKRESV
Site 55S359ISLNKRESVIQQRVY
Site 56Y366SVIQQRVYEGNAFRG
Site 57S379RGGFRFNSTLVSRKR
Site 58T380GGFRFNSTLVSRKRV
Site 59S383RFNSTLVSRKRVLER
Site 60Y394VLERKRRYHFDTDGK
Site 61T398KRRYHFDTDGKGSIH
Site 62S420KKPFECGSEMRKAMS
Site 63S427SEMRKAMSVSSLSSL
Site 64S429MRKAMSVSSLSSLSS
Site 65S430RKAMSVSSLSSLSSP
Site 66S435VSSLSSLSSPSFTES
Site 67S436SSLSSLSSPSFTESQ
Site 68S438LSSLSSPSFTESQPI
Site 69T440SLSSPSFTESQPIDF
Site 70S442SSPSFTESQPIDFGA
Site 71S462DECGRSFSVISEFVE
Site 72Y480MHTRENLYEYGESFI
Site 73Y482TRENLYEYGESFIHS
Site 74S498AVSEVQKSQVGGKRF
Site 75T513ECKDCGETFNKSAAL
Site 76S517CGETFNKSAALAEHR
Site 77Y531RKIHARGYLVECKNQ
Site 78S547CEEAFMPSPTFSELQ
Site 79T549EAFMPSPTFSELQKI
Site 80S551FMPSPTFSELQKIYG
Site 81Y563IYGKDKFYECRVCKE
Site 82T571ECRVCKETFLHSSAL
Site 83T607RERERGETFRPSPAL
Site 84S611RGETFRPSPALNEFQ
Site 85Y627MYGKEKMYECKVCGE
Site 86T635ECKVCGETFLHSSSL
Site 87S639CGETFLHSSSLKEHQ
Site 88S641ETFLHSSSLKEHQKI
Site 89T665KGKVCEETFIPGQSL
Site 90S671ETFIPGQSLKRRQKT
Site 91T678SLKRRQKTYNKEKLC
Site 92Y679LKRRQKTYNKEKLCD
Site 93S697GRDAFMQSSELSEHQ
Site 94S698RDAFMQSSELSEHQK
Site 95S701FMQSSELSEHQKIHS
Site 96Y718NLFEGRGYEKSVIHS
Site 97S721EGRGYEKSVIHSGPF
Site 98S725YEKSVIHSGPFTESQ
Site 99T729VIHSGPFTESQKSHT
Site 100S731HSGPFTESQKSHTIT
Site 101S734PFTESQKSHTITRPL
Site 102T738SQKSHTITRPLESDE
Site 103S743TITRPLESDEDEKAF
Site 104T751DEDEKAFTISSNPYE
Site 105S754EKAFTISSNPYENQK
Site 106Y757FTISSNPYENQKIPT
Site 107Y769IPTKENVYEAKSYER
Site 108S773ENVYEAKSYERSVIH
Site 109Y774NVYEAKSYERSVIHS
Site 110S777EAKSYERSVIHSLAS
Site 111S781YERSVIHSLASVEAQ
Site 112S784SVIHSLASVEAQKSH
Site 113S790ASVEAQKSHSVAGPS
Site 114S792VEAQKSHSVAGPSKP
Site 115S797SHSVAGPSKPKVMAE
Site 116S809MAESTIQSFDAINHQ
Site 117T824RVRAGGNTSEGREYS
Site 118S825VRAGGNTSEGREYSR
Site 119Y830NTSEGREYSRSVIHS
Site 120S831TSEGREYSRSVIHSL
Site 121S833EGREYSRSVIHSLVA
Site 122S837YSRSVIHSLVASKPP
Site 123S841VIHSLVASKPPRSHN
Site 124S846VASKPPRSHNGNELV
Site 125S855NGNELVESNEKGESS
Site 126S861ESNEKGESSIYISDL
Site 127S862SNEKGESSIYISDLN
Site 128Y864EKGESSIYISDLNDK
Site 129S866GESSIYISDLNDKRQ
Site 130Y891GGSKNRNYEDSVIQS
Site 131S894KNRNYEDSVIQSVFR
Site 132S898YEDSVIQSVFRAKPQ
Site 133S907FRAKPQKSVPGEGSG
Site 134S923FKKDGEFSVPSSNVR
Site 135S927GEFSVPSSNVREYQK
Site 136Y932PSSNVREYQKARAKK
Site 137Y941KARAKKKYIEHRSNE
Site 138S946KKYIEHRSNETSVIH
Site 139S950EHRSNETSVIHSLPF
Site 140S954NETSVIHSLPFGEQT
Site 141T961SLPFGEQTFRPRGML
Site 142Y969FRPRGMLYECQECGE
Site 143S982GECFAHSSDLTEHQK
Site 144T985FAHSSDLTEHQKIHD
Site 145S997IHDREKPSGSRNYEW
Site 146Y1002KPSGSRNYEWSVIRS
Site 147S1005GSRNYEWSVIRSLAP
Site 148S1009YEWSVIRSLAPTDPQ
Site 149T1013VIRSLAPTDPQTSYA
Site 150T1017LAPTDPQTSYAQEQY
Site 151T1042DFRQFFATSEDLNTN
Site 152T1048ATSEDLNTNQKIYDQ
Site 153Y1053LNTNQKIYDQEKSHG
Site 154S1058KIYDQEKSHGEESQG
Site 155S1063EKSHGEESQGENTDG
Site 156S1075TDGEETHSEETHGQE
Site 157S1092EDPVIQGSDMEDPQK
Site 158Y1107DDPDDKIYECEDCGL
Site 159T1120GLGFVDLTDLTDHQK
Site 160T1123FVDLTDLTDHQKVHS
Site 161S1137SRKCLVDSREYTHSV
Site 162Y1140CLVDSREYTHSVIHT
Site 163T1141LVDSREYTHSVIHTH
Site 164S1143DSREYTHSVIHTHSI
Site 165T1147YTHSVIHTHSISEYQ
Site 166Y1153HTHSISEYQRDYTGE
Site 167Y1157ISEYQRDYTGEQLYE
Site 168T1158SEYQRDYTGEQLYEC
Site 169Y1163DYTGEQLYECPKCGE
Site 170S1171ECPKCGESFIHSSFL
Site 171S1176GESFIHSSFLFEHQR
Site 172Y1191IHEQDQLYSMKGCDD
Site 173S1238GQGFIHSSALNEHMR
Site 174S1256EDDLLEQSQMAEEAI
Site 175S1275ALTEFQRSQTEERLF
Site 176T1277TEFQRSQTEERLFEC
Site 177T1302AELADHVTVHKNEPY
Site 178Y1309TVHKNEPYEYGSSYT
Site 179Y1311HKNEPYEYGSSYTHT
Site 180S1314EPYEYGSSYTHTSFL
Site 181Y1315PYEYGSSYTHTSFLT
Site 182T1318YGSSYTHTSFLTEPL
Site 183S1319GSSYTHTSFLTEPLK
Site 184Y1332LKGAIPFYECKDCGK
Site 185S1344CGKSFIHSTVLTKHK
Site 186T1345GKSFIHSTVLTKHKE
Site 187T1348FIHSTVLTKHKELHL
Site 188Y1504EIQVEEPYYDCHECT
Site 189Y1505IQVEEPYYDCHECTE
Site 190T1513DCHECTETFTSSTAF
Site 191S1516ECTETFTSSTAFSEH
Site 192S1517CTETFTSSTAFSEHL
Site 193S1521FTSSTAFSEHLKTHA
Site 194S1529EHLKTHASMIIFEPA
Site 195Y1545AFGECSGYIERASTS
Site 196S1550SGYIERASTSTGGAN
Site 197T1551GYIERASTSTGGANQ
Site 198Y1563ANQADEKYFKCDVCG
Site 199S1578QLFNDRLSLARHQNT
 
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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