PhosphoNET

           
Protein Info 
   
Short Name:  PRTG
Full Name:  Protogenin
Alias:  Flj25756; protogenin homolog (gallus gallus); prtg; shen-dan
Type: 
Mass (Da):  127076
Number AA:  1150
UniProt ID:  Q2VWP7
International Prot ID:  IPI00658004
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0007275     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 1S40VWCFSELSFVKEPQD
Site 2T49VKEPQDVTVTRKDPV
Site 3S80LKNGAKMSENKRIEV
Site 4S89NKRIEVLSNGSLYIS
Site 5Y94VLSNGSLYISEVEGR
Site 6S96SNGSLYISEVEGRRG
Site 7S106EGRRGEQSDEGFYQC
Site 8Y111EQSDEGFYQCLAMNK
Site 9Y119QCLAMNKYGAILSQK
Site 10S124NKYGAILSQKAHLAL
Site 11S143AFEVQPISTEVHEGG
Site 12T178NRTTLPMTMDRITAL
Site 13Y193PTGVLQIYDVSQRDS
Site 14S196VLQIYDVSQRDSGNY
Site 15S200YDVSQRDSGNYRCIA
Site 16Y203SQRDSGNYRCIAATV
Site 17T209NYRCIAATVAHRRKS
Site 18S216TVAHRRKSMEASLTV
Site 19S220RRKSMEASLTVIPAK
Site 20T222KSMEASLTVIPAKES
Site 21S231IPAKESKSFHTPTII
Site 22T234KESKSFHTPTIIAGP
Site 23T236SKSFHTPTIIAGPQN
Site 24S267GNPKPIISWSRLDHK
Site 25S269PKPIISWSRLDHKSI
Site 26S275WSRLDHKSIDVFNTR
Site 27S292GNGNLMISDVRLQHA
Site 28Y302RLQHAGVYVCRATTP
Site 29T307GVYVCRATTPGTRNF
Site 30T308VYVCRATTPGTRNFT
Site 31S335SFVEWPESLTRPRAG
Site 32T343LTRPRAGTARFVCQA
Site 33S355CQAEGIPSPKMSWLK
Site 34S359GIPSPKMSWLKNGRK
Site 35Y376SNGRIKMYNSKLVIN
Site 36Y393IPEDDAIYQCMAENS
Site 37S400YQCMAENSQGSILSR
Site 38S406NSQGSILSRARLTVV
Site 39T411ILSRARLTVVMSEDR
Site 40S415ARLTVVMSEDRPSAP
Site 41S420VMSEDRPSAPYNVHA
Site 42Y423EDRPSAPYNVHAETM
Site 43T429PYNVHAETMSSSAIL
Site 44Y444LAWERPLYNSDKVIA
Site 45S446WERPLYNSDKVIAYS
Site 46S453SDKVIAYSVHYMKAE
Site 47Y467EGLNNEEYQVVIGND
Site 48Y478IGNDTTHYIIDDLEP
Site 49T509SQMSDHVTQNTLEDV
Site 50T512SDHVTQNTLEDVPLR
Site 51S524PLRPPEISLTSRSPT
Site 52T526RPPEISLTSRSPTDI
Site 53S527PPEISLTSRSPTDIL
Site 54S529EISLTSRSPTDILIS
Site 55Y544WLPIPAKYRRGQVVL
Site 56Y552RRGQVVLYRLSFRLS
Site 57S555QVVLYRLSFRLSTEN
Site 58S559YRLSFRLSTENSIQV
Site 59T560RLSFRLSTENSIQVL
Site 60S563FRLSTENSIQVLELP
Site 61T572QVLELPGTTHEYLLE
Site 62Y576LPGTTHEYLLEGLKP
Site 63T592SVYLVRITAATRVGL
Site 64S602TRVGLGESSVWTSHR
Site 65S603RVGLGESSVWTSHRT
Site 66T606LGESSVWTSHRTPKA
Site 67S607GESSVWTSHRTPKAT
Site 68T610SVWTSHRTPKATSVK
Site 69T614SHRTPKATSVKAPKS
Site 70S621TSVKAPKSPELHLEP
Site 71Y654AIQGYKLYYKEEGQQ
Site 72Y675LDTKDLLYTLSGLDP
Site 73T676DTKDLLYTLSGLDPR
Site 74S678KDLLYTLSGLDPRRK
Site 75Y686GLDPRRKYHVRLLAY
Site 76Y700YNNIDDGYQADQTVS
Site 77T705DGYQADQTVSTPGCV
Site 78S707YQADQTVSTPGCVSV
Site 79T708QADQTVSTPGCVSVR
Site 80Y729PPPPHHLYAKANTSS
Site 81S735LYAKANTSSSIFLHW
Site 82S737AKANTSSSIFLHWRR
Site 83Y772QNASLVLYLQTSETH
Site 84Y791GLEPNTKYEFAVRLH
Site 85S803RLHVDQLSSPWSPVV
Site 86S804LHVDQLSSPWSPVVY
Site 87S807DQLSSPWSPVVYHST
Site 88Y811SPWSPVVYHSTLPEA
Site 89S813WSPVVYHSTLPEAPA
Site 90T814SPVVYHSTLPEAPAG
Site 91S839EDDTALVSWKPPDGP
Site 92T848KPPDGPETVVTRYTI
Site 93T851DGPETVVTRYTILYA
Site 94T854ETVVTRYTILYASRK
Site 95S898YIVKISASNEVGEGP
Site 96S920AVLPKETSESNQRPK
Site 97S922LPKETSESNQRPKRL
Site 98S931QRPKRLDSADAKVYS
Site 99S938SADAKVYSGYYHLDQ
Site 100S978YRSKARKSSASKTAQ
Site 101S979RSKARKSSASKTAQN
Site 102S981KARKSSASKTAQNGT
Site 103T983RKSSASKTAQNGTQQ
Site 104T994GTQQLPRTSASLASG
Site 105S995TQQLPRTSASLASGN
Site 106S997QLPRTSASLASGNEV
Site 107T1072EQPQRRFTPAVCFYQ
Site 108S1087PGTTVLISDEDSPSS
Site 109S1091VLISDEDSPSSPGQT
Site 110S1093ISDEDSPSSPGQTTS
Site 111S1094SDEDSPSSPGQTTSF
Site 112T1098SPSSPGQTTSFSRPF
Site 113T1099PSSPGQTTSFSRPFG
Site 114S1100SSPGQTTSFSRPFGV
Site 115S1102PGQTTSFSRPFGVAA
Site 116T1111PFGVAADTEHSANSE
Site 117S1114VAADTEHSANSEGSH
Site 118S1126GSHETGDSGRFSHES
Site 119S1130TGDSGRFSHESNDEI
Site 120S1133SGRFSHESNDEIHLS
Site 121S1140SNDEIHLSSVISTTP
Site 122S1141NDEIHLSSVISTTPP
Site 123T1145HLSSVISTTPPNL__
 
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