PhosphoNET

           
Protein Info 
   
Short Name:  FRMPD3
Full Name:  FERM and PDZ domain-containing protein 3
Alias: 
Type: 
Mass (Da):  199209
Number AA:  1810
UniProt ID:  Q5JV73
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 1S6__METLDSQRVQDRL
Site 2S21LAAPGCSSPSGQQEL
Site 3S23APGCSSPSGQQELFS
Site 4S31GQQELFSSHVMQEES
Site 5T56AEILRQVTVHRDPIY
Site 6S79ERPVVVRSVRPGGPS
Site 7S86SVRPGGPSENKLLAG
Site 8S105AINEEDVSEAPRERL
Site 9S133TVLHTHQSPKSAFIS
Site 10S136HTHQSPKSAFISAAK
Site 11S140SPKSAFISAAKKAKL
Site 12S149AKKAKLRSNPVKVRF
Site 13S157NPVKVRFSEQVAVGE
Site 14S193LENGQIKSFTFDGRT
Site 15T195NGQIKSFTFDGRTTV
Site 16T200SFTFDGRTTVKDVML
Site 17T201FTFDGRTTVKDVMLT
Site 18S214LTLQDRLSLRFIEHF
Site 19Y227HFALVLEYAGPEQNH
Site 20Y247QDKQPLAYVVQRTHY
Site 21Y254YVVQRTHYHGMKCLF
Site 22Y283RDPAAFEYLYIQSRN
Site 23Y285PAAFEYLYIQSRNDV
Site 24S319LHIYITVSATRPSQK
Site 25S324TVSATRPSQKISLKN
Site 26S328TRPSQKISLKNVEKE
Site 27S345LEPFLPPSLLQVIKE
Site 28S358KEKNLRKSLSQQLKA
Site 29S360KNLRKSLSQQLKAHQ
Site 30T368QQLKAHQTHPSCGTK
Site 31S371KAHQTHPSCGTKGSA
Site 32S437TNLTTVLSEFSKISK
Site 33T459QGVARVETSIMDAKP
Site 34S493YCRLLLDSRKMVFSR
Site 35S499DSRKMVFSRPASQPL
Site 36S503MVFSRPASQPLPPPM
Site 37Y515PPMIKADYMHSAHRP
Site 38T524HSAHRPVTGGHLGKK
Site 39S533GHLGKKESSYVGSVG
Site 40S534HLGKKESSYVGSVGT
Site 41Y535LGKKESSYVGSVGTS
Site 42S538KESSYVGSVGTSPRK
Site 43T541SYVGSVGTSPRKSSR
Site 44S542YVGSVGTSPRKSSRC
Site 45S546VGTSPRKSSRCTPPP
Site 46S547GTSPRKSSRCTPPPA
Site 47T550PRKSSRCTPPPADSE
Site 48S560PADSELVSFCYLHMR
Site 49Y563SELVSFCYLHMREQR
Site 50S575EQRKEQESRTDVNEN
Site 51T593FEETRPRTKSDPTSK
Site 52S595ETRPRTKSDPTSKSS
Site 53T598PRTKSDPTSKSSGQG
Site 54S599RTKSDPTSKSSGQGY
Site 55S601KSDPTSKSSGQGYEV
Site 56Y606SKSSGQGYEVVPDDF
Site 57S617PDDFDAASLDHEPCA
Site 58S625LDHEPCASRARSYTL
Site 59S629PCASRARSYTLDNSL
Site 60Y630CASRARSYTLDNSLG
Site 61T631ASRARSYTLDNSLGA
Site 62Y644GAEALNFYCDSCKAK
Site 63S666RKGGKPGSSRDNIVD
Site 64S676DNIVDLMSLPPPGSE
Site 65S682MSLPPPGSEEEEEEE
Site 66T692EEEEEDETTSLLPAI
Site 67T693EEEEDETTSLLPAIA
Site 68S710PPGFRDNSSDEDDPK
Site 69S711PGFRDNSSDEDDPKR
Site 70S723PKRRAVQSQEQGRHL
Site 71T750IDSVQTRTVRDHAQE
Site 72S799LATITPESSLDSGHE
Site 73S800ATITPESSLDSGHET
Site 74S803TPESSLDSGHETNSS
Site 75T807SLDSGHETNSSELTD
Site 76S809DSGHETNSSELTDMS
Site 77S810SGHETNSSELTDMSE
Site 78T813ETNSSELTDMSEMMS
Site 79S816SSELTDMSEMMSAMK
Site 80Y830KQHQNTTYFLAQHLN
Site 81S865AVLTAPYSLGRPDPN
Site 82S874GRPDPNPSLQPIATG
Site 83T880PSLQPIATGQSPGPP
Site 84S883QPIATGQSPGPPGAR
Site 85S896ARRKLPQSEGQVQGE
Site 86Y906QVQGERTYSLAVHPA
Site 87S907VQGERTYSLAVHPAL
Site 88S915LAVHPALSPQLSEQK
Site 89S919PALSPQLSEQKNLSL
Site 90S925LSEQKNLSLLSPVPE
Site 91S928QKNLSLLSPVPEDKG
Site 92S946TRAGLEMSLRAATSS
Site 93T951EMSLRAATSSLSEEQ
Site 94S952MSLRAATSSLSEEQV
Site 95S953SLRAATSSLSEEQVS
Site 96S955RAATSSLSEEQVSEL
Site 97S960SLSEEQVSELRDNLP
Site 98S973LPKEVRLSPKLILDP
Site 99S1001QQVVHNKSLVTAGGA
Site 100S1014GALGNPPSRGERRLE
Site 101S1023GERRLEASMGRPEVS
Site 102S1030SMGRPEVSMMSSSAS
Site 103S1033RPEVSMMSSSASKNL
Site 104S1034PEVSMMSSSASKNLK
Site 105S1035EVSMMSSSASKNLKF
Site 106S1037SMMSSSASKNLKFKI
Site 107S1045KNLKFKISPSAPETS
Site 108S1047LKFKISPSAPETSWN
Site 109T1051ISPSAPETSWNSQHQ
Site 110S1052SPSAPETSWNSQHQL
Site 111S1064HQLGAEVSSSPRAPT
Site 112S1066LGAEVSSSPRAPTGS
Site 113T1071SSSPRAPTGSRADSL
Site 114S1073SPRAPTGSRADSLHL
Site 115S1077PTGSRADSLHLSQQE
Site 116S1081RADSLHLSQQEDSLP
Site 117S1086HLSQQEDSLPVQNFP
Site 118S1096VQNFPPKSYLLRTSR
Site 119T1101PKSYLLRTSRESVGK
Site 120S1102KSYLLRTSRESVGKQ
Site 121S1105LLRTSRESVGKQATG
Site 122T1132PTLQKQGTISSQGEK
Site 123S1134LQKQGTISSQGEKAQ
Site 124S1135QKQGTISSQGEKAQL
Site 125T1145EKAQLESTPKRSKLE
Site 126S1155RSKLEETSLVPRATY
Site 127T1161TSLVPRATYPMALQS
Site 128Y1162SLVPRATYPMALQSP
Site 129S1168TYPMALQSPSCQSRS
Site 130S1170PMALQSPSCQSRSHS
Site 131S1173LQSPSCQSRSHSPSC
Site 132S1175SPSCQSRSHSPSCQP
Site 133S1177SCQSRSHSPSCQPHG
Site 134S1179QSRSHSPSCQPHGHS
Site 135S1186SCQPHGHSPSSQSRG
Site 136S1188QPHGHSPSSQSRGQS
Site 137S1189PHGHSPSSQSRGQSP
Site 138S1191GHSPSSQSRGQSPSC
Site 139S1195SSQSRGQSPSCQPRG
Site 140S1197QSRGQSPSCQPRGQS
Site 141S1204SCQPRGQSPLRSQAA
Site 142S1208RGQSPLRSQAASRQV
Site 143S1212PLRSQAASRQVSTMP
Site 144S1216QAASRQVSTMPSRKL
Site 145S1220RQVSTMPSRKLETTL
Site 146T1226PSRKLETTLNGAHST
Site 147S1232TTLNGAHSTSEGPAK
Site 148S1234LNGAHSTSEGPAKPK
Site 149S1242EGPAKPKSSRGPFRL
Site 150S1254FRLRNLFSATFPTRQ
Site 151T1256LRNLFSATFPTRQKK
Site 152T1265PTRQKKETDERQAQL
Site 153S1291EELLKPPSQGELPGT
Site 154T1298SQGELPGTEYLQPPA
Site 155Y1300GELPGTEYLQPPAPG
Site 156S1310PPAPGRCSCQLRSSP
Site 157S1316CSCQLRSSPVQQGPG
Site 158T1346RGGRPQATQTPVPSL
Site 159T1348GRPQATQTPVPSLRG
Site 160S1352ATQTPVPSLRGRERD
Site 161S1364ERDRVLPSQRQPEAG
Site 162S1377AGPGVSLSSPINVQR
Site 163S1387INVQRIRSTSLESRE
Site 164T1388NVQRIRSTSLESREC
Site 165S1389VQRIRSTSLESRECR
Site 166S1397LESRECRSDPESGVS
Site 167S1401ECRSDPESGVSCLTT
Site 168S1404SDPESGVSCLTTCAS
Site 169T1407ESGVSCLTTCASGGE
Site 170Y1421ECLGAPNYRKLMRRY
Site 171Y1428YRKLMRRYSISELDQ
Site 172S1429RKLMRRYSISELDQG
Site 173S1431LMRRYSISELDQGDR
Site 174S1440LDQGDRASLTSDVYP
Site 175T1442QGDRASLTSDVYPHP
Site 176S1443GDRASLTSDVYPHPP
Site 177Y1446ASLTSDVYPHPPLGM
Site 178S1473PIALGPKSRSLESPT
Site 179S1475ALGPKSRSLESPTLG
Site 180S1478PKSRSLESPTLGDPS
Site 181T1480SRSLESPTLGDPSYV
Site 182Y1486PTLGDPSYVQVAPET
Site 183T1493YVQVAPETKGPRQMA
Site 184Y1509FSLPEEVYRKPAELD
Site 185S1519PAELDEDSESSKCCS
Site 186S1521ELDEDSESSKCCSIR
Site 187S1522LDEDSESSKCCSIRY
Site 188S1543CDMADDASDGKDELS
Site 189S1550SDGKDELSYSIPMKI
Site 190Y1551DGKDELSYSIPMKIL
Site 191S1552GKDELSYSIPMKILP
Site 192T1582LQVLDAATCSSSSPE
Site 193S1584VLDAATCSSSSPEAS
Site 194S1585LDAATCSSSSPEASR
Site 195S1586DAATCSSSSPEASRT
Site 196S1587AATCSSSSPEASRTQ
Site 197S1591SSSSPEASRTQEIDL
Site 198T1593SSPEASRTQEIDLRV
Site 199S1601QEIDLRVSTFEGSLA
Site 200T1602EIDLRVSTFEGSLAK
Site 201S1644VLRQCVASPEARAPK
Site 202Y1653EARAPKPYVSQISEY
Site 203S1655RAPKPYVSQISEYKL
Site 204S1674KFKELRASCRRVANV
Site 205S1684RVANVDKSPTHMLAA
Site 206S1715RLVFIVRSEAQRQEL
Site 207T1734EEVVRNYTFLLRAAE
Site 208S1743LLRAAEESTARNLNQ
Site 209T1785AAAAGAATEHPPGSP
Site 210S1791ATEHPPGSPTSATVM
Site 211S1794HPPGSPTSATVMSTF
Site 212T1796PGSPTSATVMSTFTH
Site 213S1799PTSATVMSTFTHSLK
Site 214T1800TSATVMSTFTHSLKT
 
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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