PhosphoNET

           
Protein Info 
   
Short Name:  PLCE1
Full Name:  1-phosphatidylinositol-4,5-bisphosphate phosphodiesterase epsilon-1
Alias:  KIAA1516; Nephrosis type 3; NPHS3; Pancreas-enriched phospholipase C; Phosphoinositide-specific phospholipase C epsilon-1; Phospholipase C, epsilon 1; PLCE; PLC-epsilon-1
Type:  Phospholipase; EC 3.1.4.11; Carbohydrate Metabolism - inositol phosphate
Mass (Da):  258710
Number AA: 
UniProt ID:  Q9P212
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000139  GO:0005829  GO:0005624 Uniprot OncoNet
Molecular Function:  GO:0017016  GO:0005509  GO:0005085 PhosphoSite+ KinaseNET
Biological Process:  GO:0007265  GO:0000187  GO:0007200 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 1S24RKVVSAQSAADESSE
Site 2S30QSAADESSEKVSDIN
Site 3S34DESSEKVSDINISKA
Site 4T43INISKAHTVRRSGET
Site 5S47KAHTVRRSGETSHTI
Site 6S51VRRSGETSHTISQLN
Site 7T53RSGETSHTISQLNKL
Site 8S55GETSHTISQLNKLKE
Site 9S65NKLKEEPSGSNLPKI
Site 10S67LKEEPSGSNLPKILS
Site 11S74SNLPKILSIAREKIV
Site 12S82IAREKIVSDENSNEK
Site 13S86KIVSDENSNEKCWEK
Site 14Y123GLPQRQFYEMYNSVA
Site 15Y126QRQFYEMYNSVAEED
Site 16T138EEDLCLETGIPSPLE
Site 17S142CLETGIPSPLERKVF
Site 18S160QLELDRPSMGISPLG
Site 19S164DRPSMGISPLGNQSV
Site 20S170ISPLGNQSVIIETGR
Site 21S182TGRAHPDSRRAVFHF
Site 22Y191RAVFHFHYEVDRRMS
Site 23S198YEVDRRMSDTFCTLS
Site 24T200VDRRMSDTFCTLSEN
Site 25S205SDTFCTLSENLILDD
Site 26Y230EEKQKKNYVAYTCKL
Site 27Y263CDTLNDKYFCFEGSC
Site 28Y277CEKVDMVYSGDSFCR
Site 29S278EKVDMVYSGDSFCRK
Site 30T288SFCRKDFTDSQAAKT
Site 31S290CRKDFTDSQAAKTFL
Site 32T295TDSQAAKTFLSHFED
Site 33S298QAAKTFLSHFEDFPD
Site 34S317VEEDAFKSKKERSTL
Site 35T323KSKKERSTLLVRRFC
Site 36S339NDREVKKSVYTGTRA
Site 37S362HIGLTAWSYIDQKRN
Site 38Y363IGLTAWSYIDQKRNG
Site 39S383GRVMEPPSTVEIRQD
Site 40T384RVMEPPSTVEIRQDG
Site 41S392VEIRQDGSQRLSEAQ
Site 42S396QDGSQRLSEAQWYPI
Site 43Y401RLSEAQWYPIYNAVR
Site 44Y404EAQWYPIYNAVRREE
Site 45T412NAVRREETENTVGSL
Site 46T415RREETENTVGSLLHF
Site 47S418ETENTVGSLLHFLTK
Site 48S429FLTKLPASETAHGRI
Site 49S437ETAHGRISVGPCLKQ
Site 50T449LKQCVRDTVCEYRAT
Site 51T456TVCEYRATLQRTSIS
Site 52S461RATLQRTSISQYITG
Site 53S463TLQRTSISQYITGSL
Site 54Y465QRTSISQYITGSLLE
Site 55S485GARSGLLSTFGGSTG
Site 56T486ARSGLLSTFGGSTGR
Site 57S490LLSTFGGSTGRMMLK
Site 58S504KERQPGPSVANSNAL
Site 59S508PGPSVANSNALPSSS
Site 60S513ANSNALPSSSAGISK
Site 61S514NSNALPSSSAGISKE
Site 62S515SNALPSSSAGISKEL
Site 63S519PSSSAGISKELIDLQ
Site 64S537QFPEEVASILMEQEQ
Site 65T545ILMEQEQTIYRRVLP
Site 66Y547MEQEQTIYRRVLPVD
Site 67T565FLTRDLGTPECQSSL
Site 68S571GTPECQSSLPCLKAS
Site 69T586ISASILTTQNGEHNA
Site 70Y627EKREVFSYLVHVAKC
Site 71S653EFLAGLRSRKVLKMW
Site 72T670MDQSDIETMRSLKDA
Site 73S673SDIETMRSLKDAMAQ
Site 74Y687QHESSCEYRKVVTRA
Site 75Y730LMKLCPRYNSQEETL
Site 76S732KLCPRYNSQEETLEF
Site 77T736RYNSQEETLEFVADY
Site 78Y743TLEFVADYSGQDNFL
Site 79S761GQNGLKNSEKESTVN
Site 80S765LKNSEKESTVNSIFQ
Site 81T766KNSEKESTVNSIFQV
Site 82S769EKESTVNSIFQVIRS
Site 83S776SIFQVIRSCNRSLET
Site 84S780VIRSCNRSLETDEED
Site 85S788LETDEEDSPSEGNSS
Site 86S790TDEEDSPSEGNSSRK
Site 87S794DSPSEGNSSRKSSLK
Site 88S795SPSEGNSSRKSSLKD
Site 89S798EGNSSRKSSLKDKSR
Site 90S799GNSSRKSSLKDKSRW
Site 91S804KSSLKDKSRWQFIIG
Site 92S816IIGDLLDSDNDIFEQ
Site 93S824DNDIFEQSKEYDSHG
Site 94Y827IFEQSKEYDSHGSED
Site 95S829EQSKEYDSHGSEDSQ
Site 96S835DSHGSEDSQKAFDHG
Site 97T866QFLLQGATVIHYDQD
Site 98Y870QGATVIHYDQDTHLS
Site 99T874VIHYDQDTHLSARCF
Site 100S889LQLQPDNSTLTWVKP
Site 101T898LTWVKPTTASPASSK
Site 102S900WVKPTTASPASSKAK
Site 103S903PTTASPASSKAKLGV
Site 104T914KLGVLNNTAEPGKFP
Site 105T955HPGIDIHTVCVQNKL
Site 106S964CVQNKLGSMFLSETG
Site 107Y976ETGVTLLYGLQTTDN
Site 108T981LLYGLQTTDNRLLHF
Site 109Y1027QQWLRKQYVSLYQED
Site 110S1029WLRKQYVSLYQEDGR
Site 111Y1031RKQYVSLYQEDGRYE
Site 112Y1037LYQEDGRYEGPTLAH
Site 113T1041DGRYEGPTLAHAVEL
Site 114S1055LFGGRRWSARNPSPG
Site 115S1060RWSARNPSPGTSAKN
Site 116S1064RNPSPGTSAKNAEKP
Site 117T1078PNMQRNNTLGISTTK
Site 118S1096KILMRGESGEVTDDE
Site 119T1100RGESGEVTDDEMATR
Site 120S1117KMHKECRSRSGSDPQ
Site 121S1119HKECRSRSGSDPQDI
Site 122S1121ECRSRSGSDPQDINE
Site 123S1132DINEQEESEVNAIAN
Site 124S1146NPPNPLPSRRAHSLT
Site 125S1151LPSRRAHSLTTAGSP
Site 126T1153SRRAHSLTTAGSPNL
Site 127S1157HSLTTAGSPNLAAGT
Site 128S1165PNLAAGTSSPIRPVS
Site 129S1166NLAAGTSSPIRPVSS
Site 130S1172SSPIRPVSSPVLSSS
Site 131S1173SPIRPVSSPVLSSSN
Site 132S1177PVSSPVLSSSNKSPS
Site 133S1178VSSPVLSSSNKSPSS
Site 134S1179SSPVLSSSNKSPSSA
Site 135S1182VLSSSNKSPSSAWSS
Site 136S1184SSSNKSPSSAWSSSS
Site 137S1185SSNKSPSSAWSSSSW
Site 138S1188KSPSSAWSSSSWHGR
Site 139S1189SPSSAWSSSSWHGRI
Site 140S1190PSSAWSSSSWHGRIK
Site 141S1191SSAWSSSSWHGRIKG
Site 142S1205GGMKGFQSFMVSDSN
Site 143S1211QSFMVSDSNMSFVEF
Site 144S1224EFVELFKSFSVRSRK
Site 145S1226VELFKSFSVRSRKDL
Site 146Y1240LKDLFDVYAVPCNRS
Site 147S1247YAVPCNRSGSESAPL
Site 148S1249VPCNRSGSESAPLYT
Site 149S1251CNRSGSESAPLYTNL
Site 150Y1255GSESAPLYTNLTIDE
Site 151T1259APLYTNLTIDENTSD
Site 152T1275QPDLDLLTRNVSDLG
Site 153S1287DLGLFIKSKQQLSDN
Site 154S1292IKSKQQLSDNQRQIS
Site 155S1299SDNQRQISDAIAAAS
Site 156S1382MDKENFASKNDESQE
Site 157S1387FASKNDESQENIKEL
Site 158S1399KELQLPLSYYYIESS
Site 159Y1400ELQLPLSYYYIESSH
Site 160Y1401LQLPLSYYYIESSHN
Site 161Y1402QLPLSYYYIESSHNT
Site 162T1409YIESSHNTYLTGHQL
Site 163Y1410IESSHNTYLTGHQLK
Site 164S1421HQLKGESSVELYSQV
Site 165Y1425GESSVELYSQVLLQG
Site 166Y1451DDGMPIIYHGHTLTT
Site 167S1520FLFETDFSDDPMLPS
Site 168S1527SDDPMLPSPDQLRKK
Site 169T1547KKLKAHQTPVDILKQ
Site 170Y1589EEDEEDEYDYDYESL
Site 171Y1591DEEDEYDYDYESLSD
Site 172Y1593EDEYDYDYESLSDDN
Site 173S1595EYDYDYESLSDDNIL
Site 174S1597DYDYESLSDDNILED
Site 175S1610EDRPENKSCNDKLQF
Site 176S1633RIKKADNSACNKGKV
Site 177Y1641ACNKGKVYDMELGEE
Site 178T1682VKFPGLSTLNASGSS
Site 179S1686GLSTLNASGSSRGKE
Site 180S1688STLNASGSSRGKERK
Site 181S1696SRGKERKSRKSIFGN
Site 182S1699KERKSRKSIFGNNPG
Site 183S1709GNNPGRMSPGETASF
Site 184T1713GRMSPGETASFNKTS
Site 185S1715MSPGETASFNKTSGK
Site 186T1719ETASFNKTSGKSSCE
Site 187S1720TASFNKTSGKSSCEG
Site 188S1724NKTSGKSSCEGIRQT
Site 189T1731SCEGIRQTWEESSSP
Site 190S1735IRQTWEESSSPLNPT
Site 191S1737QTWEESSSPLNPTTS
Site 192T1743SSPLNPTTSLSAIIR
Site 193S1744SPLNPTTSLSAIIRT
Site 194S1746LNPTTSLSAIIRTPK
Site 195Y1755IIRTPKCYHISSLNE
Site 196S1759PKCYHISSLNENAAK
Site 197Y1772AKRLCRRYSQKLTQH
Site 198S1773KRLCRRYSQKLTQHT
Site 199T1777RRYSQKLTQHTACQL
Site 200Y1788ACQLLRTYPAATRID
Site 201S1796PAATRIDSSNPNPLM
Site 202S1797AATRIDSSNPNPLMF
Site 203T1818LVALNYQTDDLPLHL
Site 204Y1853WDKNCPMYQKFSPLE
Site 205S1857CPMYQKFSPLERDLD
Site 206S1865PLERDLDSMDPAVYS
Site 207S1884SGQNVCPSNSMGSPC
Site 208S1886QNVCPSNSMGSPCIE
Site 209S1903VLGMPLDSCHFRTKP
Site 210Y1963LKALKRGYRHLQLRN
Site 211S1980NEVLEISSLFINSRR
Site 212S1985ISSLFINSRRMEENS
Site 213S1992SRRMEENSSGNTMSA
Site 214S1993RRMEENSSGNTMSAS
Site 215T1996EENSSGNTMSASSMF
Site 216S1998NSSGNTMSASSMFNT
Site 217S2000SGNTMSASSMFNTEE
Site 218T2005SASSMFNTEERKCLQ
Site 219T2013EERKCLQTHRVTVHG
Site 220T2017CLQTHRVTVHGVPGP
Site 221T2056EQDIKPVTTDYFLME
Site 222Y2059IKPVTTDYFLMEEKY
Site 223Y2066YFLMEEKYFISKEKN
Site 224S2095EEIMQILSSWFPEEG
Site 225Y2103SWFPEEGYMGRIVLK
Site 226T2111MGRIVLKTQQENLEE
Site 227S2131DDKEVILSSEEESFF
Site 228S2132DKEVILSSEEESFFV
Site 229S2136ILSSEEESFFVQVHD
Site 230S2145FVQVHDVSPEQPRTV
Site 231T2151VSPEQPRTVIKAPRV
Site 232T2160IKAPRVSTAQDVIQQ
Site 233T2168AQDVIQQTLCKAKYS
Site 234Y2174QTLCKAKYSYSILSN
Site 235S2175TLCKAKYSYSILSNP
Site 236S2177CKAKYSYSILSNPNP
Site 237S2180KYSYSILSNPNPSDY
Site 238S2185ILSNPNPSDYVLLEE
Site 239Y2187SNPNPSDYVLLEEVV
Site 240T2197LEEVVKDTTNKKTTT
Site 241T2202KDTTNKKTTTPKSSQ
Site 242T2203DTTNKKTTTPKSSQR
Site 243T2204TTNKKTTTPKSSQRV
Site 244S2207KKTTTPKSSQRVLLD
Site 245S2208KTTTPKSSQRVLLDQ
Site 246S2251EDKKKGISFASELKK
Site 247T2270TKQPRGLTSPSQLLT
Site 248S2271KQPRGLTSPSQLLTS
Site 249S2273PRGLTSPSQLLTSES
Site 250T2277TSPSQLLTSESIQTK
Site 251S2278SPSQLLTSESIQTKE
Site 252S2280SQLLTSESIQTKEEK
Site 253T2283LTSESIQTKEEKPVG
Site 254S2293EKPVGGLSSSDTMDY
Site 255S2294KPVGGLSSSDTMDYR
Site 256S2295PVGGLSSSDTMDYRQ
Site 257T2297GGLSSSDTMDYRQ__
 
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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