PhosphoNET

           
Protein Info 
   
Short Name:  EFCAB5
Full Name:  EF-hand calcium-binding domain-containing protein 5
Alias:  EFCB5; EF-hand calcium binding domain 5; FLJ46247
Type:  Calcium-binding protein
Mass (Da):  173419
Number AA:  1503
UniProt ID:  A4FU69
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005509     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 1T28KERKWNLTEVKELHE
Site 2T36EVKELHETLQSVPDV
Site 3S39ELHETLQSVPDVPVK
Site 4T49DVPVKEDTNSVVEKA
Site 5S51PVKEDTNSVVEKAMD
Site 6S62KAMDEIKSQELNLEG
Site 7S74LEGQRKISPGSIKDS
Site 8S77QRKISPGSIKDSKTE
Site 9S81SPGSIKDSKTEASGN
Site 10T83GSIKDSKTEASGNIA
Site 11T104VIFALDETELKSKPE
Site 12S108LDETELKSKPEHTWK
Site 13T191PGVENMLTQVEKKKV
Site 14T200VEKKKVLTEADTPSK
Site 15T204KVLTEADTPSKFDPI
Site 16S206LTEADTPSKFDPINY
Site 17Y213SKFDPINYLGEYLIR
Site 18Y217PINYLGEYLIRNNPN
Site 19Y225LIRNNPNYIKDPGMS
Site 20Y234KDPGMSGYQRLMKEV
Site 21T252LKIYVPDTICNRVSK
Site 22S273QNRKQRESIDKIKVK
Site 23S307PKGMIPKSVIQNVLQ
Site 24S326NPDFKLGSHCKQLDI
Site 25T334HCKQLDITDSTEPRL
Site 26S336KQLDITDSTEPRLNK
Site 27T337QLDITDSTEPRLNKM
Site 28T347RLNKMEFTEYISSHI
Site 29Y349NKMEFTEYISSHIKD
Site 30S352EFTEYISSHIKDLKS
Site 31S359SHIKDLKSEMFEELL
Site 32S372LLKHLCHSADEFREV
Site 33S420LELFYDHSSQMLRSL
Site 34S421ELFYDHSSQMLRSLL
Site 35S426HSSQMLRSLLRNPRQ
Site 36S478LLSANHASKTQSKLL
Site 37T480SANHASKTQSKLLES
Site 38S482NHASKTQSKLLESPD
Site 39S487TQSKLLESPDQPKLN
Site 40T498PKLNEQRTSTPSPNP
Site 41S499KLNEQRTSTPSPNPP
Site 42T500LNEQRTSTPSPNPPE
Site 43S502EQRTSTPSPNPPEQQ
Site 44T513PEQQRGVTAEQGPQR
Site 45S522EQGPQRISIEEQQQG
Site 46Y539PTAEQELYIESVIEP
Site 47S542EQELYIESVIEPGTH
Site 48T548ESVIEPGTHTESTLE
Site 49T553PGTHTESTLEQGSSR
Site 50S558ESTLEQGSSRRLLTE
Site 51S559STLEQGSSRRLLTEQ
Site 52T564GSSRRLLTEQETHRE
Site 53T568RLLTEQETHRESTTE
Site 54S572EQETHRESTTEQGQH
Site 55T573QETHRESTTEQGQHK
Site 56S582EQGQHKGSIEGQGPR
Site 57S592GQGPRRVSVSEQGSS
Site 58S594GPRRVSVSEQGSSRE
Site 59S598VSVSEQGSSRESVAE
Site 60S599SVSEQGSSRESVAEQ
Site 61S602EQGSSRESVAEQGSR
Site 62S608ESVAEQGSRRESIAE
Site 63S612EQGSRRESIAEQDRH
Site 64S622EQDRHKGSVAEQGSR
Site 65S628GSVAEQGSRRMSAAE
Site 66S632EQGSRRMSAAEQGSL
Site 67S638MSAAEQGSLRESVIE
Site 68S642EQGSLRESVIEEPYQ
Site 69Y648ESVIEEPYQKSEQGP
Site 70Y656QKSEQGPYGEIISEE
Site 71S661GPYGEIISEEQEDIG
Site 72S669EEQEDIGSTSQSRKD
Site 73S671QEDIGSTSQSRKDSI
Site 74S673DIGSTSQSRKDSILK
Site 75S677TSQSRKDSILKSTKY
Site 76S681RKDSILKSTKYGEPI
Site 77Y684SILKSTKYGEPITSE
Site 78S690KYGEPITSEYIEVPL
Site 79Y692GEPITSEYIEVPLQE
Site 80S702VPLQEKRSWEQTYEE
Site 81T706EKRSWEQTYEEEIFL
Site 82S714YEEEIFLSSELQEEV
Site 83T723ELQEEVPTLSRKDHF
Site 84T733RKDHFPETTKKEVQK
Site 85S748DKPCEPKSQKIEGKS
Site 86S755SQKIEGKSWSGEFFT
Site 87T771NWKMKYVTFEDEEQA
Site 88S785ANLIYGNSRFTDLHS
Site 89T788IYGNSRFTDLHSIIR
Site 90S792SRFTDLHSIIRNIQS
Site 91S834VGEDAPLSVSETLTS
Site 92T838APLSVSETLTSFFKE
Site 93T840LSVSETLTSFFKEGY
Site 94S841SVSETLTSFFKEGYV
Site 95Y847TSFFKEGYVETEQEK
Site 96S862MNALEQFSQNAFQVR
Site 97S883AIFQKWDSDGSGFLD
Site 98Y899KEVDELLYTYKEGME
Site 99T900EVDELLYTYKEGMEK
Site 100S931PGHEVRLSSKQFQNY
Site 101S932GHEVRLSSKQFQNYI
Site 102Y938SSKQFQNYIELVVSE
Site 103S944NYIELVVSELRGNED
Site 104S956NEDQVLESVVEFLMN
Site 105S968LMNALERSHIESLRN
Site 106S972LERSHIESLRNSARR
Site 107S976HIESLRNSARRKWLH
Site 108S995AAETSGVSLEPVYSE
Site 109T1003LEPVYSETFKALMQD
Site 110S1020AHGNKKISAHISLLE
Site 111S1066YRDMKGISFTVVDEG
Site 112T1068DMKGISFTVVDEGKP
Site 113Y1099QSRNKHDYNGSFLAL
Site 114S1102NKHDYNGSFLALPLQ
Site 115Y1152ANVFSTAYHYVHSRE
Site 116Y1154VFSTAYHYVHSREHI
Site 117T1184SSITSITTYFVEPSP
Site 118S1190TTYFVEPSPAQDSDY
Site 119S1195EPSPAQDSDYVLRNM
Site 120Y1197SPAQDSDYVLRNMMV
Site 121T1219EIHKNPPTIHRKSCI
Site 122Y1281RMLLCQEYKDLQKMM
Site 123Y1310SGEIKKKYILEIENV
Site 124T1356SLLLYDHTLVTEPNS
Site 125T1359LYDHTLVTEPNSPQD
Site 126S1363TLVTEPNSPQDSKSM
Site 127S1367EPNSPQDSKSMELEA
Site 128S1369NSPQDSKSMELEANV
Site 129S1397FHPELEFSSDFGSWD
Site 130S1398HPELEFSSDFGSWDK
Site 131Y1409SWDKCKFYVNKYLVN
Site 132Y1438NVQLIDEYIRDHSRT
Site 133T1480KQLNSGITPPLPSKT
Site 134S1485GITPPLPSKTDNYMY
Site 135T1487TPPLPSKTDNYMYAK
Site 136Y1490LPSKTDNYMYAKMPG
Site 137Y1492SKTDNYMYAKMPGEG
 
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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