PhosphoNET

           
Protein Info 
   
Short Name:  CACNA1F
Full Name:  Voltage-dependent L-type calcium channel subunit alpha-1F
Alias:  Voltage-gated calcium channel subunit alpha Cav1.4
Type: 
Mass (Da):  220678
Number AA:  1977
UniProt ID:  O60840
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 1T10ESEGGKDTTPEPSPA
Site 2T11SEGGKDTTPEPSPAN
Site 3S15KDTTPEPSPANGAGP
Site 4S39PPAVEGESSGASGLG
Site 5S40PAVEGESSGASGLGT
Site 6S43EGESSGASGLGTPKR
Site 7T47SGASGLGTPKRRNQH
Site 8S55PKRRNQHSKHKTVAV
Site 9T59NQHSKHKTVAVASAQ
Site 10S64HKTVAVASAQRSPRA
Site 11S87PLRRSCISIVEWKPF
Site 12S120IPFPEDDSNTANHNL
Site 13T122FPEDDSNTANHNLEQ
Site 14Y158LVLHPSAYIRNGWNL
Site 15T193RPGDAPHTGGKPGGF
Site 16Y268GRMHKTCYFLGSDME
Site 17S272KTCYFLGSDMEAEED
Site 18S281MEAEEDPSPCASSGS
Site 19S285EDPSPCASSGSGRAC
Site 20S286DPSPCASSGSGRACT
Site 21S288SPCASSGSGRACTLN
Site 22T293SGSGRACTLNQTECR
Site 23Y337EGWTDVLYWMQDAMG
Site 24S372NLVLGVLSGEFSKER
Site 25S376GVLSGEFSKEREKAK
Site 26Y404MEEDLRGYLDWITQA
Site 27S420ELDMEDPSADDNLGS
Site 28S427SADDNLGSMAEEGRA
Site 29T444RPQLAELTNRRRGRL
Site 30S455RGRLRWFSHSTRSTH
Site 31S457RLRWFSHSTRSTHST
Site 32S460WFSHSTRSTHSTSSH
Site 33T461FSHSTRSTHSTSSHA
Site 34S463HSTRSTHSTSSHASL
Site 35T464STRSTHSTSSHASLP
Site 36S465TRSTHSTSSHASLPA
Site 37S466RSTHSTSSHASLPAS
Site 38S469HSTSSHASLPASDTG
Site 39S473SHASLPASDTGSMTE
Site 40T475ASLPASDTGSMTETQ
Site 41S477LPASDTGSMTETQGD
Site 42T481DTGSMTETQGDEDEE
Site 43S494EEEGALASCTRCLNK
Site 44Y588YGLGPSAYVSSFFNR
Site 45S590LGPSAYVSSFFNRFD
Site 46S591GPSAYVSSFFNRFDC
Site 47S641KVTRHWASLSNLVAS
Site 48T687GKFNFDQTHTKRSTF
Site 49T693QTHTKRSTFDTFPQA
Site 50T696TKRSTFDTFPQALLT
Site 51Y718EDWNVVMYDGIMAYG
Site 52S777KDKGGEKSNEKDLPQ
Site 53S855GSAFFCLSQTNPLRK
Site 54S898EDPIRAHSFRNHILG
Site 55Y906FRNHILGYFDYAFTS
Site 56S938HRGSFCRSWFNMLDL
Site 57S960ISFGIHSSAISVVKI
Site 58T1030KGKFYTCTDEAKHTP
Site 59T1036CTDEAKHTPQECKGS
Site 60S1043TPQECKGSFLVYPDG
Site 61Y1047CKGSFLVYPDGDVSR
Site 62S1053VYPDGDVSRPLVRER
Site 63Y1099LYKAIDAYAEDHGPI
Site 64Y1107AEDHGPIYNYRVEIS
Site 65Y1109DHGPIYNYRVEISVF
Site 66Y1148RAQGEQEYQNCELDK
Site 67Y1163NQRQCVEYALKAQPL
Site 68Y1173KAQPLRRYIPKNPHQ
Site 69Y1212VALAMQHYEQTAPFN
Site 70S1283NGGHLGESSEDSSRI
Site 71S1284GGHLGESSEDSSRIS
Site 72S1287LGESSEDSSRISITF
Site 73S1288GESSEDSSRISITFF
Site 74S1291SEDSSRISITFFRLF
Site 75S1308MRLVKLLSKGEGIRT
Site 76T1315SKGEGIRTLLWTFIK
Site 77S1402GNRCDPESDFGPGEE
Site 78Y1446VIMDNFDYLTRDWSI
Site 79S1452DYLTRDWSILGPHHL
Site 80S1467DEFKRIWSEYDPGAK
Site 81Y1469FKRIWSEYDPGAKGR
Site 82T1579PPDEEEVTVGKFYAT
Site 83Y1592ATFLIQDYFRKFRRR
Site 84S1612LGNDAAPSTSSALQA
Site 85S1623ALQAGLRSLQDLGPE
Site 86T1636PEMRQALTCDTEEEE
Site 87T1639RQALTCDTEEEEEEG
Site 88S1667TNKATMVSQPSARRG
Site 89S1670ATMVSQPSARRGSGI
Site 90S1675QPSARRGSGISVSLP
Site 91S1678ARRGSGISVSLPVGD
Site 92S1680RGSGISVSLPVGDRL
Site 93S1690VGDRLPDSLSFGPSD
Site 94S1692DRLPDSLSFGPSDDD
Site 95S1696DSLSFGPSDDDRGTP
Site 96T1702PSDDDRGTPTSSQPS
Site 97S1705DDRGTPTSSQPSVPQ
Site 98S1706DRGTPTSSQPSVPQA
Site 99S1709TPTSSQPSVPQAGSN
Site 100S1715PSVPQAGSNTHRRGS
Site 101T1717VPQAGSNTHRRGSGA
Site 102S1722SNTHRRGSGALIFTI
Site 103S1735TIPEEGNSQPKGTKG
Site 104S1757EEVPDRLSYLDEQAG
Site 105Y1758EVPDRLSYLDEQAGT
Site 106S1769QAGTPPCSVLLPPHR
Site 107T1795RRRLLPPTPAGRKPS
Site 108S1802TPAGRKPSFTIQCLQ
Site 109T1804AGRKPSFTIQCLQRQ
Site 110S1813QCLQRQGSCEDLPIP
Site 111T1822EDLPIPGTYHRGRNS
Site 112Y1823DLPIPGTYHRGRNSG
Site 113S1829TYHRGRNSGPNRAQG
Site 114T1840RAQGSWATPPQRGRL
Site 115Y1849PQRGRLLYAPLLLVE
Site 116Y1864EGAAGEGYLGRSSGP
Site 117S1869EGYLGRSSGPLRTFT
Site 118T1874RSSGPLRTFTCLHVP
Site 119T1883TCLHVPGTHSDPSHG
Site 120S1888PGTHSDPSHGKRGSA
Site 121S1894PSHGKRGSADSLVEA
Site 122T1932IADACRLTLDEMDNA
Site 123S1949DLLAQGTSSLYSDEE
Site 124S1950LLAQGTSSLYSDEES
Site 125Y1952AQGTSSLYSDEESIL
Site 126S1953QGTSSLYSDEESILS
Site 127S1957SLYSDEESILSRFDE
Site 128S1960SDEESILSRFDEEDL
 
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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