PhosphoNET

           
Protein Info 
   
Short Name:  VPS13C
Full Name:  Vacuolar protein sorting-associated protein 13C
Alias:  VP13C
Type:  Unknown function
Mass (Da):  422390
Number AA:  3753
UniProt ID:  Q709C8
International Prot ID:  IPI00465428
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0008104     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 1Y18LNRFLGDYVENLNKS
Site 2S25YVENLNKSQLKLGIW
Site 3S49QIKENALSELDVPFK
Site 4T66AGQIDKLTLKIPWKN
Site 5Y98VPGASIKYDAVKEEK
Site 6S106DAVKEEKSLQDVKQK
Site 7Y144YGLENFVYKDIKPGR
Site 8S170PFKGLDRSKDKPKEA
Site 9T181PKEAKKDTFVEKLAT
Site 10T188TFVEKLATQVIKNVQ
Site 11Y205ITDIHIKYEDDVTDP
Site 12T210IKYEDDVTDPKRPLS
Site 13S217TDPKRPLSFGVTLGE
Site 14T235LTANEHWTPCILNEA
Site 15S254YKLIRLDSLSAYWNV
Site 16Y258RLDSLSAYWNVNCSM
Site 17Y267NVNCSMSYQRSREQI
Site 18S270CSMSYQRSREQILDQ
Site 19S285LKNEILTSGNIPPNY
Site 20Y292SGNIPPNYQYIFQPI
Site 21Y306ISASAKLYMNPYAES
Site 22Y310AKLYMNPYAESELKT
Site 23T317YAESELKTPKLDCNI
Site 24T334QNIAIELTKPQYLSM
Site 25S340LTKPQYLSMIDLLES
Site 26Y350DLLESVDYMVRNAPY
Site 27Y360RNAPYRKYKPYLPLH
Site 28Y363PYRKYKPYLPLHTNG
Site 29Y376NGRRWWKYAIDSVLE
Site 30S407KHRQLLKSYKIAYKN
Site 31T417IAYKNKLTQSKVSEE
Site 32S419YKNKLTQSKVSEEIQ
Site 33S463GQKLRKKSADTGEKR
Site 34T466LRKKSADTGEKRGGW
Site 35S475EKRGGWFSGLWGKKE
Site 36S490SKKKDEESLIPETID
Site 37T501ETIDDLMTPEEKDKL
Site 38S515LFTAIGYSESTHNLT
Site 39S517TAIGYSESTHNLTLP
Site 40T522SESTHNLTLPKQYVA
Site 41S540TLKLVSTSVTIRENK
Site 42T542KLVSTSVTIRENKNI
Site 43S565IGLGTQVSQRPGAQA
Site 44S595RQQDIVPSLVASIGD
Site 45S606SIGDTTSSLLKIKFE
Site 46T614LLKIKFETNPEDSPA
Site 47S619FETNPEDSPADQTLI
Site 48T624EDSPADQTLIVQSQP
Site 49Y636SQPVEVIYDAKTVNA
Site 50T676EIKERTATGLTHIIE
Site 51Y698RINLKPSYLVVPQTG
Site 52T704SYLVVPQTGFHHEKS
Site 53S711TGFHHEKSDLLILDF
Site 54S725FGTFQLNSKDQGLQK
Site 55T733KDQGLQKTTNSSLEE
Site 56T734DQGLQKTTNSSLEEI
Site 57S736GLQKTTNSSLEEIMD
Site 58S737LQKTTNSSLEEIMDK
Site 59Y746EEIMDKAYDKFDVEI
Site 60S818PLMHVRISDQKMKDV
Site 61S831DVLYLMNSIPLPQKS
Site 62S838SIPLPQKSSAQSPER
Site 63S839IPLPQKSSAQSPERQ
Site 64S842PQKSSAQSPERQVSS
Site 65S848QSPERQVSSIPIISG
Site 66S849SPERQVSSIPIISGG
Site 67T869GTSLLLDTVESESDD
Site 68S872LLLDTVESESDDEYF
Site 69Y878ESESDDEYFDAEDGE
Site 70S891GEPQTCKSMKGSELK
Site 71S895TCKSMKGSELKKAAE
Site 72T944FNVTQLGTEATMRTF
Site 73T947TQLGTEATMRTFDLT
Site 74T950GTEATMRTFDLTVVS
Site 75T954TMRTFDLTVVSYLKK
Site 76S957TFDLTVVSYLKKISL
Site 77S963VSYLKKISLDYHEIE
Site 78Y966LKKISLDYHEIEGSK
Site 79S972DYHEIEGSKRKPLHL
Site 80S981RKPLHLISSSDKPGL
Site 81S982KPLHLISSSDKPGLD
Site 82S983PLHLISSSDKPGLDL
Site 83S1004KADKNGPSFQTAFGK
Site 84T1015AFGKTEQTVKVAFSS
Site 85T1041ASINYLTTIIPSDDQ
Site 86S1049IIPSDDQSISVAKEV
Site 87S1051PSDDQSISVAKEVQI
Site 88S1059VAKEVQISTEKQQKN
Site 89S1114IKIQGLDSSLSLQSR
Site 90S1115KIQGLDSSLSLQSRK
Site 91S1117QGLDSSLSLQSRKQS
Site 92S1120DSSLSLQSRKQSLFA
Site 93S1124SLQSRKQSLFARLEN
Site 94T1141VTDVDPKTVHKKAVS
Site 95Y1162FRFNLDLYPDATEGD
Site 96T1166LDLYPDATEGDLYTD
Site 97Y1171DATEGDLYTDMSKVD
Site 98T1172ATEGDLYTDMSKVDG
Site 99S1175GDLYTDMSKVDGVLS
Site 100T1209NFLNNFQTAKESLSA
Site 101S1213NFQTAKESLSAATAQ
Site 102T1227QAAERAATSVKDLAQ
Site 103S1236VKDLAQRSFRVSINI
Site 104S1240AQRSFRVSINIDLKA
Site 105S1276IRVHNQFSLVSDEDY
Site 106S1279HNQFSLVSDEDYLNP
Site 107Y1283SLVSDEDYLNPPVID
Site 108Y1302QLTKLTLYRTVIQPG
Site 109Y1336RNLAASWYHKVPVVE
Site 110S1350EIKGHLDSMNVSLNQ
Site 111S1354HLDSMNVSLNQEDLN
Site 112S1398IKEPLEISISQDVHD
Site 113S1400EPLEISISQDVHDSK
Site 114S1406ISQDVHDSKNTLTTG
Site 115T1437EIKEVVVTLMKKSEK
Site 116S1442VVTLMKKSEKKGRPL
Site 117T1469KVKTYDMTAKAYLKK
Site 118Y1473YDMTAKAYLKKISMQ
Site 119T1485SMQCFDFTDSKGEPL
Site 120S1497EPLHIINSSNVTDEP
Site 121T1501IINSSNVTDEPLLKM
Site 122T1511PLLKMLLTKADSDGP
Site 123S1515MLLTKADSDGPEFKT
Site 124T1522SDGPEFKTIHDSTKQ
Site 125S1526EFKTIHDSTKQRLKV
Site 126S1561LSSAAPFSEPSSSEK
Site 127S1564AAPFSEPSSSEKESE
Site 128S1565APFSEPSSSEKESEL
Site 129S1566PFSEPSSSEKESELK
Site 130S1570PSSSEKESELKPLVG
Site 131S1588SIAVKAVSSNISQKD
Site 132S1592KAVSSNISQKDVFDL
Site 133S1630KIHGMDASISVKPKQ
Site 134S1632HGMDASISVKPKQTD
Site 135S1656VMNVDLQSIHKKAVS
Site 136S1663SIHKKAVSILGDEVF
Site 137T1675EVFRFQLTLYPDATE
Site 138Y1677FRFQLTLYPDATEGE
Site 139T1681LTLYPDATEGEAYAD
Site 140Y1686DATEGEAYADMSKVD
Site 141S1690GEAYADMSKVDGKLS
Site 142S1697SKVDGKLSFKVGCIQ
Site 143S1730QTAKEALSTATVQAA
Site 144S1742QAAERAASSMKDLAQ
Site 145S1751MKDLAQKSFRLLMDI
Site 146S1791IRVENKFSLVPMEHY
Site 147T1812DKMNIELTQLKLSRT
Site 148S1817ELTQLKLSRTILQAS
Site 149T1876ALSEDDLTVLMKILL
Site 150S1890LENLGEASSQPSPTQ
Site 151S1891ENLGEASSQPSPTQS
Site 152S1894GEASSQPSPTQSVQE
Site 153S1898SQPSPTQSVQETVRV
Site 154T1902PTQSVQETVRVRKVD
Site 155S1911RVRKVDVSSVPDHLK
Site 156S1912VRKVDVSSVPDHLKE
Site 157T1924LKEQEDWTDSKLSMN
Site 158S1929DWTDSKLSMNQIVSL
Site 159Y1950ESLSIILYNNDINQE
Site 160S1966GVAFHNDSFQLGELR
Site 161S1979LRLHLMASSGKMFKD
Site 162S1980RLHLMASSGKMFKDG
Site 163S1988GKMFKDGSMNVSVKL
Site 164S1992KDGSMNVSVKLKTCT
Site 165T1999SVKLKTCTLDDLREG
Site 166T2011REGIERATSRMIDRK
Site 167S2012EGIERATSRMIDRKN
Site 168S2025KNDQDNNSSMIDISY
Site 169Y2032SSMIDISYKQDKNGS
Site 170S2071FIKAVPQSPENVAKE
Site 171T2086TQILPRQTATGKVKI
Site 172S2098VKIEKDDSVRPNMTL
Site 173S2137ASFQCNLSLSTSKLE
Site 174S2139FQCNLSLSTSKLEQM
Site 175S2141CNLSLSTSKLEQMME
Site 176T2171EKRGKNITTVLQPCS
Site 177T2172KRGKNITTVLQPCSL
Site 178S2220LTIMAALSPKTKEDG
Site 179T2223MAALSPKTKEDGSKD
Site 180S2228PKTKEDGSKDTSKEM
Site 181S2232EDGSKDTSKEMENLW
Site 182Y2247GIKSINDYNTWFLGV
Site 183S2263TATEITESFKGIEHS
Site 184S2270SFKGIEHSLIEENCG
Site 185T2286VVESIQVTLECGLGH
Site 186S2314GNIKNWTSLMAAVAD
Site 187S2364KNPVQDKSLLPGDDF
Site 188T2390SGNTMNITISKSCLN
Site 189S2407NNLAKGFSEGTASTF
Site 190S2412GFSEGTASTFDYSLK
Site 191T2413FSEGTASTFDYSLKD
Site 192Y2416GTASTFDYSLKDRAP
Site 193Y2466GQNLELEYASMVPSS
Site 194S2468NLELEYASMVPSSQG
Site 195S2472EYASMVPSSQGNLSI
Site 196S2473YASMVPSSQGNLSIL
Site 197S2478PSSQGNLSILSRQES
Site 198S2481QGNLSILSRQESSFF
Site 199S2485SILSRQESSFFTLTI
Site 200S2486ILSRQESSFFTLTIV
Site 201T2489RQESSFFTLTIVPHG
Site 202Y2513ARPGRRLYNVRNPNA
Site 203S2521NVRNPNASHSDSVLV
Site 204S2523RNPNASHSDSVLVQI
Site 205S2525PNASHSDSVLVQIDA
Site 206T2540TEGNKVITLRSPLQI
Site 207S2543NKVITLRSPLQIKNH
Site 208Y2602AGILEHQYKESTTYI
Site 209Y2608QYKESTTYISWKEEL
Site 210S2610KESTTYISWKEELHR
Site 211Y2650ALPDELSYICTHGED
Site 212Y2662GEDWDVAYIIHLYPS
Site 213Y2678TLRNLLPYSLRYLLE
Site 214S2697THELAEGSTADVLHS
Site 215S2704STADVLHSRISGEIM
Site 216Y2718MELVLVKYQGKNWNG
Site 217T2732GHFRIRDTLPEFFPV
Site 218S2745PVCFSSDSTEVTTVD
Site 219T2749SSDSTEVTTVDLSVH
Site 220T2750SDSTEVTTVDLSVHV
Site 221S2821NKVQLKISTSAWSSS
Site 222T2822KVQLKISTSAWSSSF
Site 223S2823VQLKISTSAWSSSFS
Site 224S2826KISTSAWSSSFSLDT
Site 225S2828STSAWSSSFSLDTVG
Site 226S2830SAWSSSFSLDTVGSY
Site 227S2889LEVGEIASDGSMPTN
Site 228Y2900MPTNKWNYIASSECL
Site 229S2928RVVGCEGSSKPFFYN
Site 230Y2934GSSKPFFYNRQDNGT
Site 231T2941YNRQDNGTLLSLEDL
Site 232S2944QDNGTLLSLEDLNGG
Site 233T2963VNTAEHSTVITFSDY
Site 234T2966AEHSTVITFSDYHEG
Site 235S2968HSTVITFSDYHEGSA
Site 236Y2970TVITFSDYHEGSAPA
Site 237T2989HTPWDILTYKQSGSP
Site 238S2993DILTYKQSGSPEEMV
Site 239S2995LTYKQSGSPEEMVLL
Site 240T3015LFAWADPTGTRKLTW
Site 241T3021PTGTRKLTWTYAANV
Site 242T3023GTRKLTWTYAANVGE
Site 243Y3024TRKLTWTYAANVGEH
Site 244Y3043DGCGQFPYDANIQIH
Site 245Y3085EEMEQADYEITLSLH
Site 246T3088EQADYEITLSLHSLG
Site 247S3097SLHSLGLSLVNNESK
Site 248S3103LSLVNNESKQEVSYI
Site 249Y3109ESKQEVSYIGITSSG
Site 250S3131KQKWKPFSQKQIILL
Site 251S3141QIILLEQSYQKHQIS
Site 252Y3142IILLEQSYQKHQISR
Site 253S3177EMRLPIRSPIKRDFL
Site 254S3185PIKRDFLSGIQIEFK
Site 255S3194IQIEFKQSSHQRSLR
Site 256S3195QIEFKQSSHQRSLRA
Site 257S3199KQSSHQRSLRARLYW
Site 258Y3205RSLRARLYWLQVDNQ
Site 259S3230HPVAPPKSIALDSEP
Site 260S3235PKSIALDSEPKPFID
Site 261S3244PKPFIDVSVITRFNE
Site 262Y3252VITRFNEYSKVLQFK
Site 263T3288IALFTPTTDPEAERR
Site 264T3297PEAERRRTKLIQQDI
Site 265S3320ETSMTDMSILSFFEH
Site 266S3340VKLHLSLSLGSGGEE
Site 267S3348LGSGGEESDKEKQEM
Site 268Y3392YEIRYQFYKRDQLIW
Site 269S3400KRDQLIWSVVRHYSE
Site 270Y3405IWSVVRHYSEQFLKQ
Site 271S3406WSVVRHYSEQFLKQM
Site 272Y3498AITMDKEYQQKRREE
Site 273S3507QKRREELSRQPRDFG
Site 274S3516QPRDFGDSLARGGKG
Site 275S3587GIQRAAESTEEVSSL
Site 276T3588IQRAAESTEEVSSLR
Site 277S3593ESTEEVSSLRPPRLI
Site 278Y3609EDGIIRPYDRQESEG
Site 279S3614RPYDRQESEGSDLLE
Site 280S3617DRQESEGSDLLENHI
Site 281Y3632KKLEGETYRYHCAIP
Site 282Y3634LEGETYRYHCAIPGS
Site 283S3641YHCAIPGSKKTILMV
Site 284T3649KKTILMVTNRRVLCI
Site 285S3681EDFVFPPSVSENVLK
Site 286S3690SENVLKISVKEQGLF
Site 287Y3712QGCVRKVYLKDTATA
Site 288T3716RKVYLKDTATAERAC
Site 289T3718VYLKDTATAERACNA
Site 290S3731NAIEDAQSTRQQQKL
Site 291S3743QKLMKQSSVRLLRPQ
Site 292S3753LLRPQLPS_______
 
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