PhosphoNET

           
Protein Info 
   
Short Name:  GAPVD1
Full Name:  GTPase-activating protein and VPS9 domain-containing protein 1
Alias:  DKFZP434C212; GAPex-5; GTPase activating protein and VPS9 domain-containing protein 1; GTPase activating protein and VPS9 domains 1; KIAA1521; Rab5-activating protein 6
Type:  GTPase activating protein; Guanine nucleotide exchange protein; Intracellular, Membrane, Endosome, Cytosol protein
Mass (Da):  164980
Number AA:  1478
UniProt ID:  Q14C86
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829  GO:0005768  GO:0019898 Uniprot OncoNet
Molecular Function:  GO:0032794  GO:0005096  GO:0005085 PhosphoSite+ KinaseNET
Biological Process:  GO:0006897  GO:0051223  GO:0051056 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 1T8MVKLDIHTLAHHLKQ
Site 2Y19HLKQERLYVNSEKQL
Site 3S22QERLYVNSEKQLIQR
Site 4S66IITSAEASPAECCQH
Site 5T80HAKILEDTQFVDGYK
Site 6Y86DTQFVDGYKQLGFQE
Site 7Y96LGFQETAYGEFLSRL
Site 8S101TAYGEFLSRLRENPR
Site 9T125EKLNQENTQSVIYTV
Site 10S147IMQEDESYLLQVLRY
Site 11Y148IMQEDESYLLQVLRY
Site 12S164IEFELKESDNPRRLL
Site 13S227NKLIERFSPSQQEKL
Site 14S229LIERFSPSQQEKLFG
Site 15S240KLFGEKGSDRFRQKV
Site 16S253KVQEMVESNEAKLVA
Site 17Y268LVNKFIGYLKQNTYC
Site 18Y274GYLKQNTYCFPHSLR
Site 19Y288RWIVSQMYKTLSCVD
Site 20S292SQMYKTLSCVDRLEV
Site 21S329PEQYGIISDAPINEV
Site 22S356QQLAMTGSEEGDPRT
Site 23T363SEEGDPRTKSSLGKF
Site 24S365EGDPRTKSSLGKFDK
Site 25S366GDPRTKSSLGKFDKS
Site 26T390IGGRAVETPPLSSVN
Site 27S452PPAKPGKSSSLEMTP
Site 28S453PAKPGKSSSLEMTPY
Site 29S454AKPGKSSSLEMTPYN
Site 30T458KSSSLEMTPYNTPQL
Site 31Y460SSLEMTPYNTPQLSP
Site 32T462LEMTPYNTPQLSPAT
Site 33S466PYNTPQLSPATTPAN
Site 34T469TPQLSPATTPANKKN
Site 35T470PQLSPATTPANKKNR
Site 36T482KNRLPIATRSRSRTN
Site 37S484RLPIATRSRSRTNML
Site 38S486PIATRSRSRTNMLMD
Site 39T488ATRSRSRTNMLMDLH
Site 40T526LGTGPQLTPGMMSEN
Site 41S541EVLNMQLSDGGQGDV
Site 42T562LHGKPDKTLRFSLCS
Site 43S566PDKTLRFSLCSDNLE
Site 44S569TLRFSLCSDNLEGIS
Site 45S576SDNLEGISEGPSNRS
Site 46S580EGISEGPSNRSNSVS
Site 47S583SEGPSNRSNSVSSLD
Site 48S585GPSNRSNSVSSLDLE
Site 49S587SNRSNSVSSLDLEGE
Site 50S588NRSNSVSSLDLEGES
Site 51S595SLDLEGESVSELGAG
Site 52S604SELGAGPSGSNGVEA
Site 53S606LGAGPSGSNGVEALQ
Site 54T622LEHEQATTQDNLDDK
Site 55T642IRDMMGLTDDRDISE
Site 56S648LTDDRDISETVSETW
Site 57T650DDRDISETVSETWST
Site 58S652RDISETVSETWSTDV
Site 59S656ETVSETWSTDVLGSD
Site 60T657TVSETWSTDVLGSDF
Site 61S705LLDPCTGSTISETTS
Site 62S708PCTGSTISETTSEAW
Site 63S712STISETTSEAWSVEV
Site 64S716ETTSEAWSVEVLPSD
Site 65S722WSVEVLPSDSEAPDL
Site 66S724VEVLPSDSEAPDLKQ
Site 67S740ERLQELESCSGLGST
Site 68S742LQELESCSGLGSTSD
Site 69S746ESCSGLGSTSDDTDV
Site 70T747SCSGLGSTSDDTDVR
Site 71S748CSGLGSTSDDTDVRE
Site 72T751LGSTSDDTDVREVSS
Site 73S757DTDVREVSSRPSTPG
Site 74S758TDVREVSSRPSTPGL
Site 75S761REVSSRPSTPGLSVV
Site 76T762EVSSRPSTPGLSVVS
Site 77S766RPSTPGLSVVSGISA
Site 78S769TPGLSVVSGISATSE
Site 79S787NKIEDLRSECSSDFG
Site 80S790EDLRSECSSDFGGKD
Site 81S791DLRSECSSDFGGKDS
Site 82S798SDFGGKDSVTSPDMD
Site 83T800FGGKDSVTSPDMDEI
Site 84S801GGKDSVTSPDMDEIT
Site 85T808SPDMDEITHGAHQLT
Site 86T815THGAHQLTSPPSQSE
Site 87S816HGAHQLTSPPSQSES
Site 88S819HQLTSPPSQSESLLA
Site 89S823SPPSQSESLLAMFDP
Site 90Y847VVRPKVHYARPSHPP
Site 91S851KVHYARPSHPPPDPP
Site 92S876ARLPNFGSHVLTPAE
Site 93S892EAFKQRHSYPERLVR
Site 94Y893AFKQRHSYPERLVRS
Site 95S900YPERLVRSRSSDIVS
Site 96S902ERLVRSRSSDIVSSV
Site 97S903RLVRSRSSDIVSSVR
Site 98S907SRSSDIVSSVRRPMS
Site 99S908RSSDIVSSVRRPMSD
Site 100S914SSVRRPMSDPSWNRR
Site 101S917RRPMSDPSWNRRPGN
Site 102S939AAAIGATSLVAAPHS
Site 103S946SLVAAPHSSSSSPSK
Site 104S947LVAAPHSSSSSPSKD
Site 105S948VAAPHSSSSSPSKDS
Site 106S949AAPHSSSSSPSKDSS
Site 107S950APHSSSSSPSKDSSR
Site 108S952HSSSSSPSKDSSRGE
Site 109S955SSSPSKDSSRGETEE
Site 110S956SSPSKDSSRGETEER
Site 111T960KDSSRGETEERKDSD
Site 112S966AAAIGATSLVAAPHS
Site 113S971KDSDDEKSDRNRPWW
Site 114S1012DLGPDRFSTLTDDPS
Site 115T1013LGPDRFSTLTDDPSP
Site 116T1015PDRFSTLTDDPSPRL
Site 117S1019STLTDDPSPRLSAQA
Site 118S1023DDPSPRLSAQAQVAE
Site 119Y1036AEDILDKYRNAIKRT
Site 120S1044RNAIKRTSPSDGAMA
Site 121S1046STLTDDPSPRLSAQA
Site 122Y1053SDGAMANYESTGDNH
Site 123S1065DNHDRDLSSKLLYHS
Site 124S1066NHDRDLSSKLLYHSD
Site 125Y1070DLSSKLLYHSDKEVM
Site 126S1072SSKLLYHSDKEVMGD
Site 127S1082EVMGDGESAHDSPRD
Site 128S1086DGESAHDSPRDEALQ
Site 129S1096DEALQNISADDLPDS
Site 130S1103SADDLPDSASQAAHP
Site 131S1105DEALQNISADDLPDS
Site 132S1116HPQDSAFSYRDAKKK
Site 133Y1117PQDSAFSYRDAKKKL
Site 134S1142AFPVLTHSTRNGLPD
Site 135T1151RNGLPDHTDPEDNEI
Site 136T1195VCRFDNRTCRKLLAS
Site 137S1202TCRKLLASIAEDYRK
Site 138Y1207LASIAEDYRKRAPYI
Site 139Y1213DYRKRAPYIAYLTRC
Site 140Y1216KRAPYIAYLTRCRQG
Site 141T1226RCRQGLQTTQAHLER
Site 142T1227CRQGLQTTQAHLERL
Site 143Y1248DKEVANRYFTTVCVR
Site 144S1260CVRLLLESKEKKIRE
Site 145T1282LTAADDKTAQVEDFL
Site 146S1320AQLAIERSVMNRIFK
Site 147Y1331RIFKLAFYPNQDGDI
Site 148S1352HEHIQRLSKVVTANH
Site 149T1356QRLSKVVTANHRALQ
Site 150Y1368ALQIPEVYLREAPWP
Site 151T1383SAQSEIRTISAYKTP
Site 152S1385QSEIRTISAYKTPRD
Site 153Y1387EIRTISAYKTPRDKV
Site 154T1389RTISAYKTPRDKVQC
Site 155S1415LSLANEDSVPGADDF
Site 156S1451YISSFYASCLSGEES
Site 157T1473AAVEFIKTIDDRK__
 
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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