PhosphoNET

           
Protein Info 
   
Short Name:  ARHGAP11A
Full Name:  Rho GTPase-activating protein 11A
Alias:  GAP (1-12); KIAA0013; MGC70740; RHGBA; Rho GTPase activating protein 11A
Type:  GTPase activating protein, Rac/Rho
Mass (Da):  113866
Number AA:  1023
UniProt ID:  Q6P4F7
International Prot ID:  IPI00477330
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005622  GO:0044464   Uniprot OncoNet
Molecular Function:  GO:0005096  GO:0008047  GO:0030234 PhosphoSite+ KinaseNET
Biological Process:  GO:0007154  GO:0007165  GO:0009987 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 1T37CDRRRHETAATEIGG
Site 2T40RRHETAATEIGGKIF
Site 3S57PFNALPHSAVPEYGH
Site 4Y62PHSAVPEYGHIPSFL
Site 5S89TEGLFRKSGSVIRLK
Site 6S110DHGEGCLSSAPPCDI
Site 7S111HGEGCLSSAPPCDIA
Site 8Y173HTVHVLRYFFNFLRN
Site 9S182FNFLRNVSLRSSENK
Site 10S186RNVSLRSSENKMDSS
Site 11S192SSENKMDSSNLAVIF
Site 12S193SENKMDSSNLAVIFA
Site 13S215EGHEKMSSNTEKKLR
Site 14S236QTLIDYASDIGRVPD
Site 15S263DGLCATPSLEGFEEG
Site 16Y272EGFEEGEYETPGEYK
Site 17T274FEEGEYETPGEYKRK
Site 18Y278EYETPGEYKRKRRQS
Site 19S285YKRKRRQSVGDFVSG
Site 20S291QSVGDFVSGALNKFK
Site 21T302NKFKPNRTPSITPQE
Site 22S304FKPNRTPSITPQEER
Site 23T306PNRTPSITPQEERIA
Site 24S316EERIAQLSESPVILT
Site 25S318RIAQLSESPVILTPN
Site 26T323SESPVILTPNAKRTL
Site 27T329LTPNAKRTLPVDSSH
Site 28S334KRTLPVDSSHGFSSK
Site 29S335RTLPVDSSHGFSSKK
Site 30S339VDSSHGFSSKKRKSI
Site 31S340DSSHGFSSKKRKSIK
Site 32S345FSSKKRKSIKHNFNF
Site 33S357FNFELLPSNLFNSSS
Site 34S362LPSNLFNSSSTPVSV
Site 35S363PSNLFNSSSTPVSVH
Site 36S364SNLFNSSSTPVSVHI
Site 37T365NLFNSSSTPVSVHID
Site 38S368NSSSTPVSVHIDTSS
Site 39T373PVSVHIDTSSEGSSQ
Site 40S374VSVHIDTSSEGSSQS
Site 41S375SVHIDTSSEGSSQSS
Site 42S378IDTSSEGSSQSSLSP
Site 43S379DTSSEGSSQSSLSPV
Site 44S381SSEGSSQSSLSPVLI
Site 45S382SEGSSQSSLSPVLIG
Site 46S384GSSQSSLSPVLIGGN
Site 47S402TAGVPRRSKRIAGKK
Site 48S415KKVCRVESGKAGCFS
Site 49S422SGKAGCFSPKISHKE
Site 50S426GCFSPKISHKEKVRR
Site 51S434HKEKVRRSLRLKFNL
Site 52Y457GCSGVNRYESVGWRL
Site 53S459SGVNRYESVGWRLAN
Site 54S469WRLANQQSLKNRIES
Site 55S476SLKNRIESVKTGLLF
Site 56T479NRIESVKTGLLFSPD
Site 57S484VKTGLLFSPDVDEKL
Site 58S496EKLPKKGSEKISKSE
Site 59S500KKGSEKISKSEETLL
Site 60S502GSEKISKSEETLLTP
Site 61T508KSEETLLTPERLVGT
Site 62T515TPERLVGTNYRMSWT
Site 63Y517ERLVGTNYRMSWTGP
Site 64T522TNYRMSWTGPNNSSF
Site 65S528WTGPNNSSFQEVDAN
Site 66S539VDANEASSMVENLEV
Site 67S549ENLEVENSLEPDIMV
Site 68S559PDIMVEKSPATSCEL
Site 69S563VEKSPATSCELTPSN
Site 70T567PATSCELTPSNLNNK
Site 71S569TSCELTPSNLNNKHN
Site 72S577NLNNKHNSNITSSPL
Site 73T580NKHNSNITSSPLSGD
Site 74S581KHNSNITSSPLSGDE
Site 75S582HNSNITSSPLSGDEN
Site 76S585NITSSPLSGDENNMT
Site 77T592SGDENNMTKETLVKV
Site 78S604VKVQKAFSESGSNLH
Site 79S606VQKAFSESGSNLHAL
Site 80S608KAFSESGSNLHALMN
Site 81S619ALMNQRQSSVTNVGK
Site 82S620LMNQRQSSVTNVGKV
Site 83T622NQRQSSVTNVGKVKL
Site 84T630NVGKVKLTEPSYLED
Site 85Y634VKLTEPSYLEDSPEE
Site 86S638EPSYLEDSPEENLFE
Site 87T650LFETNDLTIVESKEK
Site 88S654NDLTIVESKEKYEHH
Site 89Y658IVESKEKYEHHTGKG
Site 90S670GKGEKCFSERDFSPL
Site 91S675CFSERDFSPLQTQTF
Site 92T679RDFSPLQTQTFNRET
Site 93T681FSPLQTQTFNRETTI
Site 94T686TQTFNRETTIKCYST
Site 95T687QTFNRETTIKCYSTQ
Site 96Y711HSNMPKDYLSKQEFS
Site 97S713NMPKDYLSKQEFSSD
Site 98S719LSKQEFSSDEEIKKQ
Site 99S728EEIKKQQSPKDKLNN
Site 100S762SKDEARSSFSQQSTC
Site 101S764DEARSSFSQQSTCVV
Site 102S767RSSFSQQSTCVVTNL
Site 103T768SSFSQQSTCVVTNLS
Site 104S775TCVVTNLSKPRPMRI
Site 105T794SLETCEKTVSESSQM
Site 106S796ETCEKTVSESSQMTE
Site 107T802VSESSQMTEHRKVSD
Site 108S829PNRIKVKSPLKFQRT
Site 109T836SPLKFQRTPVRQSVR
Site 110S841QRTPVRQSVRRINSL
Site 111S847QSVRRINSLLEYSRQ
Site 112Y851RINSLLEYSRQPTGH
Site 113S852INSLLEYSRQPTGHK
Site 114T856LEYSRQPTGHKLASL
Site 115S862PTGHKLASLGDTASP
Site 116T866KLASLGDTASPLVKS
Site 117S868ASLGDTASPLVKSVS
Site 118S882SCDGALSSCIESASK
Site 119S886ALSSCIESASKDSSV
Site 120S888SSCIESASKDSSVSC
Site 121S892ESASKDSSVSCIKSG
Site 122S894ASKDSSVSCIKSGPK
Site 123S898SSVSCIKSGPKEQKS
Site 124S905SGPKEQKSMSCEESN
Site 125S907PKEQKSMSCEESNIG
Site 126S911KSMSCEESNIGAISK
Site 127S917ESNIGAISKSSMELP
Site 128S919NIGAISKSSMELPSK
Site 129S925KSSMELPSKSFLKMR
Site 130S927SMELPSKSFLKMRKH
Site 131S937KMRKHPDSVNASLRS
Site 132S941HPDSVNASLRSTTVY
Site 133T945VNASLRSTTVYKQKI
Site 134T946NASLRSTTVYKQKIL
Site 135Y948SLRSTTVYKQKILSD
Site 136T966KVPLDDLTNHDIVKP
Site 137S994NRVLRRPSERGRAWY
Site 138Y1001SERGRAWYKGSPKHP
Site 139S1004GRAWYKGSPKHPIGK
Site 140T1012PKHPIGKTQLLPTSK
Site 141S1018KTQLLPTSKPVDL__
 
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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