PhosphoNET

           
Protein Info 
   
Short Name:  ARAP2
Full Name:  Arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 2
Alias:  ArfGAP with RhoGAP domain, ankyrin repeat and PH domain 2; Arf-GAP, Rho-GAP, ankyrin repeat and pleckstrin homology domain-containing protein 2; Centaurin-delta 1; CENTD1; Cnt-d1; KIAA0580; PARX
Type:  GTPase-activating protein for G protein, ARF
Mass (Da):  193424
Number AA:  1704
UniProt ID:  Q8WZ64
International Prot ID:  IPI00292471
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:  GO:0008060  GO:0005547  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0032312  GO:0007165   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 1Y23MSINLEQYLLHFHES
Site 2S52LLQKIGISPTGHRRR
Site 3S69KQLQIILSKMQDIPI
Site 4Y77KMQDIPIYANVHKTK
Site 5S90TKKNDDPSKDYHVPS
Site 6Y93NDDPSKDYHVPSSDQ
Site 7S107QNICIELSNSGSVQT
Site 8S109ICIELSNSGSVQTSS
Site 9S111IELSNSGSVQTSSPP
Site 10S115NSGSVQTSSPPQLET
Site 11S116SGSVQTSSPPQLETV
Site 12T122SSPPQLETVRKNLED
Site 13S130VRKNLEDSDASVERS
Site 14S133NLEDSDASVERSQYP
Site 15S137SDASVERSQYPQSDD
Site 16Y139ASVERSQYPQSDDKL
Site 17S142ERSQYPQSDDKLSPP
Site 18S147PQSDDKLSPPKRDFP
Site 19S165EPHLNLGSLNDSLFG
Site 20S169NLGSLNDSLFGSDNI
Site 21S173LNDSLFGSDNIKIES
Site 22S180SDNIKIESLITKKTV
Site 23T183IKIESLITKKTVDHT
Site 24T186ESLITKKTVDHTVEE
Site 25T190TKKTVDHTVEEQQTE
Site 26T196HTVEEQQTEKVKLIT
Site 27S207KLITENLSKLPNADS
Site 28S214SKLPNADSECLSFVG
Site 29S218NADSECLSFVGCSTS
Site 30S225SFVGCSTSGTNSGNG
Site 31T227VGCSTSGTNSGNGTN
Site 32S229CSTSGTNSGNGTNGL
Site 33T233GTNSGNGTNGLLEGS
Site 34S240TNGLLEGSPPSPFFK
Site 35S243LLEGSPPSPFFKFQG
Site 36Y258EMIVNDLYVPSSPIL
Site 37S270PILAPVRSRSKLVSR
Site 38S272LAPVRSRSKLVSRPS
Site 39S276RSRSKLVSRPSRSFL
Site 40S279SKLVSRPSRSFLLRH
Site 41S281LVSRPSRSFLLRHRP
Site 42S295PVPEIPGSTKGVSGS
Site 43T296VPEIPGSTKGVSGSY
Site 44S300PGSTKGVSGSYFRER
Site 45S302STKGVSGSYFRERRN
Site 46Y303TKGVSGSYFRERRNV
Site 47T312RERRNVATSTEKSVA
Site 48S313ERRNVATSTEKSVAW
Site 49S317VATSTEKSVAWQNSN
Site 50S323KSVAWQNSNEENSSS
Site 51S329NSNEENSSSIFPYGE
Site 52S330SNEENSSSIFPYGET
Site 53Y334NSSSIFPYGETFLFQ
Site 54T337SIFPYGETFLFQRLE
Site 55S346LFQRLENSKKRSIKN
Site 56S350LENSKKRSIKNEFLT
Site 57T357SIKNEFLTQGEALKG
Site 58Y380FIIKSSIYDNRKEKI
Site 59S388DNRKEKISEDKVEDI
Site 60T409KNNFLIDTASESEYS
Site 61S411NFLIDTASESEYSTV
Site 62S413LIDTASESEYSTVEE
Site 63Y415DTASESEYSTVEECF
Site 64S416TASESEYSTVEECFQ
Site 65T417ASESEYSTVEECFQS
Site 66S424TVEECFQSLRRKNSK
Site 67S430QSLRRKNSKASKSRT
Site 68S433RRKNSKASKSRTQKA
Site 69S435KNSKASKSRTQKALI
Site 70T437SKASKSRTQKALILD
Site 71S445QKALILDSVNRHSYP
Site 72S450LDSVNRHSYPLSSTS
Site 73Y451DSVNRHSYPLSSTSG
Site 74S454NRHSYPLSSTSGNAD
Site 75S455RHSYPLSSTSGNADS
Site 76S457SYPLSSTSGNADSSA
Site 77S462STSGNADSSAVSSQA
Site 78S463TSGNADSSAVSSQAI
Site 79S466NADSSAVSSQAISPY
Site 80S467ADSSAVSSQAISPYA
Site 81Y473SSQAISPYACFYGAS
Site 82Y477ISPYACFYGASAKKV
Site 83S486ASAKKVKSGWLDKLS
Site 84S493SGWLDKLSPQGKRMF
Site 85S513KFDGLSISYYNNEKE
Site 86Y515DGLSISYYNNEKEMY
Site 87Y522YNNEKEMYSKGIIPL
Site 88T548NKFEVVTTQRTFVFR
Site 89T551EVVTTQRTFVFRVEK
Site 90S567EERNDWISILLNALK
Site 91S575ILLNALKSQSLTSQS
Site 92S577LNALKSQSLTSQSQA
Site 93T579ALKSQSLTSQSQAVV
Site 94S580LKSQSLTSQSQAVVT
Site 95S582SQSLTSQSQAVVTPE
Site 96T587SQSQAVVTPEKCGYL
Site 97Y593VTPEKCGYLELRGYK
Site 98S623KNEQDFKSGLGITII
Site 99T643NVKQVDRTVKQSFEI
Site 100S647VDRTVKQSFEIITPY
Site 101T652KQSFEIITPYRSFSF
Site 102Y654SFEIITPYRSFSFTA
Site 103S656EIITPYRSFSFTAET
Site 104S658ITPYRSFSFTAETEK
Site 105T660PYRSFSFTAETEKEK
Site 106S677WIEAVQQSIAETLSD
Site 107T681VQQSIAETLSDYEVA
Site 108S683QSIAETLSDYEVAEK
Site 109Y685IAETLSDYEVAEKIW
Site 110S729KCAGQHRSLGPKDSK
Site 111S735RSLGPKDSKVRSLKM
Site 112S739PKDSKVRSLKMDASI
Site 113S745RSLKMDASIWSNELI
Site 114S781DEELHMDSPVEKRKN
Site 115T791EKRKNFITQKYKEGK
Site 116Y794KNFITQKYKEGKFRK
Site 117T802KEGKFRKTLLASLTK
Site 118T849TGDPVHSTPYLLAKK
Site 119Y867SLQMEFLYHNKFSDF
Site 120S881FPQHDIHSEGVLSQE
Site 121S886IHSEGVLSQESSQST
Site 122S890GVLSQESSQSTFLCD
Site 123S892LSQESSQSTFLCDFL
Site 124T893SQESSQSTFLCDFLY
Site 125S904DFLYQAPSAASKLSS
Site 126S910PSAASKLSSEKKLLE
Site 127S911SAASKLSSEKKLLEE
Site 128S932VLEGGFLSYYENDKS
Site 129Y934EGGFLSYYENDKSTT
Site 130S939SYYENDKSTTPNGTI
Site 131T941YENDKSTTPNGTINI
Site 132Y962AIHKEDFYLNTGPIF
Site 133T995SQAQRKWTEAIAKHF
Site 134Y1015ENLTEADYDLIGQLF
Site 135T1067LRRLQELTISTMVQN
Site 136S1069RLQELTISTMVQNGE
Site 137T1089LLVEKGRTLYIHGHT
Site 138Y1091VEKGRTLYIHGHTKL
Site 139S1124ALQDQQLSKNDVPII
Site 140Y1148QYGLGCKYIYQKNGD
Site 141Y1150GLGCKYIYQKNGDPL
Site 142S1160NGDPLHISELLESFK
Site 143S1165HISELLESFKKDARS
Site 144S1172SFKKDARSFKLRAGK
Site 145T1186KHQLEDVTAVLKSFL
Site 146S1191DVTAVLKSFLSDIDD
Site 147T1202DIDDALLTKELYPYW
Site 148Y1208LTKELYPYWISALDT
Site 149T1215YWISALDTQDDKERI
Site 150Y1225DKERIKKYGAFIRSL
Site 151S1231KYGAFIRSLPGVNRA
Site 152Y1248AAIIEHLYRVQKCSE
Site 153T1320FITKWKDTQVSQAGD
Site 154S1323KWKDTQVSQAGDLLI
Site 155Y1333GDLLIEVYVERKEPD
Site 156S1342ERKEPDCSIIIRISP
Site 157T1376TKGDIWATFEVIENE
Site 158S1403LEQVLRWSSLAEPGS
Site 159S1404EQVLRWSSLAEPGSA
Site 160S1410SSLAEPGSAYLVVKR
Site 161T1423KRFLTADTIKHCSDR
Site 162S1428ADTIKHCSDRSTLGS
Site 163S1431IKHCSDRSTLGSIKE
Site 164T1432KHCSDRSTLGSIKEG
Site 165S1435SDRSTLGSIKEGILK
Site 166S1448LKIKEEPSKILSGNK
Site 167S1452EEPSKILSGNKFQDR
Site 168Y1460GNKFQDRYFVLRDGF
Site 169Y1471RDGFLFLYKDVKSSK
Site 170S1484SKHDKMFSLSSMKFY
Site 171S1486HDKMFSLSSMKFYRG
Site 172Y1491SLSSMKFYRGVKKKM
Site 173T1502KKKMKPPTSWGLTAY
Site 174S1503KKMKPPTSWGLTAYS
Site 175T1507PPTSWGLTAYSEKHH
Site 176Y1539IFIAQHEYDIWPPAG
Site 177S1552AGKERKRSITKNPKI
Site 178T1554KERKRSITKNPKIGG
Site 179T1574IQHEGNATLARKNIE
Site 180S1582LARKNIESARAELER
Site 181S1593ELERLRLSEKCDKES
Site 182S1600SEKCDKESVDSSLKE
Site 183S1603CDKESVDSSLKERAS
Site 184S1604DKESVDSSLKERASM
Site 185S1610SSLKERASMVAHCLE
Site 186S1632NRPRKHRSFNCLEDT
Site 187T1639SFNCLEDTEPEAPLG
Site 188T1656KGHKGLKTLRKTEDR
Site 189T1660GLKTLRKTEDRNSKA
Site 190S1665RKTEDRNSKATLDSD
Site 191T1668EDRNSKATLDSDHKL
Site 192S1671NSKATLDSDHKLPSR
Site 193S1677DSDHKLPSRVIEELN
Site 194T1692VVLQRSRTLPKELQD
 
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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