PhosphoNET

           
Protein Info 
   
Short Name:  RALGAPA2
Full Name:  Ral GTPase-activating protein subunit alpha-2
Alias:  Akt substrate AS250; AS250; C20orf74; dJ1049G11.4; FLJ12819; KIAA1272; Ral GTPase activating protein, alpha subunit 2 (catalytic); RapGAPalpha2
Type:  GTPase activating protein, misc.
Mass (Da):  210770
Number AA:  1873
UniProt ID:  Q2PPJ7
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:  GO:0005096     PhosphoSite+ KinaseNET
Biological Process:  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 1S6__MFSRRSHGDVKKS
Site 2S13SHGDVKKSTQKVLDP
Site 3T26DPKKDVLTRLKHLRA
Site 4Y51KQFFETNYSQIYFIF
Site 5Y55ETNYSQIYFIFYENF
Site 6S77KLKGNNKSQREELDS
Site 7S84SQREELDSILFLFEK
Site 8Y106RIFFRWHYQSIGSTL
Site 9T112HYQSIGSTLKKLLHT
Site 10T170MSSRGPCTLETLINP
Site 11T173RGPCTLETLINPSPS
Site 12S199TPLLPAISGEKIAED
Site 13T236KNKENQDTGFKFLFT
Site 14Y249FTLFRKYYLPHLFPS
Site 15Y279HLRPKPVYITTTRDN
Site 16Y290TRDNENIYSTKIPYM
Site 17Y296IYSTKIPYMAARVVF
Site 18Y316TFFLEKKYLTATQNT
Site 19T355ELDGGGPTEQDKSHS
Site 20S360GPTEQDKSHSNSSTL
Site 21S362TEQDKSHSNSSTLSD
Site 22S364QDKSHSNSSTLSDRR
Site 23T366KSHSNSSTLSDRRLS
Site 24S368HSNSSTLSDRRLSNS
Site 25S373TLSDRRLSNSSLCSI
Site 26S375SDRRLSNSSLCSIEE
Site 27S376DRRLSNSSLCSIEEE
Site 28S379LSNSSLCSIEEEHRM
Site 29Y388EEEHRMVYEMVQRIL
Site 30S461DAEKLGFSETDSKEA
Site 31T463EKLGFSETDSKEASS
Site 32S465LGFSETDSKEASSES
Site 33S469ETDSKEASSESSGHK
Site 34S470TDSKEASSESSGHKR
Site 35S472SKEASSESSGHKRSS
Site 36S473KEASSESSGHKRSSS
Site 37S478ESSGHKRSSSWGRTY
Site 38S479SSGHKRSSSWGRTYS
Site 39S480SGHKRSSSWGRTYSF
Site 40T484RSSSWGRTYSFTSAM
Site 41Y485SSSWGRTYSFTSAMS
Site 42S486SSWGRTYSFTSAMSR
Site 43T488WGRTYSFTSAMSRGC
Site 44S489GRTYSFTSAMSRGCV
Site 45S492YSFTSAMSRGCVTEE
Site 46T502CVTEEENTNVKAGVQ
Site 47T690LDPQKGTTVGRSFSL
Site 48S694KGTTVGRSFSLSWRS
Site 49S696TTVGRSFSLSWRSHP
Site 50S698VGRSFSLSWRSHPDV
Site 51S701SFSLSWRSHPDVTEP
Site 52S713TEPMRFRSATTSGAP
Site 53T715PMRFRSATTSGAPGV
Site 54T716MRFRSATTSGAPGVE
Site 55S717RFRSATTSGAPGVEK
Site 56S742EVEECQQSENAPAAG
Site 57T754AAGSGHLTVGQQQQV
Site 58S764QQQQVLRSSSTSDIP
Site 59S765QQQVLRSSSTSDIPE
Site 60S766QQVLRSSSTSDIPEP
Site 61T767QVLRSSSTSDIPEPL
Site 62S768VLRSSSTSDIPEPLC
Site 63S776DIPEPLCSDSSQGQK
Site 64S778PEPLCSDSSQGQKAE
Site 65S779EPLCSDSSQGQKAEN
Site 66T787QGQKAENTQNSSSSE
Site 67S790KAENTQNSSSSEPQP
Site 68S792ENTQNSSSSEPQPIQ
Site 69T813KREHEGITILVRRSS
Site 70S819ITILVRRSSSPAELD
Site 71S820TILVRRSSSPAELDL
Site 72S821ILVRRSSSPAELDLK
Site 73S844KCRERQKSESTNSDT
Site 74S846RERQKSESTNSDTTL
Site 75T847ERQKSESTNSDTTLG
Site 76S849QKSESTNSDTTLGCT
Site 77T851SESTNSDTTLGCTNE
Site 78T852ESTNSDTTLGCTNEA
Site 79T877EEDPELNTPTDVVAD
Site 80S894ARHWLQLSPTDASNL
Site 81T896HWLQLSPTDASNLTD
Site 82S899QLSPTDASNLTDSSE
Site 83T902PTDASNLTDSSECLT
Site 84S904DASNLTDSSECLTDD
Site 85S905ASNLTDSSECLTDDC
Site 86T909TDSSECLTDDCSIIA
Site 87S927LTGWHPDSAAVLWRR
Site 88S947GDVNNIQSPKIHARV
Site 89S975IRDNLAISLDNQSSP
Site 90S980AISLDNQSSPSPPVL
Site 91S981ISLDNQSSPSPPVLI
Site 92S983LDNQSSPSPPVLIPP
Site 93T1003SWLFKAATLPNEYKE
Site 94S1033RQDVLPNSDFLVHFY
Site 95S1123QEIPLLQSVPEVNEA
Site 96T1150NILLKNATEEPNEYA
Site 97Y1156ATEEPNEYARCIAVC
Site 98T1223EKLQMFETSLPRKMA
Site 99S1224KLQMFETSLPRKMAE
Site 100S1247LLPSAEYSSVETDKK
Site 101T1251AEYSSVETDKKFIVS
Site 102S1289AVLEEQHSARAPLLD
Site 103T1313VCGSSTYTQQSHYIL
Site 104T1321QQSHYILTLADLSST
Site 105Y1330ADLSSTDYDPFLPLA
Site 106S1341LPLANVKSSEPVQYH
Site 107S1342PLANVKSSEPVQYHS
Site 108Y1347KSSEPVQYHSSAELG
Site 109S1349SEPVQYHSSAELGNL
Site 110T1358AELGNLLTVEEEKKR
Site 111S1367EEEKKRRSLELIPLT
Site 112Y1389LVNHLGHYPLSGGPA
Site 113S1400GGPAILHSLVSENHD
Site 114S1403AILHSLVSENHDNAH
Site 115S1417HVEGSELSFEVFRSP
Site 116S1438FNDSTLISYLQTPTE
Site 117T1442TLISYLQTPTEGPVG
Site 118T1444ISYLQTPTEGPVGGS
Site 119S1451TEGPVGGSPVGSLSD
Site 120S1467RVIVRDISGKYSWDG
Site 121S1471RDISGKYSWDGKVLY
Site 122S1493APNGRNPSFLISSWH
Site 123S1497RNPSFLISSWHRDTF
Site 124S1498NPSFLISSWHRDTFG
Site 125T1503ISSWHRDTFGPQKDS
Site 126S1510TFGPQKDSSQVEEGD
Site 127S1511FGPQKDSSQVEEGDD
Site 128S1531LENIGHTSPECLLPS
Site 129S1538SPECLLPSQLNLNEP
Site 130S1546QLNLNEPSLTPCGMN
Site 131T1548NLNEPSLTPCGMNYD
Site 132Y1554LTPCGMNYDQEKEII
Site 133Y1574QNAQEDEYIQSHNFD
Site 134S1582IQSHNFDSAMKVTSQ
Site 135S1588DSAMKVTSQGQPSPV
Site 136S1593VTSQGQPSPVEPRGP
Site 137S1640RELKNLDSRQCRETH
Site 138T1646DSRQCRETHKIAVFY
Site 139S1663EGQEDKCSILSNERG
Site 140S1666EDKCSILSNERGSQA
Site 141S1671ILSNERGSQAYEDFV
Site 142Y1674NERGSQAYEDFVAGL
Site 143S1702GGLQRNGSTGQTAPY
Site 144T1706RNGSTGQTAPYYATS
Site 145Y1709STGQTAPYYATSTVE
Site 146Y1710TGQTAPYYATSTVEV
Site 147S1722VEVIFHVSTRMPSDS
Site 148T1723EVIFHVSTRMPSDSD
Site 149S1727HVSTRMPSDSDDSLT
Site 150S1729STRMPSDSDDSLTKK
Site 151S1732MPSDSDDSLTKKLRH
Site 152T1734SDSDDSLTKKLRHLG
Site 153Y1756WSEHSRDYRRGIIPT
Site 154Y1829VKCLIPLYQSFYEER
Site 155Y1833IPLYQSFYEERALYL
Site 156Y1839FYEERALYLEAIIQN
Site 157T1852QNHREVMTFEDFAAQ
Site 158S1862DFAAQVFSPSPSYSL
Site 159S1864AAQVFSPSPSYSLSG
Site 160S1866QVFSPSPSYSLSGTD
Site 161Y1867VFSPSPSYSLSGTD_
Site 162S1868FSPSPSYSLSGTD__
Site 163S1870PSPSYSLSGTD____
 
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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