PhosphoNET

           
Protein Info 
   
Short Name:  IQGAP2
Full Name:  Ras GTPase-activating-like protein IQGAP2
Alias:  IQ motif containing GTPase activating protein 2; IQGA2
Type:  Intracellular, Actin cytoskeleton protein
Mass (Da):  180613
Number AA:  1575
UniProt ID:  Q13576
International Prot ID:  IPI00299048
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0015629     Uniprot OncoNet
Molecular Function:  GO:0005095  GO:0005099  GO:0003779 PhosphoSite+ KinaseNET
Biological Process:  GO:0051056  GO:0007264   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 1S8MPHEELPSLQRPRYG
Site 2Y14PSLQRPRYGSIVDDE
Site 3S16LQRPRYGSIVDDERL
Site 4S24IVDDERLSAEEMDER
Site 5Y38RRRQNIAYEYLCHLE
Site 6Y40RQNIAYEYLCHLEEA
Site 7T62LVEELPPTTELEEGL
Site 8Y93MVSEKKIYDVEQTRY
Site 9Y100YDVEQTRYKKSGLHF
Site 10S103EQTRYKKSGLHFRHT
Site 11T110SGLHFRHTDNTVQWL
Site 12S122QWLRAMESIGLPKIF
Site 13T133PKIFYPETTDVYDRK
Site 14Y137YPETTDVYDRKNIPR
Site 15T175LLGKVDFTEEEISNM
Site 16S180DFTEEEISNMRKELE
Site 17Y189MRKELEKYGIQMPSF
Site 18S195KYGIQMPSFSKIGGI
Site 19S197GIQMPSFSKIGGILA
Site 20T233EKGIAEQTVVTLRNP
Site 21T245RNPNAVLTLVDDNLA
Site 22Y255DDNLAPEYQKELWDA
Site 23S275ENARLKNSCISEEER
Site 24Y285SEEERDAYEELLTQA
Site 25T290DAYEELLTQAEIQGN
Site 26Y359QKQNTMNYLAHEELL
Site 27S389LESNDLVSVQNQLRS
Site 28S396SVQNQLRSPAIGLNN
Site 29Y408LNNLDKAYVERYANT
Site 30S425SVKLEVLSQGQDNLS
Site 31Y494DPAHAQHYQDVLYHA
Site 32Y499QHYQDVLYHAKSQKL
Site 33S503DVLYHAKSQKLGDSE
Site 34S509KSQKLGDSESVSKVL
Site 35S511QKLGDSESVSKVLWL
Site 36S513LGDSESVSKVLWLDE
Site 37S554QCLEGKKSSDILSVL
Site 38S555CLEGKKSSDILSVLK
Site 39S559KKSSDILSVLKSSTS
Site 40S563DILSVLKSSTSNAND
Site 41S566SVLKSSTSNANDIIP
Site 42Y579IPECADKYYDALVKA
Site 43Y580PECADKYYDALVKAK
Site 44S591VKAKELKSERVSSDG
Site 45S595ELKSERVSSDGSWLK
Site 46S596LKSERVSSDGSWLKL
Site 47S599ERVSSDGSWLKLNLH
Site 48Y609KLNLHKKYDYYYNTD
Site 49Y611NLHKKYDYYYNTDSK
Site 50Y612LHKKYDYYYNTDSKE
Site 51Y613HKKYDYYYNTDSKES
Site 52S621NTDSKESSWVTPESC
Site 53T624SKESSWVTPESCFYK
Site 54Y630VTPESCFYKESWLTG
Site 55T636FYKESWLTGKEIEDI
Site 56Y651IEEVTVGYIRENIWS
Site 57S658YIRENIWSASEELLL
Site 58S660RENIWSASEELLLRF
Site 59S671LLRFQATSSGPILRE
Site 60S672LRFQATSSGPILREE
Site 61S685EEFEARKSFLHEQEE
Site 62Y710GYKQRKEYMHRRQTF
Site 63T716EYMHRRQTFIDNTDS
Site 64T721RQTFIDNTDSVVKIQ
Site 65T735QSWFRMATARKSYLS
Site 66S739RMATARKSYLSRLQY
Site 67Y740MATARKSYLSRLQYF
Site 68S742TARKSYLSRLQYFRD
Site 69Y746SYLSRLQYFRDHNNE
Site 70S759NEIVKIQSLLRANKA
Site 71Y770ANKARDDYKTLVGSE
Site 72T772KARDDYKTLVGSENP
Site 73T782GSENPPLTVIRKFVY
Site 74S794FVYLLDQSDLDFQEE
Site 75T813RLREEVVTKIRANQQ
Site 76S847ITLEDVISHSKKLNK
Site 77S873TDNQGIKSLSKERRK
Site 78S875NQGIKSLSKERRKTL
Site 79T881LSKERRKTLETYQQL
Site 80T884ERRKTLETYQQLFYL
Site 81Y885RRKTLETYQQLFYLL
Site 82Y890ETYQQLFYLLQTNPL
Site 83T917KSTKFMDTVIFTLYN
Site 84Y923DTVIFTLYNYASNQR
Site 85Y933ASNQREEYLLLKLFK
Site 86S949ALEEEIKSKVDQVQD
Site 87T959DQVQDIVTGNPTVIK
Site 88T980RGARGQNTLRQLLAP
Site 89S997KEIIDDKSLIINTNP
Site 90Y1027GEASKLPYDVTTEQA
Site 91T1030SKLPYDVTTEQALTY
Site 92T1036VTTEQALTYPEVKNK
Site 93Y1037TTEQALTYPEVKNKL
Site 94T1055IENLRRVTDKVLNSI
Site 95S1064KVLNSIISSLDLLPY
Site 96S1065VLNSIISSLDLLPYG
Site 97Y1105KIVGNLLYYRYMNPA
Site 98Y1106IVGNLLYYRYMNPAI
Site 99S1132TAGGQINSDQRRNLG
Site 100S1140DQRRNLGSVAKVLQH
Site 101S1150KVLQHAASNKLFEGE
Site 102S1162EGENEHLSSMNNYLS
Site 103S1163GENEHLSSMNNYLSE
Site 104Y1167HLSSMNNYLSETYQE
Site 105S1169SSMNNYLSETYQEFR
Site 106Y1172NNYLSETYQEFRKYF
Site 107Y1178TYQEFRKYFKEACNV
Site 108Y1197EKFNMDKYTDLVTVS
Site 109T1198KFNMDKYTDLVTVSK
Site 110T1202DKYTDLVTVSKPVIY
Site 111S1220EEIISTHSLLLEHQD
Site 112S1238PEKNDLLSELLGSLG
Site 113S1271PNKANTLSQLSKTEI
Site 114T1276TLSQLSKTEISLVLT
Site 115S1279QLSKTEISLVLTSKY
Site 116T1283TEISLVLTSKYDIED
Site 117S1284EISLVLTSKYDIEDG
Site 118Y1286SLVLTSKYDIEDGEA
Site 119S1296EDGEAIDSRSLMIKT
Site 120S1298GEAIDSRSLMIKTKK
Site 121T1325TLTEILETPATAQQE
Site 122T1328EILETPATAQQEVDH
Site 123T1337QQEVDHATDMVSRAM
Site 124S1347VSRAMIDSRTPEEMK
Site 125T1349RAMIDSRTPEEMKHS
Site 126S1356TPEEMKHSQSMIEDA
Site 127S1358EEMKHSQSMIEDAQL
Site 128T1380KIQRNLRTLEQTGHV
Site 129T1384NLRTLEQTGHVSSEN
Site 130S1388LEQTGHVSSENKYQD
Site 131S1389EQTGHVSSENKYQDI
Site 132Y1393HVSSENKYQDILNEI
Site 133Y1410DIRNQRIYRKLRKAE
Site 134Y1435LNKKAAFYEEQINYY
Site 135Y1441FYEEQINYYDTYIKT
Site 136Y1442YEEQINYYDTYIKTC
Site 137Y1445QINYYDTYIKTCLDN
Site 138T1458DNLKRKNTRRSIKLD
Site 139S1461KRKNTRRSIKLDGKG
Site 140Y1481KRAKPVKYTAAKLHE
Site 141Y1545QDLLQMQYEGVAVMK
 
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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