PhosphoNET

           
Protein Info 
   
Short Name:  SYNGAP1
Full Name:  Ras GTPase-activating protein SynGAP
Alias:  KIAA1938; LYPLA2P1; Neuronal RasGAP; RASA5; SYGP1; synaptic Ras GTPase activating protein 1; Synaptic Ras-GAP 1; Synaptic Ras-GTPase-activating protein 1; SYNGAP; synGAP1
Type:  GTPase-activating protein for G protein
Mass (Da):  148284
Number AA:  1343
UniProt ID:  Q96PV0
International Prot ID:  IPI00177884
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005622     Uniprot OncoNet
Molecular Function:  GO:0005096  GO:0017124   PhosphoSite+ KinaseNET
Biological Process:  GO:0051056  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 1S7_MSRSRASIHRGSIP
Site 2S12RASIHRGSIPAMSYA
Site 3S17RGSIPAMSYAPFRDV
Site 4S28FRDVRGPSMHRTQYV
Site 5T32RGPSMHRTQYVHSPY
Site 6Y34PSMHRTQYVHSPYDR
Site 7Y39TQYVHSPYDRPGWNP
Site 8S74LLIRDRRSESSRNKL
Site 9S76IRDRRSESSRNKLLR
Site 10S77RDRRSESSRNKLLRR
Site 11T85RNKLLRRTVSVPVEG
Site 12S87KLLRRTVSVPVEGRP
Site 13Y100RPHGEHEYHLGRSRR
Site 14S105HEYHLGRSRRKSVPG
Site 15S109LGRSRRKSVPGGKQY
Site 16S117VPGGKQYSMEGAPAA
Site 17S129PAAPFRPSQGFLSRR
Site 18S134RPSQGFLSRRLKSSI
Site 19S139FLSRRLKSSIKRTKS
Site 20S140LSRRLKSSIKRTKSQ
Site 21T144LKSSIKRTKSQPKLD
Site 22S146SSIKRTKSQPKLDRT
Site 23T153SQPKLDRTSSFRQIL
Site 24S154QPKLDRTSSFRQILP
Site 25S155PKLDRTSSFRQILPR
Site 26S165QILPRFRSADHDRAR
Site 27S176DRARLMQSFKESHSH
Site 28S180LMQSFKESHSHESLL
Site 29S182QSFKESHSHESLLSP
Site 30S185KESHSHESLLSPSSA
Site 31S188HSHESLLSPSSAAEA
Site 32S204ELNLDEDSIIKPVHS
Site 33S257VKPNKDNSRRVDNVL
Site 34Y280ELPPKKRYYCELCLD
Site 35Y281LPPKKRYYCELCLDD
Site 36Y291LCLDDMLYARTTSKP
Site 37T295DMLYARTTSKPRSAS
Site 38S296MLYARTTSKPRSASG
Site 39S300RTTSKPRSASGDTVF
Site 40S302TSKPRSASGDTVFWG
Site 41T305PRSASGDTVFWGEHF
Site 42Y328RALRLHLYRDSDKKR
Site 43S331RLHLYRDSDKKRKKD
Site 44Y342RKKDKAGYVGLVTVP
Site 45T359TLAGRHFTEQWYPVT
Site 46Y363RHFTEQWYPVTLPTG
Site 47T366TEQWYPVTLPTGSGG
Site 48T369WYPVTLPTGSGGSGG
Site 49S371PVTLPTGSGGSGGMG
Site 50S379GGSGGMGSGGGGGSG
Site 51S385GSGGGGGSGGGSGGK
Site 52S389GGGSGGGSGGKGKGG
Site 53Y406AVRLKARYQTMSILP
Site 54T408RLKARYQTMSILPME
Site 55S410KARYQTMSILPMELY
Site 56Y423LYKEFAEYVTNHYRM
Site 57S449KGKEEVASALVHILQ
Site 58S466GKAKDFLSDMAMSEV
Site 59T488HLIFRENTLATKAIE
Site 60Y497ATKAIEEYMRLIGQK
Site 61Y505MRLIGQKYLKDAIGE
Site 62Y518GEFIRALYESEENCE
Site 63S520FIRALYESEENCEVD
Site 64S571ELKEVFASWRLRCAE
Site 65Y614LFGLMQEYPDEQTSR
Site 66T619QEYPDEQTSRTLTLI
Site 67T624EQTSRTLTLIAKVIQ
Site 68S641ANFSKFTSKEDFLGF
Site 69Y665GSMQQFLYEISNLDT
Site 70T672YEISNLDTLTNSSSF
Site 71T674ISNLDTLTNSSSFEG
Site 72S676NLDTLTNSSSFEGYI
Site 73S678DTLTNSSSFEGYIDL
Site 74Y682NSSSFEGYIDLGREL
Site 75S722PRLLNDISTALRNPN
Site 76T723RLLNDISTALRNPNI
Site 77S735PNIQRQPSRQSERPR
Site 78S738QRQPSRQSERPRPQP
Site 79S752PVVLRGPSAEMQGYM
Site 80Y758PSAEMQGYMMRDLNS
Site 81S765 MARGLNSSMDMARLP
Site 82S766MMRDLNSSIDLQSFM
Site 83S771NSSIDLQSFMARGLN
Site 84S780MARGLNSSMDMARLP
Site 85S788MDMARLPSPTKEKPP
Site 86T790MARLPSPTKEKPPPP
Site 87Y807GGGKDLFYVSRPPLA
Site 88S809GKDLFYVSRPPLARS
Site 89S816SRPPLARSSPAYCTS
Site 90S817RPPLARSSPAYCTSS
Site 91Y820LARSSPAYCTSSSDI
Site 92T822RSSPAYCTSSSDITE
Site 93S823SSPAYCTSSSDITEP
Site 94S824SPAYCTSSSDITEPE
Site 95S825PAYCTSSSDITEPEQ
Site 96T828CTSSSDITEPEQKML
Site 97S836EPEQKMLSVNKSVSM
Site 98S840KMLSVNKSVSMLDLQ
Site 99S842LSVNKSVSMLDLQGD
Site 100S857GPGGRLNSSSVSNLA
Site 101S858PGGRLNSSSVSNLAA
Site 102S861RLNSSSVSNLAAVGD
Site 103S892PAPAGRLSQGSGSSI
Site 104S895AGRLSQGSGSSITAA
Site 105S907TAAGMRLSQMGVTTD
Site 106S926QQLRIPLSFQNPLFH
Site 107T975GGEPPGDTFAPFHGY
Site 108Y982TFAPFHGYSKSEDLS
Site 109S983FAPFHGYSKSEDLSS
Site 110S985PFHGYSKSEDLSSGV
Site 111S989YSKSEDLSSGVPKPP
Site 112S990SKSEDLSSGVPKPPA
Site 113S999VPKPPAASILHSHSY
Site 114S1003PAASILHSHSYSDEF
Site 115S1005ASILHSHSYSDEFGP
Site 116Y1006SILHSHSYSDEFGPS
Site 117S1007ILHSHSYSDEFGPSG
Site 118S1013YSDEFGPSGTDFTRR
Site 119T1018GPSGTDFTRRQLSLQ
Site 120S1023DFTRRQLSLQDNLQH
Site 121S1033DNLQHMLSPPQITIG
Site 122S1047GPQRPAPSGPGGGSG
Site 123S1053PSGPGGGSGGGSGGG
Site 124S1057GGGSGGGSGGGGGGQ
Site 125S1073PPLQRGKSQQLTVSA
Site 126T1077RGKSQQLTVSAAQKP
Site 127S1079KSQQLTVSAAQKPRP
Site 128S1087AAQKPRPSSGNLLQS
Site 129S1088AQKPRPSSGNLLQSP
Site 130S1094SSGNLLQSPEPSYGP
Site 131S1098LLQSPEPSYGPARPR
Site 132Y1099LQSPEPSYGPARPRQ
Site 133S1108PARPRQQSLSKEGSI
Site 134S1110RPRQQSLSKEGSIGG
Site 135S1114QSLSKEGSIGGSGGS
Site 136S1118KEGSIGGSGGSGGGG
Site 137S1121SIGGSGGSGGGGGGG
Site 138S1132GGGGLKPSITKQHSQ
Site 139T1134GGLKPSITKQHSQTP
Site 140S1138PSITKQHSQTPSTLN
Site 141T1140ITKQHSQTPSTLNPT
Site 142S1142KQHSQTPSTLNPTMP
Site 143T1143QHSQTPSTLNPTMPA
Site 144S1151LNPTMPASERTVAWV
Site 145T1154TMPASERTVAWVSNM
Site 146S1159ERTVAWVSNMPHLSA
Site 147S1165VSNMPHLSADIESAH
Site 148Y1178AHIEREEYKLKEYSK
Site 149Y1183EEYKLKEYSKSMDES
Site 150S1184EYKLKEYSKSMDESR
Site 151S1186KLKEYSKSMDESRLD
Site 152S1190YSKSMDESRLDRVKE
Site 153Y1198RLDRVKEYEEEIHSL
Site 154S1204EYEEEIHSLKERLHM
Site 155S1212LKERLHMSNRKLEEY
Site 156Y1219SNRKLEEYERRLLSQ
Site 157S1225EYERRLLSQEEQTSK
Site 158Y1237TSKILMQYQARLEQS
Site 159S1244YQARLEQSEKRLRQQ
Site 160S1257QQQAEKDSQIKSIIG
Site 161S1261EKDSQIKSIIGRLML
Site 162T1310GPTNPRVTLAPPWNG
 
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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