PhosphoNET

           
Protein Info 
   
Short Name:  MAGI3
Full Name:  Membrane-associated guanylate kinase, WW and PDZ domain-containing protein 3
Alias:  KIAA1634; MAGI-3; Membrane associated guanylate kinase, WW and PDZ domain containing 3; Membrane-associated guanylate kinase inverted 3; Membrane-associated guanylate kinase-related 3
Type:  Kinase (non-protein); Membrane protein, peripheral
Mass (Da):  165608
Number AA:  1506
UniProt ID:  Q5TCQ9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0019898  GO:0005634  GO:0005923 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0004385  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0044419  GO:0007242 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 1S13KKKKHWLSKVQECAV
Site 2S21KVQECAVSWAGPPGD
Site 3Y44AERGEFPYLGRLREE
Site 4T56REEPGGGTCCVVSGK
Site 5T83GTPVSGLTNRDTLAV
Site 6T87SGLTNRDTLAVIRHF
Site 7T102REPIRLKTVKPGKVI
Site 8Y116INKDLRHYLSLQFQK
Site 9S118KDLRHYLSLQFQKGS
Site 10S125SLQFQKGSIDHKLQQ
Site 11Y139QVIRDNLYLRTIPCT
Site 12T146YLRTIPCTTRAPRDG
Site 13T147LRTIPCTTRAPRDGE
Site 14Y160GEVPGVDYNFISVEQ
Site 15T182GALLESGTYDGNFYG
Site 16Y183ALLESGTYDGNFYGT
Site 17Y188GTYDGNFYGTPKPPA
Site 18T190YDGNFYGTPKPPAEP
Site 19S198PKPPAEPSPFQPDPV
Site 20S218DNEFDAESQRKRTTS
Site 21T223AESQRKRTTSVSKME
Site 22T224ESQRKRTTSVSKMER
Site 23S225SQRKRTTSVSKMERM
Site 24S227RKRTTSVSKMERMDS
Site 25S234SKMERMDSSLPEEEE
Site 26S235KMERMDSSLPEEEED
Site 27S261AENRERHSESSDWMK
Site 28S264RERHSESSDWMKTVP
Site 29T269ESSDWMKTVPSYNQT
Site 30Y273WMKTVPSYNQTNSSM
Site 31T276TVPSYNQTNSSMDFR
Site 32Y285SSMDFRNYMMRDETL
Site 33T291NYMMRDETLEPLPKN
Site 34Y310YTDTGMIYFIDHNTK
Site 35T318FIDHNTKTTTWLDPR
Site 36Y353EKIEDPQYGTYYVDF
Site 37Y356EDPQYGTYYVDFTLV
Site 38Y357DPQYGTYYVDFTLVA
Site 39S375VQWHDLGSLQPPPPG
Site 40S412LGQVEIGSSKPDMEK
Site 41S413GQVEIGSSKPDMEKS
Site 42S420SKPDMEKSHFTRDPS
Site 43S427SHFTRDPSQLKGVLV
Site 44S437KGVLVRASLKKSTMG
Site 45S441VRASLKKSTMGFGFT
Site 46Y519NLTLCRGYPLPDDSE
Site 47S525GYPLPDDSEDPVVDI
Site 48S569VLEQNGKSGHTLTGD
Site 49T574GKSGHTLTGDGLNGP
Site 50S582GDGLNGPSDASEQRV
Site 51S585LNGPSDASEQRVSMA
Site 52S590DASEQRVSMASSGSS
Site 53S593EQRVSMASSGSSQPE
Site 54S594QRVSMASSGSSQPEL
Site 55S596VSMASSGSSQPELVT
Site 56S597SMASSGSSQPELVTI
Site 57S620FGFAIADSPTGQKVK
Site 58Y648GDIIKEIYHQNVQNL
Site 59S684ILRGGPPSPTKTAKM
Site 60T688GPPSPTKTAKMKTDK
Site 61S701DKKENAGSLEAINEP
Site 62S718QPMPFPPSIIRSGSP
Site 63S722FPPSIIRSGSPKLDP
Site 64S724PSIIRSGSPKLDPSE
Site 65S730GSPKLDPSEVYLKSK
Site 66Y733KLDPSEVYLKSKTLY
Site 67S736PSEVYLKSKTLYEDK
Site 68Y740YLKSKTLYEDKPPNT
Site 69S810GIPVKGKSHKQVLDL
Site 70T830RNGHVLLTVRRKIFY
Site 71Y837TVRRKIFYGEKQPED
Site 72S846EKQPEDDSSQAFIST
Site 73S847KQPEDDSSQAFISTQ
Site 74S852DSSQAFISTQNGSPR
Site 75T853SSQAFISTQNGSPRL
Site 76S857FISTQNGSPRLNRAE
Site 77Y875RPAPQEPYDVVLQRK
Site 78T893GFGFVILTSKNKPPP
Site 79S894FGFVILTSKNKPPPG
Site 80S914IGRVIEGSPADRCGK
Site 81S970EEHHGPPSGTNSARQ
Site 82S974GPPSGTNSARQSPAL
Site 83S978GTNSARQSPALQHRP
Site 84S989QHRPMGQSQANHIPG
Site 85S999NHIPGDRSALEGEIG
Site 86S1010GEIGKDVSTSYRHSW
Site 87T1011EIGKDVSTSYRHSWS
Site 88S1012IGKDVSTSYRHSWSD
Site 89Y1013GKDVSTSYRHSWSDH
Site 90S1016VSTSYRHSWSDHKHL
Site 91S1032QPDTAVISVVGSRHN
Site 92S1036AVISVVGSRHNQNLG
Site 93Y1045HNQNLGCYPVELERG
Site 94S1059GPRGFGFSLRGGKEY
Site 95S1145DINNPSSSNVIYDEQ
Site 96Y1149PSSSNVIYDEQSPLP
Site 97S1153NVIYDEQSPLPPSSH
Site 98S1158EQSPLPPSSHFASIF
Site 99S1159QSPLPPSSHFASIFE
Site 100S1163PPSSHFASIFEESHV
Site 101S1197DIVPEKKSTLNENQP
Site 102T1198IVPEKKSTLNENQPE
Site 103S1217SLLQKNVSKRDPPSS
Site 104S1223VSKRDPPSSHGHSNK
Site 105S1224SKRDPPSSHGHSNKK
Site 106S1228PPSSHGHSNKKNLLK
Site 107T1241LKVENGVTRRGRSVS
Site 108S1246GVTRRGRSVSPKKPA
Site 109S1248TRRGRSVSPKKPASQ
Site 110S1254VSPKKPASQHSEEHL
Site 111S1266EHLDKIPSPLKNNPK
Site 112S1280KRRPRDQSLSPSKGE
Site 113S1282RPRDQSLSPSKGENK
Site 114S1284RDQSLSPSKGENKSC
Site 115S1290PSKGENKSCQVSTRA
Site 116S1294ENKSCQVSTRAGSGQ
Site 117T1295NKSCQVSTRAGSGQD
Site 118S1299QVSTRAGSGQDQCRK
Site 119S1307GQDQCRKSRGRSASP
Site 120S1311CRKSRGRSASPKKQQ
Site 121S1313KSRGRSASPKKQQKI
Site 122S1323KQQKIEGSKAPSNAE
Site 123S1327IEGSKAPSNAEAKLL
Site 124S1338AKLLEGKSRRIAGYT
Site 125T1345SRRIAGYTGSNAEQI
Site 126S1347RIAGYTGSNAEQIPD
Site 127S1359IPDGKEKSDVIRKDA
Site 128S1374KQNQLEKSRTRSPEK
Site 129T1376NQLEKSRTRSPEKKI
Site 130S1378LEKSRTRSPEKKIKR
Site 131S1390IKRMVEKSLPSKMTN
Site 132T1399PSKMTNKTTSKEVSE
Site 133S1401KMTNKTTSKEVSENE
Site 134S1405KTTSKEVSENEKGKK
Site 135T1415EKGKKVTTGETSSSN
Site 136S1421TTGETSSSNDKIGEN
Site 137S1432IGENVQLSEKRLKQE
Site 138S1446EPEEKVVSNKTEDHK
Site 139S1473TGRFKPESSSPVKKT
Site 140S1475RFKPESSSPVKKTLI
Site 141T1480SSSPVKKTLITPGPW
Site 142T1483PVKKTLITPGPWKVP
Site 143S1491PGPWKVPSGNKVTGT
 
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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