PhosphoNET

           
Protein Info 
   
Short Name:  SBNO2
Full Name: 
Alias: 
Type: 
Mass (Da):  150275
Number AA:  1366
UniProt ID:  Q9Y2G9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1Y12GPAMDRDYPQHEPPP
Site 2S22HEPPPAGSLLYSPPP
Site 3Y25PPAGSLLYSPPPLQS
Site 4S26PAGSLLYSPPPLQSA
Site 5Y48NTFSLPPYPAFSSDS
Site 6S52LPPYPAFSSDSRPFM
Site 7S53PPYPAFSSDSRPFMS
Site 8S55YPAFSSDSRPFMSSA
Site 9S60SDSRPFMSSASFLGS
Site 10S61DSRPFMSSASFLGSQ
Site 11S63RPFMSSASFLGSQPC
Site 12S67SSASFLGSQPCPDTS
Site 13T73GSQPCPDTSYAPVAT
Site 14S74SQPCPDTSYAPVATA
Site 15Y75QPCPDTSYAPVATAS
Site 16S83APVATASSLPPKTCD
Site 17T88ASSLPPKTCDFAQDS
Site 18S95TCDFAQDSSYFEDFS
Site 19Y97DFAQDSSYFEDFSNI
Site 20S102SSYFEDFSNISIFSS
Site 21S105FEDFSNISIFSSSVD
Site 22S109SNISIFSSSVDSLSD
Site 23S115SSSVDSLSDIVDTPD
Site 24T120SLSDIVDTPDFLPAD
Site 25S128PDFLPADSLNQVSTI
Site 26S166EDFLPSHSTPLLVSY
Site 27T167DFLPSHSTPLLVSYQ
Site 28S172HSTPLLVSYQEQSVQ
Site 29Y173STPLLVSYQEQSVQS
Site 30T199EAEELGHTETYADYV
Site 31Y202ELGHTETYADYVPSK
Site 32Y205HTETYADYVPSKSKI
Site 33S210ADYVPSKSKIGKQHP
Site 34S224PDRVVETSTLSSVPP
Site 35T225DRVVETSTLSSVPPP
Site 36S228VETSTLSSVPPPDIT
Site 37Y236VPPPDITYTLALPSD
Site 38T237PPPDITYTLALPSDS
Site 39Y257LQLEAITYACQQHEV
Site 40T287AGVGKGRTVAGVILE
Site 41S307RKKALWFSVSNDLKY
Site 42S309KALWFSVSNDLKYDA
Site 43Y314SVSNDLKYDAERDLR
Site 44Y338HALSKIKYGDTTTSE
Site 45T341SKIKYGDTTTSEGVL
Site 46T342KIKYGDTTTSEGVLF
Site 47T343IKYGDTTTSEGVLFA
Site 48S344KYGDTTTSEGVLFAT
Site 49S359YSALIGESQAGGQHR
Site 50Y432SEPRNMIYMSRLGIW
Site 51T443LGIWGEGTPFRNFEE
Site 52Y476DMKVSGMYIARQLSF
Site 53S531IGLESRKSLWGQFWS
Site 54T577VVIGLQSTGEARTRE
Site 55S614LIQKHFPSTKRKRDR
Site 56T615IQKHFPSTKRKRDRG
Site 57S625KRDRGAGSKRKRRPR
Site 58S652TAGVIRISDDSSTES
Site 59S655VIRISDDSSTESDPG
Site 60S656IRISDDSSTESDPGL
Site 61T657RISDDSSTESDPGLD
Site 62S659SDDSSTESDPGLDSD
Site 63S665ESDPGLDSDFNSSPE
Site 64S669GLDSDFNSSPESLVD
Site 65S670LDSDFNSSPESLVDD
Site 66S673DFNSSPESLVDDDVV
Site 67S689VDAVGLPSDDRGPLC
Site 68T751PQRVAEMTGRKGRVV
Site 69S759GRKGRVVSRPDGTVA
Site 70T764VVSRPDGTVAFESRA
Site 71S769DGTVAFESRAEQGLS
Site 72S776SRAEQGLSIDHVNLR
Site 73S790REKQRFMSGEKLVAI
Site 74S807EASSSGVSLQADRRV
Site 75T824QRRRVHMTLELPWSA
Site 76S830MTLELPWSADRAIQQ
Site 77T841AIQQFGRTHRSNQVS
Site 78S844QFGRTHRSNQVSAPE
Site 79S848THRSNQVSAPEYVFL
Site 80S867AGERRFASIVAKRLE
Site 81T887THGDRRATESRDLSK
Site 82S889GDRRATESRDLSKYN
Site 83S893ATESRDLSKYNFENK
Site 84Y895ESRDLSKYNFENKYG
Site 85Y901KYNFENKYGTRALHC
Site 86Y927KVPVPQGYPGGVPTF
Site 87T933GYPGGVPTFFRDMKQ
Site 88S944DMKQGLLSVGIGGRE
Site 89S952VGIGGRESRNGCLDV
Site 90S964LDVEKDCSITKFLNR
Site 91Y986KQNALFQYFSDTFDH
Site 92Y1004MDKREGKYDMGILDL
Site 93Y1019APGIEEIYEESQQVF
Site 94S1022IEEIYEESQQVFLAP
Site 95S1057WEDAFAKSLALTGPY
Site 96Y1064SLALTGPYDGFYLSY
Site 97Y1068TGPYDGFYLSYKVRG
Site 98S1070PYDGFYLSYKVRGNK
Site 99Y1071YDGFYLSYKVRGNKP
Site 100S1079KVRGNKPSCLLAEQN
Site 101T1092QNRGQFFTVYKPNIG
Site 102Y1094RGQFFTVYKPNIGRQ
Site 103S1102KPNIGRQSQLEALDS
Site 104S1109SQLEALDSLRRKFHR
Site 105T1118RRKFHRVTAEEAKEP
Site 106S1128EAKEPWESGYALSLT
Site 107Y1130KEPWESGYALSLTHC
Site 108S1133WESGYALSLTHCSHS
Site 109T1135SGYALSLTHCSHSAW
Site 110Y1165GLRLRHHYMLCGALL
Site 111S1189MADVSSSSYLQIVRL
Site 112Y1190ADVSSSSYLQIVRLK
Site 113T1198LQIVRLKTKDRKKQV
Site 114T1260PGEVLDLTYSPPAEA
Site 115Y1261GEVLDLTYSPPAEAF
Site 116S1262EVLDLTYSPPAEAFP
Site 117T1293PGVVPLGTPDAQADP
Site 118S1322VLEDMLRSLHAGPPS
Site 119S1329SLHAGPPSEGALGEG
Site 120S1351GGGPERQSVIQFSPP
Site 121S1356RQSVIQFSPPFPGAQ
 
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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