PhosphoNET

           
Protein Info 
   
Short Name:  KIAA0802
Full Name:  Uncharacterized protein KIAA0802
Alias: 
Type: 
Mass (Da):  208777
Number AA:  1586
UniProt ID:  Q9Y4B5
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 1S43RRLHRAPSPARPFLK
Site 2S62ARPAAVPSSGRAPAP
Site 3S63RPAAVPSSGRAPAPA
Site 4S74PAPAAPRSPNLAGKA
Site 5S84LAGKAPPSPGSLAAP
Site 6S87KAPPSPGSLAAPGRL
Site 7S95LAAPGRLSRRSGGVP
Site 8S98PGRLSRRSGGVPGAK
Site 9S126GAKAALGSRRAARVA
Site 10S139VAPAEPLSRAGKPPG
Site 11S151PPGAEPPSAAAKGRK
Site 12S163GRKAKRGSRAPPART
Site 13T170SRAPPARTVGPPTPA
Site 14T175ARTVGPPTPAARIPA
Site 15S195TSVAGRISHTDSSSD
Site 16T197VAGRISHTDSSSDLS
Site 17S199GRISHTDSSSDLSDC
Site 18S200RISHTDSSSDLSDCP
Site 19S201ISHTDSSSDLSDCPS
Site 20S204TDSSSDLSDCPSEPL
Site 21S208SDLSDCPSEPLSDEQ
Site 22S212DCPSEPLSDEQRLLP
Site 23S222QRLLPAASSDAESGT
Site 24S223RLLPAASSDAESGTG
Site 25S227AASSDAESGTGSSDR
Site 26S231DAESGTGSSDREPPR
Site 27S232AESGTGSSDREPPRG
Site 28T242EPPRGAPTPSPAARG
Site 29S244PRGAPTPSPAARGAP
Site 30S254ARGAPPGSPEPPALL
Site 31S275GACPGGRSIPSGVSG
Site 32S278PGGRSIPSGVSGGFA
Site 33S297AEDVRGRSPPERPVP
Site 34T306PERPVPGTPKEPSLG
Site 35S311PGTPKEPSLGEQSRL
Site 36S336REMEELRSENDYLKD
Site 37Y340ELRSENDYLKDELDE
Site 38S358EMEEMRDSYLEEDVY
Site 39Y359MEEMRDSYLEEDVYQ
Site 40Y365SYLEEDVYQLQELRR
Site 41S395LRKAEQKSLKVAETG
Site 42S411VDGELIRSLEQDLKV
Site 43S423LKVAKDVSVRLHHEL
Site 44T432RLHHELKTVEEKRAK
Site 45S472LERLKESSLKRRSTR
Site 46S477ESSLKRRSTREMYKE
Site 47T478SSLKRRSTREMYKEK
Site 48Y482RRSTREMYKEKKTFN
Site 49T487EMYKEKKTFNQDDSA
Site 50S493KTFNQDDSADLRCQL
Site 51Y531LEQELQKYKSLYGDV
Site 52S533QELQKYKSLYGDVDS
Site 53Y535LQKYKSLYGDVDSPL
Site 54S540SLYGDVDSPLPTGEA
Site 55T544DVDSPLPTGEAGGPP
Site 56S552GEAGGPPSTREAELK
Site 57S609PGRDHAPSIPTSPFG
Site 58T612DHAPSIPTSPFGDSL
Site 59S613HAPSIPTSPFGDSLE
Site 60S618PTSPFGDSLESSTEL
Site 61S621PFGDSLESSTELRRH
Site 62S622FGDSLESSTELRRHL
Site 63S642EAELLRRSISEIEDH
Site 64S644ELLRRSISEIEDHNR
Site 65T654EDHNRQLTHELSKFK
Site 66S658RQLTHELSKFKFEPP
Site 67S676GWLGEGASPGAGGGA
Site 68S691PLQEELKSARLQISE
Site 69S732HLGLRAPSPRDSDAE
Site 70S736RAPSPRDSDAESDAG
Site 71S740PRDSDAESDAGKKES
Site 72S747SDAGKKESDGEESRL
Site 73S767EGPVGGESDSEEMFE
Site 74S769PVGGESDSEEMFEKT
Site 75T776SEEMFEKTSGFGSGK
Site 76S781EKTSGFGSGKPSEAS
Site 77S785GFGSGKPSEASEPCP
Site 78S788SGKPSEASEPCPTEL
Site 79T793EASEPCPTELLKARE
Site 80S802LLKAREDSEYLVTLK
Site 81Y804KAREDSEYLVTLKHE
Site 82T807EDSEYLVTLKHEAQR
Site 83T818EAQRLERTVERLITD
Site 84T824RTVERLITDTDSFLH
Site 85T826VERLITDTDSFLHDA
Site 86S828RLITDTDSFLHDAGL
Site 87S892NRIGDGLSPLPHLTE
Site 88T898LSPLPHLTESSSFLS
Site 89S901LPHLTESSSFLSTVT
Site 90S902PHLTESSSFLSTVTS
Site 91S905TESSSFLSTVTSVSR
Site 92T906ESSSFLSTVTSVSRD
Site 93S909SFLSTVTSVSRDSPI
Site 94S911LSTVTSVSRDSPIGN
Site 95S914VTSVSRDSPIGNLGK
Site 96S949ARGDERESLRLRAAR
Site 97T966HRRADGDTGSHGLGG
Site 98S968RADGDTGSHGLGGQT
Site 99S978LGGQTCFSLEMEEEH
Site 100Y987EMEEEHLYALRWKEL
Site 101T1004HSLALQNTLHERTWS
Site 102S1011TLHERTWSDEKNLMQ
Site 103T1063TEGEHPETLSRLGEL
Site 104S1085ADGPDHDSDRGCGFP
Site 105S1097GFPVGEHSPHSRVQI
Site 106S1100VGEHSPHSRVQIGDH
Site 107S1108RVQIGDHSLRLQTAD
Site 108T1113DHSLRLQTADRGQPH
Site 109Y1158RLRLQQQYASDKAAW
Site 110S1192NKLGELGSSAESKGA
Site 111S1193KLGELGSSAESKGAL
Site 112S1196ELGSSAESKGALKKE
Site 113S1214HQKLLADSHSLVMDL
Site 114S1216KLLADSHSLVMDLRW
Site 115S1269EQLQKENSPRRGGSF
Site 116S1275NSPRRGGSFLCDQKD
Site 117S1293RPFPHQGSLRMPRPV
Site 118S1310WPCADADSIPFEDRP
Site 119S1319PFEDRPLSKLKESDR
Site 120S1324PLSKLKESDRCSASE
Site 121S1328LKESDRCSASENLYL
Site 122S1330ESDRCSASENLYLDA
Site 123S1339NLYLDALSLDDEPEE
Site 124S1376GNLQRAVSVSSMSEF
Site 125S1378LQRAVSVSSMSEFQR
Site 126S1379QRAVSVSSMSEFQRL
Site 127S1381AVSVSSMSEFQRLMD
Site 128S1390FQRLMDISPFLPEKG
Site 129S1400LPEKGLPSTSSKEDV
Site 130S1403KGLPSTSSKEDVTPP
Site 131T1408TSSKEDVTPPLSPDD
Site 132S1412EDVTPPLSPDDLKYI
Site 133Y1418LSPDDLKYIEEFNKS
Site 134Y1428EFNKSWDYTPNRGHN
Site 135T1446PDLWADRTEVGRAGH
Site 136S1456GRAGHEDSTEPFPDS
Site 137T1457RAGHEDSTEPFPDSS
Site 138S1463STEPFPDSSWYLTTS
Site 139S1464TEPFPDSSWYLTTSV
Site 140Y1466PFPDSSWYLTTSVTM
Site 141T1468PDSSWYLTTSVTMTT
Site 142S1470SSWYLTTSVTMTTDT
Site 143T1474LTTSVTMTTDTMTSP
Site 144T1477SVTMTTDTMTSPEHC
Site 145T1495PLRSHVLTEQSGLRV
Site 146S1498SHVLTEQSGLRVLHS
Site 147S1505SGLRVLHSPPAVRRV
Site 148S1514PAVRRVDSITAAGGE
Site 149T1516VRRVDSITAAGGEGP
Site 150T1526GGEGPFPTSRARGSP
Site 151S1527GEGPFPTSRARGSPG
Site 152S1532PTSRARGSPGDTKGG
Site 153T1536ARGSPGDTKGGPPEP
Site 154S1546GPPEPMLSRWPCTSP
Site 155T1551MLSRWPCTSPRHSRD
Site 156S1552LSRWPCTSPRHSRDY
Site 157S1556PCTSPRHSRDYVEGA
Site 158Y1559SPRHSRDYVEGARRP
Site 159S1569GARRPLDSPLCTSLG
Site 160T1573PLDSPLCTSLGFASP
Site 161S1574LDSPLCTSLGFASPL
Site 162S1579CTSLGFASPLHSLEM
Site 163S1583GFASPLHSLEMSKNL
Site 164S1587PLHSLEMSKNLSDDM
Site 165S1591LEMSKNLSDDMKEVA
Site 166S1607SVRNAICSGPGELQV
Site 167T1629NGSRTMGTQTVQTIS
Site 168T1631SRTMGTQTVQTISVG
Site 169S1647QTEALRGSGVTSSPH
Site 170T1650ALRGSGVTSSPHKCL
Site 171S1651LRGSGVTSSPHKCLT
Site 172S1652RGSGVTSSPHKCLTP
Site 173T1658SSPHKCLTPKAGGGA
Site 174T1666PKAGGGATPVSSPSR
Site 175S1669GGGATPVSSPSRSLR
Site 176S1670GGATPVSSPSRSLRS
Site 177S1672ATPVSSPSRSLRSRQ
Site 178S1674PVSSPSRSLRSRQVA
Site 179S1677SPSRSLRSRQVAPAI
Site 180S1697KFERTCCSPKYGSPK
Site 181Y1700RTCCSPKYGSPKLQR
Site 182S1702CCSPKYGSPKLQRKP
Site 183S1721DQPNNRTSPGMAQKG
Site 184Y1729PGMAQKGYSESAWAR
Site 185S1732AQKGYSESAWARSTT
Site 186S1737SESAWARSTTTRESP
Site 187T1738ESAWARSTTTRESPV
Site 188T1739SAWARSTTTRESPVH
Site 189S1743RSTTTRESPVHTTIN
Site 190T1747TRESPVHTTINDGLS
Site 191S1778QKGLRAGSRSRSAEP
Site 192S1780GLRAGSRSRSAEPRP
Site 193S1782RAGSRSRSAEPRPEL
Site 194T1797GPGQETGTNSRGRSP
Site 195S1799GQETGTNSRGRSPSP
Site 196S1803GTNSRGRSPSPIGVG
Site 197S1805NSRGRSPSPIGVGSE
Site 198S1811PSPIGVGSEMCREEG
Site 199T1822REEGGEGTPVKQDLS
Site 200S1829TPVKQDLSAPPGYTL
Site 201S1869HGPPGLHSDSHSLGD
Site 202S1871PPGLHSDSHSLGDTA
Site 203S1873GLHSDSHSLGDTAEP
Site 204T1877DSHSLGDTAEPGPME
Site 205T1887PGPMENQTVLLTAPW
 
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
 


2019 Kinexus Bioinformatics Corporation