PhosphoNET

           
Protein Info 
   
Short Name:  KIAA0232
Full Name:  Uncharacterized protein KIAA0232
Alias:  K0232; LOC9778
Type:  Unknown function
Mass (Da):  154803
Number AA:  1395
UniProt ID:  Q92628
International Prot ID:  IPI00294215
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0000166  GO:0005488  GO:0005524 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 1S14VVVDGLPSESSSSSY
Site 2S16VDGLPSESSSSSYPG
Site 3S17DGLPSESSSSSYPGP
Site 4S18GLPSESSSSSYPGPV
Site 5S19LPSESSSSSYPGPVS
Site 6S20PSESSSSSYPGPVSV
Site 7Y21SESSSSSYPGPVSVS
Site 8S69LSLLLHDSYDYDLQE
Site 9Y70SLLLHDSYDYDLQEQ
Site 10Y72LLHDSYDYDLQEQEN
Site 11Y90LGWEKGAYKKWGKSK
Site 12S96AYKKWGKSKKKCSDL
Site 13S101GKSKKKCSDLTLEEM
Site 14T104KKKCSDLTLEEMKKQ
Site 15S119AAVQCLRSASDESSG
Site 16S121VQCLRSASDESSGIE
Site 17S125RSASDESSGIETLVE
Site 18T129DESSGIETLVEELCS
Site 19S136TLVEELCSRLKDLQS
Site 20S143SRLKDLQSKQEEKIH
Site 21S156IHKKLEGSPSPEAEL
Site 22S158KKLEGSPSPEAELSP
Site 23S164PSPEAELSPPAKDQV
Site 24Y174AKDQVEMYYEAFPPL
Site 25Y175KDQVEMYYEAFPPLS
Site 26S182YEAFPPLSEKPVCLQ
Site 27S202WNKSKVCSYSSSSSS
Site 28Y203NKSKVCSYSSSSSSS
Site 29S204KSKVCSYSSSSSSST
Site 30S205SKVCSYSSSSSSSTA
Site 31S206KVCSYSSSSSSSTAP
Site 32S207VCSYSSSSSSSTAPP
Site 33S208CSYSSSSSSSTAPPA
Site 34S209SYSSSSSSSTAPPAS
Site 35S210YSSSSSSSTAPPAST
Site 36T211SSSSSSSTAPPASTD
Site 37S216SSTAPPASTDTSSPK
Site 38T217STAPPASTDTSSPKD
Site 39T219APPASTDTSSPKDCN
Site 40S220PPASTDTSSPKDCNS
Site 41S221PASTDTSSPKDCNSE
Site 42S227SSPKDCNSESEVTKE
Site 43S229PKDCNSESEVTKERS
Site 44T232CNSESEVTKERSSEV
Site 45S237EVTKERSSEVPTTVH
Site 46T241ERSSEVPTTVHEKTQ
Site 47T242RSSEVPTTVHEKTQS
Site 48T247PTTVHEKTQSKSKNE
Site 49S249TVHEKTQSKSKNEKE
Site 50S251HEKTQSKSKNEKENK
Site 51S260NEKENKFSNGTIEEK
Site 52Y271IEEKPALYKKQIRHK
Site 53S287EGKIRPRSWSSGSSE
Site 54S289KIRPRSWSSGSSEAG
Site 55S290IRPRSWSSGSSEAGS
Site 56S292PRSWSSGSSEAGSSS
Site 57S293RSWSSGSSEAGSSSS
Site 58S297SGSSEAGSSSSGNQG
Site 59S298GSSEAGSSSSGNQGE
Site 60S299SSEAGSSSSGNQGEL
Site 61S309NQGELKASMKYVKVR
Site 62Y312ELKASMKYVKVRHKA
Site 63S332KKGRNGQSRLSLKHG
Site 64S335RNGQSRLSLKHGEKA
Site 65T348KAERNIHTGSSSSSS
Site 66S350ERNIHTGSSSSSSSG
Site 67S351RNIHTGSSSSSSSGS
Site 68S352NIHTGSSSSSSSGSV
Site 69S353IHTGSSSSSSSGSVK
Site 70S354HTGSSSSSSSGSVKQ
Site 71S355TGSSSSSSSGSVKQL
Site 72S356GSSSSSSSGSVKQLC
Site 73S358SSSSSSGSVKQLCKR
Site 74S380IGRKDPGSTEGKDLY
Site 75Y387STEGKDLYMENRKDT
Site 76T394YMENRKDTEYKEEPL
Site 77Y396ENRKDTEYKEEPLWY
Site 78Y403YKEEPLWYTEPIAEY
Site 79Y410YTEPIAEYFVPLSRK
Site 80S415AEYFVPLSRKSKLET
Site 81S418FVPLSRKSKLETTYR
Site 82T422SRKSKLETTYRNRQD
Site 83T423RKSKLETTYRNRQDT
Site 84T430TYRNRQDTSDLTSEA
Site 85S431YRNRQDTSDLTSEAV
Site 86T434RQDTSDLTSEAVEEL
Site 87S435QDTSDLTSEAVEELS
Site 88S442SEAVEELSESVHGLC
Site 89T458SNNNLHKTYLAAGTF
Site 90Y459NNNLHKTYLAAGTFI
Site 91S487DIDLTGTSLCSLPED
Site 92S490LTGTSLCSLPEDNKY
Site 93Y497SLPEDNKYLDDIHLS
Site 94S517YEVDIDQSMLDPGAS
Site 95S524SMLDPGASETMQGES
Site 96S541LKMIRQKSKENTDFE
Site 97T545RQKSKENTDFEAECC
Site 98T568QGERAIWTDSTSSVG
Site 99S570ERAIWTDSTSSVGAE
Site 100T571RAIWTDSTSSVGAEG
Site 101S595AQFWECCSSSSGDAD
Site 102S596QFWECCSSSSGDADG
Site 103S605SGDADGESFGGDSPV
Site 104S610GESFGGDSPVRLSPI
Site 105S615GDSPVRLSPILDSTV
Site 106S636AGNQELFSDINEGSG
Site 107S642FSDINEGSGINSCFS
Site 108T674LNLGNENTDSSANML
Site 109S676LGNENTDSSANMLGK
Site 110T684SANMLGKTQSRLLIW
Site 111S686NMLGKTQSRLLIWTK
Site 112T692QSRLLIWTKNSAFEE
Site 113T708EHCSNLSTRTCSPWS
Site 114T710CSNLSTRTCSPWSHS
Site 115S712NLSTRTCSPWSHSEE
Site 116S715TRTCSPWSHSEETRS
Site 117S717TCSPWSHSEETRSDN
Site 118S722SHSEETRSDNETLNI
Site 119T726ETRSDNETLNIQFEE
Site 120Y744FNAEDINYVVPRVSS
Site 121S750NYVVPRVSSNYVDEE
Site 122S751YVVPRVSSNYVDEEL
Site 123Y753VPRVSSNYVDEELLD
Site 124T766LDFLQDETCQQNSRT
Site 125T773TCQQNSRTLGEIPTL
Site 126T779RTLGEIPTLVFKKTS
Site 127T785PTLVFKKTSKLESVC
Site 128S790KKTSKLESVCGIQLE
Site 129S814TTQVCNESPHGDGYS
Site 130Y820ESPHGDGYSSGVIKD
Site 131S821SPHGDGYSSGVIKDI
Site 132T835IWTKMADTNSVATVE
Site 133S837TKMADTNSVATVEIE
Site 134T846ATVEIERTDAELFSA
Site 135S881PDKAVRRSEYHLWEG
Site 136Y883KAVRRSEYHLWEGQK
Site 137S892LWEGQKESLEKRAFA
Site 138S900LEKRAFASSELSNVD
Site 139S901EKRAFASSELSNVDG
Site 140S904AFASSELSNVDGGDY
Site 141Y911SNVDGGDYTTPSKPW
Site 142T912NVDGGDYTTPSKPWD
Site 143T913VDGGDYTTPSKPWDV
Site 144S915GGDYTTPSKPWDVAQ
Site 145T939GVYGELKTFNSDGEW
Site 146S942GELKTFNSDGEWAVV
Site 147S952EWAVVPPSHTKGSLL
Site 148S981VFMTPGNSFAPGHRQ
Site 149S995QLWKPFVSFEQNDQP
Site 150S1004EQNDQPKSGENGLNK
Site 151S1014NGLNKGFSFIFHEDL
Site 152S1038EDPGLEYSFSSFDLS
Site 153S1040PGLEYSFSSFDLSNP
Site 154S1041GLEYSFSSFDLSNPF
Site 155S1045SFSSFDLSNPFSQVL
Site 156S1065FEPEGIASFSPSFKP
Site 157S1067PEGIASFSPSFKPKS
Site 158S1074SPSFKPKSILCSDSD
Site 159S1078KPKSILCSDSDSEVF
Site 160S1080KSILCSDSDSEVFHP
Site 161S1082ILCSDSDSEVFHPRI
Site 162T1095RICGVDRTQYRAIRI
Site 163Y1097CGVDRTQYRAIRISP
Site 164S1103QYRAIRISPRTHFRP
Site 165T1106AIRISPRTHFRPISA
Site 166S1112RTHFRPISASELSPG
Site 167S1114HFRPISASELSPGGG
Site 168S1117PISASELSPGGGSES
Site 169S1122ELSPGGGSESEFESE
Site 170S1124SPGGGSESEFESEKD
Site 171S1128GSESEFESEKDEANI
Site 172S1139EANIPIPSQVDIFED
Site 173Y1165AEKEGHYYGKSELES
Site 174S1168EGHYYGKSELESGKF
Site 175S1172YGKSELESGKFLPRL
Site 176S1182FLPRLKKSGMEKSAQ
Site 177S1187KKSGMEKSAQTSLDS
Site 178S1191MEKSAQTSLDSQEES
Site 179S1194SAQTSLDSQEESTGI
Site 180S1198SLDSQEESTGILSVG
Site 181S1203EESTGILSVGKQNQC
Site 182S1218LECSMNESLEIDLES
Site 183S1225SLEIDLESSEANCKI
Site 184Y1255AGCQFPAYEDNPVSS
Site 185Y1293TWWEKALYSPLFPAS
Site 186S1294WWEKALYSPLFPASE
Site 187S1300YSPLFPASECEECYT
Site 188Y1306ASECEECYTNAKGES
Site 189T1307SECEECYTNAKGESG
Site 190Y1318GESGLEEYPDAKETP
Site 191T1324EYPDAKETPSNEERL
Site 192S1326PDAKETPSNEERLLD
Site 193S1338LLDFNRVSSVYEARC
Site 194S1339LDFNRVSSVYEARCT
Site 195Y1341FNRVSSVYEARCTGE
Site 196T1346SVYEARCTGERDSGA
Site 197S1351RCTGERDSGAKSDGF
Site 198S1355ERDSGAKSDGFRGKM
Site 199S1364GFRGKMCSSASSTSE
Site 200S1365FRGKMCSSASSTSEE
Site 201S1367GKMCSSASSTSEETG
Site 202S1368KMCSSASSTSEETGS
Site 203T1369MCSSASSTSEETGSE
Site 204S1370CSSASSTSEETGSEG
Site 205S1375STSEETGSEGGGEWV
Site 206S1385GGEWVGPSEEELFSR
Site 207S1391PSEEELFSRTHL___
 
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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