PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1024
Full Name: 
Alias: 
Type: 
Mass (Da):  102993
Number AA:  916
UniProt ID:  Q9UPX6
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 1S20KILEELDSKQNTVSY
Site 2T24ELDSKQNTVSYQDLC
Site 3Y27SKQNTVSYQDLCKSL
Site 4S33SYQDLCKSLCARFDL
Site 5T63LDPNFPATLFKDKMK
Site 6T107AAKEKLPTGRQKVRK
Site 7S118KVRKKEASFESCRSD
Site 8S121KKEASFESCRSDTEI
Site 9S124ASFESCRSDTEICNA
Site 10T126FESCRSDTEICNAAE
Site 11S142EPLNCELSERSFSRG
Site 12S145NCELSERSFSRGYPI
Site 13S147ELSERSFSRGYPIRQ
Site 14Y150ERSFSRGYPIRQSSK
Site 15S155RGYPIRQSSKCRKMD
Site 16S191EVKNRAASLDRLQAL
Site 17Y201RLQALAPYSVTSPQP
Site 18S205LAPYSVTSPQPCEMQ
Site 19Y215PCEMQRTYFPMNIEN
Site 20S224PMNIENESISDQDSL
Site 21S226NIENESISDQDSLPI
Site 22S230ESISDQDSLPINQSI
Site 23S236DSLPINQSIKETFIS
Site 24T240INQSIKETFISNEEP
Site 25S243SIKETFISNEEPFVV
Site 26S279PSLVGPISKAENEHR
Site 27Y308NHSFEMPYNSQYLNP
Site 28Y312EMPYNSQYLNPVYSP
Site 29Y317SQYLNPVYSPVPDKR
Site 30S318QYLNPVYSPVPDKRR
Site 31S330KRRAKHESLDDLQAS
Site 32S337SLDDLQASTYFGPTP
Site 33Y339DDLQASTYFGPTPVM
Site 34T343ASTYFGPTPVMGTQE
Site 35T362LGKPNKQTPWPAKSW
Site 36S368QTPWPAKSWSLNTEE
Site 37S370PWPAKSWSLNTEEVP
Site 38S382EVPDFERSFFNRNPS
Site 39S389SFFNRNPSEEKLHYP
Site 40Y395PSEEKLHYPNASSQT
Site 41S400LHYPNASSQTPNFPA
Site 42T402YPNASSQTPNFPAPE
Site 43T413PAPERRPTYLVPKDQ
Site 44Y414APERRPTYLVPKDQQ
Site 45S437AKQNGLKSKEISSPV
Site 46S441GLKSKEISSPVDLEK
Site 47S442LKSKEISSPVDLEKH
Site 48S459VKKFKDKSINCTSGQ
Site 49T463KDKSINCTSGQLSSD
Site 50S464DKSINCTSGQLSSDT
Site 51S468NCTSGQLSSDTSSVG
Site 52S469CTSGQLSSDTSSVGT
Site 53T471SGQLSSDTSSVGTQT
Site 54S472GQLSSDTSSVGTQTE
Site 55S473QLSSDTSSVGTQTEH
Site 56T476SDTSSVGTQTEHVLE
Site 57S493KCRDLCTSGQGKYSD
Site 58Y498CTSGQGKYSDRHTMK
Site 59S499TSGQGKYSDRHTMKH
Site 60T503GKYSDRHTMKHSDDD
Site 61S507DRHTMKHSDDDSEIV
Site 62S511MKHSDDDSEIVSDDI
Site 63S515DDDSEIVSDDISDIF
Site 64S533DDMSISGSTGVIQSS
Site 65S539GSTGVIQSSCYNSTG
Site 66S540STGVIQSSCYNSTGS
Site 67Y542GVIQSSCYNSTGSLS
Site 68S544IQSSCYNSTGSLSQL
Site 69T545QSSCYNSTGSLSQLH
Site 70S547SCYNSTGSLSQLHKS
Site 71S549YNSTGSLSQLHKSDC
Site 72S554SLSQLHKSDCDSSPE
Site 73S558LHKSDCDSSPEHNLT
Site 74S559HKSDCDSSPEHNLTK
Site 75T565SSPEHNLTKIANGVP
Site 76S574IANGVPNSKGDKGNR
Site 77S588RPENTHHSEEELKTS
Site 78T594HSEEELKTSVCKLVL
Site 79S595SEEELKTSVCKLVLR
Site 80S612EIERKLESLSGVRDE
Site 81S614ERKLESLSGVRDEIS
Site 82S621SGVRDEISQVLGKLN
Site 83S641MQQPEKVSVQIDLNS
Site 84S648SVQIDLNSLTSEGPS
Site 85T650QIDLNSLTSEGPSDD
Site 86S651IDLNSLTSEGPSDDS
Site 87S655SLTSEGPSDDSASPR
Site 88S658SEGPSDDSASPRMFH
Site 89S660GPSDDSASPRMFHAH
Site 90S668PRMFHAHSGSHGPKL
Site 91S670MFHAHSGSHGPKLEN
Site 92S687DWCCSDASGSNSESL
Site 93S689CCSDASGSNSESLRV
Site 94S691SDASGSNSESLRVKA
Site 95S693ASGSNSESLRVKALK
Site 96S702RVKALKKSLFTRPSS
Site 97S708KSLFTRPSSRSLTEE
Site 98S709SLFTRPSSRSLTEEN
Site 99S711FTRPSSRSLTEENSA
Site 100T713RPSSRSLTEENSATE
Site 101S717RSLTEENSATESKIA
Site 102T719LTEENSATESKIASI
Site 103S721EENSATESKIASISN
Site 104S725ATESKIASISNSPRD
Site 105S727ESKIASISNSPRDWR
Site 106S729KIASISNSPRDWRTI
Site 107T735NSPRDWRTITYTNRV
Site 108T737PRDWRTITYTNRVGL
Site 109Y738RDWRTITYTNRVGLN
Site 110T739DWRTITYTNRVGLNE
Site 111T752NEEEIKDTGPGDNKD
Site 112Y771SKEADRQYDIPPQHR
Site 113S794FLVEQVFSPHPYPAS
Site 114Y798QVFSPHPYPASLKAH
Site 115S801SPHPYPASLKAHMKS
Site 116S808SLKAHMKSNPLYTDM
Site 117Y812HMKSNPLYTDMRLTE
Site 118T813MKSNPLYTDMRLTEL
Site 119T818LYTDMRLTELAEVKR
Site 120Y835PSWTIEEYARNAGDK
Site 121T846AGDKGKLTALDLQTQ
Site 122S855LDLQTQESLNPNNLE
Site 123Y869EYWMEDIYTPGYDSL
Site 124T870YWMEDIYTPGYDSLL
Site 125Y873EDIYTPGYDSLLKRK
Site 126S875IYTPGYDSLLKRKEA
 
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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