PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1383
Full Name:  Uncharacterized protein KIAA1383
Alias:  K1383; LOC54627
Type:  Unknown function
Mass (Da):  100340
Number AA: 
UniProt ID:  Q9P2G4
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 1S48EKEQGEASSPRGLCP
Site 2S49KEQGEASSPRGLCPA
Site 3Y70DFPTLLVYPPDGPGA
Site 4S94IRFGRGKSCLFRLQP
Site 5T126QLPPGRPTPTPQLLG
Site 6T128PPGRPTPTPQLLGAC
Site 7S152RVVGPAASGCSHRHR
Site 8S155GPAASGCSHRHRGRF
Site 9T172HNRVGERTGDIALAY
Site 10S186YRLTDLGSRLLSQLE
Site 11S190DLGSRLLSQLERPLT
Site 12T197SQLERPLTFTRTGGG
Site 13T199LERPLTFTRTGGGAE
Site 14S208TGGGAEVSPQTQQER
Site 15S223QQLQQPASQPSPKEA
Site 16S226QQPASQPSPKEADKP
Site 17S252DLKEMVKSKAECDNV
Site 18T267GSVENGKTNSVVTCS
Site 19S269VENGKTNSVVTCSGA
Site 20S283AGNGRNVSSLNEEVT
Site 21S284GNGRNVSSLNEEVTE
Site 22T296VTELDMETNIFCPPP
Site 23Y305IFCPPPLYYTNLTQE
Site 24T310PLYYTNLTQEKPPPA
Site 25T322PPAQAKITIEPQMNA
Site 26S337PEEMDDASPEKKRVN
Site 27S350VNPPAHRSCLKHPSS
Site 28S356RSCLKHPSSAAHEHP
Site 29S357SCLKHPSSAAHEHPP
Site 30T391TEQNRINTIRQLPLL
Site 31S415LYDQPVTSPAHIHPH
Site 32S434YRTEDKKSPESSAKS
Site 33S437EDKKSPESSAKSTCR
Site 34S438DKKSPESSAKSTCRS
Site 35S441SPESSAKSTCRSEAK
Site 36T442PESSAKSTCRSEAKK
Site 37S445SAKSTCRSEAKKDKR
Site 38S453EAKKDKRSVGGCEKS
Site 39S460SVGGCEKSVSLQYKK
Site 40S462GGCEKSVSLQYKKNQ
Site 41Y478ENYKEDKYSEKSSGA
Site 42S479NYKEDKYSEKSSGAL
Site 43S483DKYSEKSSGALHKRV
Site 44Y497VPKGRLLYGLTNTLR
Site 45Y524VHEKRELYRKRQSQM
Site 46S529ELYRKRQSQMLGTKF
Site 47T534RQSQMLGTKFRIPSS
Site 48S540GTKFRIPSSKVKLLS
Site 49S541TKFRIPSSKVKLLSS
Site 50S547SSKVKLLSSAEQSQK
Site 51S548SKVKLLSSAEQSQKP
Site 52S552LLSSAEQSQKPQLPE
Site 53Y562PQLPEDKYLDSDASF
Site 54S565PEDKYLDSDASFTEN
Site 55S568KYLDSDASFTENSDT
Site 56S573DASFTENSDTSRQIS
Site 57T575SFTENSDTSRQISGV
Site 58S576FTENSDTSRQISGVF
Site 59S580SDTSRQISGVFDEPS
Site 60S587SGVFDEPSTSKETKL
Site 61S589VFDEPSTSKETKLKY
Site 62Y596SKETKLKYATEKKTV
Site 63T602KYATEKKTVDCSKNR
Site 64S614KNRINNVSLEEVVSP
Site 65T672DIRQVKTTDNDILMA
Site 66S682DILMADISDKRTGKN
Site 67T686ADISDKRTGKNSCYE
Site 68S690DKRTGKNSCYENISE
Site 69Y692RTGKNSCYENISELK
Site 70S696NSCYENISELKYSDD
Site 71Y700ENISELKYSDDLSSP
Site 72S701NISELKYSDDLSSPC
Site 73S705LKYSDDLSSPCYSED
Site 74S706KYSDDLSSPCYSEDF
Site 75Y709DDLSSPCYSEDFCTS
Site 76S710DLSSPCYSEDFCTSE
Site 77T715CYSEDFCTSEDTSRS
Site 78S716YSEDFCTSEDTSRSF
Site 79T719DFCTSEDTSRSFKAH
Site 80S720FCTSEDTSRSFKAHD
Site 81S722TSEDTSRSFKAHDSS
Site 82S728RSFKAHDSSSRTENP
Site 83S729SFKAHDSSSRTENPK
Site 84S730FKAHDSSSRTENPKH
Site 85T732AHDSSSRTENPKHSQ
Site 86S738RTENPKHSQYTSKSS
Site 87Y740ENPKHSQYTSKSSDT
Site 88S742PKHSQYTSKSSDTGV
Site 89S744HSQYTSKSSDTGVSK
Site 90S745SQYTSKSSDTGVSKK
Site 91S750KSSDTGVSKKKNSSD
Site 92S755GVSKKKNSSDRSSIL
Site 93S756VSKKKNSSDRSSILS
Site 94S759KKNSSDRSSILSPPF
Site 95S760KNSSDRSSILSPPFS
Site 96S763SDRSSILSPPFSAGS
Site 97S770SPPFSAGSPVHSYRK
Site 98S774SAGSPVHSYRKFHIS
Site 99Y775AGSPVHSYRKFHISK
Site 100S781SYRKFHISKTQDKSL
Site 101T783RKFHISKTQDKSLEE
Site 102S787ISKTQDKSLEEASSI
Site 103S793KSLEEASSISASDLS
Site 104S795LEEASSISASDLSST
Site 105S797EASSISASDLSSTHW
Site 106S800SISASDLSSTHWTEQ
Site 107S801ISASDLSSTHWTEQK
Site 108T805DLSSTHWTEQKENQI
Site 109S820DQNSMHNSEITKRAQ
Site 110S830TKRAQDISVKTRSSW
Site 111S835DISVKTRSSWKSLEK
Site 112S836ISVKTRSSWKSLEKS
Site 113S839KTRSSWKSLEKSQSP
Site 114S843SWKSLEKSQSPQTSQ
Site 115S845KSLEKSQSPQTSQVS
Site 116T848EKSQSPQTSQVSSYL
Site 117S849KSQSPQTSQVSSYLP
Site 118S853PQTSQVSSYLPSNVS
Site 119Y854QTSQVSSYLPSNVSE
Site 120S857QVSSYLPSNVSELNV
Site 121S860SYLPSNVSELNVLDS
Site 122S867SELNVLDSSTSDHFE
Site 123S870NVLDSSTSDHFEEGN
Site 124S882EGNDDVGSLNISKQC
 
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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