PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1239
Full Name:  Leucine-rich repeat and WD repeat-containing protein KIAA1239
Alias:  LOC57495
Type:  Unknown function
Mass (Da):  197466
Number AA:  1742
UniProt ID:  Q9ULI1
International Prot ID:  IPI00166979
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 1T8MWPAGAGTKLPCPRD
Site 2S16KLPCPRDSALRRAAF
Site 3S24ALRRAAFSGNLTALP
Site 4Y64QALRENVYPKLREFC
Site 5Y75REFCRENYGLEFQVI
Site 6Y85EFQVIDLYWGVEEDE
Site 7S95VEEDEWDSPELQKTR
Site 8T101DSPELQKTRMKLLEN
Site 9Y161TKLLEEWYCRDENSV
Site 10Y173NSVPAAYYLRPKSEM
Site 11S178AYYLRPKSEMLRSNR
Site 12S183PKSEMLRSNRNAMQP
Site 13T199TNAENEKTWQEISDE
Site 14S227EKGKMKHSQAKRYLF
Site 15T249DFALGKQTPAFLKKC
Site 16Y278KIPEMGKYMDITGTE
Site 17T282MGKYMDITGTEPRII
Site 18T284KYMDITGTEPRIIRD
Site 19Y318ASSNLRVYTSVTHCD
Site 20T319SSNLRVYTSVTHCDM
Site 21Y338SQEIENHYIEGLGKQ
Site 22Y347EGLGKQFYEDMIDII
Site 23T364TIQQNFDTETDTLYD
Site 24T368NFDTETDTLYDEILQ
Site 25Y370DTETDTLYDEILQHS
Site 26S378DEILQHSSLCKTYAS
Site 27T382QHSSLCKTYASFYEY
Site 28Y389TYASFYEYKCESLNI
Site 29Y415HINPLIIYGGPCTGK
Site 30T441YGWLHEDTGPESDPV
Site 31S445HEDTGPESDPVVIVR
Site 32T457IVRFLGTTDMSSDLR
Site 33Y485YRCLVQSYPKKIHDL
Site 34S544RFVRIVLSTLPNKHG
Site 35Y566LIHEEDNYIELIPRD
Site 36S578PRDRKMCSQVLKHQL
Site 37T593LRVKRKVTSGQQIYV
Site 38S594RVKRKVTSGQQIYVN
Site 39Y599VTSGQQIYVNNALSK
Site 40S633HKDVDESSLSVTVHE
Site 41S635DVDESSLSVTVHESI
Site 42T637DESSLSVTVHESIEQ
Site 43S648SIEQLFWSLEKKCGQ
Site 44S673TMAKMGLSEMELEDV
Site 45S686DVLALDNSVMSELKE
Site 46S698LKENTRPSNPLRVPY
Site 47Y705SNPLRVPYLYIARLK
Site 48Y707PLRVPYLYIARLKEG
Site 49S716ARLKEGLSGYLIERH
Site 50Y718LKEGLSGYLIERHVK
Site 51S768DYFLGVWSGGRRKAF
Site 52S805KHFMEQASFDRQAPD
Site 53Y839RKMSELLYHLTRCGK
Site 54T842SELLYHLTRCGKTDD
Site 55S875GQFDKVLSDIELAYN
Site 56S884IELAYNYSQEKELKF
Site 57T895ELKFLANTLRSIKNK
Site 58T904RSIKNKVTAFPGSLS
Site 59S909KVTAFPGSLSAELQQ
Site 60S923QRLLPVVSSLPKLRH
Site 61Y942CDKDGPKYCSIVPLH
Site 62S944KDGPKYCSIVPLHSS
Site 63S951SIVPLHSSMDVTYSP
Site 64T955LHSSMDVTYSPERLP
Site 65Y956HSSMDVTYSPERLPL
Site 66S957SSMDVTYSPERLPLS
Site 67S964SPERLPLSSSHLHVT
Site 68S965PERLPLSSSHLHVTE
Site 69S966ERLPLSSSHLHVTEI
Site 70S992ALENGSISTWDVETR
Site 71Y1023KLTSDEKYLVVATTN
Site 72T1052SEVEIKGTKHGSSAT
Site 73S1057KGTKHGSSATYINGF
Site 74Y1060KHGSSATYINGFTLS
Site 75T1135GSGEKLCTVTSEFSG
Site 76T1137GEKLCTVTSEFSGGF
Site 77S1162QEMVMVDSEGSLSVW
Site 78S1165VMVDSEGSLSVWNTE
Site 79S1167VDSEGSLSVWNTEDI
Site 80T1171GSLSVWNTEDISSPQ
Site 81S1176WNTEDISSPQLTDDF
Site 82T1180DISSPQLTDDFDCRR
Site 83S1190FDCRREDSEVVSIEL
Site 84S1194REDSEVVSIELSEDQ
Site 85S1236KHNERFISAVLSKNG
Site 86S1269DTGQCMASLQEISGS
Site 87T1315AMSNIDKTGKPIQSL
Site 88S1321KTGKPIQSLLLPARG
Site 89Y1332PARGEIIYSLDGSDC
Site 90T1374STGDIMVTSDDKSSQ
Site 91S1375TGDIMVTSDDKSSQY
Site 92S1380VTSDDKSSQYVWHTS
Site 93Y1382SDDKSSQYVWHTSSG
Site 94T1386SSQYVWHTSSGENLF
Site 95S1401RINGQRISQLLITHN
Site 96S1414HNDQFVVSLCEENAS
Site 97S1421SLCEENASRVWRLAT
Site 98T1428SRVWRLATGHRVCNI
Site 99T1470SLWTGSITKKFCCED
Site 100T1509TVNIWSLTDEVICRR
Site 101S1533NLEDFEISPNGKLGI
Site 102S1564KLRVVHASGIIWRQR
Site 103S1573IIWRQRLSRDGRYLV
Site 104Y1578RLSRDGRYLVYICFR
Site 105Y1581RDGRYLVYICFRNGE
Site 106S1614GKNIGACSLYKTPTF
Site 107T1620CSLYKTPTFLALSQR
Site 108Y1643DDGSIGIYTVVDRVD
Site 109S1660LKIKIATSNSRQIFN
Site 110T1670RQIFNNATHTSRPKC
Site 111T1672IFNNATHTSRPKCNS
Site 112S1679TSRPKCNSYCFKISV
Site 113Y1680SRPKCNSYCFKISVD
Site 114S1685NSYCFKISVDCLWRE
Site 115T1694DCLWRESTEVFARDS
Site 116S1701TEVFARDSPITVSDS
Site 117T1704FARDSPITVSDSTES
Site 118S1706RDSPITVSDSTESNE
Site 119S1708SPITVSDSTESNEAT
Site 120S1711TVSDSTESNEATPSK
Site 121T1715STESNEATPSKKHNS
Site 122S1717ESNEATPSKKHNSCY
Site 123Y1724SKKHNSCYERVCSAL
Site 124S1729SCYERVCSALEARGH
Site 125S1737ALEARGHSYAPDN__
 
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