PhosphoNET

           
Protein Info 
   
Short Name:  LPA
Full Name:  Apolipoprotein(a)
Alias: 
Type: 
Mass (Da):  501319
Number AA:  4548
UniProt ID:  P08519
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 1Y29SHVVQDCYHGDGQSY
Site 2T39DGQSYRGTYSTTVTG
Site 3Y40GQSYRGTYSTTVTGR
Site 4S41QSYRGTYSTTVTGRT
Site 5T42SYRGTYSTTVTGRTC
Site 6T43YRGTYSTTVTGRTCQ
Site 7T45GTYSTTVTGRTCQAW
Site 8T64PHQHNRTTENYPNAG
Site 9Y67HNRTTENYPNAGLIM
Site 10Y76NAGLIMNYCRNPDAV
Site 11Y89AVAAPYCYTRDPGVR
Site 12Y99DPGVRWEYCNLTQCS
Site 13T133APSEQAPTEQRPGVQ
Site 14Y143RPGVQECYHGNGQSY
Site 15T153NGQSYRGTYSTTVTG
Site 16T170CQAWSSMTPHSHSRT
Site 17S173WSSMTPHSHSRTPEY
Site 18S175SMTPHSHSRTPEYYP
Site 19T177TPHSHSRTPEYYPNA
Site 20Y180SHSRTPEYYPNAGLI
Site 21Y181HSRTPEYYPNAGLIM
Site 22Y3382NAGLIMNYCRNPDPV
Site 23Y3395PVAAPYCYTRDPSVR
Site 24Y3405DPSVRWEYCNLTQCS
Site 25S3429PTITPIPSLEAPSEQ
Site 26T3459NGQSYQGTYFITVTG
Site 27Y3460GQSYQGTYFITVTGR
Site 28S3479WSSMTPHSHSRTPAY
Site 29S3481SMTPHSHSRTPAYYP
Site 30T3483TPHSHSRTPAYYPNA
Site 31Y3486SHSRTPAYYPNAGLI
Site 32Y3487HSRTPAYYPNAGLIK
Site 33Y3496NAGLIKNYCRNPDPV
Site 34Y3519DPSVRWEYCNLTRCS
Site 35T3553AFFEQALTEETPGVQ
Site 36T3556EQALTEETPGVQDCY
Site 37Y3563TPGVQDCYYHYGQSY
Site 38Y3564PGVQDCYYHYGQSYR
Site 39T3573YGQSYRGTYSTTVTG
Site 40S3595SMTPHQHSRTPENYP
Site 41T3597TPHQHSRTPENYPNA
Site 42Y3601HSRTPENYPNAGLTR
Site 43Y3610NAGLTRNYCRNPDAE
Site 44Y3633DPSVRWEYCNLTQCL
Site 45S3657LTVVPDPSTEASSEE
Site 46T3658TVVPDPSTEASSEEA
Site 47S3661PDPSTEASSEEAPTE
Site 48T3667ASSEEAPTEQSPGVQ
Site 49S3670EEAPTEQSPGVQDCY
Site 50Y3677SPGVQDCYHGDGQSY
Site 51S3683CYHGDGQSYRGSFST
Site 52S3687DGQSYRGSFSTTVTG
Site 53T3690SYRGSFSTTVTGRTC
Site 54T3691YRGSFSTTVTGRTCQ
Site 55T3693GSFSTTVTGRTCQSW
Site 56Y3714WHQRTTEYYPNGGLT
Site 57Y3715HQRTTEYYPNGGLTR
Site 58Y3724NGGLTRNYCRNPDAE
Site 59T3763TESSVLATSTAVSEQ
Site 60S3764ESSVLATSTAVSEQA
Site 61S3768LATSTAVSEQAPTEQ
Site 62T3773AVSEQAPTEQSPTVQ
Site 63S3776EQAPTEQSPTVQDCY
Site 64T3778APTEQSPTVQDCYHG
Site 65Y3783SPTVQDCYHGDGQSY
Site 66Y3853DPSVRWEYCNLTQCP
Site 67T3878TVVPVPSTELPSEEA
Site 68T3887LPSEEAPTENSTGVQ
Site 69S3890EEAPTENSTGVQDCY
Site 70Y3897STGVQDCYRGDGQSY
Site 71S3903CYRGDGQSYRGTLST
Site 72T3907DGQSYRGTLSTTITG
Site 73S3909QSYRGTLSTTITGRT
Site 74T3910SYRGTLSTTITGRTC
Site 75T3913GTLSTTITGRTCQSW
Site 76Y3934WHRRIPLYYPNAGLT
Site 77Y3935HRRIPLYYPNAGLTR
Site 78Y3967DPSVRWEYCNLTRCP
Site 79T3976NLTRCPVTESSVLTT
Site 80S3991PTVAPVPSTEAPSEQ
Site 81T3992TVAPVPSTEAPSEQA
Site 82S4004EQAPPEKSPVVQDCY
Site 83Y4011SPVVQDCYHGDGRSY
Site 84S4017CYHGDGRSYRGISST
Site 85Y4018YHGDGRSYRGISSTT
Site 86S4022GRSYRGISSTTVTGR
Site 87T4024SYRGISSTTVTGRTC
Site 88T4025YRGISSTTVTGRTCQ
Site 89T4027GISSTTVTGRTCQSW
Site 90T4045IPHWHQRTPENYPNA
Site 91Y4049HQRTPENYPNAGLTE
Site 92Y4058NAGLTENYCRNPDSG
Site 93S4088YCNLTQCSETESGVL
Site 94S4092TQCSETESGVLETPT
Site 95S4105PTVVPVPSMEAHSEA
Site 96T4115AHSEAAPTEQTPVVR
Site 97T4118EAAPTEQTPVVRQCY
Site 98Y4125TPVVRQCYHGNGQSY
Site 99T4135NGQSYRGTFSTTVTG
Site 100S4137QSYRGTFSTTVTGRT
Site 101T4138SYRGTFSTTVTGRTC
Site 102T4139YRGTFSTTVTGRTCQ
Site 103T4141GTFSTTVTGRTCQSW
Site 104T4152CQSWSSMTPHRHQRT
Site 105T4159TPHRHQRTPENYPND
Site 106Y4163HQRTPENYPNDGLTM
Site 107Y4172NDGLTMNYCRNPDAD
Site 108Y4195DPSIRWEYCNLTRCS
Site 109S4202YCNLTRCSDTEGTVV
Site 110T4207RCSDTEGTVVAPPTV
Site 111S4219PTVIQVPSLGPPSEQ
Site 112S4224VPSLGPPSEQDCMFG
Site 113T4242GYRGKKATTVTGTPC
Site 114T4243YRGKKATTVTGTPCQ
Site 115T4245GKKATTVTGTPCQEW
Site 116T4247KATTVTGTPCQEWAA
Site 117S4261AQEPHRHSTFIPGTN
Site 118T4262QEPHRHSTFIPGTNK
Site 119Y4277WAGLEKNYCRNPDGD
Site 120Y4301NPRKLFDYCDIPLCA
Site 121S4311IPLCASSSFDCGKPQ
Site 122T4366ISPEWVLTAAHCLKK
Site 123S4374AAHCLKKSSRPSSYK
Site 124S4375AHCLKKSSRPSSYKV
Site 125S4378LKKSSRPSSYKVILG
Site 126S4379KKSSRPSSYKVILGA
Site 127Y4380KSSRPSSYKVILGAH
Site 128S4402HVQEIEVSRLFLEPT
Site 129Y4438ACLPSPDYMVTARTE
Site 130T4441PSPDYMVTARTECYI
Site 131Y4447VTARTECYITGWGET
Site 132T4449ARTECYITGWGETQG
Site 133T4457GWGETQGTFGTGLLK
Site 134T4491AEHLARGTDSCQGDS
Site 135S4493HLARGTDSCQGDSGG
Site 136Y4510VCFEKDKYILQGVTS
Site 137Y4531RPNKPGVYARVSRFV
 
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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