PhosphoNET

           
Protein Info 
   
Short Name:  PLEKHA5
Full Name:  Pleckstrin homology domain-containing family A member 5
Alias:  FLJ10667; KIAA1686; PEPP2; PEPP-2; Phosphoinositol 3-phosphate-binding protein 2; Phosphoinositol 3-phosphate-binding protein-2; PKHA5; Pleckstrin homology domain-containing protein family A member 5; Pleckstriny domain containing, family A member 5
Type:  Lipid binding protein
Mass (Da):  127464
Number AA:  1116
UniProt ID:  Q9HAU0
International Prot ID:  IPI00029515
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005545  GO:0005515   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 1T17ISLPRSWTYGITRGG
Site 2Y18SLPRSWTYGITRGGR
Site 3T36INEEAKSTTWLHPVT
Site 4T49VTGEAVVTGHRRQST
Site 5S55VTGHRRQSTDLPTGW
Site 6T56TGHRRQSTDLPTGWE
Site 7Y66PTGWEEAYTFEGARY
Site 8T67TGWEEAYTFEGARYY
Site 9Y73YTFEGARYYINHNER
Site 10Y74TFEGARYYINHNERK
Site 11T83NHNERKVTCKHPVTG
Site 12T89VTCKHPVTGQPSQDN
Site 13S120EKKERPISMINEASN
Site 14S126ISMINEASNYNVTSD
Site 15Y128MINEASNYNVTSDYA
Site 16T131EASNYNVTSDYAVHP
Site 17S132ASNYNVTSDYAVHPM
Site 18Y134NYNVTSDYAVHPMSP
Site 19S140DYAVHPMSPVGRTSR
Site 20T145PMSPVGRTSRASKKV
Site 21S146MSPVGRTSRASKKVH
Site 22S149VGRTSRASKKVHNFG
Site 23S161NFGKRSNSIKRNPNA
Site 24Y177VVRRGWLYKQDSTGM
Site 25Y201LSDLCLFYYRDEKEE
Site 26Y202SDLCLFYYRDEKEEG
Site 27T225SFQIALLTSEDHINR
Site 28Y234EDHINRKYAFKAAHP
Site 29Y247HPNMRTYYFCTDTGK
Site 30T281VKRVDKITSENAPTK
Site 31T287ITSENAPTKETNNIP
Site 32Y327KALEAEKYGFQKDGQ
Site 33T339DGQDRPLTKINSVKL
Site 34S343RPLTKINSVKLNSLP
Site 35S348INSVKLNSLPSEYES
Site 36S351VKLNSLPSEYESGSA
Site 37Y353LNSLPSEYESGSACP
Site 38S355SLPSEYESGSACPAQ
Site 39S357PSEYESGSACPAQTV
Site 40T363GSACPAQTVHYRPIN
Site 41Y366CPAQTVHYRPINLSS
Site 42S372HYRPINLSSSENKIV
Site 43S374RPINLSSSENKIVNV
Site 44S382ENKIVNVSLADLRGG
Site 45T394RGGNRPNTGPLYTEA
Site 46Y398RPNTGPLYTEADRVI
Site 47T399PNTGPLYTEADRVIQ
Site 48T408ADRVIQRTNSMQQLE
Site 49S410RVIQRTNSMQQLEQW
Site 50S435EETRGVISYQTLPRN
Site 51Y436ETRGVISYQTLPRNM
Site 52T438RGVISYQTLPRNMPS
Site 53S445TLPRNMPSHRAQIMA
Site 54Y454RAQIMARYPEGYRTL
Site 55Y458MARYPEGYRTLPRNS
Site 56T460RYPEGYRTLPRNSKT
Site 57S465YRTLPRNSKTRPESI
Site 58T467TLPRNSKTRPESICS
Site 59S471NSKTRPESICSVTPS
Site 60S474TRPESICSVTPSTHD
Site 61T476PESICSVTPSTHDKT
Site 62S478SICSVTPSTHDKTLG
Site 63T479ICSVTPSTHDKTLGP
Site 64T483TPSTHDKTLGPGAEE
Site 65S494GAEEKRRSMRDDTMW
Site 66T499RRSMRDDTMWQLYEW
Site 67Y504DDTMWQLYEWQQRQF
Site 68Y512EWQQRQFYNKQSTLP
Site 69T517QFYNKQSTLPRHSTL
Site 70S522QSTLPRHSTLSSPKT
Site 71T523STLPRHSTLSSPKTM
Site 72S525LPRHSTLSSPKTMVN
Site 73S526PRHSTLSSPKTMVNI
Site 74T529STLSSPKTMVNISDQ
Site 75S534PKTMVNISDQTMHSI
Site 76T537MVNISDQTMHSIPTS
Site 77S540ISDQTMHSIPTSPSH
Site 78T543QTMHSIPTSPSHGSI
Site 79S544TMHSIPTSPSHGSIA
Site 80S546HSIPTSPSHGSIAAY
Site 81S549PTSPSHGSIAAYQGY
Site 82Y553SHGSIAAYQGYSPQR
Site 83S557IAAYQGYSPQRTYRS
Site 84T561QGYSPQRTYRSEVSS
Site 85Y562GYSPQRTYRSEVSSP
Site 86S564SPQRTYRSEVSSPIQ
Site 87S568TYRSEVSSPIQRGDV
Site 88T576PIQRGDVTIDRRHRA
Site 89Y590AHHPKHVYVPDRRSV
Site 90T602RSVPAGLTLQSVSPQ
Site 91S605PAGLTLQSVSPQSLQ
Site 92S607GLTLQSVSPQSLQGK
Site 93S610LQSVSPQSLQGKTLS
Site 94T615PQSLQGKTLSQDEGR
Site 95S617SLQGKTLSQDEGRGT
Site 96T624SQDEGRGTLYKYRPE
Site 97Y626DEGRGTLYKYRPEEV
Site 98Y628GRGTLYKYRPEEVDI
Site 99Y664QQLHKEKYTLEQALL
Site 100S672TLEQALLSASQEIEM
Site 101S674EQALLSASQEIEMHA
Site 102S703DLQNGLLSTCRELSR
Site 103T704LQNGLLSTCRELSRA
Site 104S709LSTCRELSRATAELE
Site 105T712CRELSRATAELERAW
Site 106Y722LERAWREYDKLEYDV
Site 107Y727REYDKLEYDVTVTRN
Site 108T730DKLEYDVTVTRNQMQ
Site 109S750LGEVQTESAGIQRAQ
Site 110T781KHKQQRGTTEIGMIG
Site 111T782HKQQRGTTEIGMIGS
Site 112S789TEIGMIGSKPFSTVK
Site 113S793MIGSKPFSTVKYKNE
Site 114T794IGSKPFSTVKYKNEG
Site 115Y797KPFSTVKYKNEGPDY
Site 116Y804YKNEGPDYRLYKSEP
Site 117Y807EGPDYRLYKSEPELT
Site 118S809PDYRLYKSEPELTTV
Site 119T814YKSEPELTTVAEVDE
Site 120S822TVAEVDESNGEEKSE
Site 121S828ESNGEEKSEPVSEIE
Site 122S832EEKSEPVSEIETSVV
Site 123T836EPVSEIETSVVKGSH
Site 124S837PVSEIETSVVKGSHF
Site 125S842ETSVVKGSHFPVGVV
Site 126S855VVPPRAKSPTPESST
Site 127T857PPRAKSPTPESSTIA
Site 128S860AKSPTPESSTIASYV
Site 129S861KSPTPESSTIASYVT
Site 130T862SPTPESSTIASYVTL
Site 131S865PESSTIASYVTLRKT
Site 132Y866ESSTIASYVTLRKTK
Site 133T868STIASYVTLRKTKKM
Site 134T872SYVTLRKTKKMMDLR
Site 135T880KKMMDLRTERPRSAV
Site 136S885LRTERPRSAVEQLCL
Site 137S895EQLCLAESTRPRMTV
Site 138T901ESTRPRMTVEEQMER
Site 139S930GLNVIGASDQSPLQS
Site 140S933VIGASDQSPLQSPSN
Site 141S937SDQSPLQSPSNLRDN
Site 142S939QSPLQSPSNLRDNPF
Site 143T949RDNPFRTTQTRRRDD
Site 144T961RDDKELDTAIRENDV
Site 145T974DVKPDHETPATEIVQ
Site 146T977PDHETPATEIVQLKE
Site 147S993EPQNVDFSKELKKTE
Site 148T999FSKELKKTENISYEM
Site 149S1003LKKTENISYEMLFEP
Site 150Y1004KKTENISYEMLFEPE
Site 151S1017PEPNGVNSVEMMDKE
Site 152T1035DKMPEDVTFSPQDET
Site 153S1037MPEDVTFSPQDETQT
Site 154S1060PEENTKNSVDEQEET
Site 155T1067SVDEQEETVISYEST
Site 156S1070EQEETVISYESTPEV
Site 157S1073ETVISYESTPEVSRG
Site 158T1074TVISYESTPEVSRGN
Site 159T1083EVSRGNQTMAVKSLS
Site 160S1088NQTMAVKSLSPSPES
Site 161S1090TMAVKSLSPSPESSA
Site 162S1092AVKSLSPSPESSASP
Site 163S1095SLSPSPESSASPVPS
Site 164S1096LSPSPESSASPVPST
Site 165S1098PSPESSASPVPSTQP
Site 166S1102SSASPVPSTQPQLTE
Site 167T1103SASPVPSTQPQLTEG
Site 168T1108PSTQPQLTEGSHFMC
 
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