PhosphoNET

           
Protein Info 
   
Short Name:  PLEKHH1
Full Name: 
Alias: 
Type: 
Mass (Da):  151232
Number AA:  1364
UniProt ID:  Q9ULM0
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 1S11LKVEAPASVDWQKRC
Site 2T20DWQKRCLTLETQLFR
Site 3S33FRFRLQASKIRELLA
Site 4T62QRAENAETQVGVMEE
Site 5S81SNLKNVDSEGSLHRK
Site 6S84KNVDSEGSLHRKYQE
Site 7Y89EGSLHRKYQELLKAI
Site 8S104KGKDELISQLEAQLE
Site 9T123MRAEEAKTVQEKAAK
Site 10S162RLVEQVGSLQDALEA
Site 11Y183RKLLVPPYGAAEQDS
Site 12S190YGAAEQDSVPSEPGI
Site 13S204IQPMGQDSGSQAQGL
Site 14S206PMGQDSGSQAQGLKA
Site 15S225PSPGALQSKDSVSEA
Site 16S228GALQSKDSVSEAASP
Site 17S230LQSKDSVSEAASPLE
Site 18S234DSVSEAASPLEDSSS
Site 19S239AASPLEDSSSSTVHS
Site 20S240ASPLEDSSSSTVHSG
Site 21S241SPLEDSSSSTVHSGE
Site 22S242PLEDSSSSTVHSGET
Site 23T243LEDSSSSTVHSGETV
Site 24S246SSSSTVHSGETVEAK
Site 25S263QPHLGRESPPHQPCM
Site 26T274QPCMKLLTFRCSSAS
Site 27S278KLLTFRCSSASWGEG
Site 28S281TFRCSSASWGEGLVT
Site 29T288SWGEGLVTAQRGMLP
Site 30T299GMLPGTKTSAREGGP
Site 31S300MLPGTKTSAREGGPG
Site 32S308AREGGPGSSLTLPKV
Site 33S309REGGPGSSLTLPKVR
Site 34T311GGPGSSLTLPKVRAP
Site 35T320PKVRAPGTPRDSIQL
Site 36S324APGTPRDSIQLAKRH
Site 37S333QLAKRHHSQPQVGHG
Site 38S366SGLPELESRARSREE
Site 39S370ELESRARSREEPEKM
Site 40S393GKNEERESPKALGAE
Site 41T412ELGNKPPTPPLHQFS
Site 42S419TPPLHQFSSWESRIY
Site 43S420PPLHQFSSWESRIYA
Site 44Y426SSWESRIYAVATSGM
Site 45S436ATSGMRLSDMSPRSN
Site 46S439GMRLSDMSPRSNTAC
Site 47S442LSDMSPRSNTACCAS
Site 48T444DMSPRSNTACCASSP
Site 49S456SSPPALVSPGSFSGL
Site 50Y473KNVTVPVYTALKGRA
Site 51T481TALKGRATQISNMPF
Site 52S484KGRATQISNMPFMDE
Site 53S492NMPFMDESSGSDDDC
Site 54S493MPFMDESSGSDDDCS
Site 55S495FMDESSGSDDDCSSQ
Site 56S500SGSDDDCSSQASFRI
Site 57S501GSDDDCSSQASFRIS
Site 58S504DDCSSQASFRISVPS
Site 59S508SQASFRISVPSSESR
Site 60S511SFRISVPSSESRKTS
Site 61S512FRISVPSSESRKTSG
Site 62S514ISVPSSESRKTSGLG
Site 63T517PSSESRKTSGLGSPR
Site 64S518SSESRKTSGLGSPRA
Site 65S522RKTSGLGSPRAIKRG
Site 66S531RAIKRGVSMSSLSSE
Site 67S533IKRGVSMSSLSSEGD
Site 68S534KRGVSMSSLSSEGDY
Site 69S537VSMSSLSSEGDYAIP
Site 70Y541SLSSEGDYAIPPDAC
Site 71S549AIPPDACSLDSDYSE
Site 72S552PDACSLDSDYSEPEH
Site 73Y554ACSLDSDYSEPEHKL
Site 74S555CSLDSDYSEPEHKLQ
Site 75T564PEHKLQRTSSYSTDG
Site 76S565EHKLQRTSSYSTDGL
Site 77S566HKLQRTSSYSTDGLG
Site 78Y567KLQRTSSYSTDGLGL
Site 79S568LQRTSSYSTDGLGLG
Site 80T569QRTSSYSTDGLGLGG
Site 81S578GLGLGGESLEKSGYL
Site 82S582GGESLEKSGYLLKMG
Site 83Y584ESLEKSGYLLKMGSQ
Site 84S590GYLLKMGSQVKTWKR
Site 85Y609LRQGQIMYYKSPSDV
Site 86Y610RQGQIMYYKSPSDVI
Site 87S612GQIMYYKSPSDVIRK
Site 88S628QGQVDLNSRCQIVRG
Site 89S638QIVRGEGSQTFQLIS
Site 90T640VRGEGSQTFQLISEK
Site 91T649QLISEKKTYYLTADS
Site 92Y650LISEKKTYYLTADSP
Site 93Y651ISEKKTYYLTADSPS
Site 94T653EKKTYYLTADSPSLL
Site 95S656TYYLTADSPSLLEEW
Site 96T686PALLRGGTKPTVKGW
Site 97T689LRGGTKPTVKGWLTK
Site 98T695PTVKGWLTKVKHGHS
Site 99Y715ALVGKIFYYYRSHED
Site 100Y716LVGKIFYYYRSHEDK
Site 101Y717VGKIFYYYRSHEDKR
Site 102S742HIEEVDRSCDSDEDY
Site 103S745EVDRSCDSDEDYEAG
Site 104Y749SCDSDEDYEAGGTRR
Site 105T754EDYEAGGTRRLLSSH
Site 106T774HPTEHSPTYLLIGTK
Site 107Y775PTEHSPTYLLIGTKH
Site 108S822DGEGDPDSPLWRHPM
Site 109Y838CYSKDGLYASLTTLP
Site 110S840SKDGLYASLTTLPSE
Site 111T851LPSEALQTEALKLFK
Site 112S951QRHADPRSETGQYAT
Site 113T953HADPRSETGQYATYC
Site 114Y956PRSETGQYATYCQRA
Site 115Y959ETGQYATYCQRAVER
Site 116T967CQRAVERTLRTGERE
Site 117S978GEREARPSRMEVVSI
Site 118S994LRNPFHHSLPFSIPV
Site 119T1018VGFDGSSTVDEFLQR
Site 120S1036EIGMRKPSHSGFALF
Site 121S1038GMRKPSHSGFALFTD
Site 122T1044HSGFALFTDDPSGRD
Site 123S1048ALFTDDPSGRDLEHC
Site 124S1081KELHPGKSEGGTRVV
Site 125T1085PGKSEGGTRVVKLMY
Site 126Y1092TRVVKLMYKNRLYFR
Site 127Y1097LMYKNRLYFRSQVKG
Site 128S1100KNRLYFRSQVKGETD
Site 129T1106RSQVKGETDRERLLL
Site 130S1115RERLLLASQTSREIV
Site 131T1117RLLLASQTSREIVAG
Site 132S1118LLLASQTSREIVAGR
Site 133Y1145ALMAQVEYGDLEKPA
Site 134S1160LPGPGGTSPAKAQHL
Site 135Y1180DRFHPRRYRHGAPAE
Site 136T1197RHLADMLTTKWATLQ
Site 137Y1215PPECIRIYLTVARKW
Site 138S1255AVNEDGVSILDHNTM
Site 139T1267NTMQVHITYPYSSVT
Site 140Y1268TMQVHITYPYSSVTT
Site 141Y1270QVHITYPYSSVTTFG
Site 142T1275YPYSSVTTFGGCRDD
Site 143S1289DFMLVIRSIPDKSSG
Site 144S1294IRSIPDKSSGKSHIE
Site 145S1295RSIPDKSSGKSHIEK
Site 146S1298PDKSSGKSHIEKLIF
Site 147T1334TTTVNPPTNPPGACQ
Site 148S1353DGRQFFSSVSCATKG
Site 149S1355RQFFSSVSCATKGPT
 
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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