PhosphoNET

           
Protein Info 
   
Short Name:  PLEKHH2
Full Name:  Pleckstrin homology domain-containing family H member 2
Alias: 
Type: 
Mass (Da):  168229
Number AA:  1493
UniProt ID:  Q8IVE3
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 1S5___MAELSEPEGPVD
Site 2S22ERCVALESQLMKFRV
Site 3S32MKFRVQASKIRELLA
Site 4S78KAANIQTSESETRLY
Site 5S80ANIQTSESETRLYNK
Site 6Y85SESETRLYNKCQDLE
Site 7S93NKCQDLESLIQEKDD
Site 8T161NQTEEIRTMQSKLQE
Site 9S174QEVQGKKSSTVSTLK
Site 10S175EVQGKKSSTVSTLKL
Site 11T176VQGKKSSTVSTLKLS
Site 12S178GKKSSTVSTLKLSEG
Site 13T179KKSSTVSTLKLSEGQ
Site 14S183TVSTLKLSEGQRLSS
Site 15S198LTFGCFLSRARSPPQ
Site 16S202CFLSRARSPPQVVKS
Site 17S209SPPQVVKSEEMSKIS
Site 18S213VVKSEEMSKISSKEP
Site 19S217EEMSKISSKEPEFTE
Site 20T223SSKEPEFTEGKDMEE
Site 21S237EMEIPEKSVDNQVLE
Site 22T251ENNRGQRTLHQTPCG
Site 23T255GQRTLHQTPCGSEQN
Site 24T265GSEQNRKTRTSFATD
Site 25S268QNRKTRTSFATDGGI
Site 26T271KTRTSFATDGGISQN
Site 27S279DGGISQNSGAPVSDW
Site 28S284QNSGAPVSDWSSDEE
Site 29S287GAPVSDWSSDEEDGS
Site 30S288APVSDWSSDEEDGSK
Site 31S294SSDEEDGSKGRSKSR
Site 32S298EDGSKGRSKSRCTST
Site 33S300GSKGRSKSRCTSTLS
Site 34T303GRSKSRCTSTLSSHT
Site 35S304RSKSRCTSTLSSHTS
Site 36T305SKSRCTSTLSSHTSE
Site 37S307SRCTSTLSSHTSEEG
Site 38S308RCTSTLSSHTSEEGV
Site 39S311STLSSHTSEEGVQCS
Site 40S318SEEGVQCSRMGSEMY
Site 41S322VQCSRMGSEMYLTAS
Site 42Y325SRMGSEMYLTASDDS
Site 43T327MGSEMYLTASDDSSS
Site 44S329SEMYLTASDDSSSIF
Site 45S332YLTASDDSSSIFEEE
Site 46S333LTASDDSSSIFEEET
Site 47S334TASDDSSSIFEEETF
Site 48T340SSIFEEETFGIKRPE
Site 49Y352RPEHKKLYSWQQEAQ
Site 50S353PEHKKLYSWQQEAQW
Site 51S365AQWKALNSPLGKGNS
Site 52S372SPLGKGNSELSKKEQ
Site 53S375GKGNSELSKKEQDSS
Site 54S381LSKKEQDSSSDELNK
Site 55S382SKKEQDSSSDELNKK
Site 56S383KKEQDSSSDELNKKF
Site 57S392ELNKKFQSQRLDYSS
Site 58Y397FQSQRLDYSSSSSEA
Site 59S398QSQRLDYSSSSSEAN
Site 60S399SQRLDYSSSSSEANT
Site 61S400QRLDYSSSSSEANTP
Site 62S401RLDYSSSSSEANTPS
Site 63S402LDYSSSSSEANTPSP
Site 64T406SSSSEANTPSPILTP
Site 65S408SSEANTPSPILTPAL
Site 66T412NTPSPILTPALMPKH
Site 67S422LMPKHPNSLSGKGTQ
Site 68S424PKHPNSLSGKGTQLV
Site 69T428NSLSGKGTQLVPSSH
Site 70S433KGTQLVPSSHLPPPK
Site 71S434GTQLVPSSHLPPPKL
Site 72S459ALAKRHLSQPQLSSD
Site 73S464HLSQPQLSSDRMFGT
Site 74S465LSQPQLSSDRMFGTN
Site 75T471SSDRMFGTNRNAISM
Site 76S496LDLVDGDSTEVLENM
Site 77T497DLVDGDSTEVLENMD
Site 78T505EVLENMDTSCDDGLF
Site 79S506VLENMDTSCDDGLFS
Site 80S513SCDDGLFSYDSLDSP
Site 81Y514CDDGLFSYDSLDSPN
Site 82S516DGLFSYDSLDSPNSD
Site 83S519FSYDSLDSPNSDDQE
Site 84S522DSLDSPNSDDQEHCD
Site 85S530DDQEHCDSAKKVAYS
Site 86Y536DSAKKVAYSKPPTPP
Site 87S537SAKKVAYSKPPTPPL
Site 88T541VAYSKPPTPPLHRFP
Site 89S549PPLHRFPSWESRIYA
Site 90S552HRFPSWESRIYAVAK
Site 91Y555PSWESRIYAVAKSGI
Site 92S560RIYAVAKSGIRMSEA
Site 93S565AKSGIRMSEAFNMES
Site 94S572SEAFNMESVNKNSAA
Site 95S582KNSAATLSYTTSGLY
Site 96T584SAATLSYTTSGLYTS
Site 97Y589SYTTSGLYTSLIYKN
Site 98S591TTSGLYTSLIYKNMT
Site 99T599LIYKNMTTPVYTTLK
Site 100Y602KNMTTPVYTTLKGKA
Site 101T610TTLKGKATQISSSPF
Site 102S613KGKATQISSSPFLDD
Site 103S615KATQISSSPFLDDSS
Site 104S621SSPFLDDSSGSEEED
Site 105S622SPFLDDSSGSEEEDS
Site 106S624FLDDSSGSEEEDSSR
Site 107S629SGSEEEDSSRSSSRT
Site 108S630GSEEEDSSRSSSRTS
Site 109S632EEEDSSRSSSRTSES
Site 110S633EEDSSRSSSRTSESD
Site 111S634EDSSRSSSRTSESDS
Site 112T636SSRSSSRTSESDSRS
Site 113S637SRSSSRTSESDSRSR
Site 114S639SSSRTSESDSRSRSG
Site 115S641SRTSESDSRSRSGPG
Site 116S643TSESDSRSRSGPGSP
Site 117S645ESDSRSRSGPGSPRA
Site 118S649RSRSGPGSPRAMKRG
Site 119S658RAMKRGVSLSSVASE
Site 120S660MKRGVSLSSVASESD
Site 121S661KRGVSLSSVASESDY
Site 122S666LSSVASESDYAIPPD
Site 123Y668SVASESDYAIPPDAY
Site 124Y675YAIPPDAYSTDTEYS
Site 125S676AIPPDAYSTDTEYSQ
Site 126T679PDAYSTDTEYSQPEQ
Site 127Y681AYSTDTEYSQPEQKL
Site 128T691PEQKLPKTCSSSSDN
Site 129S693QKLPKTCSSSSDNGK
Site 130S694KLPKTCSSSSDNGKN
Site 131S696PKTCSSSSDNGKNEP
Site 132S707KNEPLEKSGYLLKMS
Site 133Y709EPLEKSGYLLKMSGK
Site 134S714SGYLLKMSGKVKSWK
Site 135Y734LKGGELLYYKSPSDV
Site 136Y735KGGELLYYKSPSDVI
Site 137S737GELLYYKSPSDVIRK
Site 138S752PQGHIELSASCSILR
Site 139S756IELSASCSILRGDNK
Site 140T765LRGDNKQTVQLTTEK
Site 141T769NKQTVQLTTEKHTYY
Site 142Y775LTTEKHTYYLTADSP
Site 143Y776TTEKHTYYLTADSPN
Site 144S781TYYLTADSPNILEEW
Site 145S805VQAANPLSLQPEGKP
Site 146T813LQPEGKPTMKGLLTK
Site 147T819PTMKGLLTKVKHGYS
Site 148Y839TLIGKTLYYFRSQED
Site 149Y840LIGKTLYYFRSQEDK
Site 150S843KTLYYFRSQEDKFPL
Site 151S866KVEEVDRSCDSDEDY
Site 152S869EVDRSCDSDEDYEAS
Site 153Y873SCDSDEDYEASGRSL
Site 154S876SDEDYEASGRSLLST
Site 155S879DYEASGRSLLSTHYT
Site 156Y885RSLLSTHYTIVIHPK
Site 157T886SLLSTHYTIVIHPKD
Site 158Y898PKDQGPTYLLIGSKH
Site 159T909GSKHEKDTWLYHLTV
Site 160S945NIDGEPSSQIWRHPT
Site 161T952SQIWRHPTLCHSKEG
Site 162S956RHPTLCHSKEGIISP
Site 163S962HSKEGIISPLTTLPS
Site 164S969SPLTTLPSEALQTEA
Site 165T974LPSEALQTEAIKLFK
Site 166Y998VDSPAIDYHISLAQS
Site 167T1012SALQICLTHPELQNE
Site 168S1073HLKRNADSRTEFGKY
Site 169T1075KRNADSRTEFGKYAI
Site 170Y1080SRTEFGKYAIYCQRC
Site 171Y1083EFGKYAIYCQRCVER
Site 172S1102GDREARPSRMEILST
Site 173S1108PSRMEILSTLLRNPY
Site 174T1109SRMEILSTLLRNPYH
Site 175Y1115STLLRNPYHHSLPFS
Site 176S1118LRNPYHHSLPFSIPV
Site 177T1149TVEEFLNTLNQDTGM
Site 178T1154LNTLNQDTGMRKPAQ
Site 179S1162GMRKPAQSGFALFTD
Site 180T1168QSGFALFTDDPSGRD
Site 181S1172ALFTDDPSGRDLEHC
Site 182T1208QPGKCEGTRTVRLTY
Site 183T1210GKCEGTRTVRLTYKN
Site 184T1214GTRTVRLTYKNRLYF
Site 185Y1215TRTVRLTYKNRLYFS
Site 186Y1220LTYKNRLYFSVQARG
Site 187S1222YKNRLYFSVQARGET
Site 188T1229SVQARGETDREKLLL
Site 189Y1238REKLLLMYQTNDQII
Site 190S1276GDFERPFSTPAGHVT
Site 191T1277DFERPFSTPAGHVTN
Site 192Y1300KQVIEKFYPKRYRDG
Site 193S1309KRYRDGCSEEQLRQL
Site 194S1321RQLCQRLSTRWMALR
Site 195T1322QLCQRLSTRWMALRG
Site 196S1379AVHEDGLSLLEYNSM
Site 197T1399YVYKSLMTFGGYQDD
Site 198T1421THSKDKPTEKLLFAM
Site 199S1464LSAPALLSAQTRGPQ
Site 200S1477PQARMMGSQPLLSSS
Site 201S1482MGSQPLLSSSRPTKG
Site 202S1483GSQPLLSSSRPTKGP
Site 203S1484SQPLLSSSRPTKGPT
Site 204T1487LLSSSRPTKGPTLL_
 
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