PhosphoNET

           
Protein Info 
   
Short Name:  WDR62
Full Name:  WD repeat-containing protein 62
Alias:  C19orf14; DKFZP434J046; FLJ33298; Putative DKFZp434J046; WD repeat 62; WD repeat domain 62
Type:  Adaptor/scaffold protein
Mass (Da):  165962
Number AA:  1518
UniProt ID:  O43379
International Prot ID:  IPI00798158
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 1S6__MAAVGSGGYARND
Site 2S32VPARRGQSSPPPAPP
Site 3S33PARRGQSSPPPAPPI
Site 4T46PICLRRRTRLSTASE
Site 5S49LRRRTRLSTASEETV
Site 6T50RRRTRLSTASEETVQ
Site 7S52RTRLSTASEETVQNR
Site 8T55LSTASEETVQNRVSL
Site 9S61ETVQNRVSLEKVLGI
Site 10T77AQNSSGLTCDPGTGH
Site 11T109KQQHIFNTARKSLSA
Site 12S115NTARKSLSALAFSPD
Site 13Y125AFSPDGKYIVTGENG
Site 14Y156AEMLGHKYGVACVAF
Site 15S164GVACVAFSPNMKHIV
Site 16S194KKDIVVASNKVSCRV
Site 17S205SCRVIALSFSEDSSY
Site 18S211LSFSEDSSYFVTVGN
Site 19Y212SFSEDSSYFVTVGNR
Site 20T215EDSSYFVTVGNRHVR
Site 21S236STETKVTSTVPLVGR
Site 22S268GRGRMAGSTFCVSYS
Site 23T269RGRMAGSTFCVSYSG
Site 24Y336ANLPKPHYLGVDVAQ
Site 25S348VAQGLEPSFLFHRKA
Site 26S399NRVGKVWSELFHSSY
Site 27Y406SELFHSSYVWNVEVY
Site 28Y413YVWNVEVYPEFEDQR
Site 29S425DQRACLPSGSFLTCS
Site 30S427RACLPSGSFLTCSSD
Site 31S432SGSFLTCSSDNTIRF
Site 32S445RFWNLDSSPDSHWQK
Site 33Y464NTLLKVVYVENDIQH
Site 34S476IQHLQDMSHFPDRGS
Site 35S483SHFPDRGSENGTPMD
Site 36T487DRGSENGTPMDVKAG
Site 37S501GVRVMQVSPDGQHLA
Site 38S509PDGQHLASGDRSGNL
Site 39S513HLASGDRSGNLRIHE
Site 40Y542AEVLCLEYSKPETGL
Site 41S543EVLCLEYSKPETGLT
Site 42T547LEYSKPETGLTLLAS
Site 43T550SKPETGLTLLASASR
Site 44T575KNYNLEQTLDDHSSS
Site 45S580EQTLDDHSSSITAIK
Site 46S581QTLDDHSSSITAIKF
Site 47S582TLDDHSSSITAIKFA
Site 48T584DDHSSSITAIKFAGN
Site 49S598NRDIQMISCGADKSI
Site 50S604ISCGADKSIYFRSAQ
Site 51Y606CGADKSIYFRSAQQG
Site 52S609DKSIYFRSAQQGSDG
Site 53S614FRSAQQGSDGLHFVR
Site 54Y632VAEKTTLYDMDIDIT
Site 55Y642DIDITQKYVAVACQD
Site 56Y655QDRNVRVYNTVNGKQ
Site 57T657RNVRVYNTVNGKQKK
Site 58Y666NGKQKKCYKGSQGDE
Site 59S669QKKCYKGSQGDEGSL
Site 60S675GSQGDEGSLLKVHVD
Site 61S691SGTFLATSCSDKSIS
Site 62S698SCSDKSISVIDFYSG
Site 63T719FGHSEIITSMKFTYD
Site 64S737LITVSGDSCVFIWHL
Site 65T781SGHPRQDTYVSTPSE
Site 66Y782GHPRQDTYVSTPSEI
Site 67S784PRQDTYVSTPSEIHS
Site 68T785RQDTYVSTPSEIHSL
Site 69S787DTYVSTPSEIHSLSP
Site 70S791STPSEIHSLSPGEQT
Site 71S793PSEIHSLSPGEQTED
Site 72T814EPEEMLKTPSKDSLD
Site 73S819LKTPSKDSLDPDPRC
Site 74T829PDPRCLLTNGKLPLW
Site 75Y858AFHAKRSYQPHGRWA
Site 76T875AGQEPLKTILDAQDL
Site 77Y885DAQDLDCYFTPMKPE
Site 78T887QDLDCYFTPMKPESL
Site 79S893FTPMKPESLENSILD
Site 80S897KPESLENSILDSLEP
Site 81S901LENSILDSLEPQSLA
Site 82S906LDSLEPQSLASLLSE
Site 83S909LEPQSLASLLSESES
Site 84S912QSLASLLSESESPQE
Site 85S914LASLLSESESPQEAG
Site 86S916SLLSESESPQEAGRG
Site 87S926EAGRGHPSFLPQQKE
Site 88S935LPQQKESSEASELIL
Site 89S938QKESSEASELILYSL
Site 90S944ASELILYSLEAEVTV
Site 91T950YSLEAEVTVTGTDSQ
Site 92T952LEAEVTVTGTDSQYC
Site 93S956VTVTGTDSQYCRKEV
Site 94Y958VTGTDSQYCRKEVEA
Site 95S974PGDQQGDSYLRVSSD
Site 96Y975GDQQGDSYLRVSSDS
Site 97S979GDSYLRVSSDSPKDQ
Site 98S980DSYLRVSSDSPKDQS
Site 99S982YLRVSSDSPKDQSPP
Site 100S987SDSPKDQSPPEDSGE
Site 101S992DQSPPEDSGESEADL
Site 102S995PPEDSGESEADLECS
Site 103S1002SEADLECSFAAIHSP
Site 104S1008CSFAAIHSPAPPPDP
Site 105T1021DPAPRFATSLPHFPG
Site 106S1022PAPRFATSLPHFPGC
Site 107S1038GPTEDELSLPEGPSV
Site 108S1044LSLPEGPSVPSSSLP
Site 109S1047PEGPSVPSSSLPQTP
Site 110S1048EGPSVPSSSLPQTPE
Site 111S1049GPSVPSSSLPQTPEQ
Site 112T1053PSSSLPQTPEQEKFL
Site 113T1066FLRHHFETLTESPCR
Site 114T1068RHHFETLTESPCRAL
Site 115S1070HFETLTESPCRALGD
Site 116S1093HFFNPRLSISTQFLS
Site 117T1096NPRLSISTQFLSSLQ
Site 118S1100SISTQFLSSLQKASR
Site 119S1101ISTQFLSSLQKASRF
Site 120T1109LQKASRFTHTFPPRA
Site 121T1111KASRFTHTFPPRATQ
Site 122T1117HTFPPRATQCLVKSP
Site 123S1123ATQCLVKSPEVKLMD
Site 124S1134KLMDRGGSQPRAGTG
Site 125T1140GSQPRAGTGYASPDR
Site 126Y1142QPRAGTGYASPDRTH
Site 127S1144RAGTGYASPDRTHVL
Site 128T1148GYASPDRTHVLAAGK
Site 129S1181ASCVPASSVLPTDRN
Site 130T1185PASSVLPTDRNLPTP
Site 131T1191PTDRNLPTPTSAPTP
Site 132T1193DRNLPTPTSAPTPGL
Site 133S1194RNLPTPTSAPTPGLA
Site 134T1197PTPTSAPTPGLAQGV
Site 135S1208AQGVHAPSTCSYMEA
Site 136T1209QGVHAPSTCSYMEAT
Site 137S1211VHAPSTCSYMEATAS
Site 138Y1212HAPSTCSYMEATASS
Site 139S1218SYMEATASSRARISR
Site 140S1219YMEATASSRARISRS
Site 141S1224ASSRARISRSISLGD
Site 142S1226SRARISRSISLGDSE
Site 143S1228ARISRSISLGDSEGP
Site 144S1232RSISLGDSEGPIVAT
Site 145T1239SEGPIVATLAQPLRR
Site 146S1248AQPLRRPSSVGELAS
Site 147S1249QPLRRPSSVGELASL
Site 148S1255SSVGELASLGQELQA
Site 149T1264GQELQAITTATTPSL
Site 150T1268QAITTATTPSLDSEG
Site 151S1270ITTATTPSLDSEGQE
Site 152S1282GQEPALRSWGNHEAR
Site 153T1295ARANLRLTLSSACDG
Site 154S1337SALRLHGSAFRPSLP
Site 155S1342HGSAFRPSLPAPESP
Site 156S1348PSLPAPESPGLPAHP
Site 157S1356PGLPAHPSNPQLPEA
Site 158S1388ALGLFQGSPARWSEP
Site 159S1393QGSPARWSEPWVPVE
Site 160S1405PVEALPPSPLELSRV
Site 161S1410PPSPLELSRVGNILH
Site 162T1421NILHRLQTTFQEALD
Site 163S1436LYRVLVSSGQVDTGQ
Site 164T1441VSSGQVDTGQQQART
Site 165T1448TGQQQARTELVSTFL
Site 166S1479APAQALPSPGPPSPP
Site 167S1484LPSPGPPSPPTLYPL
Site 168T1487PGPPSPPTLYPLASP
Site 169Y1489PPSPPTLYPLASPDL
 
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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