PhosphoNET

           
Protein Info 
   
Short Name:  WDR44
Full Name:  WD repeat-containing protein 44
Alias:  DKFZp686L20145; MGC26781; RAB11BP; Rabphilin-11; RPH11; Similar to rab11-binding protein
Type:  Vesicle protein
Mass (Da):  101366
Number AA:  913
UniProt ID:  Q5JSH3
International Prot ID:  IPI00444371
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005829  GO:0010008 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 1S3_____MASESDTEEF
Site 2S5___MASESDTEEFYD
Site 3T7_MASESDTEEFYDAP
Site 4Y11ESDTEEFYDAPEDVH
Site 5Y23DVHLGGGYPVGSPGK
Site 6S27GGGYPVGSPGKVGLS
Site 7S34SPGKVGLSTFKETEN
Site 8T35PGKVGLSTFKETENT
Site 9T42TFKETENTAYKVGNE
Site 10Y44KETENTAYKVGNESP
Site 11S50AYKVGNESPVQELKQ
Site 12S60QELKQDVSKKIIESI
Site 13S66VSKKIIESIIEESQK
Site 14S81VLQLEDDSLDSKGKE
Site 15S84LEDDSLDSKGKELSD
Site 16S90DSKGKELSDQATASP
Site 17T94KELSDQATASPIVAR
Site 18S96LSDQATASPIVARTD
Site 19S121DQVLPEESQKAESQN
Site 20S126EESQKAESQNTFEET
Site 21T129QKAESQNTFEETELE
Site 22S143ELKKCFPSDETCEKP
Site 23T158VDETTKLTQTSSTEQ
Site 24T160ETTKLTQTSSTEQLN
Site 25S161TTKLTQTSSTEQLNV
Site 26S162TKLTQTSSTEQLNVL
Site 27T163KLTQTSSTEQLNVLE
Site 28T173LNVLETETEVLNKEA
Site 29S194GDVLEPVSSDSLSTK
Site 30S195DVLEPVSSDSLSTKD
Site 31S197LEPVSSDSLSTKDFA
Site 32S199PVSSDSLSTKDFAAV
Site 33T200VSSDSLSTKDFAAVE
Site 34T219AKPPRHLTPEPDIVA
Site 35T228EPDIVASTKKPVPAR
Site 36T240PARPPPPTNFPPPRP
Site 37S251PPRPPPPSRPAPPPR
Site 38S262PPPRKRKSELEFETL
Site 39T271LEFETLKTPDIDVPK
Site 40S283VPKENITSDSLLTAS
Site 41S285KENITSDSLLTASMA
Site 42S295TASMASESTVKDSQP
Site 43T296ASMASESTVKDSQPS
Site 44S300SESTVKDSQPSLDLA
Site 45S303TVKDSQPSLDLASAT
Site 46S308QPSLDLASATSGDKI
Site 47T310SLDLASATSGDKIVT
Site 48T329GKAPDGQTVAGEVMG
Site 49S342MGPQRPRSNSGRELT
Site 50S344PQRPRSNSGRELTDE
Site 51T349SNSGRELTDEEILAS
Site 52T364VMIKNLDTGEEIPLS
Site 53S371TGEEIPLSLAEEKLP
Site 54T385PTGINPLTLHIMRRT
Site 55T392TLHIMRRTKEYVSND
Site 56Y395IMRRTKEYVSNDAAQ
Site 57S397RRTKEYVSNDAAQSD
Site 58S403VSNDAAQSDDEEKLQ
Site 59S411DDEEKLQSQPTDTDG
Site 60T414EKLQSQPTDTDGGRL
Site 61T416LQSQPTDTDGGRLKQ
Site 62T425GGRLKQKTTQLKKFL
Site 63T426GRLKQKTTQLKKFLG
Site 64S435LKKFLGKSVKRAKHL
Site 65Y446AKHLAEEYGERAINK
Site 66S456RAINKVKSVRDEVFH
Site 67T464VRDEVFHTDQDDPSS
Site 68S470HTDQDDPSSSDDEGM
Site 69S471TDQDDPSSSDDEGMP
Site 70S472DQDDPSSSDDEGMPY
Site 71Y479SDDEGMPYTRPVKFK
Site 72T480DDEGMPYTRPVKFKA
Site 73Y495AHGFKGPYDFDQIKV
Site 74Y546ALKNAFDYFNNMRMK
Site 75Y554FNNMRMKYNTEGRVS
Site 76T556NMRMKYNTEGRVSPS
Site 77S561YNTEGRVSPSPSQES
Site 78S563TEGRVSPSPSQESLS
Site 79S565GRVSPSPSQESLSSS
Site 80S568SPSPSQESLSSSKSD
Site 81S570SPSQESLSSSKSDTD
Site 82S571PSQESLSSSKSDTDT
Site 83S572SQESLSSSKSDTDTG
Site 84S574ESLSSSKSDTDTGVC
Site 85T576LSSSKSDTDTGVCSG
Site 86T578SSKSDTDTGVCSGTD
Site 87S582DTDTGVCSGTDEDPD
Site 88Y603RQRPFCKYKGHTADL
Site 89S614TADLLDLSWSKNYFL
Site 90S616DLLDLSWSKNYFLLS
Site 91Y619DLSWSKNYFLLSSSM
Site 92S623SKNYFLLSSSMDKTV
Site 93S624KNYFLLSSSMDKTVR
Site 94S625NYFLLSSSMDKTVRL
Site 95T629LSSSMDKTVRLWHIS
Site 96Y662FHPRDDRYFLSGSLD
Site 97S665RDDRYFLSGSLDGKL
Site 98S667DRYFLSGSLDGKLRL
Site 99T696DGQTKLITAANFCQN
Site 100Y706NFCQNGKYAVIGTYD
Site 101Y719YDGRCIFYDTEHLKY
Site 102Y726YDTEHLKYHTQIHVR
Site 103S734HTQIHVRSTRGRNKV
Site 104T735TQIHVRSTRGRNKVG
Site 105T746NKVGRKITGIEPLPG
Site 106T760GENKILVTSNDSRIR
Site 107Y769NDSRIRLYDLRDLSL
Site 108S775LYDLRDLSLSMKYKG
Site 109S777DLRDLSLSMKYKGYV
Site 110Y783LSMKYKGYVNSSSQI
Site 111S786KYKGYVNSSSQIKAS
Site 112S787YKGYVNSSSQIKASF
Site 113S788KGYVNSSSQIKASFS
Site 114S793SSSQIKASFSHDFTY
Site 115T799ASFSHDFTYLVSGSE
Site 116Y800SFSHDFTYLVSGSED
Site 117S805FTYLVSGSEDKYVYI
Site 118Y809VSGSEDKYVYIWSTY
Site 119Y811GSEDKYVYIWSTYHD
Site 120Y816YVYIWSTYHDLSKFT
Site 121S820WSTYHDLSKFTSVRR
Site 122S824HDLSKFTSVRRDRND
Site 123S857PNPSLMLSLDVQSEK
Site 124S865LDVQSEKSEGNEKSE
Site 125S871KSEGNEKSEDAEVLD
Site 126T880DAEVLDATPSGIMKT
Site 127S882EVLDATPSGIMKTDN
Site 128T890GIMKTDNTEVLLSAD
 
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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