PhosphoNET

           
Protein Info 
   
Short Name:  VWDE
Full Name:  von Willebrand factor D and EGF domain-containing protein
Alias: 
Type: 
Mass (Da):  176880
Number AA:  1590
UniProt ID:  Q8N2E2
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 1S24WGEAQECSPGGHQFL
Site 2S33GGHQFLRSPYRSVRF
Site 3Y35HQFLRSPYRSVRFDS
Site 4S37FLRSPYRSVRFDSWH
Site 5S42YRSVRFDSWHLQQSA
Site 6Y64HSLSPGWYRFLILDR
Site 7S94TQAPIWLSLRDSETL
Site 8S98IWLSLRDSETLPSPG
Site 9T100LSLRDSETLPSPGEI
Site 10S103RDSETLPSPGEIKQL
Site 11T111PGEIKQLTACATWQF
Site 12Y144NCGNFSVYLLQPTQG
Site 13Y155PTQGCMGYCAEAISD
Site 14S161GYCAEAISDARLHPC
Site 15S170ARLHPCGSDETETGG
Site 16T173HPCGSDETETGGDCV
Site 17S211SRLFCRCSFDVPATK
Site 18T217CSFDVPATKNSVGFH
Site 19S228VGFHIAWSRLSSQEV
Site 20S231HIAWSRLSSQEVKEE
Site 21S232IAWSRLSSQEVKEEL
Site 22T244EELTQETTVQAFSLL
Site 23S280LENPHVQSVAIESQE
Site 24S299IKLQPELSTISEDGK
Site 25S302QPELSTISEDGKEYY
Site 26Y308ISEDGKEYYLRIEST
Site 27Y309SEDGKEYYLRIESTV
Site 28S333LDQECKISLKLKTID
Site 29S391SRDGDRVSNIVVQPI
Site 30Y408EDFLWNNYIPDSIQI
Site 31Y424VKDVPTAYCYTFTDP
Site 32Y426DVPTAYCYTFTDPHI
Site 33T435FTDPHIITFDGRVYD
Site 34Y441ITFDGRVYDNFKTGT
Site 35T448YDNFKTGTFVLYKSM
Site 36Y452KTGTFVLYKSMSRDF
Site 37S454GTFVLYKSMSRDFEV
Site 38S502CNGQLRESQPYLFIK
Site 39Y505QLRESQPYLFIKSQD
Site 40S510QPYLFIKSQDVTRNI
Site 41T514FIKSQDVTRNIKISE
Site 42S520VTRNIKISESYLGRK
Site 43T529SYLGRKVTIWFSSGA
Site 44S548DLGEWGMSLTIRAPS
Site 45T550GEWGMSLTIRAPSVD
Site 46S555SLTIRAPSVDYRNTL
Site 47Y558IRAPSVDYRNTLGLC
Site 48T561PSVDYRNTLGLCGTF
Site 49T567NTLGLCGTFDENPEN
Site 50T609PGKSMFDTLPVSMTS
Site 51S613MFDTLPVSMTSPGKP
Site 52T615DTLPVSMTSPGKPSY
Site 53S616TLPVSMTSPGKPSYC
Site 54S621MTSPGKPSYCSCSLD
Site 55Y622TSPGKPSYCSCSLDT
Site 56S624PGKPSYCSCSLDTAA
Site 57S626KPSYCSCSLDTAAYP
Site 58Y632CSLDTAAYPSSEDLD
Site 59S635DTAAYPSSEDLDSVS
Site 60S640PSSEDLDSVSRSEIA
Site 61S642SEDLDSVSRSEIALG
Site 62S644DLDSVSRSEIALGCK
Site 63S657CKDLNHVSLSSLIPE
Site 64T668LIPELDVTSEYINSD
Site 65S669IPELDVTSEYINSDT
Site 66Y671ELDVTSEYINSDTLV
Site 67S674VTSEYINSDTLVREI
Site 68T676SEYINSDTLVREINK
Site 69S686REINKHTSPEEYNLN
Site 70Y690KHTSPEEYNLNLFLQ
Site 71S722PGNEKEDSLQYLANK
Site 72Y725EKEDSLQYLANKKYT
Site 73Y731QYLANKKYTQGRGSH
Site 74T732YLANKKYTQGRGSHS
Site 75S737KYTQGRGSHSQEMRY
Site 76S739TQGRGSHSQEMRYNR
Site 77Y744SHSQEMRYNRQNRWK
Site 78S766PPLFAFPSLSQTDLE
Site 79T770AFPSLSQTDLEELTY
Site 80Y777TDLEELTYFFPEDHA
Site 81S794VQQEFFPSWPTPSGL
Site 82T797EFFPSWPTPSGLTEY
Site 83S799FPSWPTPSGLTEYST
Site 84T806SGLTEYSTLTLCQET
Site 85Y872RIVEEGKYNTEEYGT
Site 86S880NTEEYGTSIEDILSV
Site 87S912CACSPSFSSYDCSDS
Site 88S913ACSPSFSSYDCSDSY
Site 89Y914CSPSFSSYDCSDSYD
Site 90S917SFSSYDCSDSYDKAP
Site 91S919SSYDCSDSYDKAPEI
Site 92Y920SYDCSDSYDKAPEIT
Site 93Y967CEVTNLQYNSSEWMP
Site 94Y979WMPGEPIYTQTVFHN
Site 95T980MPGEPIYTQTVFHNS
Site 96T982GEPIYTQTVFHNSRA
Site 97T1003TDVQQFDTMDLVGGK
Site 98S1020GKWQLKVSNDGYKFS
Site 99Y1024LKVSNDGYKFSNPKI
Site 100Y1035NPKIMVIYDGACQVC
Site 101Y1045ACQVCGLYKNDSCTI
Site 102Y1064CIIDGLCYVEGDKNP
Site 103S1073EGDKNPTSPCLICRP
Site 104T1086RPKISRFTWSFLENN
Site 105S1088KISRFTWSFLENNQP
Site 106T1107ALQDKLQTFYGENFE
Site 107Y1109QDKLQTFYGENFEYQ
Site 108Y1115FYGENFEYQFVAFDP
Site 109S1125VAFDPEGSDIHFTLD
Site 110T1130EGSDIHFTLDSGPEG
Site 111S1133DIHFTLDSGPEGASV
Site 112S1139DSGPEGASVSSAGLF
Site 113T1150AGLFMWKTDLLTTQQ
Site 114T1154MWKTDLLTTQQITVR
Site 115T1173CDAETRVTIEVTVKS
Site 116S1191LNGGSCVSDRNFSPG
Site 117S1196CVSDRNFSPGSGVYL
Site 118S1224VDISGCQSNPCGLGS
Site 119S1231SNPCGLGSYISGFHS
Site 120Y1232NPCGLGSYISGFHSY
Site 121Y1239YISGFHSYSCDCPPE
Site 122S1240ISGFHSYSCDCPPEL
Site 123T1261VNQFTTQTVVLTRSD
Site 124S1270VLTRSDKSVNKEEDD
Site 125T1290RKRHVKPTSGNAFTI
Site 126S1291KRHVKPTSGNAFTIC
Site 127T1296PTSGNAFTICKYPCG
Site 128Y1300NAFTICKYPCGKSRE
Site 129Y1320ICKCKPGYIGSNCQT
Site 130Y1480VCVCREGYTGRRFQK
Site 131T1481CVCREGYTGRRFQKS
Site 132S1504GGKCVGPSTCSCPSG
Site 133T1505GKCVGPSTCSCPSGW
Site 134S1507CVGPSTCSCPSGWSG
Site 135S1510PSTCSCPSGWSGKRC
Site 136T1519WSGKRCNTPICLQKC
Site 137Y1576VCSCRTEYSGVKCEK
 
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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