PhosphoNET

           
Protein Info 
   
Short Name:  VWF
Full Name:  von Willebrand factor
Alias:  von Willebrand antigen II
Type: 
Mass (Da):  309263
Number AA:  2813
UniProt ID:  P04275
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 1T26GTLCAEGTRGRSSTA
Site 2S30AEGTRGRSSTARCSL
Site 3S31EGTRGRSSTARCSLF
Site 4T32GTRGRSSTARCSLFG
Site 5S36RSSTARCSLFGSDFV
Site 6T45FGSDFVNTFDGSMYS
Site 7Y51NTFDGSMYSFAGYCS
Site 8S69AGGCQKRSFSIIGDF
Site 9S71GCQKRSFSIIGDFQN
Site 10S83FQNGKRVSLSVYLGE
Site 11T101IHLFVNGTVTQGDQR
Site 12S110TQGDQRVSMPYASKG
Site 13Y113DQRVSMPYASKGLYL
Site 14Y119PYASKGLYLETEAGY
Site 15Y126YLETEAGYYKLSGEA
Site 16Y127LETEAGYYKLSGEAY
Site 17Y134YKLSGEAYGFVARID
Site 18S151GNFQVLLSDRYFNKT
Site 19Y154QVLLSDRYFNKTCGL
Site 20T175FAEDDFMTQEGTLTS
Site 21T181MTQEGTLTSDPYDFA
Site 22Y185GTLTSDPYDFANSWA
Site 23S190DPYDFANSWALSSGE
Site 24S204EQWCERASPPSSSCN
Site 25S207CERASPPSSSCNISS
Site 26S208ERASPPSSSCNISSG
Site 27S209RASPPSSSCNISSGE
Site 28S213PSSSCNISSGEMQKG
Site 29S214SSSCNISSGEMQKGL
Site 30S230EQCQLLKSTSVFARC
Site 31Y283AQEGMVLYGWTDHSA
Site 32S330ERCVDGCSCPEGQLL
Site 33T346EGLCVESTECPCVHS
Site 34S353TECPCVHSGKRYPPG
Site 35Y357CVHSGKRYPPGTSLS
Site 36T361GKRYPPGTSLSRDCN
Site 37S362KRYPPGTSLSRDCNT
Site 38S364YPPGTSLSRDCNTCI
Site 39T391CPGECLVTGQSHFKS
Site 40Y403FKSFDNRYFTFSGIC
Site 41S422ARDCQDHSFSIVIET
Site 42T441DDRDAVCTRSVTVRL
Site 43S443RDAVCTRSVTVRLPG
Site 44S454RLPGLHNSLVKLKHG
Site 45T485GDLRIQHTVTASVRL
Site 46S489IQHTVTASVRLSYGE
Site 47S493VTASVRLSYGEDLQM
Site 48Y494TASVRLSYGEDLQMD
Site 49Y527TCGLCGNYNGNQGDD
Site 50T537NQGDDFLTPSGLAEP
Site 51S539GDDFLTPSGLAEPRV
Site 52S567QDLQKQHSDPCALNP
Site 53T577CALNPRMTRFSEEAC
Site 54S580NPRMTRFSEEACAVL
Site 55S600EACHRAVSPLPYLRN
Site 56Y604RAVSPLPYLRNCRYD
Site 57Y610PYLRNCRYDVCSCSD
Site 58Y658NCPKGQVYLQCGTPC
Site 59S671PCNLTCRSLSYPDEE
Site 60S673NLTCRSLSYPDEECN
Site 61Y674LTCRSLSYPDEECNE
Site 62Y710PKAQCPCYYDGEIFQ
Site 63S754LLPDAVLSSPLSHRS
Site 64S755LPDAVLSSPLSHRSK
Site 65S758AVLSSPLSHRSKRSL
Site 66S761SSPLSHRSKRSLSCR
Site 67S764LSHRSKRSLSCRPPM
Site 68S766HRSKRSLSCRPPMVK
Site 69T791EGLECTKTCQNYDLE
Site 70Y897QYVLVQDYCGSNPGT
Site 71T904YCGSNPGTFRILVGN
Site 72S918NKGCSHPSVKCKKRV
Site 73T926VKCKKRVTILVEGGE
Site 74T951KRPMKDETHFEVVES
Site 75S981WDRHLSISVVLKQTY
Site 76Y988SVVLKQTYQEKVCGL
Site 77T1008GIQNNDLTSSNLQVE
Site 78S1024DPVDFGNSWKVSSQC
Site 79S1028FGNSWKVSSQCADTR
Site 80S1029GNSWKVSSQCADTRK
Site 81S1041TRKVPLDSSPATCHN
Site 82S1042RKVPLDSSPATCHNN
Site 83T1045PLDSSPATCHNNIMK
Site 84S1058MKQTMVDSSCRILTS
Site 85S1059KQTMVDSSCRILTSD
Site 86T1064DSSCRILTSDVFQDC
Site 87S1065SSCRILTSDVFQDCN
Site 88Y1080KLVDPEPYLDVCIYD
Site 89T1119AQHGKVVTWRTATLC
Site 90S1129TATLCPQSCEERNLR
Site 91Y1140RNLRENGYECEWRYN
Site 92S1208VAGRRFASGKKVTLN
Site 93T1213FASGKKVTLNPSDPE
Site 94S1217KKVTLNPSDPEHCQI
Site 95S1253PPTDAPVSPTTLYVE
Site 96T1256DAPVSPTTLYVEDIS
Site 97Y1258PVSPTTLYVEDISEP
Site 98S1263TLYVEDISEPPLHDF
Site 99Y1271EPPLHDFYCSRLLDL
Site 100S1289LDGSSRLSEAEFEVL
Site 101S1310MMERLRISQKWVRVA
Site 102Y1321VRVAVVEYHDGSHAY
Site 103S1338LKDRKRPSELRRIAS
Site 104S1345SELRRIASQVKYAGS
Site 105Y1349RIASQVKYAGSQVAS
Site 106S1352SQVKYAGSQVASTSE
Site 107S1356YAGSQVASTSEVLKY
Site 108S1358GSQVASTSEVLKYTL
Site 109S1370YTLFQIFSKIDRPEA
Site 110S1394SQEPQRMSRNFVRYV
Site 111Y1400MSRNFVRYVQGLKKK
Site 112S1442NKAFVLSSVDELEQQ
Site 113S1455QQRDEIVSYLCDLAP
Site 114Y1456QRDEIVSYLCDLAPE
Site 115T1468APEAPPPTLPPHMAQ
Site 116T1487PGLLGVSTLGPKRNS
Site 117S1534RMDVGQDSIHVTVLQ
Site 118T1538GQDSIHVTVLQYSYM
Site 119T1547LQYSYMVTVEYPFSE
Site 120Y1550SYMVTVEYPFSEAQS
Site 121S1553VTVEYPFSEAQSKGD
Site 122S1557YPFSEAQSKGDILQR
Site 123T1578QGGNRTNTGLALRYL
Site 124Y1584NTGLALRYLSDHSFL
Site 125S1589LRYLSDHSFLVSQGD
Site 126S1593SDHSFLVSQGDREQA
Site 127Y1605EQAPNLVYMVTGNPA
Site 128T1608PNLVYMVTGNPASDE
Site 129S1613MVTGNPASDEIKRLP
Site 130T1656ILIQDFETLPREAPD
Site 131T1679GEGLQIPTLSPAPDC
Site 132S1681GLQIPTLSPAPDCSQ
Site 133S1705GSSSFPASYFDEMKS
Site 134Y1706SSSFPASYFDEMKSF
Site 135S1712SYFDEMKSFAKAFIS
Site 136S1719SFAKAFISKANIGPR
Site 137S1756PEKAHLLSLVDVMQR
Site 138S1768MQREGGPSQIGDALG
Site 139T1782GFAVRYLTSEMHGAR
Site 140S1817AAADAARSNRVTVFP
Site 141Y1831PIGIGDRYDAAQLRI
Site 142S1846LAGPAGDSNVVKLQR
Site 143T1859QRIEDLPTMVTLGNS
Site 144T1894KRPGDVWTLPDQCHT
Site 145T1910TCQPDGQTLLKSHRV
Site 146S1914DGQTLLKSHRVNCDR
Site 147S1926CDRGLRPSCPNSQSP
Site 148S1930LRPSCPNSQSPVKVE
Site 149S1932PSCPNSQSPVKVEET
Site 150T1960SSTRHIVTFDGQNFK
Site 151T1969DGQNFKLTGSCSYVL
Site 152S1973FKLTGSCSYVLFQNK
Site 153Y1974KLTGSCSYVLFQNKE
Site 154S1994ILHNGACSPGARQGC
Site 155S2004ARQGCMKSIEVKHSA
Site 156S2010KSIEVKHSALSVELH
Site 157S2013EVKHSALSVELHSDM
Site 158S2030TVNGRLVSVPYVGGN
Site 159T2060NHLGHIFTFTPQNNE
Site 160T2062LGHIFTFTPQNNEFQ
Site 161S2073NEFQLQLSPKTFASK
Site 162T2076QLQLSPKTFASKTYG
Site 163S2079LSPKTFASKTYGLCG
Site 164T2102DFMLRDGTVTTDWKT
Site 165T2104MLRDGTVTTDWKTLV
Site 166T2109TVTTDWKTLVQEWTV
Site 167T2115KTLVQEWTVQRPGQT
Site 168S2225RHCDGNVSSCGDHPS
Site 169S2226HCDGNVSSCGDHPSE
Site 170S2232SSCGDHPSEGCFCPP
Site 171S2247DKVMLEGSCVPEEAC
Site 172T2292SGRKVNCTTQPCPTA
Site 173Y2323ADQCCPEYECVCDPV
Site 174T2347CERGLQPTLTNPGEC
Site 175T2349RGLQPTLTNPGECRP
Site 176S2371KEECKRVSPPSCPPH
Site 177S2374CKRVSPPSCPPHRLP
Site 178T2382CPPHRLPTLRKTQCC
Site 179T2386RLPTLRKTQCCDEYE
Site 180S2469GLRVAQCSQKPCEDS
Site 181S2476SQKPCEDSCRSGFTY
Site 182Y2483SCRSGFTYVLHEGEC
Site 183T2503PSACEVVTGSPRGDS
Site 184S2505ACEVVTGSPRGDSQS
Site 185S2510TGSPRGDSQSSWKSV
Site 186S2512SPRGDSQSSWKSVGS
Site 187S2513PRGDSQSSWKSVGSQ
Site 188S2516DSQSSWKSVGSQWAS
Site 189S2519SSWKSVGSQWASPEN
Site 190S2523SVGSQWASPENPCLI
Site 191S2548FIQQRNVSCPQLEVP
Site 192T2623KLECRKTTCNPCPLG
Site 193T2637GYKEENNTGECCGRC
Site 194T2650RCLPTACTIQLRGGQ
Site 195T2666MTLKRDETLQDGCDT
Site 196Y2684KVNERGEYFWEKRVT
Site 197T2728EPECNDITARLQYVK
Site 198Y2733DITARLQYVKVGSCK
Site 199S2741VKVGSCKSEVEVDIH
Site 200Y2749EVEVDIHYCQGKCAS
Site 201Y2760KCASKAMYSIDINDV
Site 202S2775QDQCSCCSPTRTEPM
Site 203T2779SCCSPTRTEPMQVAL
Site 204S2807NAMECKCSPRKCSK_
Site 205S2812KCSPRKCSK______
 
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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