PhosphoNET

           
Protein Info 
   
Short Name:  UGGT1
Full Name:  UDP-glucose:glycoprotein glucosyltransferase 1
Alias:  GT; HUGT1; UDP-Glc:glycoprotein glucosyltransferase; UDP-glucose ceramide glucosyltransferase-like 1; UDP-glucose glycoprotein glucosyltransferase 1; UGCGL1; UGGG1; UGGT; UGT1; UGTR
Type:  EC 2.4.1.-; Transferase
Mass (Da):  177190
Number AA:  1555
UniProt ID:  Q9NYU2
International Prot ID:  IPI00619903
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005793  GO:0005788   Uniprot OncoNet
Molecular Function:  GO:0003980  GO:0051082   PhosphoSite+ KinaseNET
Biological Process:  GO:0051084  GO:0006486   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 1S44FSSVKADSKAITTSL
Site 2T48KADSKAITTSLTTKW
Site 3S50DSKAITTSLTTKWFS
Site 4T52KAITTSLTTKWFSTP
Site 5S72SEFLAEDSQEKFWNF
Site 6S89ASQNIGSSDHDGTDY
Site 7T94GSSDHDGTDYSYYHA
Site 8Y96SDHDGTDYSYYHAIL
Site 9Y98HDGTDYSYYHAILEA
Site 10Y99DGTDYSYYHAILEAA
Site 11T130SLRSYSATIQAFQQI
Site 12S149PPPEGCNSFFSVHGK
Site 13S161HGKKTCESDTLEALL
Site 14T163KKTCESDTLEALLLT
Site 15Y186LFKGDHRYPSSNPES
Site 16S188KGDHRYPSSNPESPV
Site 17S189GDHRYPSSNPESPVV
Site 18S193YPSSNPESPVVIFYS
Site 19Y199ESPVVIFYSEIGSEE
Site 20S204IFYSEIGSEEFSNFH
Site 21S208EIGSEEFSNFHRQLI
Site 22S216NFHRQLISKSNAGKI
Site 23S218HRQLISKSNAGKINY
Site 24Y225SNAGKINYVFRHYIF
Site 25Y230INYVFRHYIFNPRKE
Site 26Y240NPRKEPVYLSGYGVE
Site 27S242RKEPVYLSGYGVELA
Site 28Y244EPVYLSGYGVELAIK
Site 29S252GVELAIKSTEYKAKD
Site 30T261EYKAKDDTQVKGTEV
Site 31T271KGTEVNTTVIGENDP
Site 32S350LVVMKDLSQNFPTKA
Site 33T361PTKARAITKTAVSSE
Site 34T363KARAITKTAVSSELR
Site 35T371AVSSELRTEVEENQK
Site 36Y379EVEENQKYFKGTLGL
Site 37S445LKLNIQPSEADYAVD
Site 38Y449IQPSEADYAVDIRSP
Site 39S455DYAVDIRSPAISWVN
Site 40S459DIRSPAISWVNNLEV
Site 41S468VNNLEVDSRYNSWPS
Site 42Y470NLEVDSRYNSWPSSL
Site 43S472EVDSRYNSWPSSLQE
Site 44S476RYNSWPSSLQELLRP
Site 45T484LQELLRPTFPGVIRQ
Site 46T516TTAELMNTAEMFLSN
Site 47Y557AVLRAYNYVAQEVDD
Site 48Y565VAQEVDDYHAFQTLT
Site 49S591VKVEHVVSVLEKKYP
Site 50Y597VSVLEKKYPYVEVNS
Site 51S610NSILGIDSAYDRNRK
Site 52Y612ILGIDSAYDRNRKEA
Site 53Y622NRKEARGYYEQTGVG
Site 54Y623RKEARGYYEQTGVGP
Site 55T664HKILETTTFFQRAVY
Site 56Y671TFFQRAVYLGELPHD
Site 57Y684HDQDVVEYIMNQPNV
Site 58S697NVVPRINSRILTAER
Site 59T701RINSRILTAERDYLD
Site 60Y706ILTAERDYLDLTASN
Site 61T710ERDYLDLTASNNFFV
Site 62S712DYLDLTASNNFFVDD
Site 63Y720NNFFVDDYARFTILD
Site 64T724VDDYARFTILDSQGK
Site 65Y741AVANSMNYLTKKGMS
Site 66T743ANSMNYLTKKGMSSK
Site 67S748YLTKKGMSSKEIYDD
Site 68Y753GMSSKEIYDDSFIRP
Site 69S756SKEIYDDSFIRPVTF
Site 70S771WIVGDFDSPSGRQLL
Site 71S773VGDFDSPSGRQLLYD
Site 72Y779PSGRQLLYDAIKHQK
Site 73S787DAIKHQKSSNNVRIS
Site 74S794SSNNVRISMINNPAK
Site 75S804NNPAKEISYENTQIS
Site 76T808KEISYENTQISRAIW
Site 77S823AALQTQTSNAAKNFI
Site 78S868FKEVFESSKMDFILS
Site 79S895KGQRAVISNGRIIGP
Site 80S906IIGPLEDSELFNQDD
Site 81S931TSGQKIKSHIQQLRV
Site 82S944RVEEDVASDLVMKVD
Site 83S955MKVDALLSAQPKGDP
Site 84Y966KGDPRIEYQFFEDRH
Site 85S974QFFEDRHSAIKLRPK
Site 86Y986RPKEGETYFDVVAVV
Site 87S1026RVFMNCQSKLSDMPL
Site 88S1029MNCQSKLSDMPLKSF
Site 89S1035LSDMPLKSFYRYVLE
Site 90Y1039PLKSFYRYVLEPEIS
Site 91S1046YVLEPEISFTSDNSF
Site 92T1048LEPEISFTSDNSFAK
Site 93S1049EPEISFTSDNSFAKG
Site 94S1052ISFTSDNSFAKGPIA
Site 95T1071MPQSPLFTLNLNTPE
Site 96S1079LNLNTPESWMVESVR
Site 97S1084PESWMVESVRTPYDL
Site 98T1087WMVESVRTPYDLDNI
Site 99Y1089VESVRTPYDLDNIYL
Site 100Y1095PYDLDNIYLEEVDSV
Site 101Y1119LLLEGHCYDITTGQP
Site 102T1122EGHCYDITTGQPPRG
Site 103T1123GHCYDITTGQPPRGL
Site 104T1133PPRGLQFTLGTSANP
Site 105S1137LQFTLGTSANPVIVD
Site 106T1145ANPVIVDTIVMANLG
Site 107S1172LRLRKGRSEDIYRIY
Site 108Y1176KGRSEDIYRIYSHDG
Site 109Y1179SEDIYRIYSHDGTDS
Site 110S1180EDIYRIYSHDGTDSP
Site 111T1184RIYSHDGTDSPPDAD
Site 112S1186YSHDGTDSPPDADEV
Site 113S1222MVNEDLLSDGTSENE
Site 114T1225EDLLSDGTSENESGF
Site 115S1226DLLSDGTSENESGFW
Site 116S1230DGTSENESGFWDSFK
Site 117T1245WGFTGQKTEEVKQDK
Site 118S1277FLRIMMLSVLKNTKT
Site 119T1282MLSVLKNTKTPVKFW
Site 120Y1294KFWFLKNYLSPTFKE
Site 121T1298LKNYLSPTFKEFIPY
Site 122Y1305TFKEFIPYMANEYNF
Site 123Y1314ANEYNFQYELVQYKW
Site 124T1383DGAPYGYTPFCDSRR
Site 125Y1395SRREMDGYRFWKSGY
Site 126Y1402YRFWKSGYWASHLAG
Site 127Y1412SHLAGRKYHISALYV
Site 128Y1418KYHISALYVVDLKKF
Site 129Y1438GDRLRGQYQGLSQDP
Site 130S1442RGQYQGLSQDPNSLS
Site 131S1447GLSQDPNSLSNLDQD
Site 132S1449SQDPNSLSNLDQDLP
Site 133T1489ASKKRAKTIDLCNNP
Site 134T1498DLCNNPMTKEPKLEA
Site 135Y1516IVPEWQDYDQEIKQL
Site 136Y1537EKETGALYKEKTKEP
Site 137T1541GALYKEKTKEPSREG
 
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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