GlycosylTransferase Family 75

Known ActivitiesUDP-Glc: self-glucosylating β-glucosyltransferase (EC 2.4.1.-); UDP-L-arabinopyranose mutase (EC 5.4.99.-)
Mechanism Inverting
NoteMembers of this family are often attributed EC 2.4.1.112 (forming a-bonds) despite a paper by Singh et al, FEBS Lett 376 (1995) 61-64, showing that the glucose residue is b-linked to an arginine residue
Statistics GenBank accession (126); Uniprot accession (54);
Eukaryota
Protein Name EC#OrganismGenBankUniprotPDB/3D
 reversibly glycosylated polypeptide (Rgp1;Rgp) 2.4.1.- Oryza sativa Indica Group ABR26070.1
CAA77235.1
   
 UDP-Glc: protein transglucosylase / UDP-L-arabinopyranose mutase (Os03g0599800;Rgp1;Uam1) 2.4.1.-
5.4.99.-
Oryza sativa Japonica Group AAG17438.1
AAN08217.1
AAP12911.1
ABF97476.1
ACA50488.1
ADM86860.1
BAF12531.1
BAG88123.1
CAA09469.1
NP_919052.1
Q8H8T0  
 UDP-Glc: protein transglucosylase / UDP-L-arabinopyranose mutase (Os07g0604800;Uam3) 2.4.1.-
5.4.99.-
Oryza sativa Japonica Group BAC83877.1
BAF22138.1
BAG87841.1
NP_001060224.1
Q6Z4G3  
 UDP-Glc: protein transglucosylase (Uptg2) 2.4.1.- Solanum tuberosum ABA81861.1
CAC84517.1
Q8RU27  
 reversibly glycosylated polypeptide (Rgp1;Rgp) 2.4.1.- Triticum aestivum ADK56176.1
CAA77237.1
Q9ZR33  

Footnotes

Experimental characterization exclusively covers enzyme activities at present. If you are aware of any missing experimental characterization that should be mentioned here, we encourage you to send your comment and support of the experimental evidence, including an electronic copy or appropriate link to the support material (i.e., article(s), thesis, database, etc), to cazy@afmb.univ-mrs.fr.





Last update: 2012-01-31 © Copyright 1998-2012
AFMB - CNRS - Universités Aix-Marseille I & II