Type 1 RIPs are single-chain enzymes with N-glycosidase activity.
2
Three different types of enzymatic glycosidase processes were followed with their specific hydrolysis products by means of HPLC-UV and GC-MS, simultaneously.
3
When lower concentrations of glycosidase or shorter incubation times were used, the 81 kDa receptor was converted to a 66 kDa protein.
4
Glycosidase treatments suggest that the growth factor bears both N-linked and O-linked sugars.
5
Glycosidase digestion confirmed the identity of the nonreducing terminal sugar of the disaccharide and established its beta-anomeric configuration.
6
Despite these compounds differing only in their configuration, each compound showed strikingly different specificities towards the various glycosidases tested.
7
A mechanism of degradation consisting of chemical depolymerization, followed by enzymatic hydrolysis mediated by glycosidases endogenous to peritoneal macrophages, is proposed.
8
CD1 proteins bind to certain antigens using high stringency loading reactions within endosomes that involve low pH, glycosidases, and lipid transfer proteins.
9
Certain normal strains of human fecal bacteria are unique in producing extracellular glycosidases that degrade the oligosaccharide chains of gut mucin glycoproteins.