glycosidic bondhydroxylDFTAIMDMechanistic insights into glycosidic bond activation in cellulose pyrolysis were obtained via first-principles density functional theory calculations that explain the peculiar similarity in kinetics for different stereochemical glycosidic bonds (beta vs alpha) and establish the role...
Integrin subfamilies contain a beta-subunit combined with different alpha-subunits to form adhesion protein receptors with different specificities. “Lymphocyte function-associated antigen-1”, “LFA-1”, “αLβ2 integrin” or “CD18/CD11a” refers to a member of the leukocyte integrin subfamily....
This 20 kDa molecule catalyses the breakdown of the 1,4-glycosidic bond in starch and releases alpha glucose molecules in the process. Research involving inhibition of its catalytic activity is gaining lots of attention, particularly in pharmaceutical-related fields, since its inhibition could delay ...
4. Potential Polyphenols of 10 Plant Families with Regulation of α-Glucosidase and α-Amylase Activity α-Glucosidase is located in the brush border of the small intestine and breaks down starch and disaccharides. α-Amylase breaks internal α-1, 4-glycosidic linkages of starch into glucose and...
The bond length between the ligand and the protein was in the range of 1.83–3.34 Å in the case of H-bonds, and statistically longer for salt bridges, which were identified in the number of one or two bonds, depending on the mixture considered. ...
Alone, H2O2 or Vc treatment may break the similar position or numbers of glyosidic bond. They may cut the glyosidic bonds on both sides of galactose, promoting the produce of galactose, compared with H2O2-Vc treatment. The degradation of polysaccharide led to the change of monosaccharide ...