The resolution of the rodent PP1c-I2 crystal structure confirmed the implication of these regions in the binding process [37]. In vivo, the overexpression of GLC8 (a yeast I2 homologue) or the knockdown of human I2 by RNA interference showed its direct role in the cell cycle [38, 39...
I think it's the best-looking. A midsize SUV is by definition cursed with weird proportions, and the class combatants (Audi's Q5, BMW's X3, Mercedes' GLC-class, etc.) have tended to cope by randomly shrinkingsomeaspects of their forms, yielding a visually jarring effect....
A section of the central carbon metabolism from glucose (GLC) to IPP: A: of E. coli including glycolysis and DXP pathway, and B: of S. cerevisiae including glycolysis and the MVA pathway. The maximal IPP yields based on carbon stoichiometry and ignoring energy and redox equivalent ...
Glc/Gal was 1:1.48 in the EPS produced by the wild-type, while the ratio was 1:1.76 in the EPS produced by its ∆cpsDmutant (Additional file3: Figure S3B). Furthermore, the EPS of the mutant contained polysaccharides with higher average molecular weight (500 kDa) than the wild-type ...
UDP-glucose 6-dehydrogenase (UGDH) is a key enzyme in the uronic acid pathway, and converts UDP-glucose (UDP-Glc), an active form of glucose, to UDP-glucuronic acid (UDP-GlcUA) [15]. UDP-GlcUA is an indispensable precursor for the synthesis of glycosaminoglycans that provides structural su...
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The extractives contained significant amounts of Glc in both free and polymeric form, which were subtracted from total Glc yields to calculate the yields from enzymatic digestion of the polymeric, insoluble glucans alone. Comparison of the yields of Glc from CS in the presence of inhibitors, ...
The synthesis process takes place at the periplasmic space to form the cross-linked polysaccharide complex by transglycosylases anchored to the plasma membrane or the cell wall [6]. Similar to other kinds of fungi, the most abundant α/β-1, 3- glucans in edible fungi probably exist in the...
Various saprotrophic microorganisms, especially filamentous fungi, can efficiently degrade lignocellulose that is one of the most abundant natural materials on earth. It consists of complex carbohydrates and aromatic polymers found in the plant cell wall
Altering the amount of GlcA decorations has also been explored. In addition to maintaining the two- or threefold conformations, GlcA substitutions appear to contribute to cell wall stability by binding single xylan chains...