Sentence examples for modification of carbohydrate from inspiring English sources
Important among these is the modification of carbohydrate groups.
Thus, genetic modification of carbohydrate partitioning has long been proposed in crop breeding (Braun et al. [2014]).
The modification of carbohydrate metabolism in the mutant resulted in lower biomass accumulation and hence reduced yield under field conditions.
It involves individualized modification of carbohydrate, protein, fat and sodium intake, with guidance to achieve lipid and blood pressure goals, and individualized weight loss planning and coaching.
They also provide fundamental information to the wider glycobiology field by demonstrating the great potential of extended unperturbed aqueous simulations to facilitate rational modification of carbohydrate puckering kinetics and concomitant bioactivity.
The 12-week lifestyle lesson plan (Table 1), contained 3 lessons covering the principles of intuitive eating, and 3 lessons covering general healthy nutritional information, including modification of carbohydrate intake [ 52].
Sulfation is an essential modification of carbohydrates and proteins.
More than 200 glycosyltransferases are responsible for the addition and modification of carbohydrates with different linkages in order to generate a wide range of diverse glycans [ 61].
Considering the variety of gene families involved in modification of carbohydrates and in oxido-reduction reactions, these results show that all cell wall components probably undergo modifications during stem growth.
As expected, we detected genes related to carbohydrate active enzymes (CAZYmes), which function in the formation and modification of the carbohydrate matrix of wood cell walls, including genes encoding cellulose synthase-like (CSLs), pectin methyl esterases (PMEs), xyloglucan endo-transglucosylases and hydrolases (XETs and XEHs), and expansins [ 44].
In general, Stachulski and coworkers disclosed that modification of the carbohydrate at 6-O-position of morphine promotes marked in vitro effects on binding to μ opioid receptor subtypes μ1 or μ2 and in vivo antinociceptive activity [6].
