Lactose mono

Physiological Function D(+) -lactose monohydrate was used as the reaction substrate to synthesize galactose oligosaccharide with polymerization degree 2~8 under the action of galactosidase hydrolysis and transglycosylation. Studies have shown that D(+) -lactose monohydrate can protect intestinal health, participate in immune regulation, inhibit tumor cell generation, improve mineral absorption, improve cardiovascular disease and other physiological functions. Metabolism D(+) -lactose monohydrate exists in human body and some foods, and can be metabolized and excreted within 8h after ingestion of Chemicalbook. However, after continuous high dose ingestion, it is catalyzed by galactose oxidase into aldose and hydrogen peroxide, and then produces reactive oxygen species. Increased ROS leads to oxidative stress, inflammation, mitochondrial dysfunction, and apoptosis. D(+) -lactose monohydrate mimics natural aging in rodents by intensifying oxidative stress and glycosylation. Uses Ultra-pure grade used as liquid stationary phase component,GLC separation of nitroxylene and xylenol isomers