Alpha-glucosidase, identified by CAS 9001-42-7, is a hydrolase enzyme that plays a fundamental role in carbohydrate metabolism. Belonging to the glycoside hydrolase family (GH13), its primary mechanism involves cleaving terminal, non-reducing α-D-glucose residues from oligosaccharides, polysaccharides, and other substrates. This enzymatic action releases D-glucose, the body's primary energy source. Understanding this biochemical process is vital for researchers in various fields.

The significance of alpha-glucosidase is evident in its widespread presence and diverse functions. In humans, it's critical for digesting dietary starches and disaccharides (like maltose and sucrose) in the small intestine. Abnormalities or dysregulation of this enzyme can lead to various health implications, making it a target for drug development, particularly for diabetes treatment, where alpha-glucosidase inhibitors are used to manage blood glucose levels.

For scientific endeavors, access to a reliable source of high-quality alpha-glucosidase is crucial. When seeking to buy alpha-glucosidase, researchers often look for enzymes with defined purity and activity levels, typically sourced from organisms like yeast. A dependable manufacturer and supplier is key to ensuring the consistency and accuracy of experimental results. Companies specializing in biochemicals, especially those with a strong presence in China, often offer competitive pricing and a wide range of product grades suitable for various research applications, from enzyme kinetics studies to developing diagnostic assays.

The enzyme's utility extends into the industrial sector as well, including the food and beverage industries for processes like brewing and baking, and in biotechnology for fermentation. When sourcing, the CAS number 9001-42-7 serves as a precise identifier. By partnering with experienced biochemical suppliers, scientists and industrial professionals can ensure they obtain the necessary enzymes for their specific projects, thereby advancing research and optimizing industrial processes.