HA10643 D-Glucosamine HCl Powder

D-Glucosamine HCl Powder Description

D-Glucosamine HCl Powder, the hydrochloride salt of D-glucosamine (C6H13NO5·HCl), is engineered for use in nutritional and herbal extracts. The product's defined chemical composition and controlled particle size distribution are critical for its solubility and absorption in formulations. Its synthesis minimises impurities, ensuring predictable performance in research and product development settings where exact concentration and consistency are required.

D-Glucosamine HCl Powder Applications

1.       Healthcare Applications
- Used as an active ingredient in joint health supplements to mitigate cartilage degradation by leveraging its chemically defined structure for predictable bioavailability.
- Applied as a component in anti-inflammatory formulations to aid in the maintenance of connective tissue integrity by utilising its solubility characteristics.

2.       Research and Development
- Serves as a reagent in biochemical assays to evaluate glucosamine metabolic pathways by leveraging its high purity and consistent particle size.
- Frequently used in formulation studies to simulate bioactive environments, ensuring controlled experimental variables due to its standardised chemical properties.

D-Glucosamine HCl Powder Packing

D-Glucosamine HCl Powder is packed in moisture-resistant, multi-layered packaging to minimise environmental contamination. The powder is contained in sealed high-density polyethylene (HDPE) bags with an aluminium barrier for enhanced protection. Storage instructions include maintaining a cool, dry environment with regulated humidity. Custom packaging options, including bulk and smaller container formats with tamper-evident seals and batch traceability, are available upon request.

Additional Information

D-Glucosamine HCl Powder is part of a broader range of bioactive compounds used in nutritional and herbal supplement formulations. Its chemically defined structure is essential for ensuring the reproducibility of experimental outcomes and product performance. The standardised synthesis process helps in achieving consistent molecular interactions, which is crucial for both in vitro studies and commercial product development.

In the context of materials science, the precise control over synthesis parameters and particle size distributions contributes to a better understanding of material behaviour in complex biological systems. This insight facilitates more predictable formulation processes and supports advanced research into the biochemical properties of amino sugars, ultimately aiding in the development of targeted nutritional interventions.