Product Description
Glycine or G;[6] )[7] is an amino acid that has a single hydrogen atom as its side chain. It is the simplest stable amino acid (carbamic acid is unstable). In the gas phase, it is a molecule with the chemical formula NH2CH2COOH. In solution or in the solid, glycine exists as the zwitterion. Highly Soluble and Odorless QualityGlycine stands out for its excellent solubility in water and its odorless nature, making it highly adaptable for various laboratory protocols and formulation processes. These properties also facilitate easy incorporation in food supplements as well as pharmaceutical formulations, ensuring that the compound integrates seamlessly without altering product scent or consistency.
Strict Purity Standards and Reliable PackagingWith an assay of 99% purity and heavy metal content below 10ppm, this glycine meets rigorous laboratory and food industry requirements. Each 500GM batch comes in a durable, tightly sealed plastic container to protect the compound from environmental factors, maintaining quality and efficacy throughout its prolonged shelf life.
Versatile Applications Across IndustriesThis glycine is utilized extensively as an analytical reagent, for biological research, nutritional supplementation, and as a functional ingredient in both pharmaceutical and food manufacturing. Its well-characterized chemical profile and safe levels of contaminants make it suitable for a wide range of scientific and industrial uses in India and beyond.
FAQ's of Glycine (500GM):
Q: How should Glycine (500GM) be stored to maximize its shelf life?
A: To ensure Glycine remains stable and pure, keep the container tightly closed and store it in a cool, dry, and well-ventilated area. Proper storage under these conditions can maintain its shelf life for up to 5 years.
Q: What are the main applications and benefits of using laboratory-grade glycine?
A: Laboratory-grade glycine is widely used as an analytical reagent, in biological research, nutritional supplementation, pharmaceuticals, and the food industry. Its high purity and low contaminant levels offer reliable results and safety for sensitive research or formulation needs.
Q: When is glycine typically used during laboratory processes or manufacturing?
A: Glycine is often incorporated at stages where its buffering capacity, amino acid supplementation, or solubility is required-for example, in protein analysis, culture media preparation, pharmaceutical formulations, or nutritional products.
Q: Where can this glycine product be sourced, and in what packaging is it supplied?
A: Glycine (500GM) can be sourced from suppliers, distributors, importers, manufacturers, and traders within India. It is supplied in a robust plastic bottle or jar to ensure product integrity during storage and transportation.
Q: What is the process for ensuring the purity and safety of this glycine?
A: Each batch undergoes stringent laboratory analysis, confirming an assay of 99% on a dry basis, with heavy metals below 10ppm and lead below 1ppm. This safeguards both user safety and applicability in regulated industries.
Q: How is glycine typically used in biological and analytical contexts?
A: In biological studies, glycine serves as an essential amino acid and buffering agent. In analytical contexts, it acts as a reagent in protein assays and electrophoresis, thanks to its consistent composition and solubility.
Q: What benefits does glycine offer in food and pharmaceutical applications?
A: Glycine functions as a nutritional supplement and taste enhancer in foods, while in pharmaceuticals, it contributes to formulation stability and acts as an amino acid supplement, thanks to its purity, safety, and functional versatility.