Product Description
D-Alanine AJI92 Amino acid made in china 338-69-2
AI Product Description
*The following content is generated by AI and is for reference only.
D-Alanine (AJI92), a non-essential amino acid produced in China, is the D-isomer of alanine and serves as a vital building block for biological systems. With the molecular formula C₃H₇NO₂ and CAS Registry Number 350-64-7, this high-purity compound is widely recognized for its unique stereochemical properties. Unlike its L-counterpart found in proteins, D-alanine plays a critical role in bacterial cell wall synthesis, specifically within peptidoglycan layers that provide structural integrity to Gram-positive bacteria. This distinctive function makes it an essential reagent in pharmaceutical research, particularly for developing novel antibiotics targeting bacterial resistance mechanisms.
The AJI92 grade, manufactured by Ajinomoto Co., Inc., represents a premium standard of quality assurance, ensuring exceptional purity levels suitable for demanding applications in biotechnology and food science. Beyond its microbiological significance, D-alanine acts as a neurotransmitter modulator in the central nervous system and functions as a precursor for other bioactive compounds. In the food industry, it is utilized as a flavor enhancer and nutritional supplement, contributing to taste profiles without altering metabolic pathways associated with L-amino acids. Its stability under various processing conditions further enhances its versatility across different sectors.
Manufactured in China using advanced fermentation or enzymatic conversion techniques, this product adheres to strict international safety and environmental regulations. The supply chain ensures consistent availability for global markets, supporting researchers and manufacturers requiring reliable sources of chiral amino acids. As the demand for targeted therapies and functional ingredients grows, D-alanine remains indispensable for advancing scientific understanding of microbial physiology and human health. Whether used in synthesizing peptide drugs, studying enzyme kinetics, or formulating specialized dietary products, this compound offers a robust solution for diverse industrial needs. Its role in bridging fundamental biology and practical application underscores its enduring value in modern science and technology.