D-gluconic acid-[UL-13C6] sodium salt

D-gluconic acid-[UL-13C6] sodium salt, a stable isotope-labeled compound, is widely utilized in diverse research domains. Here are the key applications of D-gluconic acid-[UL-13C6] sodium salt:

Metabolic Tracing in Biochemistry: This isotopically labeled compound plays a vital role in metabolic flux analysis, enabling researchers to meticulously trace the intricate pathways of D-gluconic acid metabolism within live cells. By quantifying the incorporation of 13C into various metabolic intermediates, scientists can meticulously evaluate the carbon flow through diverse biochemical pathways. This in-depth exploration aids in comprehending the intricate dance of cellular metabolism and its finely tuned regulation under a myriad of dynamic conditions.

Nutritional Studies: In the realm of nutritional research, D-gluconic acid-[UL-13C6] sodium salt emerges as a key player, shedding light on the absorption, assimilation, and metabolic destiny of gluconic acid within the human body. Through the meticulous tracking of labeled carbon atoms, researchers can delve into the bioavailability and utilization of gluconic acid derived from dietary sources. This profound insight is indispensable for crafting cutting-edge nutritional supplements and unraveling their profound impacts on human health, paving the way for a deeper understanding of the intricate interplay between diet and well-being.

Pharmaceutical Development: Within the realm of pharmacokinetics, this compound takes center stage in elucidating the distribution and elimination patterns of drugs that either metabolize into or interact with gluconic acid. This comprehensive understanding of drug metabolism pathways and potential interactions with endogenous compounds is pivotal for pharmaceutical developers as they strive to enhance the efficacy and safety profiles of drug formulations. Leveraging this wealth of knowledge, researchers can fine-tune drug formulations for optimal therapeutic outcomes, ushering in a new era of precision medicine.

Environmental Research: In the field of environmental sciences, D-gluconic acid-[UL-13C6] sodium salt serves as a powerful tool for unraveling the mysteries of gluconic acid biodegradation across diverse ecosystems. By scrutinizing the breakdown and assimilation of this labeled compound by microbial communities, researchers gain invaluable insights into carbon cycling dynamics and microbial ecology. This profound understanding enables the assessment of environmental impacts and the formulation of sustainable bioremediation strategies, driving forward the quest for a healthier planet.