3-Tetrahydrofuroic acid-[13C5]

3-Tetrahydrofuroic acid-[13C5], an isotopically labeled compound, finds widespread utility across scientific research domains, particularly in metabolic and biochemical investigations. Explore the diverse applications of this compound with heightened perplexity and burstiness:

Metabolic Flux Analysis: Immerse yourself in the intricate realm of metabolic flux analysis, where 3-Tetrahydrofuroic acid-[13C5] emerges as a pivotal tracer elucidating metabolite flow through cellular pathways. By integrating this compound into cellular systems, researchers embark on a journey of tracking its assimilation and transformation into diverse metabolites. This intricate process allows for the quantification of enzyme activities and pathway efficiencies, unveiling profound insights into the labyrinthine world of cellular metabolism.

NMR Spectroscopy: Dive deep into the realm of nuclear magnetic resonance (NMR) spectroscopy, where the presence of 3-Tetrahydrofuroic acid-[13C5] promises revelations about the structure and dynamics of biological molecules. Enhanced by 13C labeling, this compound enables the distinct identification and real-time monitoring of carbon atoms within complex molecular structures. This capability proves invaluable in structural biology, facilitating the unraveling of the three-dimensional configurations of proteins, nucleic acids, and small biomolecules, painting a vivid picture of molecular intricacies.

Drug Metabolism Studies: Embark on a journey through the realm of drug metabolism studies, where 3-Tetrahydrofuroic acid-[13C5] emerges as a beacon of insight into metabolic pathways and pharmacokinetics. By unraveling the metabolic fate of labeled compounds, researchers navigate the intricate web of metabolic transformations, unveiling pathways and potential metabolites. This comprehensive understanding serves as a cornerstone in deciphering drug efficacy, toxicity profiles, and the nuanced development of next-generation therapeutic agents, reshaping the landscape of pharmacological research.

Environmental Science: Plunge into the realm of environmental science, where the strategic deployment of 3-Tetrahydrofuroic acid-[13C5] illuminates the pathways of organic substances within ecosystems. Envision a world where pollutants and natural organics labeled with precision undergo scrutiny for degradation, bioaccumulation, and intricate transport dynamics across environmental compartments. This detailed analysis serves as a cornerstone in assessing the environmental ramifications of chemical substances, paving the way for strategic interventions and ecological stewardship at a global scale.