sucrose-[UL-d14]

Sucrose-[UL-d14]，a universally labeled variant of sucrose, finds primary application in research settings. Here are the key applications of Sucrose-[UL-d14]:

Metabolic Flux Analysis: Within the realm of metabolic flux analysis, Sucrose-[UL-d14] plays a pivotal role in elucidating the intricate pathways of carbon movement across diverse metabolic networks. By leveraging labeled sucrose, researchers delve deep into the realms of carbohydrate metabolism and energy generation, shedding light on metabolic disorders and optimizing biotechnological pathways. This insight is invaluable for unraveling the complexities of cellular energetics and metabolic regulation.

Isotope Tracing Studies: Serving as a valuable asset in isotope tracing studies, Sucrose-[UL-d14] allows for meticulous tracking of carbon atom fates within diverse biological systems. This tool enables scientists to trace the intricate journey of carbon atoms through processes like photosynthesis, respiration, and biochemical reactions, offering profound insights into plant physiology, ecology, and the carbon cycle. Such detailed analyses pave the way for a deeper understanding of ecosystem dynamics and carbon fluxes.

Nutrition and Digestion Research: In the realm of nutrition and digestion research, Sucrose-[UL-d14] serves as a key element in unraveling the intricacies of sugar digestion and absorption within the gastrointestinal tract. By following the labeled sucrose, researchers explore how different organisms metabolize sugars and how various factors influence sugar metabolism. These findings are instrumental in shaping nutritional guidelines and designing targeted dietary interventions that cater to specific metabolic needs, thereby enhancing overall health and wellness.

Molecular Labeling in Mass Spectrometry: Within the domain of mass spectrometry, Sucrose-[UL-d14] emerges as a critical internal standard for quantitatively analyzing sugars. This labeled sucrose acts as a reliable benchmark for measuring sugar concentrations in diverse samples, enhancing the precision and sensitivity of analytical methods in realms such as food science, clinical diagnostics, and environmental studies. Such precise measurements facilitate accurate assessments of sugar content, enabling researchers to draw meaningful conclusions and drive scientific advancements in various disciplines.