D-Lyxose-[3-13C]

D-Lyxose-[3-13C], an isotopically labeled sugar utilized in advanced bioscience, finds diverse applications. Here are the key uses of D-Lyxose-[3-13C]:

Metabolic Flux Analysis: Employing D-Lyxose-[3-13C], scientists delve into metabolic flux analysis, tracing carbon flow within cellular metabolic pathways. By integrating this labeled sugar, researchers meticulously monitor metabolic processes, precisely gauging pathway activity. This knowledge proves pivotal in comprehending cellular metabolism intricacies and fine-tuning metabolic engineering tactics.

NMR Spectroscopy: A cornerstone in nuclear magnetic resonance (NMR) spectroscopy, D-Lyxose-[3-13C] acts as a valuable probe for deciphering carbohydrate structures and dynamics. The [3-13C] tag imparts specific insights into carbon atoms within the molecule, enabling in-depth scrutiny of molecular interactions and conformational shifts. This technique stands essential for unraveling intricate biochemical processes.

Glycoprotein Research: In the realm of glycoprotein research, D-Lyxose-[3-13C] finds application in studying glycoprotein biosynthesis and functionality. Through the incorporation of this isotopically labeled sugar, scientists track the incorporation of D-Lyxose into glycoproteins, unraveling their glycosylation patterns. This insight aids in understanding protein folding, stability, and cellular interactions, shedding light on cellular complexities.

Stable Isotope Tracing: Enlisted in stable isotope tracing experiments, D-Lyxose-[3-13C] elucidates the fate of carbon atoms across diverse biological systems. Administering labeled D-Lyxose, researchers track its metabolic conversion into other biomolecules, offering insights into nutrient utilization and metabolic fluxes. This application proves indispensable in probing metabolic disorders and advancing nutritional therapies.