Maltopentaose-[UL-13C30]

Maltopentaose-[UL-13C30], a universally labeled carbohydrate enriched with 13C isotopes, finds wide-ranging applications in research and industry. Discover the versatility of Maltopentaose-[UL-13C30] with these intricately detailed applications:

Metabolic Flux Analysis: Delving into metabolic intricacies, Maltopentaose-[UL-13C30] is a cornerstone in studying carbon flux dynamics across biochemical pathways. By introducing this meticulously labeled carbohydrate into cell cultures, researchers can meticulously track its conversion and isotopic spread using advanced mass spectrometry techniques. This groundbreaking method sheds light on cellular metabolism nuances and nutrient utilization strategies.

NMR Spectroscopy: Embark on a journey through carbohydrate dynamics with Maltopentaose-[UL-13C30] in nuclear magnetic resonance (NMR) spectroscopy. This uniformly 13C-labeled compound amplifies signal strength and resolution, enabling in-depth exploration of molecular interactions and conformations. Explore the intricate world of carbohydrate chemistry and functionality with unparalleled precision.

Glycomics Research: Unlock the secrets of glycans with Maltopentaose-[UL-13C30], a cornerstone in glycomics research. As a standard or tracer, this labeled compound aids in unraveling glycan structures, functions, and interactions. Dive into quantitative analyses and follow glycan modifications across diverse biological samples, paving the way for a deeper understanding of glycobiology's impact on health and disease.

Biotechnological Applications: Revolutionize biotechnological processes with Maltopentaose-[UL-13C30], enhancing enzyme activity assays and industrial fermentation practices. This labeled substrate plays a pivotal role in monitoring enzymatic reactions and metabolic flows, optimizing biocatalyst performance and production pathways. Elevate industrial biotechnology standards with precise bioprocess enhancements powered by Maltopentaose-[UL-13C30].