Maltotriose-[UL-13C18] Hydrate

Maltotriose-[UL-13C18] Hydrate, an isotopically labeled sugar with diverse research applications, is explored through the key applications:

Metabolic Flux Analysis: Researchers leverage this isotopically labeled compound to delve into metabolic flux analysis intricately mapping out metabolic pathways within microorganisms and plant systems. By introducing Maltotriose-[UL-13C18] Hydrate into growth media, scientists meticulously scrutinize the intricate carbon flow through varying metabolic routes. This exploration yields profound insights into the dynamic nature of metabolic processes and enzyme activities essential for advancing metabolic engineering and refining bioprocesses.

Glycomics Research: Venturing into the intricate realm of glycomics, Maltotriose-[UL-13C18] Hydrate emerges as a pivotal tool for investigating the structure and function of glycan molecules and glycoproteins. Researchers delve into the incorporation of this labeled sugar into glycans unveiling the mysteries of their biosynthesis and turnover. This investigation sheds light on the multifaceted roles of glycans in diverse cellular processes including cell signaling protein stabilization and disease pathogenesis.

Stable Isotope Labeling in Nutrition Studies: Embarking on the frontier of nutritional research, scientists harness this compound to unravel the complexities of carbohydrate digestion and metabolism in living organisms. Through the controlled administration of Maltotriose-[UL-13C18] Hydrate to research subjects, scientists meticulously track the absorption and metabolic destiny of dietary carbohydrates. This research aids in evaluating dietary interventions and enhancing our understanding of metabolic disorders such as diabetes contributing to advancements in personalized nutrition.

Mass Spectrometry Calibration: In the intricate realm of mass spectrometry, Maltotriose-[UL-13C18] Hydrate stands out as a dependable calibration standard for ensuring accurate carbohydrate analysis. This isotopically labeled sugar plays a crucial role in guaranteeing precise detection and quantification of sugars within complex biological samples. Its consistent calibration properties are paramount for obtaining high-quality data in the fields of metabolomics and analytical chemistry ensuring the reliability and reproducibility of mass spectrometry analyses.