L-homoserine-[15N] is a stable isotope-labeled amino acid used in various scientific research applications. Here are some key applications of L-homoserine-[15N]:
Metabolic Flux Analysis: L-homoserine-[15N] is used as a tracer in metabolic flux analysis to study metabolic pathways. By incorporating the labeled amino acid into biological systems, researchers can trace its conversion into other metabolites. This helps in understanding metabolic fluxes and the regulation of metabolic networks.
Protein Synthesis Studies: In protein synthesis studies, L-homoserine-[15N] enables the investigation of protein turnover and synthesis rates. By introducing the labeled amino acid into cells or organisms, researchers can monitor its incorporation into newly synthesized proteins. This technique provides insights into protein dynamics and cellular responses to various conditions.
Nutritional Research: L-homoserine-[15N] is employed in nutritional research to study amino acid metabolism and nitrogen balance in organisms. By feeding labeled amino acids to animals or humans, researchers can assess how dietary proteins are utilized and metabolized. This is crucial for understanding nutrient requirements and optimizing dietary interventions.
Plant Physiology Studies: In plant physiology, L-homoserine-[15N] is used to examine nitrogen assimilation and amino acid synthesis pathways in plants. Researchers can apply the labeled amino acid to plant systems and track its incorporation into various nitrogen-containing compounds. This aids in deciphering nitrogen metabolism and improving crop nitrogen use efficiency.
![L-homoserine-[15N]](https://resource.bocsci.com/structure/l-homoserine-%5B15n%5D.gif)
