42492-62-6 N-Me-Val-Obzl.Tos

Peptide Synthesis and Modification: N-Me-Val-Obzl.Tos serves as a crucial building block in the synthesis of peptide chains, enabling precise control over their sequences and structures. Its methylation and benzoylation modifications enhance stability and solubility during the synthesis process, leading to peptides with improved purity and biological activity.

Protein Engineering: N-Me-Val-Obzl.Tos can be utilized for site-specific modifications of proteins. By introducing this structure at specific locations within proteins, researchers can modulate their functions, activities, or interactions with other molecules. This targeted modification approach provides a powerful tool for protein engineering, facilitating the development of proteins with desired functionalities or optimized performance.

Intermediate in Organic Synthesis: In complex organic synthesis reactions, N-Me-Val-Obzl.Tos serves as a crucial intermediate, participating in the construction of synthetic pathways for complex organic molecules. Its specific functional groups enable it to engage in specific chemical reactions with other molecules, leading to the synthesis of compounds with desired structures and functionalities.

Biochemical Research Tool: N-Me-Val-Obzl.Tos also finds application as an important tool in biochemical research. It can be used to investigate intermolecular interactions, enzymatic reaction mechanisms, and other biological processes. Its unique chemical structure allows it to mimic or interfere with certain biological processes, thereby aiding researchers in gaining deeper insights into the essence and mechanisms of life.