126173-94-2 L-Tyr-Oipr-OH

Pharmaceutical Synthesis:

As an Intermediate: L-Tyr-Oipr-OH likely serves as an important intermediate in the synthesis of pharmaceutical peptides, proteins, or other small molecule drugs. These drugs may target various diseases, such as metabolic disorders, neurodegenerative diseases, cancers, and more.

Protective Group Use: The isopropyl ester group in L-Tyr-Oipr-OH may function as a protective group, safeguarding the tyrosine hydroxyl group from unwanted reactions during synthesis. This enhances synthesis efficiency and product purity.

Biochemical Research:

Protein Function Studies: L-Tyr-Oipr-OH can be utilized in biochemical research to investigate protein structures, functions, and interactions with other molecules. This is crucial for understanding fundamental mechanisms of life processes.

Enzymatic Reaction Studies: The compound may also be employed to study the roles and mechanisms of specific groups in enzymatic reactions, contributing to enzyme engineering and biocatalysis research.

Materials Science:

Functional Material Synthesis: In advanced materials research, L-Tyr-Oipr-OH could potentially serve as a functional monomer or crosslinking agent in the synthesis of materials with specific physicochemical properties, such as smart responsive hydrogels or biocompatible materials.

Other Fields:

Cosmetics and Health Supplements: Although direct applications may be limited, L-Tyr-Oipr-OH or its hydrolysis products could potentially possess certain bioactivities, making them candidates for use as ingredients or additives in cosmetics or health supplements.

Agrochemicals: In specific agrochemical applications, the compound or its derivatives might serve as plant growth regulators or auxiliaries in pesticides.