While Z-Glu-OH (N-Benzyloxycarbonyl-L-glutamic acid) is widely recognized for its foundational role in peptide synthesis, its versatility extends to several other innovative fields, including cosmetics and materials science. This derivative of glutamic acid, with its chemical formula C13H15NO6 and molecular weight of 281.26, presents unique properties that are being leveraged in cutting-edge applications.

In the cosmetic industry, amino acids and their derivatives are prized for their moisturizing, skin-conditioning, and anti-aging properties. Z-Glu-OH, with its inherent amino acid structure and a protected functional group that can be tailored, holds potential for incorporation into advanced skincare formulations. Its ability to interact with skin proteins or act as a component in peptide-based cosmetic ingredients makes it an area of growing interest. Understanding the Z-Glu-OH properties and uses in this context opens doors to developing novel cosmetic products with enhanced efficacy.

Beyond cosmetics, the precise chemical nature of Z-Glu-OH, including its Z-Glu-OH chemical structure and solubility characteristics, makes it a candidate for advanced material science applications. Researchers are exploring how such molecules can be incorporated into functional polymers or used in the synthesis of novel materials with specific chemical or physical properties. While research is ongoing, the potential for Z-Glu-OH to contribute to the development of new biomaterials or specialized coatings is significant.

For scientists and formulators exploring these diverse applications, reliable sourcing of high-purity Z-Glu-OH is essential. Information regarding Z-Glu-OH solubility in organic solvents and availability from reputable Z-Glu-OH suppliers and price points are key considerations. The exploration of Z-Glu-OH scientific research applications is continually expanding, highlighting the compound's significant versatility.

NINGBO INNO PHARMCHEM CO.,LTD. is committed to supporting innovation across various industries. By providing high-quality Z-Glu-OH, we enable researchers and developers to explore its full potential, from the precision of peptide synthesis to the advancements in cosmetic and material science, contributing to the development of new and improved products.