Z-Ala-ONp CAS:1168-87-2

Z-Ala-ONp serves as a crucial reagent in peptide synthesis, particularly in the selective modification of peptides and proteins. The ONp ester functionality facilitates the introduction of alanine residues at specific positions within a peptide sequence by reacting with amines, enabling the precise tailoring of peptide structures. Additionally, Z-Ala-ONp finds extensive use in bioconjugation strategies for developing protein-peptide conjugates, peptide-based enzyme inhibitors, and other functionalized peptide derivatives. Furthermore, this compound is utilized in the study of enzymatic reactions, receptor-ligand interactions, and peptide-protein binding events. Its compatibility with diverse synthetic methodologies enables researchers to create custom peptides for applications in drug development, biochemical assays, and structural biology studies. Moreover, Z-Ala-ONp's role extends to the development of peptide-based biomaterials and bioconjugates for biomedical and biotechnological applications. In summary, Z-Ala-ONp plays a pivotal role in advancing peptide chemistry and bioconjugation research, empowering scientists and researchers to develop innovative peptide derivatives and conjugates with potential therapeutic, diagnostic, and research applications.