Bacterial proteases are vital components in numerous microbial processes, from nutrient acquisition to virulence factor production. Studying these enzymes requires specific tools, and Arg-Arg B-Naphthylamide Trihydrochloride (CAS: 100900-26-3) plays a significant role as a versatile substrate in this field.

This dipeptide derivative is particularly noted for its utility in investigating the activity of various bacterial proteases. Its structure is recognized and cleaved by these enzymes, allowing researchers to measure proteolytic activity, understand substrate specificity, and screen for potential antimicrobial compounds that might inhibit these bacterial enzymes.

For researchers in microbiology and related fields, sourcing high-quality Arg-Arg B-Naphthylamide Trihydrochloride is essential. Reputable manufacturers and suppliers, many of whom are based in China, offer this compound with high purity (≥99.00%) and reliable specifications, including a molecular weight of 564.94 g/mol. These detailed specifications ensure that the substrate performs accurately in experiments.

When seeking to buy Arg-Arg B-Naphthylamide Trihydrochloride, buyers often look for competitive pricing and dependable supply chains, which are strengths often found among China-based suppliers. This allows research institutions to manage their budgets effectively while ensuring a consistent availability of this critical research chemical.

The study of bacterial proteases is crucial for developing new antibiotics and understanding microbial pathogenesis. By using well-characterized substrates like Arg-Arg B-Naphthylamide Trihydrochloride, scientists can gain deeper insights into the mechanisms of bacterial enzymes and identify potential targets for therapeutic intervention.

In summary, Arg-Arg B-Naphthylamide Trihydrochloride (CAS: 100900-26-3) serves as an important substrate for researchers studying bacterial proteases. Sourcing this compound from trusted China manufacturers ensures the necessary purity and affordability, empowering advancements in microbiology and the development of new anti-infective strategies.