For scientific researchers and pharmaceutical developers, the ability to procure essential compounds like Bacilysin is fundamental to advancing their work. Bacilysin, a significant antibacterial dipeptide with the CAS number 1395-22-8, is a compound of interest due to its efficacy in inhibiting bacterial growth. Understanding the nuances of sourcing this research chemical is crucial for ensuring the success of experiments and product development.

When looking to buy Bacilysin, researchers prioritize purity and reliability. Many opt to source from manufacturers and suppliers who specialize in fine chemicals and pharmaceutical intermediates. China has emerged as a key hub for producing such compounds, with many companies offering high-quality Bacilysin. These suppliers often provide detailed specifications, including molecular formula (C12H18N2O5) and molecular weight (270.283), along with certificates of analysis to verify product integrity. This level of transparency is vital for any research-intensive application.

The role of Bacilysin as a metabolite of Bacillus subtilis also means its production can be influenced by fermentation processes. Manufacturers often optimize these conditions to yield higher quantities of Bacilysin, making it more accessible for the global market. For those seeking to establish a consistent supply chain, identifying a reputable manufacturer is a strategic move. Whether you are investigating its use as a glucosamine 6-phosphate synthase inhibitor or exploring its potential as a novel therapeutic agent, a dependable source for Bacilysin is non-negotiable.

Beyond basic procurement, understanding the storage and handling requirements for Bacilysin is also important. Typically stored under specific conditions to maintain its stability, this research chemical requires careful management. For businesses looking to integrate Bacilysin into their product lines or research pipelines, establishing a relationship with a trusted supplier ensures not only timely delivery but also consistent quality, which is paramount for scientific reproducibility and the development of effective products.