Nystatin, identified by CAS number 1400-61-9, is a critical polyene macrolide antibiotic that has established itself as a valuable asset in the scientific community. Its primary function as an antifungal agent stems from its unique ability to interact with ergosterol, a vital component of fungal cell membranes. This interaction leads to the formation of pores, causing leakage of essential intracellular contents and ultimately cell death. Understanding this Nystatin antifungal mechanism is fundamental for researchers working with fungal models or aiming to develop new antifungal therapies.

The versatility of Nystatin extends to its widespread use in cell culture. Preventing fungal contamination is paramount for the success of many biological experiments, and Nystatin plays a crucial role in maintaining sterile laboratory environments. The established Nystatin cell culture use practices ensure the integrity of cell lines and the reliability of research outcomes. Researchers can confidently integrate Nystatin into their protocols, knowing its efficacy and the extensive data supporting its application.

Beyond cell culture, the chemical properties of Nystatin, detailed by its CAS 1400-61-9 designation, make it a subject of interest in pharmaceutical research. As a well-characterized molecule, it serves as a benchmark or starting point for studies investigating new antifungal compounds or understanding drug resistance. The availability of comprehensive Nystatin safety data further supports its use in various experimental setups, allowing for informed handling and risk assessment.

NINGBO INNO PHARMCHEM CO.,LTD. recognizes the importance of high-quality Nystatin for scientific advancement. By providing access to reliable Nystatin, we support critical research efforts in areas such as mycology, drug discovery, and biotechnology. The detailed Nystatin chemical structure and its biological activity provide a solid foundation for innovation.

In summary, Nystatin is more than just an antifungal; it's a cornerstone in numerous research disciplines. Its efficacy in preventing fungal contamination in cell culture, coupled with its well-understood mechanism of action, makes it indispensable for modern scientific inquiry. Researchers looking to buy Nystatin for their projects can rely on its proven performance.

The ongoing research into Nystatin's properties and potential applications continues to expand its relevance. From basic scientific exploration to the development of new therapeutic strategies, Nystatin remains a vital compound. Exploring Nystatin price and supplier information is a crucial step for any laboratory seeking to procure this essential research chemical.