Nystatin, a compound identified by CAS number 1400-61-9, stands as a prominent polyene antifungal antibiotic. Its effectiveness is rooted in its unique chemical structure and its interaction with ergosterol, a key component of fungal cell membranes. By forming pores within these membranes, Nystatin disrupts the ionic balance, leading to cell lysis. This well-defined Nystatin antifungal mechanism makes it a subject of study for those interested in the development of novel antifungal agents and understanding fungal resistance.

The application of Nystatin in scientific research, particularly in the context of Nystatin cell culture use, is widespread. It serves as a reliable agent for preventing fungal contamination, a common challenge in maintaining viable cell lines for various experimental purposes. The availability of Nystatin ensures that researchers can maintain sterile conditions, crucial for the accuracy and reproducibility of their findings.

Understanding the detailed Nystatin CAS 1400-61-9 properties is vital for researchers. These properties include its physical appearance (yellow to yellow-brown powder), solubility characteristics, and stability. Proper adherence to Nystatin safety data is crucial, as it guides safe handling practices within the laboratory environment, minimizing risks associated with its use.

NINGBO INNO PHARMCHEM CO.,LTD. is committed to providing researchers with high-purity Nystatin that meets stringent quality standards. Our focus on product integrity ensures that scientists can rely on our Nystatin for their critical experiments. The insights into the Nystatin chemical structure are fundamental to its application in diverse scientific fields.

As a research chemical, Nystatin's utility extends to drug discovery and development, where its antifungal properties are leveraged. Researchers may also investigate its interactions with other biological molecules or its potential in synergistic therapeutic combinations. For laboratories planning to procure Nystatin, examining Nystatin wholesale price and supplier reliability is important for managing research budgets effectively.

In conclusion, Nystatin (CAS 1400-61-9) is a compound of significant scientific importance. Its well-understood antifungal properties, critical role in cell culture, and broad research applications underscore its value. Adherence to safety protocols and careful consideration of product specifications are key to its effective use in scientific endeavors.