Nystatin, known by its CAS number 1400-61-9, is a critical polyene antifungal antibiotic extensively utilized in scientific research. Its primary action involves the disruption of fungal cell membranes by binding to ergosterol, leading to increased permeability and subsequent cell death. This fundamental Nystatin antifungal mechanism is a key area of study for researchers investigating fungal pathogens and developing new therapeutic strategies.

A significant application of Nystatin is in cell culture. The prevention of fungal contamination in cell lines is crucial for maintaining experimental integrity. The consistent and effective Nystatin cell culture use ensures that researchers can carry out experiments without the interference of unwanted fungal growth. This reliability makes Nystatin a staple in many biological laboratories.

For any researcher, understanding the Nystatin CAS 1400-61-9 properties is essential for its proper application and safe handling. Detailed Nystatin safety data, including hazard symbols and handling precautions, must be consulted and followed diligently. This ensures a safe working environment and minimizes potential risks associated with laboratory chemicals.

NINGBO INNO PHARMCHEM CO.,LTD. supports the scientific community by providing high-quality Nystatin. Our commitment to product quality means researchers can trust the performance of our Nystatin in their experiments. The information on the Nystatin chemical structure aids in understanding its molecular behavior and interactions.

When sourcing Nystatin for research purposes, it is important to consider factors such as purity, lot consistency, and supplier reliability. Researchers often look for competitive Nystatin pricing to manage their project budgets effectively. Engaging with a reputable Nystatin manufacturer ensures access to a product that meets rigorous scientific standards, enabling successful research outcomes.

In conclusion, Nystatin (CAS 1400-61-9) is a vital compound for research, offering potent antifungal properties and reliable performance in cell culture. By prioritizing safe handling, understanding its properties, and sourcing from trusted suppliers, researchers can effectively leverage Nystatin in their scientific endeavors.