Lightweight Panexin Cd, Serum Replacement With Chemically-defined Components Flash Sale: 55% Off [q8JpBhCb]

Panexin CD: Advanced Serum-Free Culture Solution

Panexin CD by PAN-Biotech is a cutting-edge serum replacement designed for the cultivation of adherent and non-adherent cells under serum-free conditions or to significantly reduce serum usage. This product is ideal for researchers and cell culture specialists who demand high purity and reproducibility in their experiments. The Panexin CD formula is free from any animal or human-derived components, ensuring a xeno-free environment that minimizes the risk of contamination and immune responses.

Chemically Defined, Xeno-Free Formula

Panexin CD stands out due to its chemically defined composition, which includes recombinant proteins, lipids, salts, amino acids, trace elements, hormones, and a unique 3-dimensional substrate release system. This optimized formulation eliminates the need for growth factors, undefined hydrolysates, or peptones, providing a consistent and reliable solution for cell culture. The absence of growth factors allows for precise control over cell proliferation and differentiation, making it an excellent choice for stem cell research and other applications requiring defined conditions.

Enhanced Cell Culture and Streamlined Processes

The benefits of using Panexin CD are multifaceted. Its chemically defined nature eliminates the need for lot testing, simplifying the workflow and reducing costs. Additionally, the product offers high reproducibility, ensuring consistent results across different experiments. This is particularly advantageous for developing sensitive cell-based in vitro tests and coculture procedures. Panexin CD is suitable for a variety of cell types and can be used to reduce or eliminate the use of fetal bovine serum (FBS), thereby enhancing the quality and reliability of cell culture experiments. For instructions on cell adaptation from FBS, please refer to the Product Datasheet and Application Note provided by PAN-Biotech.