Description
Specifications Table
Product Name – BHK-210 Pro (AD) Medium Serum-free, Chemically Defined, Animal Component Free Serum-free BHK-21 production medium
Quantity/Pack Size – 1 L
Form – Liquid
Grade – Research Grade
Application – Cell Culture
Product Overview
BHK-210 Pro (AD) Medium is a serum-free, chemically defined, and animal component-free medium specifically designed for the cultivation of BHK-21 cells. This advanced formulation ensures optimal growth and productivity of BHK-21 cells, making it an ideal choice for researchers and educators involved in cell culture applications. The medium is free from any animal-derived components, reducing the risk of contamination and ensuring consistency in experimental results. Its chemically defined nature allows for precise control over the culture environment, enhancing reproducibility and reliability. BHK-210 Pro (AD) Medium is formulated to support high cell densities and prolonged culture periods, making it suitable for a wide range of applications, including vaccine production, protein expression, and gene therapy research.
FAQs
1. What is the primary application of BHK-210 Pro (AD) Medium?
BHK-210 Pro (AD) Medium is primarily used for the cultivation of BHK-21 cells in various research and educational settings.
2. Is this medium suitable for vaccine production?
Yes, BHK-210 Pro (AD) Medium is suitable for vaccine production due to its ability to support high cell densities and prolonged culture periods.
3. Can this medium be used for protein expression?
Yes, this medium is designed to support protein expression in BHK-21 cells, making it a versatile choice for various biotechnological applications.
4. How does the chemically defined nature of this medium benefit research?
The chemically defined nature of BHK-210 Pro (AD) Medium ensures precise control over the culture environment, enhancing reproducibility and reliability in experimental results.
5. Is this medium free from animal-derived components?
Yes, BHK-210 Pro (AD) Medium is free from any animal-derived components, reducing the risk of contamination and ensuring consistency in experimental results.
