MDCK cells are commonly used in studies related to influenza virus, canine microvirus, and canine distemper virus. The use of reduced serum medium can help reduce the risk of contamination, lower the cost of cell culture, and provide a more consistent and reliable approach to experiments.

Creative Bioarray is committed to providing a more controlled and standardized environment for your cell culture and experiments, improving reproducibility of results, and minimizing cell culture variability. Our MDCK cell reduced serum medium contains defined essential nutrients, growth factors, and other components required for cell proliferation while minimizing the negative effects of serum components that may inhibit cell growth. This reduces variability and improves the reproducibility of experimental results.

Our MDCK cell reduced serum medium can be used for a variety of applications, including

• Virus propagation: MDCK cells are commonly used for the propagation of several viruses, including influenza virus, canine microvirus, and canine distemper virus. Our reduced serum medium can help reduce the risk of contamination, increase virus yield, and improve the quality of the virus particles produced.
• Vaccine production: MDCK cells can also be used for vaccine production, including the production of influenza virus vaccines. Using our reduced serum medium can help reduce variability in culture systems and provide a more consistent and reliable approach to vaccine production.
• Toxicology studies: MDCK cells are used in toxicology studies to assess the potential toxicity of various substances, such as drugs, chemicals, or environmental toxins. Using our reduced serum medium can help provide a more controlled environment for experimental manipulation.
• Cell biology research: MDCK cells are used in a variety of cell biology studies, including the study of cell signaling, host-pathogen interactions, and immune responses. Our reduced serum medium can help reduce the interference of serum factors in these studies and provide a more controlled environment for experimental manipulation.