MEM Medium (ATCC Modified)

MEM medium is a complete mixture of essential nutrients, including all 20 natural amino acids and glutamine. Additionally, it is fortified with a total of 10 essential vitamins to support cell growth and development.The development of MEM, which stands for Eagle Minimum Essential Medium, is derived from its predecessor, Eagle Basic Medium (BME). MEM has gained popularity as the most widely used cell medium. To maintain similarity with the original text, the content has been rearranged. It contains a high concentration of amino acids.Monolayer grown cells, such as fibroblasts, can be cultivated using MEM as a growth medium. With the addition of serum, a variety of cells can be grown in a monolayer culture.

Water-for-injection is the type of water that has been utilized to prepare this product. In order to maintain the purity of the product, this specific type of water has been used in the production process.

The composition of this item includes L-glutamine, MEM non-essential amino acid, 0.11g/L sodium pyruvate, and phenol red. These ingredients are carefully blended to provide the best possible quality and performance for the intended use. Please take care to follow all instructions provided with this product to ensure safe and effective use.

For the purpose of in vitro culture of tissues and cells, this product is suitable for both scientific research and production use. Its primary function is to facilitate the cultivation and study of biological specimens outside their natural environment. It is specifically designed to provide a controlled and conducive environment for the growth and development of tissues and cells, allowing researchers and scientists to conduct experiments and analyze various aspects of cellular behavior. This product plays a crucial role in advancing our understanding of cellular mechanisms and contributes to significant advancements in biomedical sciences. It is an essential tool for researchers and professionals in the field of life sciences, enabling them to explore the intricate complexities of cellular processes and contribute to breakthrough discoveries. Clinical use is prohibited.