ST Cell Reduced Serum Media
ST (porcine testis) cells are used to study various aspects of cell biology, including cell signaling, gene expression, and metabolism. In addition, ST cells are a valuable tool for researchers studying reproductive biology and endocrinology as well as investigating the safety and efficacy of drugs.
Creative Bioarray's ST cell reduced serum medium is a specialized cell culture medium designed to culture and maintain cells at lower serum concentrations than conventional cell culture media. It is formulated with a precise blend of nutrients, growth factors, and supplements to support the growth and proliferation of specific types of cultured cells that are serum sensitive. If you want to maintain the natural properties of ST cells while reducing the negative effects of serum on cell growth and function, then our ST cell reduced serum medium is perfect for you.
Some applications of our ST cell reduced serum medium include:
- Endocrinology: Because ST cells respond to gonadotropin-releasing hormone and luteinizing hormone, ST cells can be used to study hormone regulation and secretion. Our ST cell reduced serum medium supports the growth of ST cells while reducing the variability caused by serum composition.
- Drug discovery and safety assessment: ST cells can be used to screen new drugs and compounds for reproductive toxicity or testicular damage. Our ST cell reduced serum medium allows for a more stable and controlled environment to assess the safety and efficacy of compounds.
- Studies related to spermatogenesis and fertility: ST cells can be used to study the spermatogenic process and testicular function. Our ST cell reduced serum medium allows helps to maintain the properties and behavior of the cells without being adversely affected by the serum composition.
- Virus propagation: Our ST cell reduced serum medium helps to propagate certain viruses, including Japanese encephalitis virus, porcine circovirus, and classical swine fever virus, which can infect porcine testicular cells.
For research use only. Not for any other purpose.