ReproCELL
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Integrated Tools for Translational Research 3D Cell Culture Alvetex's highly porous polystyrene scaffold enables your cells to maintain their in vivo morphology, behavior and responsiveness. Stemgent Innovative reagents for stem cell research and cellular reprogramming Stemgent RNA reprogramming systems RNA reprogramming systems for fibroblasts, blood and urine ReproCELL Neurons ReproNeuro : the world's first human neurons derived from iPS cells ReproCELL cardiomyocytes The world's first commercial human iPSC-derived cardiomyocytes ReproCELL Hepatocytes The world's first commercial human iPSC-derived hepatocytes. Robust CYP activity and other typical characteristics of human hepatic cells. ReproCELL Stem Cell Media A range of media and reagents specifically developed to provide superior results in human ES and iPS culture website : www.reprocell.com | ||
Cell Culture Media
Cell culture media play a fundamental role in biological research, ensuring optimal conditions for cell growth and development. Among these media, 199 Medium is a versatile base, providing essential nutrients. DMEM Medium, with its balanced composition, serves as an ideal support for various cell types, as do Ham's F10 and Ham's F12, which offer specific formulations to meet distinct cellular requirements.
Researchers also use Liebowitz medium and IMDM for a variety of applications, while insect cell culture medium is specifically for insect cells. Other choices include RPMI, ideal for lymphocyte lines, and Schneider's Drosophila Medium designed for Drosophila cells. Serum-free media, such as Serum Free Medium, are preferred in some applications to reduce experimental variables.
The diversity of media, including MEM, Murashige and Skoog Medium, OncoMiD, and William's Medium, offers researchers tools adapted to their specific needs. The availability of ready-to-use kits also simplifies the cell culture process, guaranteeing the homogeneity and reliability essential for successful experiments. These categories of cell culture media reflect the wealth of options available to meet the specific requirements of each cell line and type of experiment.
