Lonza Specialty Media
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ProCHO™ Protein-free CHO Media were developed specifically to facilitate the production and downstream processing of recombinant proteins expressed in CHO cells. These protein-free formulations support high-density cultures without the need for...
Rat Cardiac Myocytes Growth Medium
RCGM is specifically formulated for the growth and survival of rat neonatal cardiac myocytes in culture.RCGM Medium must be further supplemented with BrdU (CC-4519 sold separately) to prevent the overgrowth of fibroblasts.
PowerCHO™ Chemically Defined, Serum-free and hydrolysate-free CHO Media are non-animal origin media designed to support the growth of CHO cell lines, particularly high-density suspension cultures.For therapeutic bioprocessing applications, these...
Renal Epithelial Cell Growth Medium
REGM BulletKit is formulated to maintain and expand most renal epithelial cells.
ProFreeze™-CDM, NAO, Chemically Defined Freeze Medium (2X) is universally suitable for cryopreserving many cell types in the absence of fetal bovine serum (FBS), which is particularly advantageous for freezing of cells cultured in a serum-free...
UltraMDCK Serum-free Renal Cell Medium is designed to support the growth of MADIN-DARBY Canine Kidney (MDCK) cells at low and high plating densities.The medium contains only two proteins: recombinant human insulin and bovine transferrin, yielding a...
Pro293 Chemically Defined, Serum-free Media were optimized to support high-density growth and recombinant protein production in 293 human kidney cells. They are chemically defined to ease regulatory compliance and downstream protein purification....
Stromal Cell Growth Medium
Low serum growth medium developed to support the maintenance and expansion of prostate stromal cells.
ProVero™ 1 Serum-free Medium is a protein-free medium designed to support the growth of MDCK and vero cells. It contains HEPES and sodium bicarbonate buffer.The absence of proteins and only very low levels of human recombinant insulin...
Skeletal Muscle Cell Growth Medium
SkGM was developed for the expansion and differentiation of myoblasts into skeletal muscle cells.
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