Human Adipogenic Differentiation Media

Cellular Engineering Technologies

Human Adipogenic Differentiation Media

Human Adipogenic Differentiation Media is a specialized, high-performance formulation designed to support the efficient differentiation of mesenchymal stem cells (MSCs) into mature adipocytes. This complete media system provides the essential nutrients, growth factors, and differentiation signals required for reliable and reproducible adipogenic induction. MR1007 is ideal for applications in regenerative medicine, metabolic research, drug discovery, and obesity-related studies.

Our Human Adipogenic Differentiation Media is versatile and adaptable, making it compatible with a range of animal-origin serums. Researchers can customize supplementation according to their experimental requirements, ensuring optimal performance in various adipogenesis studies. This flexibility helps maintain consistency in cell differentiation and lipid accumulation assays, reducing variability and improving experimental outcomes.

Engineered for superior cell viability and functionality, this media supports robust adipocyte formation, allowing researchers to generate physiologically relevant fat cell models. Its optimized formulation minimizes batch-to-batch inconsistencies, improving data reproducibility and enhancing overall research efficiency. Whether used for adipogenesis studies, drug screening, tissue engineering, or metabolic disease modeling, CET-MR1007 provides the precision and reliability required for advanced stem cell research.

By offering a stable, defined environment for adipogenic differentiation, our media simplifies workflows and accelerates experimental timelines. Researchers can confidently use MR1007 to explore adipocyte biology, assess potential therapeutics, and investigate fat metabolism and related disorders.

Recommended Uses:

• For use with the following cell types
  • Human Adipose-Derived Mesenchymal Stem Cells (CET-CR1004)
  • Human Bone Marrow-Drived Mesenchymal Stem Cells (CET-CR1005)

Shipping & Storage:

• Media is shipped with gel packs to maintain stability and preserve critical components.
• Store at the recommended temperature upon arrival for maximum shelf life and performance.