Ecose™ Macrophage-SFM (1X)

Ecose™ Macrophage-SFM (1X) is a serum-free medium meticulously designed to support the growth, differentiation, and functionality of human macrophages in culture. This specialized medium delivers a consistent, well-balanced nutrient profile optimized for macrophage lineage cells, enabling robust cellular health without the variability introduced by serum components.
This formulation contains essential amino acids, trace elements, vitamins, and proprietary supplements tailored to support macrophage maturation, activation, and cytokine production.

The serum-free composition of Ecose™ Macrophage-SFM (1X) helps reduce variability and enhances experimental reproducibility by eliminating undefined factors typically associated with serum. Additionally, it is optimized to maintain macrophage morphology and function over extended culture periods, making it suitable for long-term studies in immunology, inflammation, and cellular therapies.

Ecose™ Macrophage-SFM (1X) is ideal for a wide range of research applications, including studies of immune response, inflammation pathways, macrophage polarization, and cell signaling. Its high-quality, research-grade formulation allows for reliable results in applications such as drug screening, disease modeling, and mechanistic studies of macrophage function.

Key Features:

• Serum-free formulation: Minimizes batch-to-batch variation, ensuring reproducibility and control over experimental conditions.
• Optimized for macrophages: Supports cell differentiation, viability, and specialized macrophage functions, including cytokine secretion.
• Enhanced viability and functionality: Promotes a robust environment for macrophage survival and activity over extended culture durations.
• Wide application range: Suitable for studies in immunology, inflammation, cellular therapy, and drug testing.

Ecose™ Macrophage-SFM (1X) provides an advanced, serum-free solution for researchers seeking a dependable medium to culture macrophages and conduct complex immunological investigations.