Differentiation Media


Assessing Cell Differentiation Capabilities with Differentiation Media

Our specialized differentiation media are formulated to guide the differentiation of stem and progenitor cells into specific cell lineages, in accordance to their inherent differentiation potential. All our media are free from phenol red or antimicrobials to prevent stress and masking effects.

Mesenchymal Stem Cell-differentiation and detection

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Our specialized differentiation media provide the necessary cues and nutrients to guide Mesenchymal Stem Cells (MSCs) along specific differentiation pathways, resulting in the development of mature adipocytes, chondrocytes or osteoblasts with characteristic morphology and functionality.

Additionally, we offer Staining Kits designed to validate the successful differentiation of MSCs into the three mesenchymal lineages. These kits contain a comprehensive set of stains and reagents optimized for specific lineage markers, allowing for accurate and reliable assessment of differentiation outcomes.

With our Differentiation Media and Staining Kits, researchers can study the multi-lineage differentiation potential of MSCs.

Satellite Cell-differentiation into fused multinucleated myotubules

The specialized MyoLife™ Complete Myogenesis Differentiation Medium is designed to promote the differentiation of normal human skeletal muscle satellite cells into fused multinucleated myotubules.

HBTEC Air-Liquid Interface Epithelial Differentiation Medium for Air-Liquid Interface Mucociliary Differentiation

The HBTEC Air-Liquid Interface Differentiation Medium is specifically designed for the differentiation of human bronchial/tracheal epithelial cells (HBTECs) at the air-liquid interface. This medium supports the transition of HBTECs from a proliferative state to a differentiated state, allowing for the formation of physiologically relevant epithelial barriers in vitro.

With our comprehensive range of Differentiation Media, researchers can explore a wide variety of cell differentiation pathways and advance their understanding of tissue development, regeneration, and disease mechanisms.

Don’t miss out on our comprehensive selection of high-quality human Primary Cells as starting material for your research.