Research & Development

The process begins by seeding high-quality iPSCs into a monolayer culture, setting the foundation for controlled differentiation. Cells are plated at an optimized density to promote even growth and minimize variability throughout the experiment.

Differentiation is initiated by introducing a specialized differentiation medium that promotes mesoderm induction.

Cells are monitored for early markers of lineage specification. Morphological changes and key genetic expressions are evaluated to confirm proper progression, ensuring fidelity in developmental cues and pathway activation.

At this stage, cells exhibit characteristic structures and marker expression profiles. The medium is adjusted to support further maturation while eliminating undifferentiated cells to enhance culture purity and stability.

Cells begin acquiring more mature phenotypes and functions. Validation assays are conducted to assess differentiation accuracy, including marker analysis and functional behavior, ensuring readiness for downstream applications.

Fully differentiated cells are characterized using morphological, genetic, and functional criteria. High-quality cells are harvested and prepared for research or therapeutic use, ensuring standardization and reproducibility of results.