Streamlining the Production of Complex Skin Organoids
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Recent advancements have led to the development of skin cellular models that closely mimic human skin's complexity, including structures like stratified epithelia, fat-rich dermis and pigmented hair follicles. These models offer a promising alternative to animal testing and address key challenges in dermatological drug testing, preclinical applications and wound healing research.
However, scaling production for high-volume applications can be challenging.
This webinar will explore how automating parts of the cell differentiation process and implementing quality assurance steps can streamline organoid production and make it more scalable and reliable for broader applications.
- Identify key challenges in scaling up the differentiation of induced pluripotent stem cells into complex hair-bearing skin organoids
- Explore how liquid handling robots can enhance the routine maintenance of skin organoids, improving consistency and efficiency
- Discover how automated imaging and analysis can provide robust quality assurance to optimize the production of complex organoid models
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