Organoids-on-a-chip are emerging as next-generation preclinical models that bridge stem cell biology and microengineering.

Join our upcoming webinar as Dr. Sunghee Estelle Park, Assistant Professor at Purdue University, introduces key design and biological principles underlying the integration of stem cell-derived tissues with microphysiological systems.

Dr. Park will cover:

• How controlled microenvironments, mechanical cues, and tissue–tissue interactions drive functional maturation and disease-relevant phenotypes

• Examples from Dr. Park’s recent work highlighting three engineered platforms:

  • 1) A mechanically actuated lung organoid-on-a-chip that models human alveolar development,

  • 2) A gradient tissue chip that enables the generation of distinct biochemical microenvironments,

  • 3) A liver–eye chip that supports multi-organ interactions

This workshop will illustrate how organoids-on-a-chip can be designed to interrogate developmental processes, model complex pathologies, and enable translational applications in therapeutic discovery.

Attendees will receive:

• In-depth Q&A session with Dr. Park

• Certificate of attendance

• Recording of the session

• Free product sample