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A high-throughput vascular-on-a-chip model that simulates endothelial inflammation using perfused HUVEC tubules—enabling real-time TEER-based barrier assessments and immune cell interaction studies for inflammation research.

A vascularized, patient-derived HCC-on-a-chip model enabling high-throughput screening of drug responses and tumor–vasculature interactions—supporting phenotypic and cytokine analyses for advanced liver cancer research.

A gravity-driven, pumpless microfluidic platform that enables long-term, perfusable vascular networks with high-throughput scalability—ideal for studying vascular biology, immune interactions, and drug responses over extended periods.