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Webinars
Building better data packages: The role of MPS in modern efficacy, toxicity and ADME workflows
Technology Network: Organoids and Microphysiological Systems Symposium 2026
Explores how MPS can be integrated into modern drug discovery workflows alongside other in vitro, in vivo and in silico tools to generate more predictive, human‑relevant data, improving translational confidence and informing decision making.
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Videos and animations
PhysioMimix®Core microphysiological system video – a universal end-to-end Organ-on-a-chip solution
The PhysioMimix Core provides a universal end-to-end solution for recreating complex human physiology in vitro. The only microphysiological system (MPS) platform that delivers validated performance across single-organ, multi-organ, and higher-throughput configurations.
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Webinars
Building confidence for regulatory decision making with immune-competent liver models
Webinars
Building better data packages: The role of MPS in modern efficacy, toxicity and ADME workflows
Articles
A Guide to Choosing the Right In Vitro Liver Models for Drug Development Tasks
Articles
Bridging the translational gap with human-relevant ADMET
Posters
Recapitulating Immune-Driven Hepatotoxicity Using a Liver Microphysiological Platform
Webinars
Addressing Unmet DILI Challenges: Novel insights from adaptable Liver microphysiological systems
Scientific publications
Comparative study demonstrating the strength of PhysioMimix for prediction of cholestatic DILI
Scientific publications
Comparative analysis of species-specific hepatocyte function and drug effects in a liver microphysiological system PhysioMimix LC12 and 96-well plates
Application notes
Enhance IVIVE with cross-species Liver MPS DILI assays
Application notes
Accelerating DILI Prediction: A High-Throughput Liver-on-a-Chip Solution
Articles
How to effectively adopt and leverage Organ-on-a-chip
Videos and animations