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PerfusionPal 3D is a MPS platform that enables growth and screening of 3D mono-cultures with perfusion. PerfusionPal can be used to predict liver toxicity caused by a drug early in the development process.

Precision medicine uses a personalized and outcomes-based approach to address differences in society by tailoring treatments to individual patients and their specific disease

Brain organoids, which model various cell types in different regions of the brain, are promising models for the future of neurological research and drug development

Breast cancer research using Cellevate's 3D nanofibers may be a useful 3D scaffold that mimics the tutor microenvironment for use in the 3D culture of breast cancer cells in preclinical studies

Using patient-derived cells to closely mimic brain function, brain organoids mimic brain function and elucidate the molecular basis of disease for personalized medicine

PerfusionPal from Lena Biosciences is a novel system that may help overcome the challenges faced in breast cancer research by identifying biomarkers for precision medicine

Economic case for micro-physiological systems in drug development

MPS systems for COVID-19

Keeping up with Coronavirus

Across the globe, economic lockdowns ignore the risk of antigenic drift for the COVID-19 virus, allowing it to mutate into different strains

The need for microphysiological systems