Organ-on-Chip

US advanced research agency.

NIH center coordinating the Tissue Chip for Drug Screening program.

US measurement science and standards agency.

Harvard institute where foundational human organ-chip systems were developed.

U.S. health research agency funding ambitious programs, including organ-chip work in space.

UK organization funding and advancing non-animal research methods.

NIH institute encouraging microphysiological-system pilot studies in diabetes research.

Investing in frontier technology for a healthier planet.

Develops mechanically active organ-on-chip systems, including breathing lung models.

Develops mechanically stimulated beating organ-on-chip models.

Develops PhysioMimix single- and multi-organ microphysiological systems.

Develops Organ-Chip systems and human-relevant tissue models for drug discovery and development.

Provides Human-on-a-Chip systems and contract research for drug safety and efficacy.

Develops 3D tissue and Akura Flow organ-on-chip platforms for preclinical research.

European society connecting researchers, companies, and stakeholders in organ-on-chip technology.

European industry association representing microphysiological-system providers.

Empowering innovation and economic growth in South Holland.

U.S. regulator advancing qualification and use of human-relevant drug-development tools.

Innovative solutions across diverse sectors.