Transform drug discovery with predictive human organ models
We are an Organ-on-a-chip company that enables you to generate human-specific efficacy, ADME and safety data with pioneering PhysioMimix® solutions
News
CN Bio Joins NAMs-DC Coalition to Advance Drug Development
Areas to explore
New approach methodologies (NAMs), including Organ-on-a-chip (OOC), represent the key to faster, more accurate drug discovery. Explore how to harness the power of PhysioMimix® Core in your lab, or via our contract research services.
Applications
Explore our highly characterized and validated PhysioMimix® Core applications
Products
Learn more about PhysioMimix® Core and why it’s helping drive OOC adoption
Technology
Discover why the technology that powers PhysioMimix is like no other
What’s new?
Case study
Fluidic organ-on-a-chip toxicology
There comes a point when static 3D models are no longer sufficient to reflect the complexity of human biology.
As research questions evolve towards systemic effects, multi‑organ interactions, and regulator‑relevant outputs – more advanced fluidic models are needed to deliver unique insight.
Poster
Recapitulating Immune-Driven Hepatotoxicity Using a Liver Microphysiological Platform
Justina Then, Isavella Georgiades, Emily Richardson, Tomasz Kostrzewski – CN Bio
PhysioMimix® Core: Mimics human physiology like no other
PhysioMimix Core models human-specific biology, which animals lack. Unlock effects that manifest only in human tissue to improve the accuracy and efficiency of drug discovery
- Human-relevant, translatable data
- Single-, multi-organ and higher throughput capabilities
- Flexible and customizable
- Easy to adopt, simple to use
- Broad drug modality compatibility, including monoclonal antibodies, oligonucleotides and traditional small molecules
10+
years of OOC industry experience and know-how
70%
of our employees are scientists and engineers
16/20
top pharmaceutical companies use PhysioMimix®
Using the PhysioMimix® System is really straightforward; with a little practice, any tissue culture scientist can master the skills needed for Organ-on-a-chip (OOC) assays
Dr. Déborah Lenart
Research Scientist, Charles River Laboratories