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
When static 3D models are no longer sufficient
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