Harnessing the efficiency of nature to power the cellular agricultural industry
PluriCells supplies high-quality, traceable and stable pluripotent stem cell lines from sheep, pigs and cattle. All of which are available now under research or commercial license from the University of Nottingham.
PluriCells is a product on license for commercial sale by the University of Nottingham
Drive efficiency and consistency in your processes at scale with fully traceable and highly stable pluripotent stem cell lines, pioneered by experts.
The world is becoming increasingly aware that our meat-eating habits need to change. While cellular agriculture could give consumers new alternatives for their meat consumption, cultivated meat production has not yet achieved scalability or price parity, both of which are crucial to long-term adoption of cultivated meat products. Our cell lines have been developed to drive efficiency and consistency in cultured meat production to support this emerging industry at scale.
Fully traceable, highly stable and naturally pluripotent
Our cells are fully traceable, maintain long-term stability in culture, and robust pluripotent potential, supporting both research and commercial applications from early discovery to scalable development.
Developed by renowned scientists, Professors Ramiro Alberio and Austin Smith
Developed by Professors Ramiro Alberio and Austin Smith, our cells are grounded in leading expertise in pluripotency and developmental biology. They offer the consistency, traceability, and biological quality needed to support both scientific research and industrial applications.
Available under research or commercial license from the University of Nottingham
Access our cells through the University of Nottingham under research or commercial licence. Designed for both scientific and commercial use, they provide a reliable foundation for discovery, product development, and scalable cell-based innovation.
Our Process
Our process has been peer-reviewed and our cell lines are already in use commercially.
Read the study to learn more about the science behind our cells and the evidence supporting their stability, pluripotency, and application potential.