
Colder, safer.
Ice damages cellular life. Without freezing, the possibilities are life-changing.
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About
CryoStasis’ revolutionary approach to preserving biological material traces its roots to the Canadian Arctic. Born of biochemist Olga Kukal’s fascination with the winter survival strategies of insects, our technology rejects a commonly held belief – that in order to preserve life, we must freeze it.
Our Novel Cold Chain Management Process
Storage
Chemistry
Proprietary storage solutions leverage unique cold shock inhibitors and membrane protectants to prevent cryoinjury to biological material.
Temperature
Systems
Proprietary temperature management devices and shipping solutions provide the flexibility needed to keep biological material viable for almost any preservation and logistics scenario..
Pressure
Systems
Proprietary, patent-pending pressurization technology depresses the freezing point of biological material, providing long-term storage.

Kidney Preservation
Until now, science has failed to keep organs viable post-harvest for more than a few hours. Our technology enables safe kidney storage below 0°C without freezing for up to seven days, avoiding ischemic injury during the organ transplant process.
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Cell and Gene Therapy - Cell Preservation
Freezing stem cells for research or therapy administration results in a high cell mortality rate, hindering patient care. Our technology enables safe cell storage below 0°C without freezing for up to seven days, unlocking significant benefits to regenerative medicine.
Contact UsCryoStasis is currently collaborating with some of the world's foremost stem cell research and organ transplant centres.
Latest Insights
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Quality Management System - Management Responsibility
Describes the interdependency of corporate strategy and QMS -
Why Quality Management Systems are critical for Medical Device companies
This article describes the relevance of a QMS for leading medical device companies -
CryoStasis Technology Explainer
CryoStasis technology is based on the belief that stored biological material is best preserved by reducing its metabolic rate and ischemic interval.
Our Team
We're on a mission to give life to research, healthcare, patients, and the world.
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