Respiratory Gas Transport System
- Based on a new method of nanoformulation of perfluorocarbons.
- Perfluorocarbons allow for high concentrations of oxygen and carbon dioxide in liquids.
- Thanks to the innovative manufacturing method, nanoparticles maintain a stable distribution once dissolved in the liquid.
- This can be used in various applications, particularly in replacing the function of red blood cells

NanOX System – A Breakthrough in Transplantology
- The NanOX system is the first complete solution on the market dedicated to warm kidney perfusion before transplantation.
- It allows for keeping the kidney alive outside the body, supporting metabolic processes.
- It enables the use of organs with higher risk, particularly from donors after circulatory arrest (DCD).
- It doubles the potential transplant market, reducing healthcare and social costs for long-term dialysis patients.
- It consists of the NanOX 4 Kidney perfusion fluid, based on our respiratory gas transfer technology, the NanOX Recovery Box perfusion device, and a single-use perfusion kit.
NanOX System includes:
NanOX 4 Kidney Perfusion Fluid
Successful Autotransplantation
After a 30-minute ischemia simulation, a pig kidney was removed and subjected to a 12-hour ex vivo perfusion at 25°C using the NanOX fluid and device, followed by a successful autotransplantation back into the donor. A 14-day observation period ended successfully.
147 Hours of Ex-Vivo Storage
We achieved a breakthrough in organ storage research, maintaining an organ in a viable state outside the body for 147 hours – longer than any existing solution on the market.
NanOX 4 Kidney Perfusion Device
- Defined fluid temperature range from 4°C to 37°C
- Circulation condition simulation
- Continuous data registration
- Emergency power supply
- Development platform for additional organs
Temporary Blood Substitute
- NanoGroup is developing a new version of a temporary blood substitute.
- Our developed nano-emulsion solves challenges that have been faced by perfluorocarbon-based products.
- This is one of the largest unmet medical needs and a project with the potential to transform emergency medicine.
