Cellular Preservation Technologies
Cellular Preservation Technologies (CPT) is a development stage medical technology company focused on preserving human cells and tissues. They develop innovative solutions to improve the availability of biological agents with therapeutic applications, including a revolutionary platelet storage system that extends shelf life from five to fourteen days. Their technology aims to enhance the storage, transportation, and supply of critical biological components such as blood components, bone marrow, stem cells, and transplant organs.
Industries
Nr. of Employees
small (1-50)
Cellular Preservation Technologies
Products
Hyperbaric gas‑saturated platelet storage system
A storage system that combines refrigeration, elevated pressure and a xenon‑saturated atmosphere to extend the functional shelf life of platelets to at least 14 days while maintaining circulation and hemostatic function after transfusion.
Bone marrow storage solution (development stage)
Platform application intended to increase storage time and viability of bone marrow to improve donor–recipient matching and reduce contamination risk.
Stem cell storage solution (development stage)
Platform application aimed at extending stem cell storage times to improve viability, consistency and clinical outcomes.
Red blood cell storage improvements (development stage)
Research-directed storage approaches that reduce hemolysis in red blood cells and explore elimination of potentially harmful plasticizers in storage containers.
Transplant organ preservation approaches (development stage)
Platform research aimed at extending organ shelf life and reducing ischemia–reperfusion injury during transplantation.
Hyperbaric gas‑saturated platelet storage system
A storage system that combines refrigeration, elevated pressure and a xenon‑saturated atmosphere to extend the functional shelf life of platelets to at least 14 days while maintaining circulation and hemostatic function after transfusion.
Bone marrow storage solution (development stage)
Platform application intended to increase storage time and viability of bone marrow to improve donor–recipient matching and reduce contamination risk.
Stem cell storage solution (development stage)
Platform application aimed at extending stem cell storage times to improve viability, consistency and clinical outcomes.
Red blood cell storage improvements (development stage)
Research-directed storage approaches that reduce hemolysis in red blood cells and explore elimination of potentially harmful plasticizers in storage containers.
Transplant organ preservation approaches (development stage)
Platform research aimed at extending organ shelf life and reducing ischemia–reperfusion injury during transplantation.
Services
R&D development of cell preservation solutions
Research and development of storage methods and systems for extending viability of platelets and other human cells and tissues using controlled gas‑atmosphere and refrigeration approaches.
R&D development of cell preservation solutions
Research and development of storage methods and systems for extending viability of platelets and other human cells and tissues using controlled gas‑atmosphere and refrigeration approaches.
Expertise Areas
- Platelet preservation and transfusion product storage
- Cell and tissue preservation using inert-gas atmospheres
- Cold-chain storage and controlled-atmosphere process development
- Preclinical blood product research and conference dissemination
Key Technologies
- Hyperbaric gas‑saturated storage
- Controlled-temperature refrigeration for biologicals
- Pressure and gas concentration control systems
- Noble-gas (xenon) membrane modulation