Next-generation stem cell research and development
- Development of Live Type Stem Cells using freeze-drying technology
- Development of next-generation anti-aging drugs, health functional foods (animals), and functional cosmetics using membrane-free stem cells
- Combining stem cells with artificial intelligence
- Development of diagnosis, prevention, and treatment for Alzheimer's and dementia by enhancing brain cells and brain function
- Research and development of artificial organs using stem cells for organ damage
Protein therapy: Development of exosomes based on membrane-free stem cells
- Proteins are the key to the pathogenesis and treatment of human diseases.
- Recovering protein function when it has lost its function.
- Developing and applying protein therapy (membrane-free stem cell-based exosomes).
- Developing nanoparticle-based cancer treatments using exosomes.
Gene editing technology
- Molecular diagnostics, RNAi drug development
- Animal and plant stem cell culture technology
- Cell injection development technology
Development of freeze-drying process technology based on cryobiology
- Research and development of AFPs (Antifreeze glycoproteins)
- Wide-scale utilization of microorganisms preserved in permafrost
- Life extension-based technology that reverses the biological clock
Development and production of biomaterials derived from natural products
- Development of functional cosmetics using plant stem cells
- Development of mass production technology for protein-utilizing microorganisms
- Development of mass production technology for enzyme biomaterials for food use