Cell Mechanics on Nanotechnology-Based Cell Engineering



We employ nanotechnology that uses nano-scale materials for
@Reveal of the mechanisms of life, such as the properties of cancer cells, that are not known using conventional methods.
@Manipulattion of living cells with nanomaterials to control them as we wish.
We have called this interdisciplinary research field, which pursues both truth and practicality at the same time, "Nanotechnology-Based Cell Engineering". In particular, we have been focusing on research on "cell mechanics," which is the study of the mechanical and structural properties of living organisms using atomic force microscopy (AFM).
News & TopicsArchives
- January 17, 2025
- Publication was updated.
- December 3, 2024
- Kazuki Imai received the Student Excellent Presentation Award at the 76th Annual Meeting of the Society for Biotechnology, Japan (SBJ)
- September 13, 2024
- Kazuki Imai received the Poster Award at the 18th Symposium on Biorelevant Chemistry.
- August 20, 2024
- Member was updated.