Research Topics
This project promotes an integrated research and development framework that begins with the creation of advanced bio-devices based on proprietary technologies, extends to life science research utilizing these devices, and ultimately leads to social implementation through medical–engineering and industry–academia collaboration.
Bio-device Creation and Foundational Technology Development
We focus on the creation of bio-devices that recreate in vivo–like environments and elicit cellular functions. By leveraging radiation‑based processing technologies, we enable precise control of microstructures and functions that are difficult to achieve using conventional methods. To date, we have developed a range of bio‑materials and bio‑devices, including protein‑based gel culture substrates that mimic in vivo environments, nano‑gels capable of highly sensitive and accurate detection of cellular responses, and microfluidic chips that can be flexibly reconfigured according to application needs.
Life Science Research Utilizing Bio-devices
Using the bio-devices we have developed, we construct and analyze functionally regulated cell and tissue models, as well as mini‑organs (organoids). In addition to fundamental life science research aimed at understanding diverse phenomena occurring in living systems, we are extending these approaches to the development of biomimetic systems—often referred to as “mini‑human” models—thereby advancing our understanding of the relationships between cellular and tissue functions and their surrounding environments.
Application Development and Social Implementation through Collaboration
Building on these research outcomes, we aim to expand applications in medical research and drug discovery, while advancing social implementation through collaborative research with universities and industry partners. Through cooperative frameworks such as the Microphysiological Systems Research and Development, we promote research and development leading to practical implementation and the creation of new technologies.