Research Groups

To capture subtle changes in molecules and cells, we develop new analytical technologies by designing what and how to measure from the ground up, based on analytical chemistry. By deciphering the “states” of complex samples, ranging from biomolecules and cells to bacteria, biological fluids, and foods, we contribute to solving challenges in medicine and healthcare.

We develop fundamental technologies that enable high-performance imaging and sensing of target samples such as biomolecules and biological tissues that exist across a wide range of scales and concentrations.

Through basic research aimed at high-performance medical materials and regenerative medicine, quality and safety evaluation, clinical translation, standardization activities, and guideline development, we promote the development and social implementation of therapeutic technologies for diseases such as orthopedic disorders and cancer, as well as novel cell manufacturing systems.

Aiming to create advanced medical devices that contribute to extending healthy life expectancy and improving quality of life (QOL), we promote device development and foundational technology development with a view toward the social implementation of next-generation medical devices. We are engaged in research and development through medical-engineering collaboration, the advancement of regulatory science for medical devices, and the social implementation of research outcomes through collaboration with industry.

Our goal is to realize universal access to healthcare by making medical devices smarter, easier to operate, and more automated. To achieve this goal, we conduct fundamental and applied research, foster collaboration between medicine and engineering, and actively engage in partnerships with industry.

Aiming to industrialize biosensing technologies that visualize health status, we conduct a wide range of research and development from basic to applied studies, focusing on highly sensitive biomolecular detection, biochips, and single-cell analysis technologies.

We develop technologies for highly sensitive evaluation of diverse biological responses by utilizing cells as “sensors” of biological functions. Based on analytical systems using bioluminescent reporter cells and olfactory receptors, we conduct research on the evaluation of functional materials, elucidation of mechanisms of action, and investigation of cancer metastasis and novel physiological functions. Through these efforts, we aim to contribute to the fields of health, medicine, and food science.

We promote research and development of in vitro diagnostic technologies for cancer, infectious diseases, and other conditions through cell handling that leverages nano- and microdevice technologies, a core strength of the Shikoku Center.

Aiming to extend healthy life expectancy, we pursue research based on physiological, biochemical, and biomechanical approaches to acquire new scientific knowledge that contributes to maintaining and improving human physiological and motor functions and to applying these findings in the healthcare industry.

We aim to extend healthy life expectancy by preventing oral frailty, a decline in oral function that can lead to overall physical decline. Centered on elucidating the oral microbiota and developing materials, we pursue research on oral health through the maintenance of chewing and swallowing functions.