Â鶹AV

Takashi FUNATSU

Dean, Graduate School of Integrated Sciences for Life

In recent years, research in life sciences has made remarkable progress. The reductionist approach, which aims to understand the structure and function of biomolecules at the atomic and molecular levels, has achieved significant success. Based on these findings, a constructive approach has become feasible, enabling the precise design and application of biomolecular machines, including functional proteins, through collaboration with information sciences, including artificial intelligence. Additionally, understanding biological systems as integrated entities has advanced, enabling attempts to artificially create cells. As a result, the research cycle of "understanding, creating, and utilizing life" has been rapidly evolving. In particular, advancements in genome editing technology have significantly bridged the gap between fundamental research and its applications in agriculture and medicine.

In respond to these changes, it is essential to acquire, systematize, and effectively utilize the vast and diverse body of knowledge in life sciences. Â鶹AV established the Graduate School of Integrated Sciences for Life in 2019 to foster individuals who contribute to society in the evolving fields of biology and life sciences, without being constrained by conventional academic boundaries. This graduate school integrates specialized fields within science, engineering, agriculture, and medicine, enabling students to acquire broad knowledge and skills beyond a specific specialized field. To this end, we have integrated seven degree programs¡ªBiotechnology, Food and AgriLife Science, Bioresource Science, Life and Environmental Sciences, Basic Biology, Mathematical and Life Sciences, and Biomedical Science¡ªinto a single major. Our goal is to establish a world-class educational and research environment for life sciences and to foster future leaders who will contribute to the advancement of society.