Welcome
Plants are sessile organisms that permanently remain where they germinate. To compensate for their low mobility, plants have evolved diverse mechanisms to respond rapidly and flexibly to various environmental stresses. One of the chemical adaptations to environmental stresses is that plants produce natural organic compounds such as plant hormones and secondary metabolites (specialized metabolites). These bioactive compounds are essential chemical tools for plant survival strategies. Based on the concepts of Bioorganic chemistry, Chemical biology, and Biochemistry, our research groups are working on:
- The design and synthesis of new small molecules that regulate plant life phenomena.
- Enzymatic characterization of biosynthetic enzymes of plant hormones and specialized metabolites.
News
2025.02.01
News
2024.11.02
News
Research
Development of small molecules that regulate biosynthesis, metabolism and signaling of the plant hormone abscisic acid (ABA)
植物の環境ストレス耐性をコントロールする分子を開発しています。
Study on plant chemical defense system controlled by volatiles and its use for ideveloping food flavor (Ohnishi group)
We study environmental stress tolerance mechanisms controlled by volatile compounds and related substances produced by plants.
Study on the mechanism of seed thermoinhibition in Arabidopsis
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2025.02.14Master's Thesis and Graduation Research Presentation - Academic Year 2024
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2024.12.20Career Talk 2024: Alumni Guest Speakers at the 3rd Career Seminar for the Department of Applied Life Sciences, Faculty of Agriculture
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2024.11.02Awarded the "Outstanding Presentation Award" at the 59th Annual Meeting of the Japanese Society for Chemical Regulation of Plants.