ABOUT US
Introduction
In our laboratory, we aim to contribute to solving environmental and societal issues through advanced chemical analysis. By combining state-of-the-art analytical technologies with a natural science-based approach, we are conducting research that addresses real-world challenges.
Our main research focus is on establishing traceability of substances in environmental and food samples using stable isotope ratios and trace component analysis. For example, by precisely and accurately measuring the compound-specific stable isotope ratios of fine particulate matter (PM2.5), hazardous chemicals, and food ingredients, we aim to identify sources of pollution and distinguish differences in the origin and production processes of foods.
We are also actively engaged in developing new analytical methods, including instrument and protocol development, to enable highly sensitive and accurate detection of compounds that have been difficult to analyze using conventional techniques. In addition, we seek to apply these technologies to global environmental challenges, such as investigating air and water pollution in developing countries.
Looking ahead, we are also interested in exploring the biological significance of stable isotope ratios in life phenomena. We plan to begin fundamental studies focusing on biomolecules such as DNA and metabolites, with the goal of opening new frontiers at the intersection of analytical chemistry and life sciences.
Our laboratory promotes interdisciplinary and international research collaborations with universities, research institutions, and companies both in Japan and abroad. We also place strong emphasis on education, encouraging each student to take initiative in identifying research questions and developing scientific thinking in a supportive and dynamic environment.
We welcome those who share our aspiration to create a better future through the power of science.
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