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900 labs · 77 student voices
Hiroshi Sakaguchi, Professor
0 student voices
The Molecular Nanoengineering Lab (Sakaguchi Lab) conducts research in nanoscience and nanotechnology, assembling atoms and molecules to create energy materials with high functionality and efficiency. The lab reacts and assembles organic source molecules on a substrate surface to develop new materials that have not existed before. The lab also evaluates the physical properties of these new materials and works on applying them to devices such as transistors and solar cells.
Eiji Nakata, Professor
0 student voices
The Biomolecular Organization Chemistry Lab (Nakata Lab) is a new lab that started in April 2025. It develops chemical methods for organizing biomolecules and explores the new functions that emerge from organizing them. Making use of the energy utilization systems of living organisms, centered on enzymes, the lab organizes biomolecules for specific purposes to build new material conversion systems that use carbon dioxide as a resource, aiming to achieve 'carbon negative' through biological approaches.
Masato Katahira, Professor
0 student voices
The Energy Structural Life Science Lab (Katahira Lab) elucidates how proteins and functional RNAs involved in disease and in the pluripotency of neural cells work, based on the three-dimensional structures of the molecules. The lab also analyzes the structure and dynamics of inedible woody biomass and is developing new methods to extract useful substances that can serve as raw materials for bioenergy and products. Three-dimensional structures are determined using three nuclear magnetic resonance (NMR) spectrometers.
Tomoya Imai, Professor
0 student voices
The Material Biology Lab focuses on a sophisticated biological function: biomass such as the cell walls of wood synthesizes water-insoluble polymers in water, without heat or pressure. By studying proteins while observing the polymers they produce, the lab aims to elucidate and control how organisms regulate the structure of their polymers. The lab also studies the relationship between humans and trees using wood specimens, the environmental physiology of xylem formation, and plastic degradation inspired by living organisms.
Takao Kishimoto, Professor
0 student voices
The Biomass Conversion Lab works to elucidate the polymerization mechanism and chemical structure of lignin, the component that stiffens wood cell walls. From woody biomass such as lignin and cellulose, the lab creates sustainable new materials based on organic chemistry and polymer chemistry, and pursues the entire process through to degradation and recycling. The lab also studies the use of microorganisms for remediating environmental pollution.
Yuki Tobimatsu, Professor
0 student voices
The Forest Metabolic Chemistry Lab studies the diverse organic biopolymers and low-molecular-weight secondary metabolites produced by plants. The lab carries out basic research on the structure, formation, and metabolic engineering of cell wall polymers (lignocellulose) and extracellular polymers (cutin, suberin, sporopollenin), as well as research on useful secondary metabolites (phenylpropanoids) that share biosynthetic pathways with them.
Akifumi Sugiyama, Professor
0 student voices
The Plant Gene Expression Lab studies the biosynthesis of specialized metabolites (secondary metabolites) found in crops and medicinal plants that are familiar to people. Specialized metabolites help plants defend against external threats and adapt to their environment, and they also support human life as raw materials for medicines, functional ingredients, natural pigments, and fragrances. In addition to biosynthesis, the lab works to elucidate the mechanisms of transport, accumulation, and secretion of these compounds.
Kenshi Takahashi, Professor
0 student voices
The Atmospheric Environmental Information Lab, centered on field observations and laboratory experiments, works to clarify the behavior of trace substances, such as carbon dioxide and methane, that make up only a tiny fraction of Earth's atmosphere. Environmental changes such as global warming, ozone depletion, and photochemical oxidants are closely linked to changes in the distribution of atmospheric trace constituents, and the lab investigates the transformation and cycling of trace substances to uncover the essence of environmental change. The lab values a flexible approach that is not bound by disciplinary frameworks such as science, agriculture, and engineering.
Shinsuke Ifuku, Professor
0 student voices
The Functional Biomaterials Lab scientifically elucidates the structure and function of biomass produced by living organisms, and conducts research on using it wisely by integrating organic chemistry, polymer science, materials science, and processing technology. The lab aims to fully draw out the potential of biomass, which has distinctive properties and functions that synthetic polymers cannot reproduce.
Kenji Umemura, Professor
0 student voices
The Circular Materials Creation Lab creates new wood-based materials with a low environmental impact by making use of the structure and functions of woody biomass, and also conducts research to deeply understand and evaluate the characteristics of those materials. The lab studies not only wood but also unused biomass such as herbaceous plants and agricultural waste.
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