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Research group led by Assistant Professor Daiki Takahashi discovers a new plant species on Yakushima Island
Research group led by Associate Professor Keisuke Ikegami has uncovered why intraocular pressure rises at night in both humans and mice
Research group led by Professor Fumihiko Tanaka develops high-performance food packaging from agricultural waste
Research group led by Professor Fumihiko Tanaka has developed a self-healing smart freshness sensor material using natural pigments.
Research group led by Associate Professor Keisuke Ikegami reveals how the melatonin receptor MT1 selectively utilizes multiple intracellular signaling pathways
Researchers reveal how tyrosine sulfation regulates CCR5, a human cell-surface receptor involved in immune responses and HIV infection
First discovery of a new ladybird beetle species from a termite nest
A research group led by Professor Yushi Ishibashi has revealed the environmental memory acquired by seeds to survive environmental changes!
A research group including Professor Jiro Nakayama proposes a novel therapeutic strategy for early-stage hepatic encephalopathy
A research group led by Professor Akiko Maruyama-Nakashita has developed a novel root-specific gene expression system that enhances anthocyanin accumulation and plant growth
Structural basis of plant organelle C-to-U RNA editing by PPR-DYW proteins
A research group led by Associate Professor Daisuke Yasutake has developed the world's first technology to continuously monitor root growth non-destructively in hydroponic crop production
Associate Professor Ayumi Katayama and her research team reveal that the impacts of sika deer-driven understory vegetation loss on soil animals depend on climate conditions
A research group led by Professor William suggests that vaping zebrafish indicate e-cigarette exposure disrupts gut microbial networks and neurobehavior
Assistant Professor Mayumi Hatakeyama, Professor Takuya Kitaoka and their international collaborative research team have achieved immune activation and modulation using wood‑derived nanofiber‑stabilized emulsions
Professor Katsumi Doi and his research team are the first in the world to demonstrate that oxygen-tolerant lactic acid bacteria produce plasmalogens, key components for brain health