RESEARCH

Professor KOKITA Tomoyuki and his research team have, for the first time, elucidated hidden population-specific adaptations in a marine biological resource found around the coastal waters of Japan.

Professor YASUO Shinobu and her research group have discovered that the circadian clocks in female mice are more vulnerable to chronic jet lag than those in male mice.

MATSUI Yuki and his research team discovered two new moth species that likely evolved uniquely in the Ogasawara Islands!

Prof. KITAOKA and his research group have successfully achieved the direct activation of human immune cells by controlling the interfacial structures of crab nanofibers.

Associate Professor KATAYAMA Ayumi and her research group have demonstrated that the installation of deer fences prevents the decline in the growth of beech trees and the reduction in soil microbial diversity

Professor TATSUMI Ryuichi and his research group have developed an antibody to combat age-related muscle atrophy

Professor KAKUTA Yoshimitsu and Assistant Professor TERAMOTO Takamasa, along with their research group, have elucidated the three-dimensional structure of the enzyme GfsA.

Associate professor TSE William Ka Fai and his research group use zebrafish as the rare disease model

Associate Professor TSUBAKI Shuntaro and his research group achieved "ultra" rapid pyrolysis of biomass by spatially separating the microwave electric and magnetic fields

Assistant Professor MISHINA Tappei and his research group have revealed the history of the "mythical monster fish" Akame through genome analysis.

Associate Professor TSUBAKI Shuntaro and his research group have developed a zeolite catalyst that can be heated up using microwaves to speed up the conversion of fatty acid esters to olefins.

Associate Professor TASHIRO Yukihiro and his research group have isolated bacteria from human scalp hair (hair bacteria) and discovered their unique carbon-utilizing properties.

Associate Professor FUJITA Ryosuke and his research group have discovered that blowflies are carriers of bird flu virus.

Prof. KITAOKA and his research group have successfully achieved the controlled culture of human stem cells using only plant nanomaterials, without any animal sources.

Prof. MIYAMOTO and his research group have revealed a new regulatory mechanism involved in human implantation.

Associate Professor Katayama and her research group found that the function of carbon storage in forest ecosystems is reduced by half due to an increase in deer.