Latest News

[Research] Professor Atsushi Kume and his research group have discovered that gravitropic response, photosynthesis, and plant growth are regulated by the same gene, ISSUNBOSHI1

[Research] Professor Takuya Kitaoka and his research group have successfully developed xeno-free cell culture scaffolds for human stem cells using plant-derived nanofibers, completely free of animal-derived components.

[Research] Assistant Professor Takamasa Teramoto, Professor Yoshimitsu Kakuta, and Their Research Group Uncover the Mechanism Behind Dual-End Cleavage in Transfer RNAs

[Research] Professor Kei Miyamoto showed that chromosomes and spindles in mature oocytes are stabilized by the histone modification.

[Research] Professor Hiradate and his research group develop an effective method for estimating soil microbial biomass using air-dried soil samples

[Research] Assistant Professor Shunsuke Matsumoto and his research group have elucidated the mechanism by which proteins are precisely targeted to peroxisomes.

[Research] Assistant Professor Oumi Nishi and his research group have identified a fungal species capable of predating on a pathogenic fungus that infects tomato plants.

[Research] Associate Professor Hirofumi Ichinose and his research group have constructed a functional library of oxidative enzymes from a mushroom.

[Research] Professor Midori Tuda and her research group have discovered that co-infection with Wolbachia enables insect parents to produce larger, fitter sons under high temperature and elevated CO₂ stress.

[Reserach] Professor KITAOKA Takuya and his research team successfully cultured human dental pulp stem cells by controlling wood nanofiber structures.