RESEARCH

Assistant Professor Yohei Ishibashi and his research team have enable flexible production of polyunsaturated fatty acids in marine eukaryotic microorganisms through genome editing

Professor Takahiro Nakamura and his research team have developed a novel RNA editing technology called "RECODE."

Diversity of Japanese Homoeusa: Beetles that Live with Ants Revealed

Professor Atsushi Kume and his research team have demonstrated for the first time that moss spores can survive in outer space

Associate Professor Hideyuki Takahashi and his team uncover the maternal transmission of gut microbiota from cow to calf

Assistant Professor Sadahisa Yagi and his research team reveal the expanding presence of the invasive pest Thecobathra lambda in western Japan

Assistant Professor Sadahisa Yagi and his research team have discovered four new species of micro-moths in the Ogasawara Islands

Associate Professor Tsubaki and his research team use Lego to print custom food for swallowing disorders

Assistant Professor Tappei Mishina and his research team have discovered that spatially different requirements for motors for chromosome biorientation in the oocyte spindle.

Professor Jiro Nakayama and his research team have demonstrated that the elimination of hepatitis C virus (HCV) leads to a dramatic restoration of the intestinal microbiota.

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

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.

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

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

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

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