Research outcomes
June, 2024
April, 2024
March, 2024
February, 2024
January, 2024
01/26/2024
Rresearch
Protecting the eye from light stimuliDiscovery of a novel signalling molecule that ensures the robustness of the retina
![Protecting the eye from light stimuli Discovery of a novel signalling molecule that ensures the robustness of the retina](../../assets/files/thumbnail/2759.png)
01/19/2024
Rresearch
Unraveling the role of supersulfides in regulating mitochondrial function and longevity
![Unraveling the role of supersulfides in regulating mitochondrial function and longevity](../../assets/files/thumbnail/2757.jpg)
01/10/2024
Rresearch
Advancing the generation of in-vivo chimeric lungs in mice using rat-derived stem cells
![Advancing the generation of in-vivo chimeric lungs in mice using rat-derived stem cells](../../assets/files/thumbnail/2753.jpg)
December, 2023
November, 2023
11/20/2023
Awards
Associate Professor Takayuki Tohge of the Plant Secondary Metabolism Laboratory has been selected for "Highly Cited Researchers 2023" announced by Clarivate Analytics, Inc.
![Associate Professor Takayuki Tohge of the Plant Secondary Metabolism Laboratory has been selected for "Highly Cited Researchers 2023" announced by Clarivate Analytics, Inc.](../../assets/files/thumbnail/2735.png)
11/08/2023
Awards
Research paper written by assistant professor Shirakawa Makoto of Plant Stem Cell Regulation and Floral Patterning and others has been awarded "HIRASE award" of The Japanese Society of Plant Morphology
![Research paper written by assistant professor Shirakawa Makoto of Plant Stem Cell Regulation and Floral Patterning and others has been awarded "HIRASE award" of The Japanese Society of Plant Morphology](../../assets/files/thumbnail/2727.jpg)
October, 2023
10/27/2023
Awards
Dr. Yuki Doll from Plant Regeneration and Morphogenesis Lab was awarded the BSJ Young Botanist Prize![Dr. Yuki Doll from Plant Regeneration and Morphogenesis Lab was awarded the BSJ Young Botanist Prize](../../assets/files/thumbnail/2723.jpg)
10/17/2023
Rresearch
A mechanism controlling the genomic structure during early differentiation into neuroectoderm
![A mechanism controlling the genomic structure during early differentiation into neuroectoderm](../../assets/files/thumbnail/2719.png)