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2020.11.19Dr. Kazuo Shinozaki, Gene Discovery Research Group Director,have been selected to the list of "Highly Cited Researchers 2020" published by Clarivate Analytics.
-Highly Cited Researchers identifies influential researchers in 21 fields. The Web of Science serves as the basis for the regular listings of researchers whose citation records position them in the top 1% by citations for their field and year. In the Plant & Animal Science field includes 220 researchers.-
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2020.9.7Dr. Kazuo Shinozaki, Gene Discovery Research Group Director,selected to receive "The 36th (2020) International Prize for Biology "
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2020.4.30Dr. Kazuo Shinozaki, Gene Discovery Research Group Director,named as "international members of the NAS" [Interview Article]
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2020.3.16
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2020.2.7
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2019.12.16Dr. Kazuo Shinozaki, Gene Discovery Research Group Director,have been selected to the list of "Highly Cited Researchers 2019" published by Clarivate Analytics.
-Highly Cited Researchers identifies influential researchers in 21 fields. The Web of Science serves as the basis for the regular listings of researchers whose citation records position them in the top 1% by citations for their field and year. In the Plant & Animal Science field includes 196 researchers.-
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2019.2.12Press Release
A new drought-resistant and water-saving wheat plant
Publication [Mega,R. et al, Nature Plants5,153–159(2019) ] -
2018.11.29Dr. Kazuo Shinozaki, Gene Discovery Research Group Director,have been selected to the list of "Highly Cited Researchers 2018" published by Clarivate Analytics.
-Highly Cited Researchers identifies influential researchers in 21 fields. The Web of Science serves as the basis for the regular listings of researchers whose citation records position them in the top 1% by citations for their field and year. In the Plant & Animal Science field includes 223 researchers.-
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2018.11.6Press Release
Gene regulator that allows plant rehydration after drought
Publication [Sato, H. et al, PNAS, 115 (47) E11178-E11187] -
2018.7.13Press Release
Full-scale monitoring of plants
Publication [Fujita,M. et al, Plant Cell Physiol, 59,2030-2038] -
2018.5.18Dr. Kazuo Shinozaki, CSRS Director, received "Anton Lang Research Excellence Award 2018"
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2018.4.27Dr. Kazuko Shinozaki, Visiting Scientist of the Gene Discovery Research Group, received "MIDORI Academic Prize"
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2018.4.5Press Release
Newly discovered hormone helps keep plants from dehydrating
Publication [Takahashi, F. et al, Nature, 556, 235-238. ] -
2018.2.22
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2018.2.6Press Release
The stress response mechanism supporting plant root elongation
-New pathways that contribute to root elongation-
Publication [Kim JS., et al,.Plant Physiol, 176, 2221-2230. ] -
2017.10.23Press Release
A novel gibberellin response regulatory mechanism via tyrosine phosphorylation
-Understanding the mechanism that prevents seed germination in high-salt conditions-
Publication [Nemoto.K., et al,.Nature commun, 8(1):1004 ] -
2017.09.27Press Release
A simple method for estimating biosynthetic genes for secondary metabolites
-Copy-number variation genes promote secondary metabolite diversity-
Publication [ [Shirai K, 34, 3111-3122 ] -
5.29 2017Understanding how transcription factor DREB2A gives plants drought and heat tolerance
[Press Release] [ [Morimoto, K., et al,.Proc Natl Acad USA, 114(40) E8528-E8536 ] -
5.29 2017Shedding light on how plants choose water or protecting themselves against pathogens
[Press Release] [ [Ariga H., et al,.Nature Plants, 3. 17072 ] -
4.4 2017Enhanced drought tolerance in rice confirmed
[Press Release] [[Michael Gomez Selvaraj et al,. Plant Biotechnology Journal, in press ] -
1, 2017Dr. Kazuo Shinozaki (Group Directo) and Dr. Miki Fujita (Research Scientist) has been selected for Highly Cited Researchers 2016.
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1.11 2017A new growth promotion mechanism in times of water deficit
[Press Release] [Soma F. et al,. Nature Plants. 6, 16204. ]
Research Outline
Gene Discovery Research group has been discovering plant genes of which functions are linked to quantitative improvements in plants and those with new functions for minimizing the effects of the environmental stresses to achieve maximum productivity. Many genes with various functions involved in environmental stress responses and tolerance and photosynthesis have been identified for the application to molecular breeding of useful crops with higher yields under global warming. Main targets of the research include not only genes that respond to environmental changes and stimuli and adaptation but also genes involved in photosynthesis and productions of useful metabolites. This group explores key genes involved in improved productivity and abiotic stress tolerance based on integrated genomics, and are analyzing regulatory factors and signaling factors involved in the control of gene expression in response to abiotic environmental stresses. This group also explores regulatory gene networks for the improvement plant productivity. For the research, this group has been constructing a research platform for systematic analysis of plant phenotypes under various growth conditions.
- Discovery of genes, signaling molecules, transporters and metabolites involved in dehydration stress and ABA responses
- Improvement of drought stress tolerance and water use efficiency of crops by international collaboration
- Analysis of chloroplast functions in photosynthesis under stress conditions and discovery of regulatory factors in C4 photosynthesis
- Development of systematic phenotype analysis platform (phenome analysis) for functional analysis of mutated genes
- Comparative genomics and its application to crop improvement