Humans could not exist on Earth without the crucial and unique
contributions of plants. Plant photosynthesis causes carbon dioxide
absorption, oxygen release, and synthesis of soluble sugars. Plants also
take up nitrate and ammonium from the soil, assimilate them, and
biosynthesize various nitrogen-involving compounds. This biomass
production by plants is increasingly important for the removal of carbon
dioxide from the atmosphere and for food production.
The Laboratory of Plant Functional Biotechnology is working to
elucidate the molecular mechanisms mediating the regulation of
plant-specific processes. One area of particular focus is the
transcriptional regulation associated with biomass production.
We welcome students who are interested in plant functional biology and
the molecular mechanisms regulating plant-specific processes.
Overview
Shuichi Yanagisawa
Professor of the Laboratory of Plant Functional Biotechnology
Current projects
- Molecular mechanism of nitrate signaling and response in plants
- Molecular mechanism of sugar signaling and response in plants
- Functions of Dof transcription factors unique to plants
- Plant metabolic engineering to improve nitrogen use efficiency
- Modeling of plant growth control in response to nutrients in the field
(CREST program) - Plant-microbe interactions
News & Topics
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2017.05.01Our recent study has been published in Nature (Please check PUBLICATIONS)
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2017.05.01Web page renewed
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2017.04.01Dr. Yanagisawa promoted to professor
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2017.03.23Yoshie Maeda was awarded the Director prize (Graduate School of Agricultural and Life Sciences)