How do plants control, assess, remember, and transmit information from the environment without brains or nerves?

About this area of study

Homing in on the essence of an environmental response control system unique to plants

In contrast to mobile animals, which can seek environments suitable for survival, immobile plants must use their flexible and efficient environmental response systems in order to respond rapidly to a variety of environmental changes. However, it remains unclear how plants control, assess, remember, and transmit information from the environment without brains or nerves.

This area of study seeks answers to profound and longstanding biological questions. Plants have evolved an autonomous, distributed environmental response control system that controls incoming signals via a systemic information transmission system, while carrying out autonomous environmental responses by distributing control to groups of cells and tissues. Our objective is to understand the mechanisms of plastic growth in response to the environment that are unique to plants. To this end, we seek to elucidate the long-distance signal transduction system ? which is completely different from those of animals ? that constitutes the local and autonomous environmental response system. Additionally, elucidation of the environmental memory system, which involves spatiotemporal caching of information via chromatin modifications, will be important for understanding plastic growth.

NEWS & TOPICS

2018-5-17
A study by the Seki group was published in Proc. Natl. Acad. Sci. USA.
2018-5-17
A study by the Matsunaga group was published in Sci. Rep.
2018-5-16
A study by the Yamaguchi group was published in EMBO J.
2018-4-29
A study by the Arimura group was published in Plant J.
2018-4-10
A study by the Kiba group was published in Nat. Commun.
2018-4-5
A study by the Takahashi group was published in Nature.
2018-4-5
A study by the Kiba group was published in Plant Cell
2018-3-26
A study by the Arimura group was published in J. Agri. Food Chem.
2018-2-19
A study by the Kimura group was published in Sci. Rep..
2018-2-5
A study by the Suzaki group was published in Nat. Commun.