[Concurrent 08] Understanding circadian regulation in unpredictable environments

Circadian clocks provide a temporal structure within plants, which contributes their responses to the fluctuating environment. Understanding how the circadian clock adapts plant physiology and development to environmental fluctuations forms a crucial part of forecasting the responses of plants- including crops- to an increasingly unpredictable climate.

2023年6月6日(火) 16:30 〜 18:00 Makuhari Messe 2F(Room 2)

Chair:Antony Dodd(John Innes Centre), Tokitaka Oyama(Kyoto University)

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Opening Remarks (16:30 〜 16:32)

16:32 〜 16:46

[Concurrent_08-01] Integration of circadian and environmental cues

[on-site]

*Antony Dodd¹ (1. John Innes Centre)

16:47 〜 17:01

[Concurrent_08-02] Behaviors of cell-autonomous- and non-cell-autonomous circadian rhythms in the plant body

[on-site]

*Tokitaka Oyama¹ (1. Kyoto University, Graduate School of Science)

17:02 〜 17:16

[Concurrent_08-03] A spatial model of the plant clock reveals design principles for coordinated timing under noisy environments

[online]

*James Locke¹ (1. Sainsbury Laboratory, University of Cambridge)

17:17 〜 17:31

[Concurrent_08-04] Gene expression noise reduction for a robust circadian clock in Arabidopsis

[on-site]

*Shu-Hsing Wu¹, Ho-Wei Wu¹, Erickson Fajiculay², Jing-Fen Wu¹, Ching-Cher Yan², Chao-Ping Hsu² (1. Institute of Plant and Microbial Biology, Academia Sinica, Taiwan, 2. Institute of Chemistry, Academia Sinica, Taiwan)

17:32 〜 17:46

[Concurrent_08-05] Molecular mechanisms underlying light-induced resetting of the circadian clock in the green alga Chlamydomonas

[on-site]

*Takuya Matsuo¹ (1. Kitasato University, Japan)

17:47 〜 17:57

[Concurrent_08-06] 【Short Talk】Quantity regulation of TOC1 and PRR5 for temperature compensation in the Arabidopsis circadian clock

[on-site]

*Akari Maeda¹, Hiromi Matsuo¹, Norihito Nakamichi¹ (1. Nagoya university, Japan)

Closing Remarks (17:57 〜 18:00)

セッション情報

[Concurrent 08] Understanding circadian regulation in unpredictable environments

[Concurrent_08-01] Integration of circadian and environmental cues

[on-site]

[Concurrent_08-02] Behaviors of cell-autonomous- and non-cell-autonomous circadian rhythms in the plant body

[on-site]

[Concurrent_08-03] A spatial model of the plant clock reveals design principles for coordinated timing under noisy environments

[online]

[Concurrent_08-04] Gene expression noise reduction for a robust circadian clock in Arabidopsis

[on-site]

[Concurrent_08-05] Molecular mechanisms underlying light-induced resetting of the circadian clock in the green alga Chlamydomonas

[on-site]

[Concurrent_08-06] 【Short Talk】Quantity regulation of TOC1 and PRR5 for temperature compensation in the Arabidopsis circadian clock

[on-site]

認証