期刊
GENES
卷 12, 期 3, 页码 -出版社
MDPI
DOI: 10.3390/genes12030442
关键词
circadian clock; plant; tissue-specific; coupling; spatial organization; organismal synchronization
资金
- Marie Curie Reintegration grant [MSCA-IF EU project 895249]
The plant circadian clock plays a crucial role in integrating environmental signals and coordinating endogenous rhythms. Recent studies suggest that tissue-specific characteristics and spatial organization of the clock may be achieved through the coordination of distinct oscillators across the plant.
The plant circadian clock has a pervasive influence on many aspects of plant biology and is proposed to function as a developmental manager. To do so, the circadian oscillator needs to be able to integrate a multiplicity of environmental signals and coordinate an extensive and diverse repertoire of endogenous rhythms accordingly. Recent studies on tissue-specific characteristics and spatial structure of the plant circadian clock suggest that such plasticity may be achieved through the function of distinct oscillators, which sense the environment locally and are then coordinated across the plant through both intercellular coupling and long-distance communication. This review summarizes the current knowledge on tissue-specific features of the clock in plants and their spatial organization and synchronization at the organismal level.
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