Temperature perception by plants

Jae‐Hoon Jung

doi:10.1016/j.tplants.2023.03.006

Temperature perception by plants

2023-08-01

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DOI：10.1016/j.tplants.2023.03.006

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Plants constantly face fluctuating ambient temperatures and must adapt to survive under stressful conditions. Temperature affects many aspects of plant growth and development through a complex network of transcriptional responses. Although temperature sensing is a crucial primary step in initiating transcriptional responses via Ca2+ and/or reactive oxygen species signaling, an understanding of how plants perceive temperature has remained elusive. However, recent studies have yielded breakthroughs in our understanding of temperature sensors and thermosensation mechanisms. We review recent findings on potential temperature sensors and emerging thermosensation mechanisms, including biomolecular condensate formation through phase separation in plants. We also compare the temperature perception mechanisms of plants with those of other organisms to provide insights into understanding temperature sensing by plants.

Keywords:

NAC TRANSCRIPTION FACTOR

FATTY-ACID-COMPOSITION

PLASMA-MEMBRANE

BLUE-LIGHT

COLD-ACCLIMATION

PHASE-SEPARATION

PHYTOCHROME B

MOLECULAR-MECHANISMS

ARABIDOPSIS RESPONSE

REGULATORY NETWORK

Temperature perception by plants

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