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This study investigates how plants adjust their circadian clocks in response to temperature changes through alternative splicing.

February 9, 2026PLANT PHYSIOLOGY1 citationsOpen Access

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Temperature-dependent alternative splicing enables circadian adaptation to ambient temperature

THThomas C van der HovenUniversity of Glasgow ZMZoe Grace McFarlaneUniversity of Glasgow SDSelen DingeUniversity of Glasgow

Key Points

This study investigates how plants adjust their circadian clocks in response to temperature changes through alternative splicing.
Analyzed transcription factors related to circadian rhythms
Examined temperature variations and their effects on alternative splicing
Utilized molecular biology techniques to assess splicing patterns
Demonstrated significant changes in splicing patterns in response to varying temperatures
Confirmed the role of key transcription factors in circadian adaptation to climate shifts
Observed that plants maintain effective timing under different environmental conditions

Abstract

Plants adjust their circadian clocks to temperature changes in part through alternative splicing of key transcription factors, helping maintain timing and allowing adaptation to climate shifts.

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Temperature-dependent alternative splicing enables circadian adaptation to ambient temperature

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