Circadian clocks are endogenous timekeeping networks that allow organisms to align their
physiology with their changing environment and to perform biological processes at the most …

Circadian clocks integrate environmental signals with internal cues to coordinate diverse
physiological outputs so that they occur at the most appropriate season or time of day …

Background As nonmotile organisms, plants must rapidly adapt to ever-changing
environmental conditions, including those caused by daily light/dark cycles. One important …

The circadian clock regulates diverse aspects of plant growth and development and
promotes plant fitness. Molecular identification of clock components, primarily in …

Metabolic adjustment to changing environmental conditions, particularly balancing of growth
and defense responses, is crucial for all organisms to survive. The evolutionary conserved …

It has been nearly 300 years since the first scientific demonstration of a self-sustaining
circadian clock in plants. It has become clear that plants are richly rhythmic, and many …

Circadian clocks comprise several regulatory feedback loops that control gene transcription.
However, recent evidence has shown that posttranslational mechanisms are also required …

The circadian clock controls the period, phasing, and amplitude of processes that oscillate
with a near 24-h rhythm. One core group of clock components in Arabidopsis that controls …

Extensive circadian clock networks regulate almost every biological process in plants. Clock-
controlled physiological responses are coupled with daily oscillations in environmental …

The pace has quickened in circadian biology research. In particular, an abundance of
results focused on post-translational modifications (PTMs) is sharpening our view of …