Research in the past decade has uncovered new and surprising information about the
pathways of starch synthesis and degradation. This includes the discovery of previously …

The clockwork of plant circadian oscillators has been resolved through investigations in
Arabidopsis thaliana. The circadian oscillator is an important regulator of much of plant …

Understanding how dynamic molecular networks affect whole-organism physiology,
analogous to mapping genotype to phenotype, remains a key challenge in biology …

All plant productivity, including the food that we eat, arises from the capture of solar energy
by plants. At most latitudes sunlight is available for only part of the 24 h day due to the …

Stress impacts negatively on plant growth and crop productivity, caicultural production
worldwide. Throughout their life, plants are often confronted with multiple types of stress that …

Diel starch turnover responds rapidly to changes in the light regime. We investigated if these
responses require changes in the temporal dynamics of the circadian clock. Arabidopsis …

Plants accumulate reserves in the daytime to support growth at night. Circadian regulation of
diel reserve turnover was investigated by profiling starch, sugars, glucose 6‐phosphate …

Isoprenoid molecules are essential elements of plant metabolism. Many important plant
isoprenoids, such as chlorophylls, carotenoids, tocopherols, prenylated quinones and …

The plant circadian system exists in a framework of rhythmic metabolism. Much has been
learned about the transcriptional machinery that generates the clock rhythm. Interestingly …

Individual plant cells possess a genetic network, the circadian clock, that times internal
processes to the day‐night cycle. Mathematical models of the clock are typically either …