The human body persists in its rhythm as per its initial time zone, and transition always occur
according to solar movements around the earth over 24 h. While traveling across different …

The fundamental mechanisms that control and regulate biological organisms exhibit a
surprising level of complexity. Oscillators are perhaps the simplest motifs that produce time …

To maintain energy homeostasis despite variable energy supply and consumption along the
diurnal cycle, the liver relies on a circadian clock synchronized to food timing. Perturbed …

The rotation of the earth on its axis confers the property of dramatic, recurrent, rhythmic
environmental change. The rhythmicity of this change from day to night and again to day …

Molecular programming takes advantage of synthetic nucleic acid biochemistry to assemble
networks of reactions, in vitro, with the double goal of better understanding cellular …

The circadian clock is a powerful endogenous timing system, which allows organisms to fine-
tune their physiology and behaviour to the geophysical time. The interplay of a distinct set of …

Genetic regulation networks orchestrate many complex cellular behaviors. Dynamic
operations that take place within cells are thus dependent on the gene expression …

Arabidopsis plants store part of the carbon fixed by photosynthesis as starch to sustain
growth at night. Two competing hypotheses have been proposed to explain this diel starch …

A temperature independent period and temperature entrainment are two defining features of
circadian oscillators. A default model of distributed temperature compensation satisfies …

Gene structure and expression regulation of form II RuBisCO (rbcII) in dinoflagellates are still
poorly understood. Here we isolated this gene (Pdrbc) and investigated its diel expression …