Liu Xiao from the Institute of Microbiology of the Chinese Academy of Sciences (CAS) has uncovered a crucial link between the fungus's circadian clock and its pathogenicity, offering new insight ...

Circadian rhythms in mammals rely on cell-autonomous molecular clocks that operate in many tissues and organs. New research ...

It's tempting to think that, with our fancy electric lights and indoor bedrooms, humanity has evolved beyond the natural ...

LIU Xiao from the Institute of Microbiology of the Chinese Academy of Sciences (CAS) has uncovered a crucial link between the fungus' circadian clock and its pathogenicity, offering new insight ...

Although the concept of circadian rhythms dates ... how deeply our biological clocks are embedded in every cell of our bodies. In 200 BCE, traditional Chinese Medicine recognized that the liver ...

To better understand the circadian clock in modern-day cyanobacteria, a Japanese research team has studied ancient ...

The signals appear at appropriate times, thanks to the circadian clock. Using rhythmic environmental cues such as light, the circadian clock sets up a 24-hour internal oscillation that is replicated ...

If you’ve ever wondered why you can’t nod off at night it could be down to your body's internal clock - also known as the circadian rhythm. But what is the circadian rhythm? We all work on a ...

Her team strives to understand the molecular basis of circadian timekeeping by studying the structure, dynamics, and interactions of dedicated clock proteins. With Partch’s deep expertise on how our ...

The modulating signal then comes from the bacteria's 24-hour circadian clock, which acts as an internal time-keeping mechanism. This finding answers a long-standing question in cell biology—how ...

Although you won’t hear it tick, your body has its own clock. The physical and mental changes it causes are called circadian rhythms. Most living things have them, including animals, plants ...