Twice a year, around a quarter of the world’s population dutifully reset their clocks. It may seem like a minor adjustment, ...

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 ...

A team led by Prof. Wuran Wei from West China Hospital of Sichuan University and Dr. Dechao Feng from the Division of Surgery ...

There was the central circadian clock, which keeps time in the suprachiasmatic nuclei of the brain. It also coordinates peripheral circadian clocks in other parts of the body. In its study ...

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 ...

In each of our cells, we have genes that form the molecular circadian clock. These clock genes encode a set of transcription factors that regulate many processes throughout the body and align them ...

The brain has a master clock that is set by exposure to sunlight and darkness. This circadian rhythm is a roughly 24-hour cycle that determines when we become sleepy and when we’re more alert.

"In each of our cells, we have genes that form the molecular circadian clock," Peek said. "These clock genes encode a set of transcription factors that regulate many processes throughout the body ...

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 ...