Life on Earth, ranging from single-celled organisms to more complex mammals, has evolved an internal circadian clock system that allows living organisms to coordinate their physiological processes and biological activ...Life on Earth, ranging from single-celled organisms to more complex mammals, has evolved an internal circadian clock system that allows living organisms to coordinate their physiological processes and biological activities with the environmental day-night cycle. Therefore, the circadian clock system plays a critical role in maintaining internal physiological functions such as the immunity, metabolism, and mental health of mammals. However, there is increasing evidence that circadian rhythm disorders can lead to a series of related pathophysiological consequences for mammals.展开更多
基金funded by grants from the National Natural Science Foundation of China [No:81670467]
文摘Life on Earth, ranging from single-celled organisms to more complex mammals, has evolved an internal circadian clock system that allows living organisms to coordinate their physiological processes and biological activities with the environmental day-night cycle. Therefore, the circadian clock system plays a critical role in maintaining internal physiological functions such as the immunity, metabolism, and mental health of mammals. However, there is increasing evidence that circadian rhythm disorders can lead to a series of related pathophysiological consequences for mammals.
