Project Details
Description
Circadian rhythms pervades all aspects of our physiology and behaviour, from the timing of our sleep-wake cycle and feeding habits to organising metabolic processes, neuroendocrine signalling, and cognition.
This daily timing is orchestrated by a master circadian clock within the brain which coordinates circadian signals across a multitude of clocks in the retina, brain, and body.
Our researchers are using vertebrate and invertebrate models combined with state-of-the-art methods in electrophysiology, imaging, and computational modelling to figure out the mechanisms that operate to provide us with this daily sense of time.
This daily timing is orchestrated by a master circadian clock within the brain which coordinates circadian signals across a multitude of clocks in the retina, brain, and body.
Our researchers are using vertebrate and invertebrate models combined with state-of-the-art methods in electrophysiology, imaging, and computational modelling to figure out the mechanisms that operate to provide us with this daily sense of time.
Status | Not started |
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