The BNST brain region integrates a broad range of external and internal signals to flexibly regulate consumption, revealing a unified control over consummatory responses.

Single-cell transcriptomic analysis of mouse hypothalamus and behavioural experiments show that specific hypothalamic networks regulate conflicting feeding versus parenting behaviours of female mice.

In this paper, the authors describe the energy state-dependent regulation of the PVNGLP-1R to DVC circuit, resulting in altered food intake and metabolic health, mediated by GLP-1 receptor signalling.

The lateral hypothalamic area (LHA) mediates reward seeking. Here, the authors show how LHA afferent connections promote reward seeking by shaping synaptic strength according to energy state, processe...

Sleep deprivation shifts metabolic resources and deprioritizes processes that support cognition.

Hedonic eating is defined as food consumption driven by palatability without physiological need. However, neural control of palatable food intake is poorly understood. We discovered that hedonic eatin...

In mice, prolonged consumption of a high-fat diet decreases interest in calorie-rich foods as a result of reduced neurotensin expression and signalling, which uncouples hedonic feeding behaviour linke...

This broad group of authors summarizes the impact of circadian factors on metabolic biology and offers recommendations on how to account for and report biological, environmental and experimental facto...

High sugar–containing foods are readily consumed, even after meals and beyond fullness sensation (e.g., as desserts). Although reward-driven processing of palatable foods can promote overeating, the n...

In 1984, Dr. Daniel Drucker, an endocrinologist from the University of Toronto, discovered a hormone that helped pave the way for popular diabetes drugs such as Ozempic.

GLP-1 receptor agonists (GLP1RAs) effectively reduce feeding to treat obesity, although nausea and other aversive side effects of these drugs can limit their use. Brainstem circuits that promote satia...

Douglass et al. employ long-term, continuous fiber photometry to uncover new modes of agouti-related peptide (AgRP) neuron regulation in ad libitum, fasted, and circadian conditions. AgRP neuron activity exhibits a circadian rhythm, which controls daily feeding patterns through a neural circuit from the suprachiasmatic nucleus via the dorsomedial hypothalamus.