Anthony Ansoult

This study identifies the claustrum's role in appetitive feeding by showing its neurons and circuitry reduce high-fat diet intake.

This study shows that triglycerides modulate D2R-neuron activity in the nucleus accumbens during appetitive behaviors, with effects dependent on metabolic state and diet.

This study shows that peripheral CB1R inhibition reduces food intake and improves metabolism in obese mice through both vagal-dependent brainstem activation and vagal-independent hypothalamic effects.

This study investigates how the gut-brain vagal axis influences mesolimbic dopamine dynamics and reward behaviors, challenging the traditional brain-centric view of reward processing.

This study identifies ANKK1's role in striatal DR2-expressing neurons, linking it to reward, metabolism, and behaviors associated with the A1 allele of TaqIA.