Eduardo F. Gallo

This study shows that nucleus accumbens acetylcholine dips track reward value and delay, influencing adaptive choice in mice during delay discounting tasks.

This study identifies VP cholinergic neurons as a distinct population whose activity is sensitive to reward palatability and physiological state during reward behavior.

This study shows that Egr1 overexpression induces sex-specific changes in neuronal chromatin, gene expression, and behavior in female rodents, mimicking high-oestrogenic phases and affecting hormone-depleted females.

This study shows that increasing dopamine D2 receptors in nucleus accumbens cholinergic interneurons increases impulsive choice in mice, while reducing them decreases impulsive choice.

This study shows that dopamine D2 receptors in cholinergic interneurons modulate the pause in neuronal activity and impair inhibitory learning in a Go/No-Go task.