Dániel Schlingloff

This study shows that hippocampo-septal feedback inhibits the medial septal circuit based on hippocampal activity and movement speed, without being essential for theta rhythm generation.

The paper investigates how cholinergic and dopaminergic pathways interact in reward prediction-error signaling through optogenetic and chemogenetic experiments in mice.

The paper identifies that most ventral pallidal cholinergic neurons are bursting basal forebrain cholinergic neurons with specific connectivity to reinforcement circuits.

This study identifies a role for parvalbumin-expressing basal forebrain neurons in associative learning from negative experiences through calcium imaging and optogenetic experiments.

The paper demonstrates that medial septal pacemaker neurons synchronize their frequencies to generate hippocampal theta oscillations, akin to Huygens' pendulum synchronization.

The paper identifies two distinct basal forebrain cholinergic neuron types with different firing patterns and behavioral roles in mice.

The paper reveals that hippocampal cholinergic terminals form synapses and co-transmit GABA and acetylcholine via distinct vesicles, influencing hippocampal activity and potential therapeutic strategies.