Daniel Jercog

This study disentangles valence and salience coding in the dmPFC of mice during appetitive/aversive tasks, revealing population-level value coding and orthogonal subspaces for opposite valences.

The paper identifies a circuit mechanism involving SST+ vlPAG cells projecting to the RVM that regulate analgesia during defensive states in mice.

This study identifies a neural circuit in the basal amygdala projecting to the medial prefrontal cortex that mediates fear memory strengthening through neuronal remapping.

This study shows that dopamine D2 receptors in the extended amygdala are crucial for switching between passive and active defensive behaviors in response to threats.

This study investigates how GABAB receptor modulation affects slow oscillatory rhythms in cortical networks through combined experimental and computational approaches.

The paper analyzes cortical dynamics in anesthetized rats, finding non-rhythmic UP-DOWN state transitions in a bistable balanced network.