Josué Haubrich

This study investigates how mouse strain and age influence spatial learning and decision strategies in a T-maze task, revealing strain- and age-dependent differences in performance and decision policies.

The paper identifies brain-wide network hubs that support spatial memory acquisition and shows that reactivating memory ensembles during extinction learning prevents its effectiveness.

This study shows that β-adrenergic receptors influence CA1 neuronal population dynamics during spatial memory formation and updating in mice.

The paper investigates how mild and strong fear memories differ in brain connectivity, finding that strong memories disrupt network connectivity and isolate the amygdala.

The paper investigates how PKMζ levels change during memory destabilization and reconsolidation, showing transient reduction followed by renewal, and identifies NMDA receptor activation as necessary for memory vulnerability to PKMζ-antisense.

The paper shows that activation of the noradrenaline-locus coeruleus system during strong fear memory encoding increases stability in the amygdala, making memories resistant to reconsolidation.