John H. Bladon

This study investigates cooperative behavior in rat dyads, identifying distinct social coordination strategies and deficits in Fmr1 knockout rats, a model of Fragile X syndrome.

The paper introduces an open-source, modular maze system for rodent behavior research that improves flexibility, automation, and experimental repeatability.

The paper reactivates hippocampal fear engrams across different contexts and identifies brain-wide network changes associated with distinct defensive behaviors.

This study investigates rhythmic coordination between hippocampus and prefrontal cortex during odor-place associative memory tasks in rats, showing that beta and respiratory rhythms influence decision-making.

This study shows that time cells in the rodent hippocampus represent time on a logarithmic scale, consistent with the Weber-Fechner Law.

The paper shows that reactivating positive memories during fear memory recall reduces conditioned fear in mice, suggesting a method to disrupt negative affective states through memory updating.