Miguel Remondes

This study identifies direct SCN-hippocampal projections and shows chronic circadian disruption causes memory impairment through network desynchronization.

This study shows that gamma-frequency auditory stimulation improves working memory deficits in a rodent autism model by enhancing neural oscillations.

The paper uses optogenetic silencing to disrupt hippocampal inputs to the retrosplenial cortex and shows it impairs spatial working memory retrieval, with effects lasting beyond light exposure.

This study investigates the role of anterior cingulate cortex (CG) in working memory by optogenetically silencing CG neurons during specific task phases in a delayed non-match to trajectory task.

This study identifies brain circuits involved in opioid memory formation and relapse by analyzing functional connectivity in rats during drug-context associations.

The paper identifies a functional-anatomical gradient of hippocampal inputs to medial mesocortical regions, showing distinct synaptic and oscillatory patterns in cingulate and retrosplenial cortices.