Izabela Jedrasiak‐Cape

The paper explains how the granular retrosplenial cortex exhibits rapid switching between in-phase and anti-phase interhemispheric rhythms within a single theta cycle using computational models.

The paper identifies evolutionarily conserved cell types in the granular retrosplenial cortex across mice and rats, despite differences in marker genes.

The paper identifies a distinct RSG neuron subtype, LR neurons, that lacks persistent firing in response to cholinergic agonists, enabling consistent angular head velocity computation across brain states.

This study shows that psychedelics suppress intrinsic excitability of prefrontal pyramidal neurons via M-current channels, independent of 5-HT2AR activation, and reduces working memory timespan.

This study identifies parallel circuits in the granular retrosplenial cortex that process spatial and non-spatial information through distinct neuronal subtypes.

The paper identifies a unique cell type in the retrosplenial cortex that supports precise and persistent information encoding through its intrinsic properties.