Jennifer C. Robinson

This study identifies medial septal glutamatergic neurons as essential for maintaining grid cell spatial stability and speed coding in the medial entorhinal cortex through optogenetic silencing and network modeling.

The paper models how egocentric boundary cells in RSC and POR respond to environmental features using different coordinate systems and proposes hypotheses for their functional roles in navigation.

This study identifies that MS glutamate neurons encode navigationally relevant information and are essential for spatial learning in mice.

The paper shows that DG-CA3 circuitry is essential for maintaining latent information representations in the hippocampus during navigation.