Inah Lee

This study shows CA1 and CA3 in rats use different mechanisms to build spatial maps: CA1 continuously integrates landmarks, while CA3 requires a spatiotemporally integrated ensemble.

The paper identifies coexisting position, view, and conjunctive cells in macaque hippocampus, showing dissociable spatial coding mechanisms similar to rodents.

The paper shows that spatial representations in the hippocampus and medial prefrontal cortex align after learning, with the hippocampus leading the geometric synchronization.

This study identifies a mechanism by which prelimbic corticopontine neurons gate extinction learning through mitochondria-dependent post-tetanic potentiation.

The paper shows that place cells in the intermediate hippocampus are more reactivated for high-value locations than low-value ones, while dorsal hippocampus reactivates route-related information more.

The paper examines differential reactivation of task-demand-associated firing patterns in subicular and CA1 place cells during a hippocampal memory task in rats, finding subicular reactivations are more frequent and heterogeneous.

This study investigates the differential roles of dorsal and intermediate hippocampus regions in value-dependent navigation using a VR task with reward zones of varying values.

This study identifies two types of neurons in the perirhinal cortex that process object recognition in a modality-specific and modality-invariant manner using single-unit recordings in rats.

This study identifies the fasciola cinereum subregion of the hippocampus as critical for visual contextual memory acquisition in rats.

This study identifies task-related information in subicular neurons by analyzing theta-phase precession, revealing distinct functional roles compared to hippocampal CA1 cells in a visual memory task.

This study shows that Kv1.2 regulates hippocampal CA3 neuronal ensemble size and plasticity, contributing to pattern separation by preventing excessive synaptic changes.