Hippocampal CA2 supports social memory and encodes information about social
experiences. Our previous study showed that CA2 place cells responded specifically to …

A key goal in hippocampal research is to understand how neuronal activity is generated and
organized across hippocampal subregions to enable memory formation and retrieval …

CA1 place cells become more anticipatory with experience, an effect thought to be caused
by NMDA receptor-dependent plasticity in the CA3–CA1 network. Theta (~ 5–12 Hz), slow …

Hippocampal oscillations arise from coordinated activity among distinct populations of
neurons and are associated with cognitive functions and behaviors. Although much …

Hippocampal oscillations arise from coordinated activity among distinct populations of
neurons and are associated with cognitive functions. Much progress has been made toward …

Neuronal oscillations and cross‐frequency interactions in the rat hippocampus relate in
important ways to memory processes and serve as a model for studying oscillatory activity in …

In recent years, convergent evidence has emerged in support of the idea of social brain
networks, specific brain regions that are interconnected and support social behaviors. One …

Neuronal oscillations in the rat hippocampus relate to both memory and locomotion, raising
the question of how these cognitive and behavioral correlates interact to determine the …

Rhythmic activity in the theta range is thought to promote neuronal communication between
brain regions. In this study, we performed chronic telemetric recordings in socially behaving …

The hippocampal formation is believed to be critical for the encoding, consolidation, and
retrieval of episodic memories. Yet, how these processes are supported by the anatomically …