Anna K. Gillespie

This paper describes a parallelized maze system for automated spatial navigation testing in rats, improving throughput and reducing experimenter variability.

The paper develops a task for rats to study self-correction and finds distinct hippocampal representations during this process.

This study shows rats can learn to generate specific remote hippocampal representations through neurofeedback without external cues or behavioral reports.

This study shows that neurofeedback training increases task-relevant memory replay in rats by altering SWR temporal dynamics.

The paper investigates the synchronization between hippocampal spatial representations and limb movement rhythms in rats, finding coordinated timing between plant times and hippocampal spatial encoding.

The paper shows that PV+ and SST+ interneurons in the DG and CA3 differentially modulate information flow to CA1 by altering coupling signatures from CA3 and entorhinal cortex.

This study develops a state space model to analyze hippocampal replay events in rats, finding that most replay events contain spatially coherent content and often occur at real-world speeds.

This study investigates hippocampal replay during memory-guided behavior and finds that replay content reflects past experiences rather than future choices.

The paper shows that reduced hippocampal sharp-wave ripple abundance and associated slow gamma power in Alzheimer’s disease mouse models predict later spatial memory impairments.