Anne H. Freelin

The paper links hippocampal oscillatory activity during memory encoding to distinct molecular programs in anterior and posterior hippocampus using single-nucleus RNA sequencing and spatial transcriptomics.

The paper shows that stimulation increases firing rates in pyramidal cells and strengthens cell assemblies in the human temporal cortex, linked to gene networks involving excitatory neurons and non-neurons.

This study evaluates the effects of different deep brain stimulation patterns and durations on learning in a rat dementia model, finding that burst stimulation improves cognitive performance.