Prefrontal gamma oscillations involve diverse, cell-type-specific configurations that dynamically support flexible behavior in mice.
- Open access
- 5 cites
Moving in Neuron.
Rebuilt
Prefrontal gamma oscillations involve diverse, cell-type-specific configurations that dynamically support flexible behavior in mice.
Newest first · last 60 days
Schizophrenia is linked to reduced beta-band modulation during sensory and motor tasks, with a 15 to 30 hertz neural pattern associated with clinical severity.
Stable threat-value coding persists in prelimbic cortex populations despite 30 days of ensemble turnover during fear learning and retrieval in mice.
POINTseq reveals that over 25 distinct connectomic cell types of dopaminergic neurons in the mouse VTA and SNc form stereotyped projection motifs, vastly exceeding known diversity.
Single-neuron analysis reveals three major projection routes and ten projection subtypes in the retrosplenial cortex, with distinct target-specific profiles.
Learning triggers hippocampal slow-oscillatory bursts that synchronize gamma activity across the human medial temporal lobe, predicting recall accuracy.
Optogenetic reduction of hippocampal theta oscillations causes remapping and recruitment of time cells without impairing spatial working memory.
Prefrontal gamma oscillations involve diverse, cell-type-specific configurations that dynamically support flexible behavior in mice.
A spacetime attractor model explains how prefrontal cortex circuits implement planning through environment-embedded neural dynamics.
Inhibiting the right dorsolateral prefrontal cortex enhances unsupervised statistical learning in adults by 95 participants.
Disordered neural circuits with circular symmetry can function as continuous attractors, as shown by data-driven recurrent networks modeling rodent head-direction cells.
Journals this month
Topics moving, week to 23 Oct 2026