Pascale Quilichini

This study shows how local brain manipulations affect global brain dynamics using simulations and experimental data, revealing specific network changes and localization of effects.

This paper introduces a new prosthesis for long-term, near-continuous electrophysiological recordings in rats, achieving high retrieval success rates and improved durability.

This paper shows that the gliopeptide ODN, when administered after day 3 post-stroke, improves motor recovery in mice by correcting cortical excitability.

The paper investigates altered information processing dynamics in experimental epilepsy, finding disrupted substate organization during theta and slow oscillations in specific brain regions.

This study identifies spatially organized neuronal assemblies in the nucleus reuniens during slow oscillations and shows their role in stabilizing prefrontal cortex and hippocampal sequences.

This study shows that gamma oscillations decrease in the peri-infarct cortex of mice after stroke, suggesting they could be targeted to improve functional recovery.

The paper analyzes dynamic information sharing networks in hippocampus and entorhinal cortex, revealing core-periphery structures that evolve over time and switch between states independently of global oscillatory states.

The paper analyzes single-cell firing patterns in the lateral supramammillary nucleus during hippocampal sharp-wave ripples in anesthetized rats, identifying differences between neurons active during these events and those that are not.

The paper identifies computing microstates in rat brain regions where specific neurons perform storage and sharing operations, showing dynamic reassignment of functional roles across brain states.