Matías Cavelli

This study examines gamma-band oscillations in cat EEG during wakefulness and sleep, finding top-down directionality in quiet wakefulness and bottom-up responses to simple stimuli.

The paper investigates sleep-dependent sensory gating in the olfactory system, showing reduced olfactory bulb activity during sleep and its correlation with neocortical slow-wave activity.

This study examines how haloperidol affects oscillatory and aperiodic brain activity during wakefulness and sleep in cats, revealing state-dependent modulation of oscillatory dynamics.

This study examines how subanesthetic ketamine affects high-frequency cortical oscillations in cats, finding state-dependent changes and respiratory coupling.

This study shows that optogenetic stimulation of cortical neurons can awaken mice from sleep, coma, and anesthesia, indicating cortical sufficiency for arousal.

The paper analyzes the spectral dynamics during the NREM to REM sleep transition in rats, identifying specific power changes in different brain regions that precede REM sleep onset.

This paper validates the Perturbational Complexity Index (PCIst) in rats and mice, showing it reliably reflects consciousness states and is influenced by deep cortical layer stimulation.

This study compares electroencephalographic signatures of urethane anesthesia and natural sleep-wake states in rats, finding distinct neurophysiological features in urethane that differentiate it from sleep.

This study shows that low-frequency brain oscillations drive changes in EEG complexity during sleep and wakefulness in rats.

The paper shows that synchronous neuronal OFF-periods during slow-wave sleep reduce electroencephalographic signal complexity by trapping cortical dynamics, making activity more recurrent and deterministic.

This study investigates the electrophysiological effects of ibogaine in rats, finding increased gamma oscillation power with reduced coherence and complexity, suggesting REM sleep traits in the psychedelic state.

The paper analyzes iEEG power and coherence in rats across behavioral states, cortical areas, and light/dark phases, finding state- and area-dependent changes and REM sleep-specific hemispheric differences.

The paper investigates whether cross-frequency coupling (CFC) between theta and fast gamma oscillations supports communication through coherence (CTC) by examining phase-dependent synchronization across the neocortex during REM sleep.

This study shows that electrocortical temporal complexity decreases during sleep regardless of electrode configuration, suggesting brain-generated differences in complexity between wakefulness and sleep.

The paper uses permutation entropy to show that electrocortical complexity decreases during sleep compared to wakefulness in rats, suggesting a global thalamo-cortical pattern change.

This study shows nasal respiration entrains inter-cortical gamma coherence during wakefulness but not during sleep.