Neuronal circuits between the neocortex, the thalamus, the hippocampus and related
systems underlie the different states of vigilance and various paroxysmal disorders that …

Different brain rhythms, with both low-frequency and fast-frequency, are grouped within
complex wave-sequences. Instead of dissecting various frequency bands of the major …

Human sleep is considered a global phenomenon, orchestrated by central specialized
neuronal networks modulating the whole-brain activity. However, recent studies point to a …

Abstract The slow (< 1 Hz) rhythm, the most important electroencephalogram (EEG)
signature of non–rapid eye movement (NREM) sleep, is generally viewed as originating …

Spontaneous brain oscillations during states of vigilance are associated with neuronal
plasticity due to rhythmic spike bursts and spike trains fired by thalamic and neocortical …

Our understanding of the neural control of sleep in large part parallels the history of
neuroscience. As new tools and methodologies have become available to the research …

Abstract Purpose of Review: The basic circuitries that regulate wake-sleep cycles are
described, along with how these are affected by different disease states and how those …

In this first intracellular study of neocortical activities during waking and sleep states, we
hypothesized that synaptic activities during natural states of vigilance have a decisive impact …

Slow waves and sleep spindles are prominent features of the EEG in non-REM sleep and
some of the neurophysiological mechanisms underlying their genesis have been elucidated …

Epileptic mechanisms in the brain are subject to long‐duration, time‐ordered
neuromodulatory processes controlled by endogenous oscillators which are responsible for …