The neonatal brain undergoes rapid maturational changes that facilitate the normal
development of the nervous system and also affect the pathological response to brain injury …

Serial neonatal and infant electroencephalographic (EEG)–polysomnographic studies
document the ontogeny of cerebral and noncerebral physiologic behaviors based on visual …

Neonatal sleep is a crucial state that involves endogenous driven brain activity, important for
neuronal survival and guidance of brain networks. Sequential EEG-sleep analysis in …

During adulthood, electroencephalogram (EEG) recordings are used to distinguish wake,
non–rapid eye movement sleep, and rapid eye movement sleep states. The close …

Objective: Seven measures of neonatal EEG-sleep behavior were evaluated using
multivariate analyses to ascertain if physiologic differences exist between healthy full-and …

Sleep is the predominant behavioral state of the neonate and the neurophysiologic
expression of cerebral function during rapid brain growth and maturation that characterizes …

Abstract Study Objectives Cortical activity patterns develop rapidly over the equivalent of the
last trimester of gestation, in parallel with the establishment of sleep architecture. However …

Neonates spend most of their life sleeping. During sleep, their brain experiences fast
changes in its functional organization. Microstate analysis permits to capture the rapid …

Computer analyses of EEG/sleep states can be used as physiologic biomarkers of
developmental neural plasticity. Frequency-and time-dependent signal processing …

Recording of the epidural electroencephalogram (EEG) and electromyogram (EMG) in small
animals, like mice and rats, has been pivotal to study the homeodynamics and circuitry of …