The study of the effects of aging on neural activity in the human brain has attracted
considerable attention in neurophysiological, neuropsychiatric, and neurocognitive …

With the aging process, brain functions, such as attention, memory, and cognitive functions,
degrade over time. In a super-aging society, the alteration of neural activity owing to aging is …

Physiological brain aging is characterized by a loss of synaptic contacts and neuronal
apoptosis that provoke age-dependent decline of cognitive functions. Neural/synaptic …

Physiological brain aging is characterized by a loss of synaptic contacts and neuronal
apoptosis that provokes age-dependant decline of sensory processing, motor performance …

Objective: The brain age gap estimate (BrainAGE) is the difference between the estimated
age and the individual chronological age. BrainAGE was studied primarily using MRI …

Increasing life expectancy is prompting the need to understand how the brain changes
during healthy aging. Research utilizing electroencephalography (EEG) has found that the …

Physiological brain aging is characterized by synapses loss and neurodegeneration that
slowly lead to an age-related decline of cognition. Neural/synaptic redundancy and plastic …

Brain aging causes loss of synaptic spines, neuronal apoptosis, and a reduction in
neurotransmitter levels. These aging phenomena disturb cortical electrical activity and its …

The problem of revealing age-related distinctions in multichannel electroencephalograms
(EEGs) during the execution of motor tasks in young and elderly adults is addressed herein …

The present work focused on the study of fluctuations of cortical activity across time scales in
young and older healthy adults. The main objective was to offer a comprehensive …