Schizophrenia patients show abnormalities in a broad range of task demands. Therefore, an
explanation common to all these abnormalities has to be sought independently of any …

Introduction Resting-state EEG microstates are thought to reflect the momentary local states
and interactions of distributed neural networks in the brain. Several changes in resting-state …

Background Microstates are periods of characteristic electroencephalographic signal
topography that are related to activity in brain networks. Previous work has identified …

Resting-state electroencephalography (EEG) microstates reflect sub-second, quasi-stable
states of brain activity. Several studies have reported alterations of microstate features in …

Objective Higher mental functions depend on global cerebral functional coordination. Our
aim was to study fast modulation of functional networks in schizophrenia that has not been …

Quasi-stable electrical fields in the EEG, called microstates carry information on the
dynamics of large scale brain networks. Using machine learning techniques, we explored …

Spontaneous EEG signal can be parsed into sub-second periods of stable functional states
(microstates) that assumingly correspond to brief large scale synchronization events. In …

Schizophrenia is a devastating disease with a prevalence of 1% in populations around the
world. Current diagnostic techniques of schizophrenia and high-risk population are based …

Objective: In young, first-episode, never-treated schizophrenics compared with controls,(a)
generally shorter durations of EEG microstates were reported (Koukkou et al., Brain Topogr …

Background: The few previous studies on resting-state electroencephalography (EEG)
microstates in depressive patients suggest altered temporal characteristics of microstates …