An increasing number of schizophrenia studies have been examining
electroencephalography (EEG) data using time-frequency analysis, documenting illness …

BACKGROUND: Gamma band activity has been associated with many sensory and
cognitive functions, and is important for cortico-cortical transmission and the integration of …

Objective: Electroencephalographic (EEG) synchronization in the gamma band is thought to
represent a neuronal mechanism by which the brain integrates information processed in …

OBJECTIVES: Recent studies have explored a model of the disconnection hypothesis of
schizophrenia through the demonstration of abnormal stimulus induced gamma phase …

Objectives: Gamma ('40 Hz') rhythms may play a role in the integration of sensory
processing activity. Impaired temporal integration may be a key feature of the associated …

Background Basic science studies at the neuronal systems level have indicated that gamma-
range (30-50 Hz) neural synchronization may be a key mechanism of information …

BACKGROUND: Schizophrenia patients have deficits across a broad range of important
cognitive and clinical domains. Synchronization of oscillations in the gamma frequency …

OBJECTIVE: There has been a convergence of models describing schizophrenia as a
disconnection syndrome, with a focus on the temporal connectivity of neural activity …

Time domain analysis of electroencephalography (EEG) can identify subsecond periods of
quasi-stable brain states. These so-called microstates assumingly correspond to basic units …

Schizophrenia is associated with a dysfunction of cognitive integration that may be due to
abnormalities in inhibitory neural circuitry. A previous study found a failure of gamma band …