Add to ORKGFocal slow wave activity in spontaneous MEG has been associated with neuropathology. Slowing of spontaneous MEG has also been reported in various psychiatric diseases. Especially EEG studies have shown increased slow wave activity in schizophrenic patients mainly in the delta range. The aim of this study was to localise focal slow wave activity in the delta (1.5Hz-4Hz) and the theta (4Hz-8Hz) bands using a dipole density method in patients with a DSM-IV diagnosis of affective (depressive) disorder. The main finding was that depressives displayed less generators of focal slow wave activity than controls in prefrontal brain regions
AbstractSleep slow wave activity (SWA), the major electrophysiological characteristic of deep sleep,...
AbstractDepression is a recognized feature of epilepsy. This study tested the hypothesis that depres...
Abstract Introduction Recent studies have demonstrated that cortical brain areas tend to oscillate a...
Focal slow wave activity in spontaneous MEG has been associated with neuropathology. Slowing of spon...
Objective: Focal slow waves in the delta and theta frequency range frequently appear in psychopathol...
Abstract Background Slow waves in the delta (0.5–4 Hz) frequency range are indications of normal act...
Background: Slow waves in the delta (0.5 - 4 Hz) frequency range are indications of normal activity ...
When slow waves in the EEG delta and theta frequency range appear in the waking state, they may indi...
Objective: To test the hypothesis that there is increased low-frequency activity located predominant...
Background: Slow waves in the delta (0.5–4 Hz) frequency range are indications of normal activity in...
BACKGROUND: Both EEG slow-wave activity (SWA) during sleep and EEG theta activity during waking have...
Enhanced slow wave activity has been found in stroke patients, schizophrenia, depression, Alzheimer´...
Background and objective: Several abnormal brain regions are known to be linked to depression, inclu...
Neuroimaging has revealed robust large-scale patterns of high neuronal activity in the human brain i...
Atypically enhanced activity in the delta and theta EEG frequency bands has frequently been reported...
AbstractSleep slow wave activity (SWA), the major electrophysiological characteristic of deep sleep,...
AbstractDepression is a recognized feature of epilepsy. This study tested the hypothesis that depres...
Abstract Introduction Recent studies have demonstrated that cortical brain areas tend to oscillate a...
Focal slow wave activity in spontaneous MEG has been associated with neuropathology. Slowing of spon...
Objective: Focal slow waves in the delta and theta frequency range frequently appear in psychopathol...
Abstract Background Slow waves in the delta (0.5–4 Hz) frequency range are indications of normal act...
Background: Slow waves in the delta (0.5 - 4 Hz) frequency range are indications of normal activity ...
When slow waves in the EEG delta and theta frequency range appear in the waking state, they may indi...
Objective: To test the hypothesis that there is increased low-frequency activity located predominant...
Background: Slow waves in the delta (0.5–4 Hz) frequency range are indications of normal activity in...
BACKGROUND: Both EEG slow-wave activity (SWA) during sleep and EEG theta activity during waking have...
Enhanced slow wave activity has been found in stroke patients, schizophrenia, depression, Alzheimer´...
Background and objective: Several abnormal brain regions are known to be linked to depression, inclu...
Neuroimaging has revealed robust large-scale patterns of high neuronal activity in the human brain i...
Atypically enhanced activity in the delta and theta EEG frequency bands has frequently been reported...
AbstractSleep slow wave activity (SWA), the major electrophysiological characteristic of deep sleep,...
AbstractDepression is a recognized feature of epilepsy. This study tested the hypothesis that depres...
Abstract Introduction Recent studies have demonstrated that cortical brain areas tend to oscillate a...