<p>The right middle figure shows phase reversal of spikes in a bipolar montage.</p
<p>The clinical (left) and simulated (right) EEG are compared in various properties, such as the lon...
<p>Left: Examples of bipolar electrocorticographic recordings from each experimental group, illustra...
The graph shows the spectral perturbation of Mu (8–12 Hz) and beta (15–23 Hz) bands recorded in the ...
<p>(A) Implantation scheme of intracranial electrodes (patient no. 119). (B–E) EEG-traces in bipolar...
<p>FT9 spike: 71 channel EEG (left column) and 129 channel MEG (right column) butterfly plots (upper...
<p>(A) The stage-2 type of spontaneous electrographic NCS ending with the HFT spikes had no behavior...
Purpose: Midline epileptiform discharges are rare compared with discharges at other scalp locations...
Objectives: To investigate neurophysiological parameters which possibly distinguish subtypes I and I...
(a-c) Single thalamic units discharging in phase with the EEG. (a) Superimposed on a wave of the EEG...
Topographic distribution of normalised EEG power between 1 and 10 Hz at baseline, pre-event (5 minut...
The clinical features of nocturnal frontal lobe epilepsy (NFLE) consist of a spectrum of paroxysmal ...
Objective: Ripples (80-250. Hz) have been shown to be a more specific biomarker for the epileptogeni...
This article presents a method to transform routine clinical EEG recordings to an alternative visual...
<p><b>A)</b> Heat map (blue to red) and raw numbers indicate the sum of durations (in seconds) of sp...
<p>Electroencephalogram Showing Repetitive Focal Spikes or Sharps Less Than Three per Second</p
<p>The clinical (left) and simulated (right) EEG are compared in various properties, such as the lon...
<p>Left: Examples of bipolar electrocorticographic recordings from each experimental group, illustra...
The graph shows the spectral perturbation of Mu (8–12 Hz) and beta (15–23 Hz) bands recorded in the ...
<p>(A) Implantation scheme of intracranial electrodes (patient no. 119). (B–E) EEG-traces in bipolar...
<p>FT9 spike: 71 channel EEG (left column) and 129 channel MEG (right column) butterfly plots (upper...
<p>(A) The stage-2 type of spontaneous electrographic NCS ending with the HFT spikes had no behavior...
Purpose: Midline epileptiform discharges are rare compared with discharges at other scalp locations...
Objectives: To investigate neurophysiological parameters which possibly distinguish subtypes I and I...
(a-c) Single thalamic units discharging in phase with the EEG. (a) Superimposed on a wave of the EEG...
Topographic distribution of normalised EEG power between 1 and 10 Hz at baseline, pre-event (5 minut...
The clinical features of nocturnal frontal lobe epilepsy (NFLE) consist of a spectrum of paroxysmal ...
Objective: Ripples (80-250. Hz) have been shown to be a more specific biomarker for the epileptogeni...
This article presents a method to transform routine clinical EEG recordings to an alternative visual...
<p><b>A)</b> Heat map (blue to red) and raw numbers indicate the sum of durations (in seconds) of sp...
<p>Electroencephalogram Showing Repetitive Focal Spikes or Sharps Less Than Three per Second</p
<p>The clinical (left) and simulated (right) EEG are compared in various properties, such as the lon...
<p>Left: Examples of bipolar electrocorticographic recordings from each experimental group, illustra...
The graph shows the spectral perturbation of Mu (8–12 Hz) and beta (15–23 Hz) bands recorded in the ...