Left panel: time series of partial seizures recorded with SEEG. The colored bars indicate the EZ (red)and PZ (blue). Right panel: On the top, the spatial organization of the EZ and PZ is shown on the left hemisphere, frontal-lateral and lateral view. Below, spatiotemporal activation patterns are plotted at different time points of the seizures. The same time points highlighted with black dashed lines in the left panel. lh-SPC, left superior parietal cortex; lh-IPC, left inferior parietal cortex; lh-LgG, left lingual gyrus; lh-LOC, left lateral occipital cortex; lh-FuG, left fusiform gyrus; lh-PC, left Pericalcarine; lh-ITG, left inferior temporal gyrus.</p
Background: Stereotactic placement of intracerebral multilead electrodes for chronic EEG recording o...
<p>The significant ipsilateral high-beta ERS cluster is highlighted. Plots on left and right reflect...
\u3cp\u3eObjective: The interictal epileptic discharges (IEDs) occurring in stereotactic EEG (SEEG) ...
<p>A – Scalp EEG showing electrographic seizure over perisylvian region and associated BOLD changes....
International audienceObjective To determine the involvement of subcortical regions in human epileps...
International audienceIntracranial EEG studies using stereotactic EEG (SEEG) have shown that during ...
<p>A – Scalp EEG showing right temporal IED and the associated BOLD changes. Functional map is co-re...
Background. Despite a great number of antiepileptic drugs available, one-third of epilepsies remains...
International audienceIntracranial EEG studies using stereotactic EEG (SEEG) have shown that during ...
Clinical history: occipital epilepsy type (left size). EZ region: Lateral occipital cortex. PZ predi...
International audienceDuring presurgical evaluation of pharmacoresistant partial epilepsies, stereoe...
<p>(A) Symptomatic (left) hand, recording from contralateral occipital cortex. Top plot shows averag...
Purpose: Although seizures and interictal spikes are not always colocalized, there may be valuable ...
Ictal behavior coupled with SPECT findings during 28 seizures in patients with temporal lobe epileps...
<p>A – Scalp EEG showing right temporo-parietal IED (spike and slow wave) and the associated BOLD ch...
Background: Stereotactic placement of intracerebral multilead electrodes for chronic EEG recording o...
<p>The significant ipsilateral high-beta ERS cluster is highlighted. Plots on left and right reflect...
\u3cp\u3eObjective: The interictal epileptic discharges (IEDs) occurring in stereotactic EEG (SEEG) ...
<p>A – Scalp EEG showing electrographic seizure over perisylvian region and associated BOLD changes....
International audienceObjective To determine the involvement of subcortical regions in human epileps...
International audienceIntracranial EEG studies using stereotactic EEG (SEEG) have shown that during ...
<p>A – Scalp EEG showing right temporal IED and the associated BOLD changes. Functional map is co-re...
Background. Despite a great number of antiepileptic drugs available, one-third of epilepsies remains...
International audienceIntracranial EEG studies using stereotactic EEG (SEEG) have shown that during ...
Clinical history: occipital epilepsy type (left size). EZ region: Lateral occipital cortex. PZ predi...
International audienceDuring presurgical evaluation of pharmacoresistant partial epilepsies, stereoe...
<p>(A) Symptomatic (left) hand, recording from contralateral occipital cortex. Top plot shows averag...
Purpose: Although seizures and interictal spikes are not always colocalized, there may be valuable ...
Ictal behavior coupled with SPECT findings during 28 seizures in patients with temporal lobe epileps...
<p>A – Scalp EEG showing right temporo-parietal IED (spike and slow wave) and the associated BOLD ch...
Background: Stereotactic placement of intracerebral multilead electrodes for chronic EEG recording o...
<p>The significant ipsilateral high-beta ERS cluster is highlighted. Plots on left and right reflect...
\u3cp\u3eObjective: The interictal epileptic discharges (IEDs) occurring in stereotactic EEG (SEEG) ...