International audienceWe studied responses of the parieto-frontal opercular cortex to electric stimuli, as recorded by intra-cortical electrodes during stereotactic EEG presurgical assessment of patients with drug-resistant temporal lobe epilepsy. After electrical stimulation of the median nerve at the wrist, we consistently recorded a negative-positive biphasic response peaking at 60 ms (N60) and 90 ms (P90) post-stimulus in the upper bank of the sylvian fissure contralateral to stimulation. Talairach stereotactic coordinates of the electrode contacts recording these responses covered the pre- and post-rolandic part of the upper bank of the sylvian fissure (25<x<55 mm; -27<y<+13 mm; 0<z<21 mm), corresponding to the accepted localization of...
Objectives: To examine the temporal stability and variability of neuronal synchronization among the ...
In the somatosensory domain it is still unclear at which processing stage information reaches the op...
OBJECTIVE: To analyse waveforms, latencies and amplitudes of Median Nerve (MN) SEPs recorded by ster...
International audienceWe studied responses of the parieto-frontal opercular cortex to electric stimu...
International audienceIn this study we compare the intrinsic characteristics and localization of noc...
International audienceTo record somatosensory evoked potentials (SEPs) to median nerve stimulation b...
HUMAN short-latency cortical responses to median nerve stimulation were investigated with a new high...
In the present study, we mapped the spatio-temporal dynamics of cortical responses to ipsilateral me...
International audienceMedian nerve somatosensory-evoked potentials (SEPs) have been recorded using i...
MEG recordings visualized non-invasively a serial mediolateral activation of the human somatosensory...
Here we show how anatomical and functional data recorded from patients undergoing stereo-EEG can be ...
To analyse short and long-latency (SEPs) recorded by chronically stereotactically electrodes implant...
In response to a somatosensory stimulus, two cortical centers in each hemisphere produce neural mass...
In non-human primates, a bilateral representation of unilaterally presented somatosensory informatio...
Electronic averaging makes it possible to analyze somatosensory evoked potentials (SEP) recorded non...
Objectives: To examine the temporal stability and variability of neuronal synchronization among the ...
In the somatosensory domain it is still unclear at which processing stage information reaches the op...
OBJECTIVE: To analyse waveforms, latencies and amplitudes of Median Nerve (MN) SEPs recorded by ster...
International audienceWe studied responses of the parieto-frontal opercular cortex to electric stimu...
International audienceIn this study we compare the intrinsic characteristics and localization of noc...
International audienceTo record somatosensory evoked potentials (SEPs) to median nerve stimulation b...
HUMAN short-latency cortical responses to median nerve stimulation were investigated with a new high...
In the present study, we mapped the spatio-temporal dynamics of cortical responses to ipsilateral me...
International audienceMedian nerve somatosensory-evoked potentials (SEPs) have been recorded using i...
MEG recordings visualized non-invasively a serial mediolateral activation of the human somatosensory...
Here we show how anatomical and functional data recorded from patients undergoing stereo-EEG can be ...
To analyse short and long-latency (SEPs) recorded by chronically stereotactically electrodes implant...
In response to a somatosensory stimulus, two cortical centers in each hemisphere produce neural mass...
In non-human primates, a bilateral representation of unilaterally presented somatosensory informatio...
Electronic averaging makes it possible to analyze somatosensory evoked potentials (SEP) recorded non...
Objectives: To examine the temporal stability and variability of neuronal synchronization among the ...
In the somatosensory domain it is still unclear at which processing stage information reaches the op...
OBJECTIVE: To analyse waveforms, latencies and amplitudes of Median Nerve (MN) SEPs recorded by ster...