Ultralate (C-fibres) laser evoked potentials (LEP) can be obtained by stimulation of a tiny skin surface area (0.23 mm(2)). Since their generators are unknown up to now, we performed brain source analyses of ultralate LEPs using high resolution electroencephalography (64 channels) and a realistic head model that was based on individual magnetic resonance images. Ultralate LEPs were characterized by a negative-positive complex with a large positive component maximal at the vertex. Source analysis revealed that ultralate LEPs could be explained by two dipole sources in the upper bank of the contralateral and ipsilateral Sylvian fissure (SII) and one dipole in the median region corresponding to the anterior cingulate gyrus
Sensory neuropathy usually impairs tactile sensations related to large myelinated afferents (Abeta) ...
In Part I, this Focus article describes characteristics of laser-evoked brain potentials (LEPs) in h...
Objectives: The investigation of the CO2 laser evoked potential (LEP) modifications following a poin...
CO2 laser stimulation of tiny skin surface areas on the hand dorsum generate ultralate laser evoked ...
AIM: To investigate (1) the scalp topography of ultralate laser evoked potentials (LEPs) related to ...
International audienceIn this work we review data on cortical generators of laser-evoked potentials ...
In this study, it is reported that CO2 laser heat stimulation of tiny skin surface area (0.15 mm2) p...
The necessary and sufficient condition to record brain responses to signals ascending through C-fibe...
Objective: Laser-evoked potentials (LEPs) currently represent the most reliable and widely agreed me...
AbstractData are provided to document the presence of late and ultra-late latency components of cort...
Data are provided to document the presence of late and ultra-late latency components of cortical las...
We recorded laser-evoked potentials (LEPs) from 20 normal subjects by stimulating the skin with puls...
Session - Poster Abstract Presentation: no. PH 334AIM OF INVESTIGATION: Brief radiant heat pulses, g...
Intense radiant heat pulses concomitantly activate A delta-and C-fiber skin nociceptors, and elici...
Nociceptive laser pulses elicit temporally-distinct cortical responses (the N1, N2 and P2 waves of l...
Sensory neuropathy usually impairs tactile sensations related to large myelinated afferents (Abeta) ...
In Part I, this Focus article describes characteristics of laser-evoked brain potentials (LEPs) in h...
Objectives: The investigation of the CO2 laser evoked potential (LEP) modifications following a poin...
CO2 laser stimulation of tiny skin surface areas on the hand dorsum generate ultralate laser evoked ...
AIM: To investigate (1) the scalp topography of ultralate laser evoked potentials (LEPs) related to ...
International audienceIn this work we review data on cortical generators of laser-evoked potentials ...
In this study, it is reported that CO2 laser heat stimulation of tiny skin surface area (0.15 mm2) p...
The necessary and sufficient condition to record brain responses to signals ascending through C-fibe...
Objective: Laser-evoked potentials (LEPs) currently represent the most reliable and widely agreed me...
AbstractData are provided to document the presence of late and ultra-late latency components of cort...
Data are provided to document the presence of late and ultra-late latency components of cortical las...
We recorded laser-evoked potentials (LEPs) from 20 normal subjects by stimulating the skin with puls...
Session - Poster Abstract Presentation: no. PH 334AIM OF INVESTIGATION: Brief radiant heat pulses, g...
Intense radiant heat pulses concomitantly activate A delta-and C-fiber skin nociceptors, and elici...
Nociceptive laser pulses elicit temporally-distinct cortical responses (the N1, N2 and P2 waves of l...
Sensory neuropathy usually impairs tactile sensations related to large myelinated afferents (Abeta) ...
In Part I, this Focus article describes characteristics of laser-evoked brain potentials (LEPs) in h...
Objectives: The investigation of the CO2 laser evoked potential (LEP) modifications following a poin...