Understanding of human pain in the brain through topographic mapping and quantification of laser-evoked potentials
Identifieur interne : 002751 ( Main/Curation ); précédent : 002750; suivant : 002752Understanding of human pain in the brain through topographic mapping and quantification of laser-evoked potentials
Auteurs : Andrew C. N. Chen [Danemark] ; Lars Arendt-Nielsen [Danemark] ; Leon Plaghki [Belgique]Source :
- Pain Forum [ 1082-3174 ] ; 1998.
English descriptors
- KwdEn :
- Aalborg university, American electroencephalographic society, Beam diameter, Chen, Clin, Clinical neurophysiology, Clinical practice, Cognitive processing, Cortical imaging laboratory, Different stimulus duration, Electroenceph clin neurophysiol, Emotional processing, Experimental protocol, First response, Focus article, Functional significance, Guideline, Human brain mapping, Human pain, Ifcn committee, International federation, Kohm impedance, Laser, Laser stimulation, Late components, Latency, Leps, Msec, Pain forum, Painful stimulation, Peak latency, Physiological processing, Primary pain sensation, Pulse duration, Rating task, Sampling epoch, Sampling rate, Skin temperature, Spectral power densities, Topographic mapping, Treede, Vital signs, Zaslansky.
- Teeft :
- Aalborg university, American electroencephalographic society, Beam diameter, Chen, Clin, Clinical neurophysiology, Clinical practice, Cognitive processing, Cortical imaging laboratory, Different stimulus duration, Electroenceph clin neurophysiol, Emotional processing, Experimental protocol, First response, Focus article, Functional significance, Guideline, Human brain mapping, Human pain, Ifcn committee, International federation, Kohm impedance, Laser, Laser stimulation, Late components, Latency, Leps, Msec, Pain forum, Painful stimulation, Peak latency, Physiological processing, Primary pain sensation, Pulse duration, Rating task, Sampling epoch, Sampling rate, Skin temperature, Spectral power densities, Topographic mapping, Treede, Vital signs, Zaslansky.
Url:
DOI: 10.1016/S1082-3174(98)80006-8
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ISTEX:BD229B6A80BA6634CF133F5971D1E47F5EF51FB3Le document en format XML
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<term>Experimental protocol</term>
<term>First response</term>
<term>Focus article</term>
<term>Functional significance</term>
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<term>Laser stimulation</term>
<term>Late components</term>
<term>Latency</term>
<term>Leps</term>
<term>Msec</term>
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<term>Painful stimulation</term>
<term>Peak latency</term>
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<term>Primary pain sensation</term>
<term>Pulse duration</term>
<term>Rating task</term>
<term>Sampling epoch</term>
<term>Sampling rate</term>
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