Laser-evoked potentials in human pain

Laser-evoked potentials in human pain

Source :

• Pain Forum [ 1082-3174 ] ; 1998.

English descriptors

• KwdEn :
  • Afferent, Afferent fibers, Analgesic, Argon laser, Bjerring, Brain potentials, Brainstem, Bromm, Central pain, Cerebral potentials, Clin, Clinical impairment, Cortical reflex myoclonus, Cutaneous, Cutaneous nociceptors, Cutaneous receptors, Dynamic spatiotemporal specificity, Dynamic topography, Electrical seps, Electrical stimulation, Electroenceph, Electroenceph clin, Electroenceph clin neurophysiol, Focus article, Human pain, Impairment, Kakigi, Laser, Laser stimulation, Laser stimuli, Late leps, Latency, Lateral, Leps, Nerve stimulation, Neural basis, Neurol, Neurol neurosurg psychiat, Neurophysiol, Nociceptive, Nociceptive activation, Nociceptive pathways, Nociceptive system, Oral mucosa, Pain experience, Pain intensity, Pain perception, Pain ratings, Pain research, Painful laser stimulation, Pathway, Physical properties, Raven press, Receptor, Sampling rate, Second pain, Sep, Shibasaki, Skin temperature, Somatosensory, Spatiotemporal, Spinal, Spinothalamic tract, Stimulation, Stimulus intensity, Stimulus parameters, Subjective pain experience, Temperature sense, Thin fibers, Treede, Ultralate, Ultralate leps, Vertex potentials, dissociation/association, dynamic spatiotemporal specificity, laser-evoked potentials, mechanisms, methodology, neuropathology, pain.
• Teeft :
  • Afferent, Afferent fibers, Analgesic, Argon laser, Bjerring, Brain potentials, Brainstem, Bromm, Central pain, Cerebral potentials, Clin, Clinical impairment, Cortical reflex myoclonus, Cutaneous, Cutaneous nociceptors, Cutaneous receptors, Dynamic spatiotemporal specificity, Dynamic topography, Electrical seps, Electrical stimulation, Electroenceph, Electroenceph clin, Electroenceph clin neurophysiol, Focus article, Human pain, Impairment, Kakigi, Laser, Laser stimulation, Laser stimuli, Late leps, Latency, Lateral, Leps, Nerve stimulation, Neural basis, Neurol, Neurol neurosurg psychiat, Neurophysiol, Nociceptive, Nociceptive activation, Nociceptive pathways, Nociceptive system, Oral mucosa, Pain experience, Pain intensity, Pain perception, Pain ratings, Pain research, Painful laser stimulation, Pathway, Physical properties, Raven press, Receptor, Sampling rate, Second pain, Sep, Shibasaki, Skin temperature, Somatosensory, Spatiotemporal, Spinal, Spinothalamic tract, Stimulation, Stimulus intensity, Stimulus parameters, Subjective pain experience, Temperature sense, Thin fibers, Treede, Ultralate, Ultralate leps, Vertex potentials.

Abstract

• https://api.istex.fr/document/8FF0BAFEBEEFBB60EFAF0B2CDB823A57BBA2C387/fulltext/pdf

Affiliations:

• Belgique, Danemark
• Jutland du Nord, Région de Bruxelles-Capitale
• Aalborg, Bruxelles
• Université d'Aalborg

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