Publication | Closed Access
Thermal sensitivity in healthy subjects is decreased by a central mechanism after TNS
26
Citations
20
References
1985
Year
Healthy SubjectsPain MedicineNeuropathic PainThermal TherapyAcupunctureDermatologyThermal SenseSocial SciencesIntegrative PhysiologyStimulation DeviceHyperthermiaSensationThermal Difference LimenThermal SensitivityNeurostimulationPain ResearchCentral MechanismNeurophysiologyPhysiologyElectrophysiologyMedicineAnesthesiologyComplementary Medicine
Using the thermal sense as a model for nociception, the effects of conventional and acupuncture-like transcutaneous nerve stimulation (TNS) were tested on thresholds for warm and cold sensation in 8 healthy subjects. Photic stimulation did not change the thermically neutral zone (the warm-cold difference limen) from that seen under baseline conditions. However, the thermal difference limen usually increased with both types of TNS. The effect was ipsi- as well as contralateral, implying that a central inhibitory mechanism is activated by conventional and acupuncture-like TNS.
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