High-Wattage Pulsed Irradiation of Linearly Polarized Near-Infrared Light to Stellate Ganglion Area for Burning Mouth Syndrome

The purpose of this study was to apply high-wattage pulsed irradiation of linearly polarized near-infrared light to the stellate ganglion area for burning mouth syndrome (BMS) and to assess the efficacy of the stellate ganglion area irradiation (SGR) on BMS using differential time-/frequency-domain...

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Bibliographic Details
Main Authors: Yukihiro Momota (Author), Koichi Kani (Author), Hideyuki Takano (Author), Fumihiro Matsumoto (Author), Keiko Aota (Author), Daisuke Takegawa (Author), Tomoko Yamanoi (Author), Chika Kondo (Author), Shigemasa Tomioka (Author), Masayuki Azuma (Author)
Format: Book
Published: Hindawi Limited, 2014-01-01T00:00:00Z.
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Summary:The purpose of this study was to apply high-wattage pulsed irradiation of linearly polarized near-infrared light to the stellate ganglion area for burning mouth syndrome (BMS) and to assess the efficacy of the stellate ganglion area irradiation (SGR) on BMS using differential time-/frequency-domain parameters (D parameters). Three patients with BMS received high-wattage pulsed SGR; the response to SGR was evaluated by visual analogue scale (VAS) representing the intensity of glossalgia and D parameters used in heart rate variability analysis. High-wattage pulsed SGR significantly decreased the mean value of VAS in all cases without any adverse event such as thermal injury. D parameters mostly correlated with clinical condition of BMS. High-wattage pulsed SGR was safe and effective for the treatment of BMS; D parameters are useful for assessing efficacy of SGR on BMS.
Item Description:2090-6447
2090-6455
10.1155/2014/171657