Central Nervous System Responses to Comfortable Thermal Stimuli to the Soles of the Feet with Simultaneous Presentation of Other Sensory Stimuli

IF 0.8 Q4 ENGINEERING, INDUSTRIAL International Journal of Affective Engineering Pub Date : 2021-01-01 DOI:10.5057/ijae.tjske-d-20-00021
S. Fujiwara, Minami Sasakura, Haruki Oita, Mayumi Uemae, Hiroaki Yoshida, Takashi Matsuoka, Yumi Shibagaki, M. Kamijo
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Abstract

: The current study sought to examine differences in physiological responses to comfortable thermal stimuli applied to the soles of the feet during the simultaneous presentation of other sensory stimuli. As relaxing stimuli, underwater movie footage, classical music, light blue illumination, vibration of the trunk, and the odor of grapefruit oil were each presented simultaneously with a thermal stimulus. Electroencephalography of parietal and cerebral blood flow in the prefrontal cortex were measured. An increase in α -wave activity and a decrease in cerebral blood flow were found for all combinations of stimuli compared with baseline. Additionally, the results revealed differences in response speed depending on the stimulus presentation condition. However, the tendency suggesting a difference in response times depending on the stimulus condition was similar to that of the thermal stimulus alone. The results indicated that thermal stimulation has a substantial effect on the feeling of relaxation.
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中枢神经系统对舒适热刺激的反应,以脚底同时呈现其他感觉刺激
当前的研究旨在检查在同时呈现其他感官刺激时,对脚底施加舒适热刺激的生理反应的差异。作为放松刺激,水下电影片段、古典音乐、浅蓝色照明、躯干振动和葡萄柚油的气味都与热刺激同时呈现。测定顶叶脑电图和前额叶皮层脑血流。与基线相比,所有刺激组合均发现α波活动增加,脑血流量减少。此外,实验结果还揭示了不同刺激呈现条件下反应速度的差异。然而,反应时间随刺激条件的不同而变化的趋势与单独的热刺激相似。结果表明,热刺激对放松的感觉有实质性的影响。
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