Effects of interferential current on autonomic nervous system in healthy volunteers: randomized clinical trial

M. Oliveira, K. S. Lima, N. C. Righi, Juliana Rosa Nascimento, Geovana de Almeida Righi, Antônio Marcos Vargas da Silva, L. U. Signori
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引用次数: 2

Abstract

To evaluate the effects of different amplitude-modulated frequency (AMF-100Hz and AMF-10Hz) of the interferential current (IC) on autonomic nervous system (ANS) in healthy volunteers. Thirty healthy volunteers (23.7 ±2.7 years old) were randomized into placebo interventions (turned off), IC with AMF-100Hz and IC with AMF-10Hz. Interventions ware applied in the paravertebral ganglionar region for 30 minutes. ANS evaluated by the heart rate variability before and immediately after the interventions. 10Hz intervention reduced the sympathetic activity in 6% and an increase in the parasympathetic in 6%. 100Hz intervention increased 12% to sympathetic activity and decreased 12% to parasympathetic activity. IC changes the autonomic balance in healthy volunteers. 10Hz reduces the sympathetic activity and increases parasympathetic, although the 100Hz has opposite results. The IC at 10Hz improves the autonomic balance and presents potential effects to be tested in hypertensive patients.
干扰电流对健康志愿者自主神经系统的影响:随机临床试验
评估不同调幅频率(AMF-100Hz和AMF-10Hz)的干扰电流(IC)对健康志愿者自主神经系统(ANS)的影响。30名健康志愿者(23.7±2.7岁)被随机分为安慰剂干预(关闭)、AMF-100Hz的IC和AMF-10Hz的IC。在椎旁神经节区域进行干预30分钟。ANS通过干预前后的心率变异性进行评估。10Hz干预降低了6%的交感神经活动,增加了6%的副交感神经。100Hz干预使交感神经活动增加12%,使副交感神经活动减少12%。IC改变了健康志愿者的自主神经平衡。10Hz降低交感神经活动,增加副交感神经,尽管100Hz的结果相反。10Hz的IC改善了自主神经平衡,并对高血压患者产生了潜在的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
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44
审稿时长
16 weeks
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