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Nanotechnology and traditional medicine: challenges and opportunities.

机译:纳米技术与传统医学:挑战与机遇。

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摘要

Iontophoresis is the noninvasive delivery of ions using direct current. The direct current has some disadvantages such as skin burning. Interferential current is a kind of alternating current without limitations of direct current; so the purpose of this study is to investigate and compare the effects of lidocaine, interferential current and lidocaine iontophoresis using interferential current. 30 healthy women aged 20-24 years participated in this randomized clinical trial study. Pressure, tactile and pain thresholds were evaluated before and after the application of treatment methods. Pressure, tactile and pain sensitivity increased significantly after the application of lidocaine alone (p < 0.005) and lidocaine iontophoresis using interferential current (p < 0.0001). Lidocaine iontophoresis using interferential current can increase perception threshold of pain, tactile stimulus and pressure sense more significantly than lidocaine and interferential current alone.
机译:离子电渗疗法是使用直流电进行离子的无创递送。直流电具有一些缺点,例如灼伤皮肤。干扰电流是一种交流电,不受直流电的限制。因此,本研究的目的是调查和比较利多卡因,干扰电流和使用干扰电流进行的利多卡因离子电渗疗法的效果。 30名20-24岁的健康女性参加了这项随机临床试验研究。在应用治疗方法之前和之后评估压力,触觉和疼痛阈值。单独应用利多卡因(p <0.005)和使用干扰电流进行利多卡因离子电渗疗法(p <0.0001)后,压力,触觉和疼痛敏感性显着提高。与仅使用利多卡因和干扰电流相比,使用干扰电流的利多卡因离子电渗疗法可显着增加疼痛,触觉刺激和压力感的知觉阈值。

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