Hongcharu Wichai, Gold Michael
J Drugs Dermatol. 2015 Nov;14(11):1298-304.
While radiofrequency has been used medically for decades to treat a wide variety of conditions, its use therapeutically to target conditions affecting the skin is relatively new. With the development of fractional radiofrequency, which allows for the heat energy to be delivered in a more targeted manner through the use of needles as electrodes, this technique is now the preferred medical treatment option for many skin conditions given the reduction in recovery time and fewer number of reported side effects. The current study examined the clinical effectiveness of SmartScan(TM) Nano-Fractional RFTM treatment. Participants included 12 healthy female volunteers who reported varying degrees of rhytides, hyperpigmentation, or acne redness. Participants each received one treatment of SmartScan Nano-Fractional RF. The areas receiving treatment were photographed in a standardized way, using high-resolution macrophotography, at baseline (prior to receiving the treatment) and one month after treatment. Baseline and post-treatment photographs were then visually compared for treatment effects and analyzed through software-assisted quantification of variation in pigmentation and skin texture. The results indicated that this SmartScan technique for Nano-Fractional RF is effective in improving skin texture, and pigmentation.
虽然射频技术在医学上已使用数十年,用于治疗多种病症,但其在治疗影响皮肤的病症方面的应用相对较新。随着微针射频技术的发展,通过使用针作为电极,能够以更有针对性的方式传递热能,鉴于恢复时间缩短且报告的副作用数量减少,该技术现在是许多皮肤病症的首选医学治疗方案。本研究考察了SmartScan™纳米微针射频治疗的临床效果。参与者包括12名健康女性志愿者,她们报告有不同程度的皱纹、色素沉着或痤疮泛红。每位参与者均接受了一次SmartScan纳米微针射频治疗。使用高分辨率微距摄影,在基线(接受治疗前)和治疗后一个月,以标准化方式对接受治疗的部位进行拍照。然后对基线照片和治疗后照片进行视觉比较以观察治疗效果,并通过软件辅助量化色素沉着和皮肤质地的变化进行分析。结果表明,这种SmartScan纳米微针射频技术在改善皮肤质地和色素沉着方面是有效的。