Albornoz-Cabello Manuel, Ibáñez-Vera Alfonso Javier, De la Cruz-Torres Blanca
a Department of Physiotherapy , Universidad de Sevilla , Sevilla , Spain.
b Department of Health Sciences , Universidad de Jaen , Jaen , Spain.
J Cosmet Laser Ther. 2017 Nov;19(7):422-426. doi: 10.1080/14764172.2017.1342041. Epub 2017 Jul 5.
Despite high incidence rate of cellulite, there are few studies regarding its treatment. Most of them present non-validated evaluation tools. Radio frequency is a focused treatment very used in aesthetics to reduce it.
To know the efficacy of Monopolar Dielectric Radio frequency (MDR) treatment in dynamic applications to reduce cellulite, panniculus adiposus and gluteal and posterior thigh regions.
Experimental study consisting of inferior members of nine women. They received 10 sessions based on dynamic applications of MDR. Variables included the following: Cellulite Severity Scale (CSS), appearance of the cutaneous area, flaccidity and ultrasound measurement of the panniculus adiposus.
The final CSS score of the leg treated reflects statistically significative differences (p = 0.023) when compared with control leg (p = 0.622). Significant reductions of body perimeters at the level of the great trochanter (p = 0.02), the gluteal region (p = 0.03) and the midpoint of the posterior thigh (p = 0.01) are found. The reduction of the panniculus adiposus measured using ultrasound techniques shows significant changes in the midpoint of the posterior thigh (p = 0.028) as well as in the gluteal region (p = 0.03).
The dynamic application of MDR seems to be effective in order to reduce not only the thickness of panniculus adiposus but also gluteal and posterior thigh perimeters.
尽管橘皮组织的发病率很高，但关于其治疗的研究却很少。其中大多数研究都提出了未经验证的评估工具。射频是一种常用于美容领域以减少橘皮组织的聚焦治疗方法。
了解单极介电射频（MDR）动态应用于减少橘皮组织、脂肪垫以及臀部和大腿后部区域的疗效。
对九名女性的下肢进行实验研究。她们接受了基于MDR动态应用的10次治疗。变量包括以下内容：橘皮组织严重程度量表（CSS）、皮肤区域外观、松弛度以及脂肪垫的超声测量。
与对照腿（p = 0.622）相比，治疗腿的最终CSS评分显示出统计学上的显著差异（p = 0.023）。在大转子水平（p = 0.02）、臀部区域（p = 0.03）和大腿后部中点（p = 0.01）发现身体周长有显著减少。使用超声技术测量的脂肪垫减少在大腿后部中点（p = 0.028）以及臀部区域（p = 0.03）显示出显著变化。
MDR的动态应用似乎不仅能有效减少脂肪垫厚度，还能减少臀部和大腿后部的周长。
