首页> 外文会议>Joint Meeting of the Bioelectromagnetics Society and the European BioElectromagnetics Association >Investigation of high frequency electromagnetic field component of cold microwave argon plasma - Effects of modulation of skin microcirculation wound healing and regeneration in mice in vivo
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Investigation of high frequency electromagnetic field component of cold microwave argon plasma - Effects of modulation of skin microcirculation wound healing and regeneration in mice in vivo

机译:冷微波氩等分量的高频电磁场分量研究 - 在体内小鼠小鼠皮肤微循环伤口愈合和再生的影响

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Current work present results of health effects of Cold Microwave Argon Plasma-CMAP over stimulation of processes of skin wound healing and regeneration. In order to explore the influence of all physical and chemical factors of this physical complex system we separated high frequency electromagnetic field component from net argon gas flow. In order to evaluate biological effects of high frequency electromagnetic field HF-EMF, we investigate micro-vessel tone response, using Laser Doppler Flowmetry-LDF. After HF-EMF action, no significant increase of surface body temperature of investigated animals was detected using high-resolution FLIR-camera, but an increase of the skin blood flow was measured by LDF.
机译:目前的工作现出冷微波氩等离子体 - CMAP对皮肤伤口愈合和再生过程的影响的健康效果的结果。为了探讨这种物理复杂系统的所有物理和化学因素的影响,我们将高频电磁场分量与净氩气流量分开。为了评估高频电磁场HF-EMF的生物学效果,我们使用激光多普勒流动性-LDF调查微容器色调响应。使用高分辨率的Flir相机检测到HF-EMF作用后,检测到所研究的动物表面体温显着增加,但通过LDF测量皮肤血​​流的增加。

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