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首页> 外文期刊>Journal of cosmetic dermatology >Capillaroscopy and videocapillaroscopy assessment of skin microcirculation: dermatologic and cosmetic approaches
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Capillaroscopy and videocapillaroscopy assessment of skin microcirculation: dermatologic and cosmetic approaches

机译:皮肤微循环的毛细管镜和视频毛细管镜评估:皮肤病学和美容学方法

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Background Different noninvasive bioengineering techniques exist to study the micro-vasculature of the skin and the dynamics of the microcirculation. The goal of these techniques is to visualize the skin capillary circulation easily and directly. Indeed, this information is irreplaceable to study the physiology and physiopathology of the skin capillary circulation efficiently.Aims Capillaroscopy and video-capillaroscopy techniques are presented with different methods to study the capillary structure of the skin.Methods The methods presented in this work include image processing analysis combining morphology, statistics, geometry, and neural network detection designed to quantify the microcirculation and to follow its evolution. To illustrate the combination of these techniques and methods, different examples of their application are described, in dermatology (hypertension, venous insufficiency, age-related changes) as well as in cosmetology (rosacea and erythrosis assessment).Conclusion The determination of structural or dynamic changes in the cutaneous micro-circulation belongs to the noninvasive techniques of the biometrological domain. Thus, every capillary modification resulting from topical cosmetic products, or chemical agents can be observed. In pathology, numerous conditions can be better examined with this system. Associated with the potential of numerical image analysis, Capillaroscopy techniques will probably extend their application fields to the assessment of the influence of arterial and venous diseases on the skin nutritional circulation.
机译:背景技术存在不同的非侵入性生物工程技术来研究皮肤的微脉管系统和微循环的动力学。这些技术的目标是使皮肤毛细血管的循环轻松而直接地可视化。的确,这些信息是不可替代的,可以有效地研究皮肤毛细血管循环的生理学和生理病理学。针对毛细血管镜和视频毛细血管镜技术,提出了不同的方法来研究皮肤的毛细血管结构。分析结合了形态学,统计学,几何学和神经网络检测,旨在量化微循环并跟踪其发展。为了说明这些技术和方法的结合,在皮肤病学(高血压,静脉功能不全,年龄相关的变化)以及美容学(酒渣鼻和红斑评估)中描述了其应用的不同示例。结论确定结构或动态皮肤微循环的变化属于生物计量领域的非侵入性技术。因此,可以观察到由局部化妆品或化学试剂引起的每种毛细管修饰。在病理学中,可以使用此系统更好地检查许多情况。伴随着数值图像分析的潜力,毛细血管镜技术将可能将其应用领域扩展到评估动脉和静脉疾病对皮肤营养循环的影响。

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