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Non invasive measurement of skin biophysical parameters in normal, psoriasis, vitiligo affected skin

机译:正常,牛皮癣,白癜风影响的皮肤的皮肤生物物理参数的非侵入性测量

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Skin biophysical properties can indicate not only skin condition but also the systemic status of the human organism. Understanding the skin's physiological, chemical and biophysical characteristics will helps to arrange a proper approach to the management of the skin diseases. Also Skin analysis allows people to take control of their skin care. By detecting any possible issues early can reduce the amount of treatments that might be needed and the costs involved. In this study non invasive skin biophysical parameter has been used for comparison of Hydration and Tran epidermal Water Loss (TEWL) in normal, psoriasis, vitiligo affected skin by using the Dermalab series Skin Lab Combo equipment. The anatomical locations selected for measurements are forehead, volar forearm mid region, Dorsal Hand and Neck in an individual. The study found that baseline TEWL and Hydration depends on anatomical regions. Variation in these parameters are found to great extent in psoriasis as compared to normal and vitiligo affected skin.
机译:皮肤的生物物理特性不仅可以指示皮肤状况,还可以指示人体的全身状况。了解皮肤的生理,化学和生物物理特性将有助于安排适当的方法来管理皮肤疾病。皮肤分析还可以使人们控制自己的皮肤护理。通过及早发现任何可能的问题,可以减少可能需要的治疗数量和所涉及的成本。在这项研究中,通过使用Dermalab系列Skin Lab Combo设备,非侵入性皮肤生物物理参数已用于比较正常,牛皮癣,白癜风影响的皮肤的水合作用和Tran表皮失水(TEWL)。选择进行测量的解剖位置是个体的前额,掌前臂中部区域,背手和颈部。研究发现基线TEWL和水合作用取决于解剖区域。与正常和受白癜风影响的皮肤相比,在牛皮癣中发现这些参数的变化很大。

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