Titlebook: Atlas of Lasers and Lights in Dermatology; Giovanni Cannarozzo,Steven Paul Nisticò,Mario Sann Book 2020 Springer Nature Switzerland AG 202

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Franco Cataldo,Susana Iglesias-Grothrom resurfacing treatments to vaporization of numerous benign dermatological lesions. CO. (10,600-nm) and Er:YAG (2940-nm) lasers emit in the far-infrared spectrum. Surgical laser was introduced in the past as a surgical tool capable of vaporizing tissue. Side effects may present as hypertrophic or

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Topological Modeling of C60H36 Hydrides,AFL) resurfacing allows real results with fewer side effects and shorter recovery times. The wavelengths of the near and middle infrared are indicated for the nonablative resurfacing technique. Potential complications associated with nonablative lasers and fractional nonablative lasers include persi

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,In Form — Symmetrie, Topologie, Strukturen, energy causes a thermal damage targeted at vascular structures. Treatment options include different sources, pulse duration, fluences, and spot diameters, in relation to color, caliber, and hemodynamics of the different blood vessels. It is crucial to minimize any potential risk of unwanted outcome

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,Der Fu?ball, der vom Himmel fiel,ing the thermal damage only to the chromophore responsible for the skin spots and to ensure at the same time quick healing and an important esthetic result. The choice of wavelength varies according to the more or less superficial localization of the pigment. Treatment of pigmentary lesions and tatt

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Collision Induced Dissociation,form the treatment. Nd:YAG laser (1064?nm), alexandrite (755?nm), diode (810?mn), and ruby (694?nm) laser sources are used for the epilation. The endpoint of treatment consists in the appearance of perifollicular erythema and edema. The most common side effect of laser hair removal is hypopigmentati

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