Titlebook: Drug Delivery in Dermatology; Fundamental and Prac Célia Luiza Petersen Vitello Kalil,Valéria Campos Book 2021 The Editor(s) (if applicable

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https://doi.org/10.1007/978-3-662-59117-8lecules..We explain in details how each technology works with the strong and weak points of each strategy. In addition we list the optimal topography of each technology to deliver, into the skin, the medicines in all parts of the human body..The side effects and the limitation are also discussed in this article.

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https://doi.org/10.1007/978-3-662-60514-1recovery time, and decrease the result of the treatment. Knowing the physicochemical characteristics of the assets and formulations suitable for drug delivery, together with the application protocols, enhances the results and practically reduces the risk of complications.

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Understanding Skin and Drug Delivery,f substances in the body. Epidermis, more specifically the stratum corneum, is the main limiting factor for topical drug delivery. The current tendency is to consider it as an interface that can be manipulated, to allow the delivery of the drugs applied to it as desired. Besides, topical route of ad

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How to Optimize Drug Delivery in Dermatology?,rier, and the cutaneous bioavailability of most drugs varies from 1% to 5%, therefore being too low. The technique named drug delivery consists in finding methods to optimize the cutaneous penetration of the medicine through occlusion, mechanic, chemical, or physical methods, or the combination of t

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Dermatological Applications of Drug Delivery Systems,arily increase skin permeability by creating microchannels which allow for enhanced transepidermal/transdermal penetration of topically applied substances, maximizing their effects. These techniques include iontophoresis, ablative (AFL) and non-ablative fractional lasers (NAFLs), intense pulsed ligh

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Intense Pulsed Light and Drug Delivery,ging from 400 to 1200 nm..It is a useful alternative when patients are unwilling to tolerate adverse effects of other procedures that require a longer recovery time. Thus, a IPL has an excellent cost-benefit ratio. The use of IPL and lasers has been widely studied as an approach to improve the perme

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Fractional Non-ablative Laser and Drug Delivery,ight within the infrared range (1000–1600 nm) of the electromagnetic spectrum. The most used wavelengths are 1340 nm, 1410 nm, 1440 nm, 1540 nm, and 1550 nm. Limited data are available regarding the application of the non-ablative fractional laser technique for drug delivery, compared to ablative fr

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