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Titlebook: Nanocosmetics; From Ideas to Produc Jean Cornier,Cornelia M. Keck,Marcel Van de Voorde Book 2019 Springer Nature Switzerland AG 2019 Nanopa

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Polymeric Nanoparticles and fragrances. The nanoparticles can improve the stability of labile ingredients, offer efficient protection for the skin from harmful UV radiation, target the active ingredient to the desired layer of the skin or to the hair follicles, enhance photostability, antioxidant, and antimicrobial effect
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Phospholipids in Cosmetic Carriersy as surface-active compounds, but also as cosmetic actives and modulator of skin penetration. Three classes of phospholipids are being used in cosmetics: saturated and unsaturated phospholipids and monoacylphospholipids (lyso-phospholipids). Whereas the use of monoacylphospholipids is limited to te
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SmartLipids—The Third Generation of Solid Submicron Lipid Particles for Dermal Delivery of Activeslow 1000 nm (≙1 µm). There are two groups of particles: nanoparticles according to the . being below 100 nm, and the particles between 100 and 1000 nm which are called submicron particles for better differentiation.
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Characterization of Penetration of Particles After Dermal Applicationr for the actives. Exceptions are nanostructures in sunscreens and make-ups with glitter effects. They should not penetrate in the viable epidermis. Methods to investigate these promises should provide a depth resolution and, if possible, should be non-destructive. In this chapter, different methods
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Production of Nanocosmeticscess parameters must carefully be understood. Agglomeration or aggregation state of the starting material and its breakage behavior in combination with the desired product fineness define the necessary process equipment and its applied process parameters. Formulation with additives is crucial for th
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