Nano?concentrated capsule compositions with high content oil?soluble active materials, it's manufacturing method and cosmetic composition containing the same

摘要

The present invention is a technology for easily applying nanotechnology, which has recently been spotlighted in recent years, at low cost and high efficiency, as well as expanding its application scope to basic cosmetics, color cosmetics, and the like, and protects the skin from external substances and loses moisture. To reduce and reduce the concentration of the lipophilic bioactive substance with a composition similar to keratinocytes and intercellular lipids to promote the skin delivery of the drug to the concentration of 30 ~ 80nm, and to apply the cosmetic Injecting an effective amount of the desired lipophilic physiologically active substance into the 80-150nm nanocapsule having a skin-like composition and structure can be easily obtained by simple agitation, thereby allowing transdermal absorption of lipophilic drugs as well as feeling. Excess lipophilic physiological activity that can double the efficacy of drugs The present invention relates to a nano-enriched capsule composition containing vagina and a method for preparing the same, wherein the phospholipid, ceramide, cholesterol, fatty acid and antioxidant are dissolved in a solvent having two or more hydroxyl groups such as butylene glycol, propylene glycol, and glycerin. Make a lipid enrichment part, dissolve and homogenize the lipophilic active material part including the desired lipophilic bioactive material and the suitable emollient oil, and homogenize by dissolving it by adding water and water-soluble antioxidant to it, Treatment with a type emulsifier yields a nanoconcentrated capsule composition having a nanosize of 30 to 80 nm while encapsulating the lipophilic active material in excess, wherein the capsule has an excess between the multi-layer and the bilayer. Encapsulating lipophilic substances in Nanotechnology of the cotton lipophilic active material is characterized by the development of a technology that can reduce the volume of particles without using a high-cost and low-efficiency high-pressure emulsifier.;Enriched, nanoparticles, lipophilic bioactive substances, cell membrane analogues, hydroxyl groups, phospholipids, ceramides, cholesterol