A hemostatic, anti-inflammatory and analgesic composite effect nanoemulsion that can be used for minimally invasive cosmetic therapy and its preparation method

Abstract

The invention relates to bleeding-stopping, inflammation-diminishing and pain-relieving nano emulsion for use in minimally invasive beauty treatment therapy and a preparation method thereof. The nano emulsion is prepared from the following raw materials in part by weight: 0.0055 part of thrombase freeze-dried powder, 0.0005 part of epinephrine, 5 parts of calcium chloride, 1 part of sodium chloride, 6 parts of coix seed essence oil, 6 parts of as arum volatile oil, 5 parts of lidocaine hydrochloride, 13.6 parts of isopropyl myristate, 27.6 parts of octoic acid and capric acid polyethylene glycol glyceride, 9.2 parts of polyglycerol-3-dioleate and 26.594 parts of distilled water. The nano emulsion has diversified functions and has bleeding-stopping, inflammation-diminishing and pain-relieving effects, so the complex process of the minimally invasive beauty treatment therapy is simplified. In addition, a nano transdermal technique is adopted to promote the functional components to enterskin effectively, constantly and controllably to produce the bleeding-stopping, inflammation-diminishing and pain-relieving effects; and the toxic and side effects of the nano emulsion can be reducedgreatly.

Description

technical field [0001] The invention belongs to the fields of beauty care and medical biotechnology, and relates to a hemostatic, anti-inflammatory and analgesic composite effect nanoemulsion that can be used for minimally invasive cosmetic therapy, in particular to a hemostasis, anti-inflammatory and analgesic composite effect nanoemulsion that can be used for minimally invasive cosmetic therapy, and its preparation method. Background technique [0002] Minimally invasive cosmetic medicine technology is an emerging technology that combines minimally invasive surgery or minimally invasive surgery with cosmetic surgery in this century. Generally, it can be used to prevent or eliminate wrinkles on the human body surface, fill depressions, lift sagging parts, and change its shape to produce cosmetic effects without leaving surgical marks. Non-invasive, painless, non-bleeding, and leaving no traces are exactly what minimally invasive cosmetology pursues, but in fact, although i...

AI Technical Summary

Problems solved by technology

[0012] 3. Fibrin viscose

[0030] 3. Insufficiency and development trend of current hemostatic materials and methods

Especially for hemostatic materials with non-fat-soluble substances and traditional Chinese medicine ingredients, their penetration ability is very low, and it is difficult to maximize the hemostatic ability

Although penetration enhancers have been greatly developed at present and have played a certain role in the penetration and absorption of functional ingredients, due to the different sources of ingredients, their physical and chemical properties are also different, some are water-soluble, some are fat-soluble, There are also some that are water-oil-soluble or double-insoluble; therefore, it is very difficult to solve the solubility and stability between the penetrant and the functional ingredients; moreover, the molecular weight of some functional ingredients is small, and the molecular weight of some functional ingredients is large. There are also obvious differences in form and shape. The passive transdermal effect of penetrants alone is still not enough to make the hemostatic functional ingredients penetrate and absorb smoothly and exert the greatest biological effect. biological effect

In particular, some penetrants are mostly chemically synthesized or semi-synthetic preparations. If the concentration is increased or used too frequently, the toxic and side effects of the hemostatic agent will increase. This requires us to find a better way to solve this problem.

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