Preparation method of plant fermentation product with anti-aging effect

Abstract

The invention discloses a preparation method of a plant fermentation product with an anti-aging effect, the plant fermentation product comprises grape seeds, camellia, centella asiatica, geranium, green bamboo, cedar, guaiacol and bitter gourd, the plant fermentation product is cleaned, dried, crushed and soaked, then microorganisms are added for fermentation, filtration is performed after fermentation is performed for a certain time, and the plant fermentation product with the anti-aging effect is obtained. And extracting and purifying. According to the method, the enzyme with a biological catalysis effect can be fully utilized, the components of the plant medicinal material cell walls can be hydrolyzed or degraded, the cell wall structures are destroyed, and the effective components of the plant medicinal material cell walls are dissolved, suspended or peptized in the solvent, so that the effective components in cells are extracted.

Description

technical field [0001] The invention belongs to the technical field of cosmetics, and in particular relates to a method for preparing a plant fermented product with anti-aging effect. Background technique [0002] At present, there are two main technical means for cosmetics on the market to beautify the human body, one is through medical means, and the other is through the technology of traditional Chinese medicine. [0003] The common anti-aging solutions on the market are mostly medical aesthetic methods, which are divided into two categories: invasive and non-invasive. Invasive medical aesthetic solutions such as bone cutting, soft tissue transplantation, and superficial skin cutting are more harmful to the human body and have higher risks, so they are not included in the comparison plan. Non-invasive or minimally invasive medical aesthetic solutions, including three categories: injection, facial thread carving, reverse ligamentous cervical membrane sagging, etc. Among ...

AI Technical Summary

Problems solved by technology

[0006] (1) Shortcomings of the existing cosmetic and anti-aging methods

[0007] Non-invasive or minimally invasive medical aesthetic solutions have more obvious anti-aging cosmetic effects in the short term, and there is an obvious change in appearance after one operation; health risks

[0008] Disadvantages of injection-type anti-aging solutions: limited timeliness of injection injection, accumulation of cross-linking agent may cause vascular embolism, resulting in blindness or cerebrovascular infarction, Tyndall effect caused by too shallow injection, injection rejection is easy to induce autologous Immune hypersensitivity, formation of induration or fibrous cords under the skin, stiffness and unnaturalness under dynamic expressions

[0009] Disadvantages of the facial thread carving anti-aging program: the thread embedding is easy to be too tight and involved in a short period of time after the face sculpting, resulting in deformation of the facial features; after the thread embedding is completely absorbed or the thread is taken out, it is easy to have obvious skin sagging, and even some Skin depression and other sequelae

[0010] Disadvantages of ligament lifting and anti-aging solutions: Most of the common ligament lifting and anti-aging methods on the market use radio frequency, laser or micro-current to introduce heat energy into the skin, destroy or vaporize aging cells and stimulate skin cell regeneration

[0014] (2) Traditional Chinese medicine extraction methods and technological shortcomings

[0015] The extraction efficiency of traditional Chinese medicine extraction methods is low, and it is difficult for Chinese medicine preparations to achieve "three small" (low dose, low toxicity, and small side effects), "three effects" (high efficiency, quick-acting, long-acting), and "five conveniences" (taking, carrying, producing, etc.) , transportation and storage convenience)

Coupled with the characteristics of large energy consumption and low extraction rate of the traditional extraction process, and the high cost of traditional Chinese medicine extracts, it has become an important bottleneck hindering the development and promotion of traditional Chinese medicine extracts.

For example, the alcohol extraction method involves the use of a large amount of volatile chemical preparations, so it will have a certain negative impact on the safety, effectiveness, stability, and controllability of traditional Chinese medicine preparations.

For example, the supercritical carbon dioxide extraction method involves the use of a large amount of compressed gas carbon dioxide, which has certain process risks. At the same time, the emission of a large amount of carbon dioxide will cause the rise of greenhouse gases, which is not conducive to environmental protection.

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