Repair-type freeze-dried floccule

Abstract

The invention discloses repair-type freeze-dried floccule. The repair-type freeze-dried floccule comprises the following raw materials in percentage by mass: 0.5-1% of sodium hyaluronate, 5-10% of collagen, 80-90% of water, 1-3% of a dendrobium officinale extract and 2-5% of oligopeptide-3. The repair type freeze-dried floccule can reconstruct a skin barrier, can quickly reach dermal-layer cells after being smeared on a skin, can be absorbed by a body even without being digested, and has super-strong cell regeneration and repair capability. Aged and atrophied cells are quickly replaced, the cell division period is prolonged, and linear arrangement of collagen and elastic fibers is promoted, so that the skin is intensively repaired, and the skin is restored to be young.

Description

technical field [0001] The invention relates to the technical field of cosmetics, in particular to a repairing type freeze-dried floc. Background technique [0002] Existing biogenetic beauty products mainly use polypeptide protein, growth factor, etc. as the main functional ingredients. By directly mixing the above functional ingredients with common ingredients or bases of cosmetics, facial masks, essences, eye creams, face creams and other products are obtained to achieve anti-wrinkle and repair. , blemishes and other beauty effects. However, most of the existing biogenetic cosmetics only contain 1-2 polypeptide molecules, resulting in a single function of the product, which cannot comprehensively improve the skin condition. In addition, for liquid, emulsion, and slurry cosmetics, the long-term activity of some small molecular polypeptides cannot be guaranteed, and small molecular polypeptides may easily lose their activity during the preparation and storage of cosmetics ...

AI Technical Summary

Problems solved by technology

However, most of the existing biogenetic cosmetics only contain 1 to 2 polypeptide molecules, resulting in a single product function, which cannot improve the skin condition in an all-round way

In addition, for liquid, emulsion, and slurry cosmetics, the long-term activity of some small molecular polypeptides cannot be guaranteed, and small molecular polypeptides may easily lose their activity during the preparation and storage of cosmetics and cannot exert corresponding skin care effects.

In addition, after compounding small molecule peptides with other ingredients of cosmetics, such as moisturizing ingredients and antiseptic ingredients, their activity may be reduced by the influence of these ingredients, resulting in a greatly reduced efficacy and unable to really improve the skin condition

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