Anti-aging skincare composition and preparation method thereof
A composition and anti-aging technology, applied in skin care preparations, pharmaceutical formulas, cosmetic preparations, etc., to achieve the effects of repairing skin aging, increasing skin moisture content, and slowing down skin aging
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Embodiment 1-3
[0037] According to the mass percentage of raw materials in the following table 1, the anti-aging compositions A, B, and C of Examples 1-3 were prepared respectively, and the preparation steps were as follows:
[0038] Table 1 (see below): Raw material weight percent in embodiment 1-3
[0039]
[0040] 1) Mix deionized water evenly by weight percentage and heat to 50°C;
[0041] 2) Add hydrolyzed cherry plum extract, psyllium seed extract, scutellaria baicalensis extract, collagen and glutathione to the solution obtained in step 1) in sequence, and continue to stir at 50°C and 40r / min for 15min until the mixture is uniform;
[0042] 3) Cool down to room temperature, adjust the pH value and filter to obtain the products in Examples 1-3: compositions A, B, and C, respectively.
Embodiment 4
[0044] Example 4: Skin care and anti-aging composition promotes microcirculation experiment in rats
[0045] Experimental purpose: To investigate the effect of the anti-aging composition on promoting skin microcirculation in rats through animal experiments.
[0046]Experimental materials: eighty SD rats, divided into eight groups (cherry plum group, plantain seed group, scutellaria baicalensis group, angelica group, composition A group, composition B group, composition C group, control group), each Group of ten; ES-100VIII Doppler flowmeter (HADECO, Japan).
[0047] Experimental method: remove hair from the abdominal skin of rats, and evenly apply different anti-aging plant extract composition emulsions. After smearing, the flow volume of the blood was continuously measured by a Doppler blood flowmeter for up to 60 minutes, and the effect of the anti-aging plant extract composition on skin microcirculation was investigated. Hemorheology index = drug administration group / bl...
Embodiment 5
[0052] Embodiment 5: Antioxidation experiment of skin care anti-aging composition
[0053] The purpose of the experiment: to investigate the anti-oxidation effect of the anti-aging composition in vitro.
[0054] Experimental material: diphenyl picryl phenylhydrazine free radical (abbreviation: DPPH, Sigma company, the U.S.); du800 ultraviolet-visible spectrophotometer (Beckman company, the U.S.); Vitamin C (Sigma company, the U.S.); Embodiment 1 of the present invention - Compositions A, B, C prepared in 3.
[0055] Experimental method: Take 0.1ml of sample solution, add 2ml of 60μmol / L DPPH solution and mix well, let it stand for 30min, adjust the zero point with the original solvent, measure the absorbance at 515nm as Ai; mix 0.1ml of solvent + 2ml of DPPH solution in the same way Determination of absorbance is extremely Ac; 0.1ml sample solution + 2ml solvent is mixed to determine absorbance is extremely Aj. Calculate its free radical scavenging rate according to the foll...
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