CN113133952A - Composition with skin-care and nutrition functions and preparation method thereof - Google Patents
Composition with skin-care and nutrition functions and preparation method thereof Download PDFInfo
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- CN113133952A CN113133952A CN202110485065.XA CN202110485065A CN113133952A CN 113133952 A CN113133952 A CN 113133952A CN 202110485065 A CN202110485065 A CN 202110485065A CN 113133952 A CN113133952 A CN 113133952A
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Classifications
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- A61K8/30—Cosmetics or similar toiletry preparations characterised by the composition containing organic compounds
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- A—HUMAN NECESSITIES
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Abstract
The invention provides a composition with skin-care and nutritional effects, which comprises, by weight, 0.1-10 parts of vitamin C ethyl ether, 0.1-10 parts of vitamin E acetate, 0.1-10 parts of an amino acid composition and 0.1-10 parts of a mineral composition. The invention also provides a method for preparing the composition and a skin care product taking the composition as an active ingredient. The components of the composition of the invention participate in the maintenance of the health condition of the skin together through different principles, can play a role of synergy, obtains ideal overall skin care effect, and especially obtains ideal synergy effect in the aspects of removing oxidation free radicals, improving cell activity and the like.
Description
Field of the invention
The invention relates to a composition with skin-care and nutritional effects on skin and a preparation method thereof.
Background
In modern social life, people increasingly attach more importance to skin health, but at the same time, the deterioration of living habits and living environments of urban people brings challenges to the health condition of the skin. Therefore, more and more people are beginning to pay attention to maintaining or improving the health of skin by the action of exogenous active ingredients, wherein the aim of skin whitening is typical. Although the pigment content of the skin of each individual is determined by genetics, the scientific care of the skin with exogenous active ingredients in the future is still important for preventing the occurrence of melanin deposition, sunburn, spots, canceration and the like of the skin. Therefore, there is an increasing demand for products having skin whitening effects.
At present, products with skin whitening efficacy are various in types and different in formula. For example, in a whitening and spot-removing facial mask disclosed in patent document CN111568792A, an active ingredient having functions of resisting oxidation, scavenging free radicals, and the like (coenzyme Q10) and an active ingredient having a melanin synthesis-inhibiting function (acetylcysteine, α -arbutin, phenethylresorcinol, 3-o-ethyl ascorbic acid, and the like) are mainly compounded; the whitening composition disclosed in patent document CN106265365A adopts the extract of the ohuaxuedan and 3-o-ethyl ascorbic acid ether for compounding; the whitening and freckle-removing cream disclosed in patent document CN111249215A adopts dimethyl methoxy chromanol, vitamin C ethyl ether, arbutin and plum ferment decomposition product which are compounded to be used as whitening and freckle-removing active ingredients. These whitening products are desired to improve the whitening effect of the products by compounding various substances having melanin synthesis-inhibiting activity. Although the compounding of various whitening active ingredients can improve the overall whitening effect of the product to a certain extent, excessive pursuit of the compounding amount of the same functional components is formed, the active ingredients of the whitening product are more and more complicated, and the more the types of the active ingredients which are compounded together and can inhibit the synthesis of melanin are appeared, the higher the whitening effect of the product is. In fact, the whitening effect of the product cannot be obviously improved along with the increase of the types of active ingredients, so that the waste of the effects of the ingredients and the increase of the cost are caused, the stimulation to the skin is easily caused, and the sensitization risk is increased.
Therefore, there is a need to change the existing concept of whitening product formula, and pay attention to the complementation of the efficacy of the components in the formula to achieve the balance of the formula as a whole, thereby realizing the synergistic effect of the components in the formula.
Disclosure of Invention
Against this background, the present invention aims to: the composition has the skin-care nutrition effect on skin, not only has the whitening effect, but also has more balanced skin-care function on the whole.
Another object of the invention is also: articles for skin care containing the composition are provided.
Yet another object of the present invention is: methods of making the compositions are provided.
The technical scheme for realizing the purpose is as follows:
firstly, a composition with skin-care and nutritional effects is provided, which comprises 0.1 to 10 parts of vitamin C ethyl ether, 0.1 to 10 parts of vitamin E acetate, 0.1 to 10 parts of amino acid composition and 0.1 to 10 parts of mineral composition by weight.
The composition preferably comprises 1-8 parts of vitamin C ethyl ether, 0.5-3 parts of vitamin E acetate, 0.1-2 parts of amino acid composition and 0.8-6 parts of mineral composition in parts by weight.
More preferred compositions of the present invention comprise, by weight, 3 to 5 parts of vitamin C ethyl ether, 1 to 3 parts of vitamin E acetate, 0.5 to 1 part of an amino acid composition, and 0.8 to 3 parts of a mineral composition.
The most preferred composition of the present invention consists of, by weight, 3-4 parts of vitamin C ethyl ether, 2-3 parts of vitamin E acetate, 0.8-1 part of an amino acid composition, and 0.8-2 parts of a mineral composition.
In a preferred embodiment of the present invention, the amino acid composition is selected from the group consisting of any 2 or more of glycine, serine, glutamic acid, aspartic acid, leucine, alanine, lysine, arginine, tyrosine, phenylalanine, threonine, proline, valine, isoleucine, histidine, cysteine, and methionine; more preferably any 10 or more thereof; further preferably, the amino acid composition consists of the following amino acids in parts by weight: 48-50 parts of glycine, 25-28 parts of serine, 22-25 parts of glutamic acid, 14-16 parts of aspartic acid, 12-15 parts of leucine, 8-10 parts of alanine, 8-10 parts of lysine, 7-8 parts of arginine, 6-7 parts of tyrosine, 6-7 parts of phenylalanine, 5-6 parts of threonine, 5-6 parts of proline, 5-6 parts of valine, 5-6 parts of isoleucine, 2-4 parts of histidine, 2-3 parts of cysteine and 2-3 parts of methionine.
In the embodiment of the present invention, the mineral composition contains minerals that are not synthesized by the human body, preferably silicon, magnesium, copper, iron and zinc.
In a further preferred embodiment of the present invention, the mineral composition comprises the following mineral elements in the following weight ratio: silicon, magnesium, copper, iron and zinc in a ratio of 3-7:2-5:5-10:6-10: 20-30.
In a preferred embodiment of the present invention, the mineral composition has the following weight ratios of mineral elements: silicon, magnesium, copper, iron, zinc 4:4:8:8: 25.
In another preferred embodiment of the present invention, the mineral composition has the following weight ratios of mineral elements: magnesium, copper, iron, zinc 4:3:7:9: 28.
In another preferred embodiment of the present invention, the mineral composition has the following weight ratios of mineral elements: magnesium, copper, iron, zinc 5:3:8:9: 22.
In a further preferred embodiment of the present invention, the mineral composition has the following weight ratios of mineral elements: magnesium, copper, iron, zinc 4.5:3.5:7:8: 26.
In a more preferable scheme of the invention, in order to further improve the absorption efficiency of the skin on mineral trace elements and reduce cytotoxicity, each mineral in the mineral composition is a biological chelate formed by mineral elements and small molecular polypeptides; in a further preferred embodiment, the biological chelate is obtained by mixing and fermenting mineral inorganic salts (i.e. inorganic silicon compounds, inorganic magnesium salts, inorganic copper salts, inorganic iron salts and inorganic zinc salts) and yeast.
In a preferred embodiment of the invention, the vitamin E acetate is added in the form of liposome inclusion bodies in order to further improve the water solubility and the cell availability of the composition.
The present invention also provides a method for preparing the composition having skin care nutritional effects on the skin, comprising:
1) respectively mixing inorganic silicon compound, inorganic magnesium salt, inorganic copper salt, inorganic iron salt and inorganic zinc salt with yeast, and wrapping mineral element ions in organic matters secreted by the yeast through fermentation to respectively obtain silicon biological chelate, magnesium biological chelate, copper biological chelate, iron biological chelate and zinc biological chelate;
2) mixing the silicon biological chelate, the magnesium biological chelate, the copper biological chelate, the iron biological chelate and the zinc biological chelate obtained in the step 1) according to the weight ratio of silicon to magnesium to copper to iron to zinc of 3-7:2-5:5-10:6-10:20-30 to obtain a mineral composition;
3) mixing 48-50 parts of glycine, 25-28 parts of serine, 22-25 parts of glutamic acid, 14-16 parts of aspartic acid, 12-15 parts of leucine, 8-10 parts of alanine, 8-10 parts of lysine, 7-8 parts of arginine, 6-7 parts of tyrosine, 6-7 parts of phenylalanine, 5-6 parts of threonine, 5-6 parts of proline, 5-6 parts of valine, 5-6 parts of isoleucine, 2-4 parts of histidine, 2-3 parts of cysteine and 2-3 parts of methionine according to parts by weight to obtain an amino acid composition;
4) uniformly mixing vitamin C ethyl ether, vitamin E acetate, 3) obtained amino acid composition and 2) obtained mineral composition, and controlling the weight ratio of the components to be 0.1-10: 0.1-10: 0.1-10: 0.1 to 10; preferably, the weight ratio of the components is controlled to be 1-8: 0.5-3: 0.1-2: 0.8 to 6; most preferably 3 to 4: 2-3: 0.8-1: 0.8 to 2; the composition with skin care and nutrition effects on the skin is obtained.
The invention also provides a skin care product which takes the composition with skin care and nutrition effects on skin as an active ingredient. The skin care product can be skin lotion, essence, lotion, cream, eye cream, facial mask, etc.
The skin care product generally contains the active ingredient and corresponding auxiliary materials, and the auxiliary materials, taking essence as an example, can include disodium EDTA, 1, 3-propylene glycol, 1, 2-pentanediol, sodium hyaluronate, xanthan gum and the like.
In the composition, the vitamin C ethyl ether mainly plays a role in inhibiting melanin synthesis; the vitamin E acetate mainly plays a role in resisting free radical oxidative damage and promoting repair; the amino acid composition is used as an indispensable nutrient component of skin, and can help the skin to form natural moisturizing factors, inhibit cell shrinkage and looseness of stratum corneum, repair skin barrier defect, and maintain normal physiological state of the skin; the mineral composition is mainly used for avoiding nutrient substance imbalance caused by rapid consumption of the mineral, so that biochemical reactions in which other components in the composition play roles are smoothly carried out due to the participation of enough mineral components. On the basis, the selected minerals are all minerals which can not be synthesized by the human body, and have specific significance for the biochemical reaction of the skin. Wherein, the magnesium element can participate in enzyme reaction of carbohydrate and metabolism of protein and energy, and can maintain the integrity of tissue function and structure; the iron element helps to prevent fatigue and improve skin color; copper element is a cofactor of superoxide dismutase, is a key for absorbing and utilizing iron element, is helpful for oxidizing vitamin C and participates in the formation of elastin in the skin; silicon plays an important role in the formation of collagen and connective tissues, skin, etc.; the zinc element is an important antioxidant nutrient, has an important structural role in superoxide dismutase, and plays an important role in updating and healing the dermis. Based on the specific functions of the minerals, the inventor obtains the proper proportion of each mineral element in the mineral composition through a large number of experiments, so that the mineral composition has the optimal effect on maintaining the balance of nutrient substances, promoting the oxidation resistance, inhibiting the black synthesis and the like of biochemical reactions after being compounded.
In conclusion, the components of the composition of the invention participate in the maintenance of the health condition of the skin together through different principles, can play a role in synergy, and obtain ideal overall skin care efficacy, especially obtain ideal synergy effects in the aspects of scavenging oxidation free radicals, improving cell viability and the like.
Detailed Description
The technical solution and effects of the present invention will be described in detail below by way of examples, but the technical solution of the present invention is not limited to the examples.
Example 1
A composition with skin care and nutrition effects comprises, by weight, 8 parts of vitamin C ethyl ether, 3 parts of vitamin E acetate lipid inclusion, 1 part of amino acid composition and 2 parts of mineral composition. The 1 part of amino acid composition further comprises 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine; the 2 parts of mineral composition is formed by mixing a plurality of mineral elements and biological chelates formed by small molecular polypeptides respectively, wherein the mineral elements are as follows in weight ratio: silicon, magnesium, copper, iron, zinc 4:4:8:8: 25.
The composition described in this example can be prepared in the following manner:
1) respectively mixing inorganic silicon compound, inorganic magnesium salt, inorganic copper salt, inorganic iron salt and inorganic zinc salt with yeast, and wrapping mineral element ions in organic matters secreted by the yeast through fermentation to respectively obtain silicon biological chelate, magnesium biological chelate, copper biological chelate, iron biological chelate and zinc biological chelate;
2) mixing the silicon biological chelate, the magnesium biological chelate, the copper biological chelate, the iron biological chelate and the zinc biological chelate obtained in the step 1) according to the weight ratio of silicon to magnesium to copper to iron to zinc of 4:4:8:8:25 to obtain a mineral composition;
3) mixing 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine to obtain an amino acid composition;
4) uniformly mixing vitamin C ethyl ether, vitamin E acetate lipid inclusion, 3) obtained amino acid composition and 2) obtained mineral composition, and controlling the weight ratio of the components to be 8:3:1: 2; the composition with skin care and nutrition effects on skin is obtained.
Example 2
A composition with skin care and nutrition effects comprises, by weight, 5 parts of vitamin C ethyl ether, 3 parts of vitamin E acetate lipid inclusion, 0.5 part of amino acid composition and 0.8 part of mineral composition. The 0.5 part of amino acid composition further comprises 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine; the 0.8 part of mineral composition is formed by mixing a plurality of mineral elements and biological chelates formed by small molecular polypeptides respectively, wherein the mineral elements are as follows in weight ratio: magnesium, copper, iron, zinc 4:3:7:9: 28.
The composition described in this example can be prepared in the following manner:
1) respectively mixing inorganic silicon compound, inorganic magnesium salt, inorganic copper salt, inorganic iron salt and inorganic zinc salt with yeast, and wrapping mineral element ions in organic matters secreted by the yeast through fermentation to respectively obtain silicon biological chelate, magnesium biological chelate, copper biological chelate, iron biological chelate and zinc biological chelate;
2) mixing the silicon biological chelate, the magnesium biological chelate, the copper biological chelate, the iron biological chelate and the zinc biological chelate obtained in the step 1) according to the weight ratio of silicon to magnesium to copper to iron to zinc of 4:3:7:9:28 to obtain a mineral composition;
3) mixing 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine to obtain an amino acid composition;
4) uniformly mixing vitamin C ethyl ether, vitamin E acetate lipid inclusion, 3) obtained amino acid composition and 2) obtained mineral composition, and controlling the weight ratio of the components to be 5:3:0.5: 0.8; the composition with skin care and nutrition effects on skin is obtained.
Example 3
A composition with skin care and nutrition effects comprises, by weight, 4 parts of vitamin C ethyl ether, 3 parts of vitamin E acetate lipid inclusion, 1 part of amino acid composition and 1 part of mineral composition. The 1 part of amino acid composition further comprises 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine; the mineral composition of 1 part is formed by mixing a plurality of mineral elements and biological chelates formed by small molecular polypeptides respectively, wherein the mineral elements are as follows according to the weight ratio: magnesium, copper, iron, zinc 5:3:8:9: 22.
The composition described in this example can be prepared in the following manner:
1) respectively mixing inorganic silicon compound, inorganic magnesium salt, inorganic copper salt, inorganic iron salt and inorganic zinc salt with yeast, and wrapping mineral element ions in organic matters secreted by the yeast through fermentation to respectively obtain silicon biological chelate, magnesium biological chelate, copper biological chelate, iron biological chelate and zinc biological chelate;
2) mixing the silicon biological chelate, the magnesium biological chelate, the copper biological chelate, the iron biological chelate and the zinc biological chelate obtained in the step 1) according to the weight ratio of silicon to magnesium to copper to iron to zinc of 5:3:8:9:22 to obtain a mineral composition;
3) mixing 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine to obtain an amino acid composition;
4) uniformly mixing vitamin C ethyl ether, vitamin E acetate lipid inclusion, 3) obtained amino acid composition and 2) obtained mineral composition, and controlling the weight ratio of the components to be 4:3:1: 1; the composition with skin care and nutrition effects on skin is obtained.
Example 4
A composition with skin care and nutrition effects comprises, by weight, 1 part of vitamin C ethyl ether, 1 part of vitamin E acetate lipid inclusion, 1 part of amino acid composition and 1 part of mineral composition. The 1 part of amino acid composition further comprises 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine; the mineral composition is formed by mixing a plurality of mineral elements and biological chelates formed by small molecular polypeptides respectively, wherein the mineral elements are as follows in weight ratio: magnesium, copper, iron, zinc 4.5:3.5:7:8: 26.
The composition described in this example can be prepared in the following manner:
1) respectively mixing inorganic silicon compound, inorganic magnesium salt, inorganic copper salt, inorganic iron salt and inorganic zinc salt with yeast, and wrapping mineral element ions in organic matters secreted by the yeast through fermentation to respectively obtain silicon biological chelate, magnesium biological chelate, copper biological chelate, iron biological chelate and zinc biological chelate;
2) mixing the silicon biological chelate, the magnesium biological chelate, the copper biological chelate, the iron biological chelate and the zinc biological chelate obtained in the step 1) according to the weight ratio of silicon to magnesium to copper to iron to zinc of 4.5:3.5:7:8:26 to obtain a mineral composition;
3) mixing 49 parts by weight of glycine, 27 parts by weight of serine, 25 parts by weight of glutamic acid, 16 parts by weight of aspartic acid, 14 parts by weight of leucine, 9 parts by weight of alanine, 8 parts by weight of lysine, 7 parts by weight of arginine, 7 parts by weight of tyrosine, 6 parts by weight of phenylalanine, 6 parts by weight of threonine, 6 parts by weight of proline, 6 parts by weight of valine, 5 parts by weight of isoleucine, 3 parts by weight of histidine, 2 parts by weight of cysteine and 2 parts by weight of methionine to obtain an amino acid composition;
4) uniformly mixing vitamin C ethyl ether, vitamin E acetate lipid inclusion, 3) obtained amino acid composition and 2) obtained mineral composition, and controlling the weight ratio of the components to be 1:1:1: 1; the composition with skin care and nutrition effects on skin is obtained.
Example 5
The composition described in example 4 was used as an active ingredient to prepare an essence according to a conventional method, and the adopted raw materials and preparation method were as follows:
according to the parts by weight, 0.02 part of disodium EDTA, 2 parts of 1, 3-propylene glycol, 5 parts of 1, 2-pentanediol, 0.2 part of sodium hyaluronate, 0.1 part of xanthan gum and 4 parts of the composition prepared in example 4 are uniformly mixed, then deionized water is added to make the total amount reach 100 parts, and the essence is obtained after full stirring.
Experimental example 1 measurement of ROS scavenging Effect
In the experimental example, the oxidation resistance of a sample to be tested is evaluated by detecting the ROS content change after the sample acts under the UVB stimulation condition based on human keratinocyte, and the difference of the oxidation resistance between the compound raw materials and the single component is also compared and analyzed.
The cells used in this test were human keratinocytes (cell batch: Ep200708) obtained by cell primary culture and subculture from Guangdong Boxi Biotechnology Ltd.
The samples to be tested used in the test are the compositions of which the active ingredients are respectively the composition described in example 4 and the single component thereof, and the serial numbers and the concentrations of the active ingredients are shown in the following table 1:
table 1.
The experimental procedure was as follows:
1. cell inoculation: the cells were inoculated at 2.8E 5/well into 6-well plates and incubated overnight in an incubator (37 ℃ C., 5% CO 2).
2. Preparing liquid: the test article working solutions were prepared according to the experimental groups (table 3).
3. Administration: according to the experimental grouping design of table 3, when the plating rate of the cells in the 6-well plate reaches 40% -60%, the grouped drug delivery is carried out, the drug delivery amount of each hole is 2mL, and each group is provided with 3 multiple holes. The culture was continued for 24h in an incubator (37 ℃ C., 5% CO 2).
UVB irradiation: the group requiring UVB irradiation was subjected to UVB irradiation (irradiation dose 300mJ/cm2) in experimental groups (table 3).
And 5, detecting the content of ROS:
a) after irradiation, each well of cells was washed directly with PBS 3 times;
b) flow detection: adding 1mL of DCFH-DA probe in 10 μ M active oxygen kit to each well, and incubating in incubator (37 deg.C, 5% CO2, 95% RH) for 30 min; discarding culture solution containing DCFH-DA, washing with PBS for 3 times, after pancreatin (0.25%) digests cells, washing cells with PBS for 1 time, adding 0.5mL fresh PBS, and performing flow detection; c) and (4) analyzing results: the MFI (mean fluorescence intensity) of each group was pooled and subjected to statistical analysis.
The results are expressed as Mean ± SD using GraphPad Prism mapping. The comparison between groups was performed by statistical analysis of t-test. All statistical analyses were two-tailed. p <0.05 was considered to have significant differences, and p <0.01 was considered to have very significant differences.
Based on the test method, ROS content detection was performed, and the ROS content detection results are shown in tables 2 and 3:
TABLE 2 ROS content test results
Sample name | ROS(MFI) | SD | p value |
BC | 228341.50 | 9715.28 | / |
NC | 313918.27 | 17823.15 | 0.002## |
PC(VE) | 219371.83 | 5703.50 | 0.001** |
#1VC Ethyl Ether | 250262.23 | 3505.28 | 0.004** |
#3 amino acid composition | 231986.80 | 8798.65 | 0.002** |
#4 mineral composition | 331876.57 | 16089.27 | 0.265 |
#5VE acetate | 249954.27 | 6753.50 | 0.004** |
Example 4 composition | 208095.93 | 7286.03 | 0.001** |
Compared with the BC group, the content of ROS in the NC group is obviously increased, which shows that the UVB stimulation in the experiment is effective.
The ROS content in the pc (ve) group was significantly reduced compared to the NC group, indicating that the positive control group was effective.
Compared with an NC group, the ROS content of a sample #1-VC ethyl ether, # 3-amino acid composition, #5-VE acetate and a compound raw material group is obviously reduced (p is less than 0.01); sample # 4-no significant change in ROS content of the mineral composition (p > 0.05).
TABLE 3 comparative analysis of ROS content variation between different feedstocks
Sample name | ROS(MFI) | SD | p value |
Example 4 composition | 208095.93 | 7286.03 | / |
#1VC Ethyl Ether | 250262.23 | 3505.28 | 0.001** |
#3 amino acid composition | 231986.80 | 8798.65 | 0.022* |
#4 mineral composition | 331876.57 | 16089.27 | 0.000** |
#5VE acetate | 249954.27 | 6753.50 | 0.002** |
The ROS content of samples #1-VC ethyl ether, # 3-amino acid composition, # 4-mineral composition, #5-VE acetate was all significantly increased compared to the sample group with the composition of example 4 as active ingredient (p < 0.05). It is demonstrated that the compositions of the present invention are superior to the single combination raw materials in terms of efficacy in scavenging ROS.
EXAMPLE 2 cell proliferation assay
1. Cell inoculation: the cells were inoculated at 4E 3/well into 96-well plates and incubated overnight in an incubator (37 ℃ C., 5% CO 2).
2. Preparing liquid: sample working solutions were prepared according to the experimental design (table 4).
TABLE 4 Experimental design
3. Administration: according to the experimental grouping design of table 4, when the plating rate of the cells in the 96-well plate reaches 20% -30%, the drug is administered in groups, the dose of each hole is 200 μ L, and each group is provided with 3 multiple holes. Incubator (37 ℃, 5% CO)2) Culturing for 24h, 48h and 72h respectively. Half-fluid change treatment was performed daily for groups requiring 48h and 72h of incubation.
4. And (3) detection: after the incubation and culture, the supernatant was discarded, MTT working solution (0.5mg/mL, ready for use) was added, incubation was carried out at 37 ℃ in the dark for 4h, after the incubation was completed, the supernatant was discarded, 150. mu. LDMSO was added to each well, and the OD was read at 490 nm. At the same time, after 48h and 72h, the MTT assay procedure described above was performed.
5. Calculating the relative activity of the cells: the relative cell viability (%) was calculated according to the formula. % 100 zeroing well-blank control well-sample well.
Cell proliferation efficacy assays were performed based on the above experimental methods, and the assay results are shown in tables 5 and 6:
TABLE 5 summary of cell proliferation assay results
Compared with the BC group, the cell viability of the PC group was significantly increased, indicating that the positive control group was effective.
Compared with a BC group, a sample # 3-amino acid composition and #5-VE acetate are compounded, the compound raw materials promote the keratinocyte proliferation in 24 hours, but have no significant keratinocyte proliferation promoting effect in 48 hours and 72 hours, and the #1-VC ethyl ether and # 4-mineral composition have no obvious keratinocyte proliferation promoting effect in 24 hours, 48 hours and 72 hours.
The cell proliferation rate was significantly increased in the PC group compared to the BC group, indicating that the positive control group was effective.
Compared with the BC group, the cell activity of the sample # 3-amino acid composition, #5-VE acetate and the compound raw material group is obviously improved.
TABLE 6 comparative analysis of cell viability changes between different feedstocks
The cell viability was significantly reduced in the #1-VC ethyl ether, # 4-mineral composition group compared to the sample group with the composition of example 4 as an active ingredient. It is demonstrated that the compositions of the present invention are superior to the single combination feed #1-VC ethyl ether and # 4-mineral compositions in promoting cell proliferation.
In summary, the compositions of the present invention are superior to the single starting materials #1-VC ethyl ether, # 3-amino acid composition, # 4-mineral composition and #5-VE acetate in terms of efficacy in scavenging ROS. The composition of the invention is superior to the single raw material of the #1-VC ethyl ether and the # 4-mineral composition in the aspect of promoting cell proliferation.
Claims (10)
1. A composition with skin care and nutrition effects comprises, by weight, 0.1-10 parts of vitamin C ethyl ether, 0.1-10 parts of vitamin E acetate, 0.1-10 parts of amino acid composition and 0.1-10 parts of mineral composition; preferably consists of 1 to 8 parts of vitamin C ethyl ether, 0.5 to 3 parts of vitamin E acetate, 0.1 to 2 parts of amino acid composition and 0.8 to 6 parts of mineral composition; more preferably 3-5 parts of vitamin C ethyl ether, 1-3 parts of vitamin E acetate, 0.5-1 part of amino acid composition and 0.8-3 parts of mineral composition; most preferably 3-4 parts vitamin C ethyl ether, 2-3 parts vitamin E acetate, 0.8-1 part amino acid composition and 0.8-2 parts mineral composition.
2. The composition of claim 1, wherein: the amino acid composition is selected from any 2 or more compositions of glycine, serine, glutamic acid, aspartic acid, leucine, alanine, lysine, arginine, tyrosine, phenylalanine, threonine, proline, valine, isoleucine, histidine, cysteine and methionine; more preferably any 10 or more thereof; further preferably, the amino acid composition consists of the following amino acids in parts by weight: 48-50 parts of glycine, 25-28 parts of serine, 22-25 parts of glutamic acid, 14-16 parts of aspartic acid, 12-15 parts of leucine, 8-10 parts of alanine, 8-10 parts of lysine, 7-8 parts of arginine, 6-7 parts of tyrosine, 6-7 parts of phenylalanine, 5-6 parts of threonine, 5-6 parts of proline, 5-6 parts of valine, 5-6 parts of isoleucine, 2-4 parts of histidine, 2-3 parts of cysteine and 2-3 parts of methionine.
3. The composition of any one of claims 1-2, wherein: the minerals in the mineral composition are composed of silicon, magnesium, copper, iron and zinc.
4. The composition of claim 3, wherein: the weight ratio of mineral elements contained in the mineral composition is as follows: silicon, magnesium, copper, iron and zinc in a ratio of 3-7:2-5:5-10:6-10: 20-30.
5. The composition of claim 3, wherein: the weight ratio of the mineral elements of the mineral composition is as follows: silicon, magnesium, copper, iron, zinc 4:4:8:8: 25.
6. The composition of claim 3, wherein: the weight ratio of the mineral elements of the mineral composition is as follows: magnesium, copper, iron, zinc 4:3:7:9: 28.
7. The composition of claim 3, wherein: the weight ratio of the mineral elements of the mineral composition is as follows: magnesium, copper, iron, zinc 5:3:8:9: 22.
8. The composition of claim 3, wherein: the weight ratio of the mineral elements of the mineral composition is as follows: magnesium, copper, iron, zinc 4.5:3.5:7:8: 26.
9. A method of preparing the composition having skin care nutritional efficacy on skin comprising:
1) respectively mixing inorganic silicon compound, inorganic magnesium salt, inorganic copper salt, inorganic iron salt and inorganic zinc salt with yeast, and wrapping mineral element ions in organic matters secreted by the yeast through fermentation to respectively obtain silicon biological chelate, magnesium biological chelate, copper biological chelate, iron biological chelate and zinc biological chelate;
2) mixing the silicon biological chelate, the magnesium biological chelate, the copper biological chelate, the iron biological chelate and the zinc biological chelate obtained in the step 1) according to the weight ratio of silicon to magnesium to copper to iron to zinc of 3-7:2-5:5-10:6-10:20-30 to obtain a mineral composition;
3) mixing 48-50 parts of glycine, 25-28 parts of serine, 22-25 parts of glutamic acid, 14-16 parts of aspartic acid, 12-15 parts of leucine, 8-10 parts of alanine, 8-10 parts of lysine, 7-8 parts of arginine, 6-7 parts of tyrosine, 6-7 parts of phenylalanine, 5-6 parts of threonine, 5-6 parts of proline, 5-6 parts of valine, 5-6 parts of isoleucine, 2-4 parts of histidine, 2-3 parts of cysteine and 2-3 parts of methionine according to parts by weight to obtain an amino acid composition;
4) uniformly mixing vitamin C ethyl ether, vitamin E acetate, 3) obtained amino acid composition and 2) obtained mineral composition, and controlling the weight ratio of the components to be 0.1-10: 0.1-10: 0.1-10: 0.1 to 10; preferably, the weight ratio of the components is controlled to be 1-8: 0.5-3: 0.1-2: 0.8 to 6; most preferably 3 to 4: 2-3: 0.8-1: 0.8 to 2; the composition with skin care and nutrition effects on skin is obtained.
10. A skin care product characterized by: the composition with skin care and nutrition effects on skin as claimed in claim 1 is used as an active ingredient; the skin care product is skin lotion, essence, emulsion, cream, eye cream or facial mask.
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