RU2646468C1 - Cosmetic and / or healthful biologically active preparation - Google Patents

Abstract

FIELD: cosmetology.

SUBSTANCE: invention relates to the field of cosmetology and is a cosmetic biologically active preparation for cellulite treatment and prevention and improvement the condition of the skin, comprising a biomass of the culture of the tea fungus and a binder selected from the group: fish glue, casein glue, animal glue, hide glue, albumin, carboxymethyl cellulose, corn starch and / or dextrin, potato starch and / or dextrin, rice starch and / or dextrin, amylopectin starch and / or dextrin, high amylose starch and / or dextrin, barley starch and / or dextrin, wheat starch, pea starch and / or dextrin, flour paste, gelatin, gum, rosin, dammar resin, sandaraka resin, mastic wood resin, shellac, amber resin, copal, plum resin, cherry resin , gum arabic, and the ingredients of the drug are in a certain ratio in % by weight.

EFFECT: invention provides the improvement in the effectiveness of cellulite prevention and treatment and general health of the skin.

30 cl, 3 ex

Description

The invention relates to the field of cosmetology and is a composition mainly for the prevention and treatment of cellulite, as well as the general improvement of the skin and the body as a whole (rejuvenation).

The well-known "Method for the preparation of a complex gel-like preparation for the treatment and prevention of mastitis in cows and a complex gel-like preparation based on it" RU 2624868 [1], containing antimicrobial and anti-inflammatory drugs, and as an antimicrobial preparation it contains biomass of tea fungus culture, and as anti-inflammatory preparations - extracts of plant components.

The disadvantage is the limited use of the drug.

The closest technical solution is “COMPOSITION FOR PREVENTION AND TREATMENT OF CELLULITE (OPTIONS) AND PACKAGING FOR HER” RU 2598625 [2], containing dry components in powder form.

A disadvantage of the known composition is low efficiency.

The aim of the invention is to increase the effectiveness of the prevention and treatment of cellulite, and the overall healing of the skin and the body as a whole (rejuvenation), which leads to a positive cosmetic effect.

The goal is achieved by the fact that a cosmetic and / or health-improving biologically active preparation (applied to the skin, mainly for the prevention and treatment of cellulite and general healing of the skin), containing components in a ground state, is characterized by the fact that it contains biomass of Kombucha culture and a binder ( adhesive) substance in the ratio: biomass of Kombucha culture 3-70%, binder - the rest.

The composition of Kombucha includes:

- Saccharomyces ludwigii (Ludwig saccharomyces), yeast-like mushrooms that are widely used in baking and brewing;

- Saccharomyces cerevisiae (saccharomyces cerevisiae) - "brewer's yeast", "baker's yeast", used in the production of bread and beer;

- Brettanomyces bruxellensis (Brettanomyces bruxelensis) - "brewer's yeast", used in brewing;

- Candida stellata (Candida stellata) - is a member of the grape and enzymatic flora;

- Schizosaccharomyces pombe (schizosaccharomycetes pombe) - unicellular representative of the kingdom of mushrooms, dividing yeast. The cells have a rod-shaped shape and sizes 3-4 microns in diameter and 7-14 microns in length. It is used as a model organism in molecular biology and cytology, as well as in brewing;

- Torulaspora delbrueckii (torulaspore delbrueschi) - used in winemaking and brewing;

- Zygosaccharomyces bailii (zigosaccharomycetes bailia) - used in the production of wine;

- Acetobacter xylinum (acetobacter Chulinum, bacterium);

- Acetobacter aceti (acetobacter, aceti, bacteria) - used in the production of vinegar and for the production of microbiological cellulose. Present in kefir and sugarcane;

- Torula (a type of Candida utilis (Candida utensils, yeast) - used as a flavor in food;

- Bacterium xulinum (Chulinum bacterium) - used for the production of microbiological cellulose;

- Bacterium xulinoides (hulininodes bacterium) - inhibit the growth of pathogenic bacteria;

- Bacterium gliconicum (glyconicum bacteria) - inhibit the growth of pathogenic bacteria;

Zoogleya is a living colony formed by the joint existence (symbiosis) of several species of organisms, and in the case of Kombucha: yeast-like fungi and microorganisms, also acetic acid bacteria. It contains polysaccharides, enzymes, inorganic and organic acids, aldehydes, alkaloids, vitamin C and D, fat-like, tannic and resinous substances, glucose.

In the understanding of the term "Kombucha culture biomass", crushed kombucha is assumed in any form: for example, powder, granules, suspension, extract, oil, juice, infusion, etc.

The use of binders in any possible form is intended as a binder: for example, powder, suspension, capsules, extract, oil, juice, infusion, etc. As binders, the following can be used:

fish glue - is produced from various organs of fish rich in connective tissue. Transparent, has no smell, no taste. To prepare the glue, a water bath is used. The plates of fish glue are broken into small pieces and poured into special dishes, filled with cold water so that it covers the plates of glue, and left in this form for 5-15 hours. Then it is heated in a water bath and boiled to obtain glutin, filtered through cheesecloth;

casein glue - a natural glue of animal origin, the main substance of which is casein, obtained from milk protein;

bone glue - the main component - gelatin, formed during the denaturation of collagen. To obtain glue, animal bones are cleaned, degreased, treated with a weak solution of sulfuric acid to remove mineral salts and then cooked in special apparatuses in which the raw material is exposed to repeated exposure to steam and water. As a result of this treatment, the collagen present in the bones passes into glutin, which is an adhesive. In order to prepare liquid from dry bone glue or glue, tiles of bone glue or glue are broken into pieces, crushed and soaked for 12-24 hours in cold water, then boiled in a water bath at a temperature of no more than 70-90 ° C and for a long time overheating. A warm glue solution is used, not lower than 30 degrees Celsius, then mixed with the second substance, then cosmetic / therapeutic essential oils, oil or extract or other extracts are added according to the intended recipe, depending on the purpose of a particular composition;

coarse glue - is produced from mezra (the wrong side of unmade leather), as well as scraps of animal skin. In addition to gelatin, it contains oligopeptides formed during the hydrolysis of keratin. Due to the high cysteine content, these oligopeptides, when the glue is set and dried, form disulfate bridges, due to which a special adhesive bond strength is achieved. The raw materials are processed in milk of lime, and then with a solution of hydrochloric and sulfuric acid. To obtain high-quality glue from the mezra, it is boiled at a temperature of no more than 70-90 ° C;

albumin can be egg, whey, milk. The relative molecular weight is approximately 65,000. It exhibits high binding ability to various low molecular weight compounds;

carboxymethyl cellulose (CMC) is a cellulose derivative. Non-toxic, soluble in water. Glue is made on the basis of high-quality cotton cellulose. The sodium salt of carboxymethyl cellulose, on the basis of which CMC glue is produced, is an environmentally friendly product. CMC glue is a white or creamy powder material, fine-grained or fibrous;

corn starch - a product obtained as a result of the finest grinding of corn grits. This is a milky white paste, of low viscosity, with the smell and light taste of corn, after drying, acquiring a powdery consistency. Corn starch may be white or slightly yellowish in color;

corn dextrin is a polysaccharide obtained by heat treatment of corn starch. It is used mainly for the preparation of adhesives, as well as in the food industry as a thickener, stabilizer, binder component, and the good solubility of the substance allows it to be used as a carrier of active components of coloring substances.

Potato starch is obtained by grinding potatoes, during which starch grains are released from the destroyed cells. Then the starch is washed and dried. Potato starch is a pure white powder. It has the shape of characteristic large oval granules ranging in size from 5 to 100 microns. Contains phosphates, phosphorus, calcium, amylose (19-24%), polysaccharides.

Potato dextrin is a polysaccharide obtained by heat treatment of potato starch. Dextrin glue is approved for use in the food industry. It is used mainly for the preparation of adhesives, as well as in the food industry as a thickener, stabilizer, binder component, and the good solubility of the substance allows it to be used as a carrier of active components of coloring substances and food powders.

Rice starch - starch derived from rice. The starch content in rice is up to 86%. Used in the manufacture of cosmetics.

Amylopectin starch - obtained from waxy corn, a paste from which has a high viscosity and retains moisture well. Dextrin from such starch is obtained by heat treatment of the corresponding starch.

High amylose starch - obtained from high amylose varieties of corn. Dextrin from such starch is obtained by heat treatment of the corresponding starch.

Barley starch, rye starch - obtained respectively from barley and rye. Easier hydrolysis and gelatinization. Dextrin from them is also obtained by heat treatment.

Wheat starch is a carbohydrate component that remains after processing wheat into flour after removing the protein part.

Pea starch is used in the food industry, cosmetology. It is highly amylose, has a high gelling ability, low temperature gelatinization.

 Rice, wheat, pea dextrins are the products of thermal processing of wheat, rice and pea starch, respectively. Represent a breakdown of a mixture of D-glucose polymers. All dextrins are a source of fiber and have astringent and adhesive properties.

Flour paste - an adhesive obtained by mixing flour with water in a water bath or on low heat in a special bowl;

Gelatin is a carpentry glue used in food production, in the pharmaceutical and cosmetics industries.

Gum (gum arabic, guaran, xanthan gum, locust bean gum, tragacanth and other gum) - high molecular weight carbohydrates, which are the main component of exudates secreted by plants during mechanical damage to the bark or diseases. They are soluble and swellable polymers of monosaccharides, as well as polysaccharides of microorganisms.

Gum arabic - a solid transparent resin secreted by various types of acacia. It consists mainly of arabin (a mixture of potassium, calcium and magnesium salts of arabic acid). Arabin can slowly but completely dissolve in double the amount of cold water, forming a slightly yellowish, clear, thick, sticky liquid.

Guarana gum (resin) - is a polymer compound containing galactose residues. Guar gum is obtained by extraction from the seeds of Guar plants, or the four-winged Tsiamopsis, or the Pea tree, a type of herbaceous plant in the legume family.

Carob gum - derived from carob seeds.

Tragacanth is an air-dried gum that flows from cracks or incisions in the stems or branches of some plants of the Astragalus genus of the Bean family (Fabaceae) as a result of the degeneration of the cell walls of the core parenchyma and the heart of the wine rays. The tragacanth consists of poorly soluble, highly swelling in water bassorin (60-95%) and water-soluble arabin (3-10%), the products of the conversion of polysaccharides and gum acids formed from them.

Rosin is a fragile, vitreous, amorphous substance, with a characteristic shell-shaped t-shaped fracture and a glass shine from dark red to light yellow. Included in the coniferous resin. It is a mixture of various resin acids and their isomers.

Resin dammara - stands out from the tree trunk of Agatis Dammara. Widely used in industry and medicine.

Sandarak resin - obtained from cracks or cuts in the bark and branches of the North African coniferous tree Tetraclinis arthropoda or from the tree Kailitris preysii (Callitris preissii), native to Australia. It consists mainly of two acids: sandaracolic and callitrolic.

Mastic resin - aromatic resin of a mastic tree. It stands out when podstochka trunks or large branches in the form of a viscous liquid, when dried forms a golden transparent lumps. It is used in perfumery, cosmetology, food industry, medicine.

Shellac is a natural resin, excreted by females of a number of insect genera - cherbets, parasitizing on some tropical and subtropical trees in India and countries of Southeast Asia. It contains aleuretic acid, dihydrooxyphycocerol acid, shellic acid, shellac wax, water, a water-soluble pigment.

Amber resin - resin (resin) of the oldest coniferous trees of the Upper Cretaceous and Paleogene periods.

Digging resin is a fossil natural resin secreted mainly by the tropical trees of the legume family. It consists mainly of resinous acids.

Plum glue (resin) - resin (gum) released from cuts on the trunks of plum trees.

Cherry glue (resin) - resin (gum) flowing from the trunks of cherry trees.

In the present invention, only natural components are used and one of the purposes of this invention is in the delivery of cosmetic / therapeutic ingredients contained in the biomass of Kombucha culture to the place of application. It is also allowed to add additional functional ingredients to the adhesive composition, for example, pepper, algae extract, etc. One of the methods for implementing the proposed invention involves the preliminary manufacture of a patch, but it is also possible to use it in the form of masks, creams, transdermal therapeutic systems, and other parenteral dosage forms for external use.

To make the required active substance, a binder prepared by adding water and making it ready in a water bath is taken, mixed with biomass of Kombucha culture, then the active ingredients are added as necessary (algae extract, pepper oil, milk thistle extract, etc.).

The use of the proposed drug in the form of anti-cellulite patches is illustrated by the following examples.

EXAMPLE 1. Patient B., 33 years old, turned to the cosmetology salon “A” regarding the treatment of the initial stage of cellulitis. During visual observation, roughness of the skin, the so-called “orange peel” effect, is noted, the skin is sluggish, its tone is reduced. The use of anti-cellulite patches in the complex treatment of cellulite is proposed. After the peeling procedure with the use of sea salt and essential oils of orange, lemon, oregano, the patient was assigned to wear a patch on a fabric basis, the active adhesive composition of which included biomass of Kombucha culture in the amount of 40 weight. %, a binder in an amount of 60%. The composition of the binder: fish glue in an amount of 80% weight, albumin in an amount of 20 weight. % Patient worn the patch without removing 10 hours. After removing the patch, the residues do not need to be washed off. The number of procedures used at home is 10. Patient V. noted that the use of the patch alone does not require much effort and is economical due to the uniform distribution of the active substance over the surface of the patch. The proposed method, which consisted of 1 salon procedure, including applying the first patch and 9 independent ones, significantly improved the appearance of the skin, relieved swelling, hyperemia, and the skin acquired a tone.

EXAMPLE 2. Patient E., 55 years old, manifestations on the skin of the “orange peel”, swelling, with compression of the skin, its soreness is noted. There are no contraindications for the appointment of massage, there is no varicose disease, the use of standard anti-cellulite techniques using peeling, massage and the use of a tissue-based patch with an adhesive active substance, consisting of 50 wt% Kombucha biomass and 50 wt% binder, has been proposed. The binder contains casein glue, not more than 97%. The number of procedures is 10, the patient is offered to wear the patch for 12 hours, starting with gluing the patch daily at 8 in the morning and removing the patch at 8 in the evening. After removing the patch, the residues were not washed off. After a course of independent 10 procedures, the patient E. objectively improved the skin condition in problem areas - buttocks, hips, the patient noted painlessness, smoothing and improving skin turgor. It was also confirmed the ease and ease of use of the patch at home. The courses of treatment can be repeated regularly, with prophylactic purposes, sessions are recommended to be carried out 1 time every 2-3 months.

EXAMPLE 3. Patient A., 45 years old, sagging facial skin, deep facial wrinkles, circles under the eyes. The use of a preparation containing biomass of Kombucha culture as a mask applied to the face for 20 minutes during the week is proposed, along with electrophoresis of the face, scrubbing and deep cleansing of the face by washing with cosmetic preparations containing acids. The mask included the biomass of Kombucha culture (50%), the composition of the binder: bone glue (40%), algae extract (40%), dandelion infusion (20%). After a course of procedures, patient A. objectively improved her facial skin condition. The patient noted a healthier skin color, a significant reduction in wrinkles and the disappearance of circles under the eyes. The courses of treatment can be repeated regularly, with a preventive purpose, sessions are recommended to be carried out 1 time every 2 months.

Industrial applicability.

The claimed invention can be successfully applied for the production and use of cosmetic and health-improving preparations for the fight against cellulite, both for health and cosmetic purposes.

Claims (31)

1. A biologically active cosmetic preparation for the treatment and prevention of cellulite and improvement of the skin condition, containing biomass of Kombucha culture and a binder selected from the group: fish glue, casein glue, bone glue, glue, albumin, carboxymethyl cellulose, corn starch and / or dextrin, potato starch and / or dextrin, rice starch and / or dextrin, amylopectin starch and / or dextrin, high amylose starch and / or dextrin, barley starch and / or dextrin, wheat starch, starch pea and / or dextrin, flour paste, gelatin, gum, rosin, dammar resin, sandarak resin, mastic resin, shellac, amber resin, dug, plum resin, cherry resin, gum arabic, in the ratio, in weight%: Kombucha biomass culture                       3-70 binder                            rest 2. The drug according to claim 1, characterized in that the binder contains fish glue in an amount of 10-97%. 3. The drug according to p. 1, characterized in that the binder contains casein glue in an amount of 10-97%. 4. The drug according to p. 1, characterized in that the binder contains bone glue in an amount of 10-97%. 5. The drug according to claim 1, characterized in that the binder contains glue in the amount of 10-97%. 6. The drug under item 1, characterized in that the binder contains albumin in an amount of 10-97%. 7. The drug according to claim 1, characterized in that the binder contains carboxymethyl cellulose in an amount of 10-97%. 8. The drug according to claim 1, characterized in that the binder contains corn starch and / or dextrin in an amount of 10-97%. 9. The drug according to p. 1, characterized in that the binder contains potato starch and / or dextrin in an amount of 10-97%. 10. The drug according to claim 1, characterized in that the binder contains rice starch and / or dextrin in an amount of 10-97%. 11. The drug under item 1, characterized in that the binder contains amylopectin starch and / or dextrin in an amount of 10-97%. 12. The drug according to claim 1, characterized in that the binder contains high amylose starch and / or dextrin in an amount of 10-97%. 13. The drug according to claim 1, characterized in that the binder contains barley starch and / or dextrin in an amount of 10-97%. 14. The drug according to p. 1, characterized in that the binder contains wheat starch in an amount of 10-97%. 15. The drug according to p. 1, characterized in that the binder contains starch from peas and / or dextrin in an amount of 10-97%. 16. The drug pop. 1, characterized in that the binder contains flour paste in an amount of 10-97%. 17. The drug according to p. 1, characterized in that the binder contains gelatin in an amount of 10-97%. 18. The drug under item 1, characterized in that the binder contains gum in an amount of 10-97%. 19. The drug according to p. 1, characterized in that the binder contains rosin in an amount of 10-97%. 20. The drug under item 1, characterized in that the binder contains resin dammara in the amount of 10-97%. 21. The drug according to p. 1, characterized in that the binder contains a resin of sandarak in the amount of 10-97%. 22. The drug according to claim 1, characterized in that the binder contains a resin of mastic wood in an amount of 10-97%. 23. The drug according to claim 1, characterized in that the binder contains shellac in an amount of 10-97%. 24. The drug according to claim 1, characterized in that the binder contains amber resin in an amount of 10-97%. 25. The drug under item 1, characterized in that the binder contains digging in an amount of 10-97%. 26. The drug according to p. 1, characterized in that the binder contains plum resin in an amount of 10-97%. 27. The drug under item 1, characterized in that the binder contains cherry resin in an amount of 10-97%. 28. The drug according to p. 1, characterized in that the binder contains gum arabic in an amount of 10-97%. 29. The preparation according to claim 1, characterized in that the biomass of Kombucha culture is used in the form of a dry powder. 30. The preparation according to claim 1, characterized in that the biomass of Kombucha culture is used as an extract.