Burn ointment

FIELD: medicine.

SUBSTANCE: ointment contains biologically active substances which are Apis mellifera in an amount of 21-23 wt %, St. John's wort oil in an amount of 12-14 wt %, propolis in an amount of 10-12 wt % and wax in an amount of 7-9 wt %, as well as Vaselin and lanolin as the ointment base.

EFFECT: invention accelerates cell regeneration processes considerably due to a synergetic action of the ingredients.

7 ex


The invention relates to medicine and veterinary medicine, and in particular to compositions for the treatment of burns.

Known biological ointment for the treatment of eye burns, made on the basis of specially treated human fat (humanely) and contains b vitamins and sulfacetamide-sodium (Philemenof "the Use of a new drug blood biological ointment in treatment of eye burns / journal of ophthalmology, 1963. - P.56-59). Biological ointment helps to regenerate damaged tissue in burns, and non-penetrating injuries of the cornea. The disadvantage of the drug is not sufficiently high wound-healing effect, and therefore the longer the treatment time.

Also known eye ointment, containing a biologically active substance isolated from the umbilical cord of a man of high molecular weight hyaluronic acid (0.3-0.5 g) and ointment base (petrolatum - lanolin in the ratio 6:4) - the rest (Patent RU №217336). The disadvantage of this method is of limited use of the drug - it is effective only if multiple applications (3-4 times daily) and long term wound healing eyes - 30 days. In addition, the drug is tested only if the chemical burn of the cornea, and in other types of burn lesions no information. Getting drug is hampered by the complexity of technology provide the basics to the CSO component hyaluronic acid from umbilical cord of a person that is not readily available and technically difficult.

Meanwhile, from the field of jainology it is known that currently the development of new methods of treatment of burns and wounds use: polymeric coatings. To ensure adequate therapeutic effect of coverage must meet certain special requirements, which include minimum trauma to the wound surface when applying and removing dressings, they should absorb the liquid that accumulates on the surface of the wound, to protect from contamination. Coatings based on chitin compounds occupy a special place in this list, and the first attempts to use Chudinov and chitosan for healing of wounds, including burns, were described in the mid 1970s (R.A.A. Muzzarelli. Chitin. - Oxford: Bugamon Press, 1977). It is established that these compounds possess hepatoprotective, antiulcer, antioxidant, immunostimulant, antioxidant, antibacterial, normalizing autosecretary bowel and regenerating (stimulating the healing of wounds, ulcers and burns) properties. It is established that the coating burns drug "Hitoff", which includes chitosan and a water extract of Siberian fir "Ausib", well protects affected by the burn surface, has an analgesic effect, schraut regeneration and the formation of the epidermal layer (Aiello and other Different types of chitosan in veterinary medicine and animal husbandry / agricultural Russia. - 2004. No. 5. - P.8-11).

However, the technology of production of chitin and chitosan involves serious technical difficulties because it involves deproteinizovana and diallylamine technical raw materials (shells of crabs, molluscs) with concentrated alkalis and acids at high temperatures (of the order of 130-150°C), and obtaining chitosan films based on polymers even more difficult, expensive and not readily available.

Meanwhile, it is known that the number of bee products (propolis, wax, honey and dead bees), can be effectively used without special treatment as one of the main components burn ointments.

Closest to the patentable invention is an emulsion ointment against burns (As the USSR # 68832, 1977). Specified as the prototype drug is intended for treatment of burns and contains (wt.%): lanolin - 5-10; naphthalene - 20-30; neutral lard - 10; refined technical fat - 40-16; turpentine - 3-10; beeswax with traces of honey - 10, meticillin - 3; fish oil - 5-7; complex of vitamins A+D+C - 1,0; metafun (bactericide) - 0,25; cholesterol - 1.0; lecithin is 1.75. However, the composition of the ointment is very complex and it contains antiseptics - turpentine, methyl salicylate, metapan, which, as shown by the last toksikol the policy studies unsafe for the Central nervous system, blood-forming organs and gastrointestinal tract, and thereby toxic effect on the affected burn the body, which contains in excess of burn toxins.

Object of the present invention is to improve wound healing of burns effect with simultaneous simplification of the composition, with the exception of drug toxic components and reduction of terms of treatment of patients.

This task is achieved by the fact that for the healing of burn wounds in the composition of the ointment contains active substances that enhance the regeneration of damaged tissue in burns and suppression of pathogenic microorganisms in the injured with burns and infected wounds.

The inventive preparation is an ointment containing biologically active substances and ointment base, characterized in that the biologically active substances using the dead bees, trapping oil, propolis and wax, as well as ointment bases - petrolatum and lanolin in the following ratio, wt.%: the dead bees - 21-23, trapping oil - 12-14; propolis - 10-12; wax - 7-9; ointment base (petrolatum-lanolin 1:1) - else.

Ointment for the treatment of burns based on chitosan-containing substance - bee Podmore (STM), trapping oil, propolis and wax greatly accelerates the processes to emochnoy regeneration thanks to film-forming, anti-inflammatory antibacterial, antioxidant, antitoxic, anti-ulcer and wound healing synergistic action of the components.

At the first stage of cooking techniques ointments are training the main raw materials for industry - bee Podmore. For this purpose collect fresh dead bees free of mold and signs of decay. The raw material is sieved through a sieve with large cells, to separate it from small debris. After that, the sample is dried in the oven, in the oven at a temperature of +40...45°C or above Central heater. The dry material is subjected to homogenization in a ball mill or coffee grinder. The degree of dispersion control microscopically, which should be within 60-90 microns. The resulting powder was used as one of the main components of burn ointment.

For the preparation of the second medical component - trapping oil, take 20 grams (3 tablespoons) of fresh leaves of St. John's wort, pour 200 g of sunflower oil. Insist 2 weeks in a dark place at room temperature, at times, shake, then strain.

The technological process of preparation of ointments as follows. In a reactor equipped with a combination stirrer, jacketed for heating (cooling) and external homogenizer, vesamenu basis (petrolatum-lanolin). The process is at a temperature of 50-55°C. In the resulting pasty mass ointment bases with continuous homogenization contribute trapping oil, then, as the dissolution and formation of a homogeneous mass, contribute consistently wax, propolis and powder bee Podmore.

The degree of homogenization is assessed visually and microscopically. The ointment should be visually homogeneous with an average particle size of 60 to 90 μm. Packing ointment is made on the packing machine in plastic tubes 50-100,

Production safety is discussed in the relevant sections of the regulations and safety instructions. To ensure sanitary standards of the premises where produced, Packed and packaged ointment, equipped with supply and exhaust ventilation, air conditioning and germicidal UV lamps. According to the degree of fire and explosion hazard production ointment belongs to the category "B"on sanitary design standards - non-toxic, according to the rules for electrical installation - non-explosive. By-products, waste water and air emissions in the production of ointments are missing.

For experimental verification of the claimed burn ointments were prepared ointments containing various amounts of bee Podmore(19%; 21%; 23%; 25%; 27%), trapping oil(8%; 10%; 12%; 14%; 16%), propolis (6%; 8%; 10; 12%; 14%) and wax(5%; 7%; 9%; 11%; 13%).

Example 1. Preparation of ointments (per 1.00 wt.%). In aseptic conditions when heated to 50-55°C. and stirring is mixed with 25 wt.% vaseline and 25 wt.% lanolin, in this mixture contribute 8 wt.% trapping oil and after complete homogenization alternate as complete dissolution and homogenization - wax (5 wt%), propolis (6 wt%), and then powder bee Podmore (19 wt%). The mixture is stirred with simultaneous homogenization.

Example 2. Under the conditions of example 1 take 21 wt.% bee Podmore, 10 wt:% trapping oil, 8 wt.% propolis and 7 wt.% the wax.

Example 3. Under the conditions of example 1 take 23 wt.% bee Podmore, 12 wt.% trapping oil, 10 wt.% propolis and 9 wt.% the wax.

Example 4. Under the conditions of example 1 take a 25 wt.% bee Podmore, 14 wt.% trapping oil, 12 wt.% propolis and 11 wt.% the wax.

Example 5. Under the conditions of example 1 taken 27 wt.% bee Podmore, 16 wt.% trapping oil, 14 wt.% propolis and 13 wt.% the wax.

When applying ointment with content of 19 wt.% bee Podmore, 8-10 wt.% trapping oil, 6-8 wt.% propolis and 5 wt.% wax there is insufficient wound healing effect. Ointments with the content of 21-23 wt.% bee Podmore, 12-14 wt.% trapping oil, 10-12 wt.% propolis and 7-9 wt.% wax has good wounds the healing activity. When increasing the percentage of dead bees to 27 wt.%, trapping oil to 16 wt.%, propolis to 14 wt.% and wax - up to 13 wt.% in ointment wound healing effect was not increased. Optimal was ointments containing 21-23 wt.% dead bees, 12-14 wt.% trapping oil, 10-12 wt.% propolis and 7-9 wt.% the wax.

From experimental studies it can be concluded that burns ointment prepared from components: dead bees - 2.1-23 g, trapping oil - 12-14 g propolis - 10-12 g, wax - 7-9 g ointment base - 58-42 g meets the requirements of Pharmacopia X: sterile, biologically active substances are easily mixed to a homogeneous mass, therapeutic effect in non-toxic and not irritating skin doses. Ready ointment is a viscous mass of yellow color with a characteristic smell uniform consistency. The drug is available for use in domestic and industrial environments.

The proposed burn ointment tested in experiments on rabbits. Therapeutic efficacy was evaluated by the following criteria: the timing of the reversal and extinction phenomena of irritation, swelling, purulent-necrotic lesions, the timing of the complete epithelialization tissue.

Example 1. Test the effectiveness of the ointment if the burn is mild. In the experiments used 6 Krolik is, divided into 2 groups. Modeling thermal burn was performed using light flashes six halogen lamps located at a distance of 10 mm from shaved 10% of the surface area of the skin of animals. At 24 h after injury, the affected area of the skin of rabbits 1st group were treated emulsion ointment against burns (known product). The affected area of the animals of the 2nd group smeared with ointment against burns-based bee Podmore, trapping oil, propolis and wax (proposed). It is established that the burn injury in animals of the 1st group was accompanied by a strong erythema of the skin, diffuse edema and complete wound healing occurred only on day 13-15 experience. Animals of the 2nd group of burn injury after applying the proposed ointment accompanied by slight erythema, slight edema, which disappeared to 5-6 days after injury.

Example 2. Test the effectiveness of the ointment if the burn is severe (III) degree. Simulation of severe burn was carried out by burning 10% of the surface of the body of hot metal plasticity. After 24 h after application of burn injury, the affected area of the skin of rabbits 1st group were treated emulsion ointment of known composition. For the treatment of burn injuries rabbits 2nd group used the proposed ointment-based bee Podmore and C is arabinose oil. The results of dynamic observations showed that the animals of the 1st group of wound process, despite the application of emulsion ointments against burns, was accompanied by the development of diffuse edema, the formation of vesicles and erosions in the center. Wound healing with scarring occurred at 19-21 days after injury. Animals of the 2nd group after applying the proposed ointment observed that the wound surface was covered with a film formed due to the presence in the composition of ointments chitosan-containing component - bee Podmore, that prevented the wound from microbial contamination, absorb wound exudate. On the third day observed reduction of the area of the lesion, resorption of edema, absence of purulent-necrotic process and scars. Wound healing occurred on 12-13 days after injury.

Ointment for the treatment of burns, containing biologically active substances and ointment base, characterized in that it as biologically active substances contains dead bees, trapping oil, propolis and wax, as well as ointment bases contains petrolatum and lanolin in the following ratio, wt.%: the dead bees - 21-23; trapping oil - 12-14; propolis - 10-12; wax - 7-9; ointment base (petrolatum-lanolin 1:1) - the rest.


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