Purpose. To create an effective multi-directional agent based on domestic plant materials for the treatment of infected wounds.
Specifications. The optimal range of concentrations of active and auxiliary substances in percentage was selected, namely, carbon dioxide hop extract (0.5-5.0), propylene glycol (5.0-15.0), emulsifier No. 1 (1.0-5.0) , polyethylene oxide 1500 (20.0-30.0), polyethylene oxide 400, the rest, included in the new wound-healing drug, provide the necessary antimicrobial properties of the ointment, which is important for its medical purpose.
Application area. Pharmacy, medicine
Advantages. For the first time, a technology has been developed for using carbon dioxide hop extract in combination with excipients as part of a new drug for the treatment of infected wounds. The created antimicrobial wound-healing agent based on hop extract in the form of an ointment according to the developed composition and technology is effective and original and differs from drugs of similar action by an expanded spectrum of antimicrobial action, a complex effect on affected tissues (antimicrobial, anti-inflammatory and reparative), and is hypoa use.
Description. The technology consists of creating an antimicrobial agent based on plant raw materials, which ensures a complex effect of the drug on the affected tissues. A technology has been proposed for creating a drug with a high level of antimicrobial activity, which is achieved by choosing the qualitative and quantitative composition of the components (carbon dioxide, hop extract, excipients and their optimal concentration range). The technology allows us to solve the problems of increasing the level and expanding the spectrum of specific activity while reducing negative effects. For the first time, a technology has been developed for using carbon hop extract dioxide in the composition of a new drug in the form of an ointment for the treatment of wounds – an optimal range of concentrations of active and auxiliary substances