Ефективність застосування настоянок фітопрепаратів проти кріогенних еталонних штамів St. aureus, St. epidermidis та Ps. aeruginosa

Abstract

Вивчено антибактеріальну дію рослинних настоянок на еталонні кріогенні референсштами. Рекомендовані для боротьби з полірезистентними штамами St. aureus: елеутерокок колючий; St. epidermidis: прополіс; Ps. aeruginosa: апельсин. Настоянка з граната звичайного виявляла бактеріостатичну дію проти досліджуваних мікроорганізмів. The antibacterial effect of plant infusions on reference cryogenic reference strains has been studied. Recommended for the control of multidrug resistant strains. St. aureus: Eleutherococcus senticosus, pomegranate ordinary; St. epidermidis: Аpes propolium; Ps. aeruginosa: Citrus sinensis. Tincture of Punica granatum had a bacteriostatic effect against all experienced microorganisms. One of the problems of modern infectious pathology of animals and humans is the emergence of multiresistant strains of staphylococci, which are difficult to respond to antibiotic therapy and lead to severe soft tissue damage, complex surgical pathology. One of the promising directions of pharmacognosy is the search for alternative sources of antibacterial substances with an exhaustive resource of antibiotics of fungal origin. One of the promising directions of search is the use of plant raw materials of medicinal plants of official and non-clinical medicine. The tendency of a scientific search for scientists of the world in recent decades shows positive progress in this issue, reveals a promising range of plants of a number of families that are characterized by the content of certain active substances (phytoncides, saponins, alkaloids, glycosides, tannins, essential oils, embalming pitches etc.). The results of the effectiveness of phytopreparations on Staphylococcus aureus, Staphylococcus epidermidis in vitro are presented. The antibacterial effect of herbal infusions has been established: Eleutherococcus spiny, Eleutherococcus sedentechevkivy and Granat ordinary polyresistant strains of microorganisms.