Fungoterbine

Fungoterbine is a medicine intended for the treatment of fungal infections of the skin and nails. Its active ingredient, terbinafine, helps prevent the proliferation and growth of fungal spores, which relieves symptoms and promotes recovery. This medicine is available in the form of tablets and cream for external use.

Indications for use Fungoterin is effective in the treatment of fungal skin infections such as dermatophytosis and candidiasis. It can also be used to treat nail fungus such as onychomycosis. The drug is not recommended for pregnant women, nursing mothers and children under 2 years of age, since its safety in this category of patients has not been studied. Before starting use, be sure to consult your doctor.

Fungoterbin is a drug that is used for fungal infections caused by various types of microscopic fungi, such as dermatophytes, mold and yeast." Country of origin: Russia and Germany.

Currently, two main approaches are used in the pharmaceutical industry: classical and mechanism-directed. The first approach is based on inhibition of any enzyme or reaction link in the synthesis of a fungal molecule. Mechanism-targeted antimycotics (MDs) bind to the high-energy site of biosynthesis of a specific metabolic product of the parasite. At the same time, the formation of specific sterols is reduced, the transition of melanin biogenesis, the synthesis of ergosterol or mannose block sulfate is blocked. The tactics of the second group of antimycotics are based on a dose-dependent reduction in the dose of fungal lipids and tristerols synthesized by antifungal agents, inhibition of mitosis, and disruption of the formation of ergosterol. Mitosis is the basis for the reproduction of dermatomycetes. Stereoselective inhibitors of ergosterol and sterol metabolism may have all the benefits of treating mucormycosis and candidiasis. Highly active inhibitors of ergosteroline biosynthesis are alkylamidines: caspofungin, anidulafungin. Among phytoresins, amphotericin B has the greatest potential. The decisive factor in effectiveness was the lyophilization of antibacterial mold: achieving high concentrations of antibiotics in peripheral circulation.