Overview of Эконазол
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Econazole (usually as Econazole nitrate) |
| Form | Topical preparations (cream, foam, lotion, ovules) |
| Pharmacological class | Imidazole antifungal agent |
| Common purpose | To combat and eliminate mycotic infections |
| Origin | Synthetic organic compound |
Что такое Эконазол: Определение и Фармакологический Класс
Эконазол (Econazole) is a synthetic pharmaceutical substance classified as an imidazole antifungal agent, placing it within the broader group of azole antifungals. It is most frequently used as the salt form, Econazole nitrate. This substance is a focused, monocomponent product, meaning its therapeutic effects are derived exclusively from this single active compound.
Its classification as an imidazole derivative is based on its action against skin and mucosal fungi. This confirms that the medicine is an established, targeted treatment designed specifically to address the microbial cause of mycotic infections at the cellular level, distinguishing it from antibacterial or antiviral agents.
Состав, Формы Выпуска и Общее Предназначение
The active substance, Econazole nitrate, is compounded into various topical preparations including creams, lotions, gels, foams, and vaginal ovules, facilitating localized topical administration. The versatility in available dosage forms is a key feature, as the drug is suspended in different pharmaceutical bases/vehicles (like creams or lotions) to ensure optimal delivery and adherence to different parts of the body.
The general therapeutic purpose of Эконазол is to actively combat and eliminate the abnormal proliferation of fungal organisms. The drug’s primary role is rooted in antifungal action for superficial infections.
Эконазол и Механизм Его Противогрибкового Действия
Эконазол achieves its function by directly interfering with the structure of the fungal cell, a key mechanism of the azole class. Its primary action involves the inhibition of ergosterol synthesis. This critical process, necessary for the integrity of the fungal cell membrane, is blocked by the drug. This action causes the fungal cell membrane to become structurally compromised, leading to leakage and eventual inactivation of the pathogen. This targeted interference allows the medicine to exert both fungistatic (growth-inhibiting) and fungicidal (pathogen-killing) effects at the site of administration.
Regulatory References

