Overview of Batrafen S
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Ciclopirox (INN) |
| Form | Topical solution, nail lacquer, cream, or gel |
| Pharmacological class | Broad-spectrum antifungal agent |
| Origin | Synthetic N-hydroxypyridone derivative |
What Type of Medicine is Batrafen S?
Batrafen S is a synthetic, prescription-only medicine classified as a broad-spectrum antifungal agent intended for topical administration. Its efficacy is derived from the single active substance, Ciclopirox (or Ciclopirox olamine), which the World Health Organization classifies under the ATC code D01AE14.
Ciclopirox is specifically identified as a synthetic N-hydroxypyridone derivative, a chemical classification distinct from azole or allylamine antifungals. This unique structure provides a valuable therapeutic alternative. The medicine's primary purpose, as clinically recognized, is to achieve antimycotic action—the elimination of fungal pathogens—in conditions affecting the body's outer layers.
Form, Composition, and Delivery System
Batrafen S is engineered as a single active ingredient preparation, consistently tailored for localized treatment. Its dosage forms are varied—ranging from a cream, gel, or shampoo to a specialized nail lacquer or topical solution—to suit different application sites such as the nail plate or skin.
The preparation consists of the active Ciclopirox compound integrated into a vehicle base, which is crucial for its function. For example, the lacquer forms utilize components like ethyl acetate and isopropyl alcohol to ensure the medicine has a keratinophilic property. This delivery system allows the antifungal agent to penetrate dense keratin structures effectively, maximizing the concentration precisely where the fungal organisms reside.
The General Purpose of This Topical Antifungal
The medicine's general purpose is to neutralize microbial growth by exerting a potent fungistatic (inhibiting growth) and fungicidal (killing) effect on a wide variety of pathogens. The compound's high-level action involves the chelation (binding) of essential metal ions, which disrupts the fungal cell's metabolic function. Furthermore, Ciclopirox possesses recognized secondary inhibitory properties against various Gram-positive and Gram-negative bacteria, offering a comprehensive benefit in managing localized microbial populations.
Regulatory References

