Overview of Oceral
| Property | Description |
|---|---|
| Active ingredient | Oxiconazole (as Oxiconazole nitrate) |
| Form | Topical cream or lotion |
| Pharmacological class | Azole antifungal (Imidazole derivative) |
| Common use | Counteracting superficial fungal skin infections |
| Origin | Synthetic (chemically manufactured) |
What is Oceral and What is its Classification?
Oceral is a trade name for a synthetic, single-component medication whose active pharmaceutical ingredient is Oxiconazole, typically administered as the nitrate salt. This agent is classified pharmacologically as an azole antifungal, belonging to the group of imidazole derivatives designed to combat fungal pathogens. Oxiconazole is recognized for its activity against common dermatophyte species. It is developed exclusively for direct, topical dermatologic use, establishing its identity as an externally applied agent rather than a systemic, orally ingested medicine. Oxiconazole is a recognized antifungal agent effective for topical applications against various skin infections.
Composition and Pharmaceutical Form
The medicine is formulated for topical dermatologic use and is supplied primarily as an opaque cream or a lower-viscosity lotion. These two available forms, determined by their dermatologic base/vehicle, offer flexibility for users depending on the nature and location of the dermal infection. Both forms ensure that the active ingredient, Oxiconazole nitrate, is delivered directly to the infection site. Oxiconazole is classified as an antifungal medicine for topical use. This confirms the drug is structurally engineered for direct, external application to the skin.
General Purpose of Oxiconazole
The general therapeutic purpose of Oxiconazole is to control and resolve common superficial dermal infections caused by susceptible fungal organisms. As an azole antifungal, its core function is to exert powerful antifungal activity directly against pathogens, such as those that cause conditions often described as tinea infections. This topical agent functions by compromising the fundamental structure and function of the fungal cell, providing the general benefit of eliminating the pathogen to clear the associated fungal skin infections in a targeted manner. Its effectiveness has been widely observed in clinical practice for external infections.
Regulatory References



