Overview of Infa V
| Property | Description |
|---|---|
| Active ingredient | Clotrimazole (often combined with Metronidazole) |
| Form | Vaginal Cream or Suppository (Pessary) |
| Pharmacological class | Azole Antifungal / Imidazole Antifungal |
| Common use | Local anti-infective and antifungal preparation |
| Origin | Synthetic |
What Type of Medicine is Infa V? (Classification and Origin)
Infa V is a synthetic pharmacological agent primarily classified within the imidazole family, which serves as an Azole Antifungal. Its foundational active ingredient is Clotrimazole, a compound known to possess broad-spectrum activity against various yeasts and fungi. Clotrimazole is recognized as a potent topical agent against fungal microorganisms. The medicine is frequently formulated as a combination product, where the antifungal properties of Clotrimazole are paired with Metronidazole, a compound recognized for its effectiveness against certain bacteria and protozoa, distinguishing it from single-agent formulations.
Active Components and Form of Infa V (Composition and Delivery)
The primary active components of Infa V are Clotrimazole and, in many formulations, Metronidazole, which are incorporated into a neutral pharmaceutical base, most commonly a vaginal cream or a suppository (pessary). The dosage form is specifically engineered for vaginal administration, which is the designated route of administration. This local delivery strategy minimizes systemic exposure, a clinically recognized benefit for localized treatments. This topical concentration is a key differentiating factor, making it suitable for targeted use at the affected site.
The General Purpose of Infa V (High-Level Benefit)
The general purpose of Infa V is to serve as a targeted local anti-infective and antifungal preparation intended to clear up an overgrowth of pathogenic microorganisms. Clotrimazole works by disrupting the cell wall structures of yeasts and fungi, halting their ability to grow and reproduce. The inclusion of Metronidazole (in combined versions) further contributes to this goal by neutralizing susceptible bacteria and protozoa, helping to restore the normal microflora balance of the affected tissues.
Regulatory References
