Overview of Infloc 2 % Pomada
| Property | Description |
|---|---|
| Active ingredient | Fusidic Acid (Ácido fusídico) |
| Form | Ointment (Pomada), 2% concentration |
| Pharmacological class | Topical Antibiotic / Anti-Bacterial Agent |
| Common use | Control of localized skin infections |
| Origin | Semisynthetic (derived from Fusidium coccineum) |
What Type of Medicine is Infloc 2 % Pomada?
Infloc 2 % Pomada is a medication classified as a topical antibiotic or Anti-Bacterial Agent designated for external use, grouped among other antibiotics for skin use. The preparation is defined by its pharmaceutical format as an ointment (pomada), specifying a semi-solid, fatty vehicle designed for localized, cutaneous use. This medicine contains a single active ingredient and is clinically recognized for its efficacy against gram-positive bacteria, particularly Staphylococcus species.
Composition and Origin of the Active Ingredient (Fusidic Acid)
The sole active ingredient is Fusidic Acid (Ácido fusídico). This compound is classified as a steroidal antibiotic, a differentiating factor due to its unique chemical skeleton, although its function is strictly antibacterial, possessing no associated anti-inflammatory steroid effects. Its origin is semisynthetic, as it is derived from the natural metabolites of the fungus Fusidium coccineum and subsequently refined for pharmaceutical application. This formulation, containing the active ingredient blended into a stable, inert fatty base, is favored for its enhanced ability to ensure high tissue concentrations.
General Purpose of this Topical Anti-Bacterial Agent
The general therapeutic purpose of Infloc 2 % Pomada is to help the body control and resolve localized superficial bacterial infections that are susceptible to the active agent, such as minor impetigo or infected dermatitis. Its mechanism relies on interfering with the bacteria’s vital process of synthesizing proteins needed for their growth and replication. By arresting the multiplication of these harmful microorganisms, the action is primarily bacteriostatic, which is the fundamental mechanism employed to reduce the bacterial load and support the natural healing of the affected skin area.

