Overview of Mastocid
| Property | Description |
|---|---|
| Active ingredient | Rifamycin (Rifamycin sodium) |
| Form | Solution, Tablet, Capsule |
| Pharmacological class | Antibiotic (Rifamycins) |
| Common use | Anti-infective / Eliminating bacterial infections |
| Origin | Natural origin with semi-synthetic modification |
What Type of Medicine is Mastocid?
Mastocid is a specialized pharmaceutical preparation whose active ingredient is Rifamycin, and it is formally classified as an antibiotic. This places it within the larger Rifamycin family, which is recognized as a specific class of broad-spectrum antibacterial agents.
The core chemical structure of Rifamycin has a natural origin, derived from the fermentation process of the bacterium Amycolatopsis mediterranei, followed by semi-synthetic modifications to enhance its therapeutic action and stability. The Mastocid product, which is often distributed as a prescription-only medication in many regions, is primarily defined by this essential chemical tool used to combat microbial pathogens.
Composition and Available Drug Forms
Mastocid is a single-ingredient product, containing only Rifamycin (often as Rifamycin sodium) as its active component, combined with various pharmaceutical bases. The drug is supplied in different dosage form(s) to suit varying therapeutic needs, including an aqueous/hydroalcoholic solution and solid oral forms such as a delayed-release tablet or capsule.
The availability of these forms dictates its route of administration. The liquid solution is typically intended for topical/local application, used, for example, to manage minor surface infections. Conversely, the tablet or capsule forms are designed for oral ingestion, often targeting gastrointestinal issues like traveler's diarrhea. This strategic variation ensures that the active ingredient can be delivered effectively to the specific site of the bacterial infection.
The General Therapeutic Purpose of Mastocid
The general therapeutic purpose of Mastocid is to exert a bactericidal effect that reliably helps eliminate bacterial infections in the body. It achieves this by acting as an anti-infective agent, meaning it targets and neutralizes the harmful microbial load, rather than simply suppressing the symptoms they cause. Pharmacological studies widely support the classification of Rifamycins as essential in treating critical bacterial conditions.
The active substance, Rifamycin, works by quickly and decisively interfering with the essential life processes of the target organisms. This mechanism ensures that the drug is able to actively destroy the pathogens, facilitating the resolution of the bacterial infection and allowing the body to return to an infection-free state.
Regulatory References

