Overview of Офло
Офло: Definition and Core Pharmacological Class
| Property | Description |
|---|---|
| Active ingredient | Ofloxacin |
| Form | Tablets, Solution for infusion, Ophthalmic/Otic solution |
| Pharmacological class | Fluoroquinolone antibiotic |
| General purpose | Resolves bacterial infections via bactericidal activity |
| Origin | Synthetic |
Офло is a prescription-only medicine (Rx) containing the single active ingredient, Ofloxacin. This compound is clinically recognized for its essential role in fighting bacterial infections. It is fundamentally classified as a Fluoroquinolone antibiotic, a modern class of drugs used specifically against susceptible bacterial pathogens.
The origin of Ofloxacin is entirely synthetic, as it is a fluorinated carboxyquinolone agent that was chemically engineered for its precise and potent properties. The drug is a racemate, meaning it is a mixture containing both the active and inactive chemical forms. This broad-spectrum classification confirms the drug is designed to be effective against a wide variety of harmful bacteria.
Compositional Identity and Available Forms
Офло is a single product based exclusively on the active substance Ofloxacin, which is combined with basic pharmaceutical vehicles like sterile aqueous solutions or excipients for tablets. The medication is available in several dosage forms optimized for different routes of administration, allowing for both systemic use (circulating internally) and local use (targeted delivery).
These forms include tablets for internal use and sterile aqueous solutions for use as intravenous infusion solution for systemic delivery. Additionally, Ofloxacin is formulated for direct application as ophthalmic solution (for the eyes) and otic solution (for the ears), ensuring highly targeted treatment delivery to localized areas.
General Purpose and Bactericidal Action
The general purpose of Офло is to resolve bacterial infections by achieving rapid and effective elimination of the causative pathogens. This goal is accomplished through its decisive bactericidal activity, which means the drug kills the bacteria rather than merely halting their growth. This potent effect works by targeting essential enzymes within the bacterial cell—specifically DNA gyrase—which prevents the bacteria from replicating or repairing their genetic material. The fundamental benefit is the clearance of the body from a wide variety of susceptible infectious bacteria.
Regulatory References

