Overview of Ломфлокс
What is Ломфлокс? (Lomefloxacin)
| Property | Description |
|---|---|
| Active ingredient | Lomefloxacin (as hydrochloride salt) |
| Form | Film-coated tablet, ophthalmic solution, otic solution |
| Pharmacological class | Fluoroquinolone Antibiotic (Second Generation) |
| Common use | Treatment and prevention of susceptible bacterial infections |
| Origin | Synthetic (a difluoroquinolone derivative) |
What Type of Drug is Ломфлокс? (Lomefloxacin Identity and Classification)
Ломфлокс is a potent, synthetic antibacterial agent with the International Non-proprietary Name (INN) Lomefloxacin. It is chemically defined as a difluoroquinolone derivative, placing it firmly within the second-generation fluoroquinolone antibiotic class. Pharmacological studies consistently confirm its classification as a broad-spectrum agent, distinguishing it from older compounds with limited bacterial targets. The compound’s synthetic origin allows it to be consistently manufactured with the high purity required for systemic administration.
Composition and Preparations: How Ломфлокс is Available
The medication is a single-component product, utilizing Lomefloxacin as the sole active substance (typically as the hydrochloride salt). This INN is available globally under various names, but its core composition remains consistent. The drug is presented in several distinct dosage forms to match different needs: a film-coated tablet for oral administration, and specialized liquid preparations, such as ophthalmic solutions (eye drops) and otic solutions (ear drops), allowing for direct topical application. This availability across multiple forms is a differentiating factor, offering flexibility where localized anti-infective treatment is required.
What is the General Purpose of Ломфлокс?
The general purpose of Ломфлокс is to serve as a reliable anti-infective agent against bacterial infections caused by susceptible microorganisms. Its therapeutic application is clinically recognized for clearing established diseases by exploiting its fundamental bactericidal mechanism. This action involves actively killing the bacterial pathogens, contrasting it with agents that merely inhibit growth. Consequently, it is an essential component of treatment when a broad-spectrum, decisive anti-bacterial effect is needed.

