Overview of БАКТАВИТ
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Picloxydine (Picloxydine dihydrochloride) |
| Form | Ophthalmic solution (Eye drops) |
| Pharmacological class | Antiseptic / Ophthalmic Anti-infective |
| General Purpose | Local microbial protection on the eye surface |
| Origin | Synthetic compound (Bisbiguanide) |
What is БАКТАВИТ? (What is BAKTAVIT?)
1. Identity and Pharmacological Classification of БАКТАВИТ
БАKТАВИТ is a medication presented as a topical ophthalmic solution (eye drops), designed specifically for direct application to the surface of the eye. It is classified as an anti-infective agent within the broader category of a high-efficacy antiseptic. The primary general purpose of the medication is to provide necessary antimicrobial protection by actively reducing the microbial load in the local ocular environment. The active ingredient, Picloxydine, is recognized for its targeted action against various microbial strains commonly associated with surface contamination.
The active substance carries the ATC code S01AX16, placing it among the "Other antiinfectives" used in ophthalmology. This classification identifies the drug's specialized role as a non-systemic agent focused on surface decontamination, distinguishing it from medications used for internal or systemic infections.
2. Composition and Type: The Role of Picloxydine
The sole active ingredient in БАKТАВИТ is Picloxydine dihydrochloride, referred to by the International Nonproprietary Name (INN) Picloxydine. This is a single active ingredient supplied in a sterile, aqueous vehicle. Picloxydine is a synthetic compound that belongs to the bisbiguanide chemical class, a family of molecules recognized for their wide and potent spectrum of antimicrobial activity.
The compound has a broad-spectrum antimicrobial profile, with efficacy against various microorganisms relevant to ocular surface contamination. Furthermore, Picloxydine is used for its favorable local tolerability in the sensitive ocular environment. This supports the use of the synthetic compound for repetitive application to the eye, making it an option for local microbial management.
3. Core Mechanism and General Benefit
The fundamental mechanism of Picloxydine is its membrane-disrupting effect, which translates directly into a bactericidal (microbe-killing) action. This mechanism involves the positively charged molecule binding to the negatively charged components of microbial cells, physically compromising their structure and leading to rapid cellular death. This action facilitates the general benefit of local reduction of the microbial load on the ocular surface, an essential step in resolving microbial issues. The compound possesses a rapid onset of microbicidal activity.

