Overview of Neo Borocillina
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Dichlorobenzyl Alcohol (DCBA) |
| Form | Lozenge, Buccal Tablet, Spray |
| Pharmacological Class | Antiseptic (Topical Anti-Infective Agent) |
| Common Use | Symptomatic relief of acute sore throat |
| Origin | Synthetic (Halogenated benzyl alcohol derivative) |
What Type of Medicine is Neo Borocillina?
Neo Borocillina is classified as an Over-the-Counter (OTC) medicine, available without a prescription and intended for localized therapeutic action in the oropharyngeal cavity. The product belongs to the pharmacological class of Antiseptics, placing it in the Topical Anti-Infective Agents group (R02AA03) of the Anatomical Therapeutic Chemical (ATC) Classification. It is typically supplied in solid dosage forms such as a lozenge or buccal tablet, which ensure the active components are released gradually onto the affected mucous membranes via a local administration route.
What is the Active Ingredient in Neo Borocillina?
The core component providing therapeutic action in Neo Borocillina is the single or primary active ingredient, Dichlorobenzyl Alcohol (DCBA), also known by its chemical name, 2,4-Dichlorobenzyl Alcohol. This substance is a synthetic small molecule, chemically categorized as a halogenated derivative of benzyl alcohol. This specific derivative is utilized for its properties as a localized antiseptic. While DCBA is the essential antiseptic, the preparation may be a combination product in certain formulations, often including other complementary actives, such as Amylmetacresol, to broaden the product's range of effect.
What is the General Purpose of Neo Borocillina?
The general purpose of Neo Borocillina is to achieve symptomatic relief of discomfort associated with acute sore throat and minor mouth infections by performing its primary function as a mild antiseptic. The compound's function is defined by its ability to engage in antimicrobial activity, where Dichlorobenzyl Alcohol works by physically damaging the cell membranes of local pathogens, including various bacteria and viruses. This direct, targeted action helps reduce the concentration of microorganisms contributing to the irritation within the oropharyngeal cavity, providing the specific benefit of a localized anti-infective approach when throat discomfort first arises.


