Overview of Ginothyl
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Policresulen (INN) |
| Form | Aqueous Solution, Gel, Vaginal Suppository |
| Pharmacological class | Local Anti-infective and Antiseptic Agent |
| Common use | Tissue regeneration and local hemostasis support |
| Origin | Synthetic Compound (Polycondensation product) |
What is Ginothyl and its Active Ingredient, Policresulen? (Definition and Classification)
Ginothyl is the trade name for a medication containing Policresulen, which is internationally recognized as its official International Nonproprietary Name (INN). The substance is structurally categorized within the Phenol and Derivatives chemical subgroup and is classified under both the Dermatologicals and Gynecological Antiinfectives and Antiseptics sections of the ATC system.
The drug is distinguished by its primary, dual functions as both a potent Local Anti-infective and Antiseptic Agent and a Hemostatic Agent. This dual role is clinically recognized for managing localized surface lesions, particularly those involving sensitive mucous membranes.
Composition and Available Forms of Policresulen (Origin and Delivery)
Policresulen is a synthetic compound resulting from a specific polycondensation reaction involving m-cresol sulfonic acid and formaldehyde. The substance is manufactured as a single-active ingredient product intended strictly for topical administration, which is the defining route for this type of agent.
Ginothyl is typically supplied in pharmaceutical preparations designed for targeted delivery, including the Aqueous Solution, a viscous Gel, and the solid Vaginal Suppository form. The availability of these distinct forms supports its use for various local applications across different tissue types.
Core Action and General Therapeutic Purpose (High-Level Benefit)
The primary therapeutic purpose of Ginothyl is to support natural tissue regeneration and healing by promoting a locally clean environment. It operates through selective coagulation, a precise chemical process where the substance preferentially reacts with proteins in pathological tissue (e.g., damaged or necrotic cells).
This selective coagulation mechanism is supported by pharmacological studies demonstrating its capacity to aid in the removal of non-viable tissue and to achieve local hemostasis (stopping minor surface bleeding). This combination of actions contributes to an accelerated process of cicatrization (healing) without the necessity of systemic absorption.
Regulatory References

