Overview of Hepatrombin C
Quick Facts
| Property | Description |
|---|---|
| Active Ingredients | Heparin sodium, Dexpanthenol, Dinitrogen Oxide |
| Form | Cutaneous spray (Aerosol) |
| Pharmacological Class | Antithrombotic and Pro-regenerative Agent for Topical Use |
| Origin | Semi-synthetic Combination |
What Type of Combination Preparation is Hepatrombin C?
Hepatrombin C is defined as a fixed-dose combination product designed for topical use, classified broadly as an Antithrombotic and Pro-regenerative Agent. This formulation is distinguished by its semi-synthetic nature, combining Heparin sodium—noted for supporting microcirculation—with the synthetic Dexpanthenol (Provitamin B₅). The specific three-component combination is a key differentiating factor from simple single-ingredient topical agents, offering a distinct multi-action profile in a ready-to-use format.
Composition and Delivery Form of the Spray
The active composition of Hepatrombin C includes Heparin sodium, Dexpanthenol, and Dinitrogen Oxide (N₂O), and its Cutaneous spray formulation is central to its identity. Heparin provides a localized anti-inflammatory and antithrombotic effect, while Dexpanthenol is utilized for its trophic action, supporting the natural process of epithelialization and skin cell repair. The Dinitrogen Oxide serves a mechanical role as a propellant in the aerosol spray form, ensuring the medication's wide, contact-free distribution, which is beneficial for application over sensitive surface areas.
General Therapeutic Purpose of Hepatrombin C
The general therapeutic purpose of Hepatrombin C is to provide localized, multi-functional support for the health of superficial tissues in areas experiencing minor circulatory or inflammatory issues. Its utility is often seen in neutral use scenarios, such as the general support and care of the skin surrounding minor superficial venous changes. By combining an agent that supports blood flow with one that facilitates cellular repair, the preparation is specifically intended to mitigate localized discomfort and promote the natural regeneration of the skin and underlying capillaries.

