Overview of Тромбофоб
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Heparin (Heparin Sodium) |
| Form | Gel or Solution |
| Pharmacological class | Anticoagulant (Antithrombotic) |
| Common use | Prevention of blood clotting |
| Origin | Naturally derived (from animal tissue) |
Тромбофоб: Defining its Pharmacological Class and Identity
Тромбофоб (Trombofob) is a pharmaceutical product defined by its active ingredient, Heparin, which places it in the high-level anticoagulant (antithrombotic) pharmacological class. Heparin is clinically recognized for its ability to immediately inhibit blood coagulation. Its unique mechanism involves enhancing the effect of the naturally occurring plasma protein Antithrombin III (ATIII). This potentiation leads to the rapid neutralization of key clotting enzymes, such as thrombin (Factor IIa) and activated Factor X (Xa). This fundamental action establishes the medicine's role as a direct modifier of blood's ability to coagulate.
Composition, Origin, and Available Forms of Heparin
The active component of the medicine is Heparin Sodium, which is not synthetic but a naturally derived glycosaminoglycan. It is commercially extracted and purified primarily from animal tissues, most commonly porcine intestinal mucosa. Тромбофоб is manufactured as a single active ingredient product and is notably presented in two physical forms that differentiate its use: a clear Aqueous Solution intended for systemic parenteral administration, and a Gel formulated with a hydroalcoholic base designed for topical application. Heparin's primary action is to increase the fluidity of the blood by interrupting the formation of a clot.
General Purpose: The Core Antithrombotic Function
The overarching purpose of Тромбофоб is to mitigate the risk of serious circulatory obstruction by performing its essential antithrombotic function. By interrupting the sequence of reactions that build the structural fibrin clot, the medicine prevents unwanted or excessive blood clotting from occurring or worsening. For instance, it is typically used as a measure to prevent clot formation in individuals who are immobilized or undergoing certain medical procedures. This function is critical for maintaining the fluidity and unimpeded flow of blood within vessels.
Regulatory References

