Overview of Diosminol Teva
Quick Facts
| Property | Description |
|---|---|
| Active Ingredients | Diosmin and Hesperidin |
| Form | Oral tablet |
| Pharmacological Class | Phlebotonic agent (Venoactive drug) |
| Origin | Semisynthetic flavonoid derivative |
What is Diosminol Teva Classified As?
Diosminol Teva is a pharmaceutical preparation classified as a venoactive drug, specifically a phlebotonic agent, designed to support the integrity and function of the peripheral circulatory system. The preparation, manufactured by Teva Pharmaceutical Industries, is supplied as an oral tablet. This classification is clinically recognized for its ability to target venous structures. Its general purpose is to promote healthier peripheral circulation by mitigating the physiological factors that lead to vein weakness and excessive fluid accumulation. It is defined by its targeted effect on the vascular system, acting as a vascular-protecting agent.
Key Components: Diosmin, Hesperidin, and MPFF Formulation
The core constituents are the bioflavonoids Diosmin and Hesperidin, utilized together as a combination product. The active ingredient, Diosmin, is often derived semisynthetically from its precursor, Hesperidin, which is extracted from citrus sources, ensuring high quality and consistency.
The preparation’s defining feature is its formulation as a Micronized Purified Flavonoid Fraction (MPFF). This specialized technology physically reduces the particle size of the active ingredients to a microscopic level. The micronization process leads to significantly superior absorption kinetics compared to non-micronized formulations, meaning the active ingredients reach the bloodstream more efficiently. As a result, the specialized preparation technology helps the body absorb the medicine more effectively.
General Function: Supporting Venous Tone and Microcirculation
The primary general function of this flavonoid combination is its targeted physiological action on the walls of blood vessels. It acts by increasing venous tone, which enhances the elasticity and effectiveness of the veins in moving blood. This action is complemented by its role as a vascular-protecting agent, working to stabilize the integrity of small blood vessels (microcirculation) and reduce excessive fluid leakage, a process known as capillary hyperpermeability. The combined effect of strengthening veins, protecting capillaries, and supporting lymphatic drainage addresses the underlying vascular issues that cause feelings of heaviness or swelling, which is the typical use scenario for this class of medicine.

