Overview of Ритмокор
| Property | Description |
|---|---|
| Active ingredient | Magnesium Gluconate, Potassium |
| Form | Oral Tablets |
| Pharmacological class | Metabolic Agent, Cardioprotector, Mineral Supplement |
| Common use | Supporting Myocardial Function and Electrolyte Balance |
| Origin | Synthetic combination of essential mineral salts |
What Type of Medicine is Ритмокор?
Ритмокор is a pharmaceutical preparation classified as a metabolic agent and a cardioprotector, specifically designed to address cellular deficits of the essential minerals Magnesium and Potassium. This medicine is consistently categorized within the therapeutic group of Therapeutic Nutrients/Minerals/Electrolytes.
The medicine is identified as a combination product that provides non-hemodynamic support, which means its action is focused on optimizing the internal energy and electrical processes within myocardial cells. The preparation is clinically recognized for its application in providing fundamental support to myocardial function and electrical stability in individuals requiring cardiac support. Clinical reviews emphasize the role of magnesium supplementation in supporting cardiac rhythm management due to its influence on ion channel function.
Composition and Form: Magnesium Gluconate and Potassium
The active components of Ритмокор are the mineral salts Magnesium Gluconate and Potassium. Both are electrolytes critical for normal physiologic functioning of cells, nerves, and the heart. The preparation is administered via the oral route in the dosage form of tablets.
The selection of Magnesium Gluconate is based on its demonstrated high oral bioavailability compared to certain other magnesium salts, which is important for effective electrolyte replenishment. Furthermore, research into the properties of potassium and magnesium shows they work synergistically, meaning the presence of one mineral enhances the effect of the other in processes critical for cellular stability. The use of this combination ensures a more comprehensive and effective method of stabilizing cell function, establishing a key differentiating factor from single-mineral products.
Regulatory References

