Overview of Panangin Forte
| Property | Description |
|---|---|
| Active Ingredients | Potassium Aspartate, Magnesium Aspartate |
| Form | Film-coated tablet |
| Pharmacological Class | Minerals and electrolytes, Electrolyte replenisher |
| Common Type | Combination product |
| Origin | Derived substance (Aspartate salts) |
What Pharmacological Class Does Panangin Forte Belong To?
Panangin Forte is a defined combination medicinal product classified as an electrolyte replenisher within the larger pharmacological group of minerals and electrolytes. This classification signifies its core function: to supply the body with the crucial intracellular cations, potassium and magnesium. The product is specifically positioned to address simultaneous deficiency states involving these two minerals. The combined use of potassium and magnesium is recognized as a therapeutic approach for specific cardiovascular support. This combination is clinically characterized by its role in maintaining cellular electrical stability.
What are the Active Ingredients and Dosage Forms?
The composition of Panangin Forte is built upon the active ingredients, Potassium Aspartate and Magnesium Aspartate. These are specifically structured salts that utilize L-Aspartate, an endogenous amino acid, to function as a carrier, promoting the ions' bioavailability and transport across cellular membranes. Panangin Forte is formulated as a high-strength, film-coated tablet for the oral route of administration. This aspartate salt form is used for mineral delivery to assist in the absorption of both potassium and magnesium ions.
What is the General Purpose of the Combination?
The overarching purpose of this two-part mineral formulation is the comprehensive restoration of the body's essential mineral balance, particularly when deficits are identified. By providing both potassium and magnesium, the combination supports the fundamental processes required for the normal electrical stability of cells. A common use scenario is for patients requiring supplemental electrolyte intake to support overall physiological function. This restorative action is intended for the maintenance of optimal neuromuscular function, aiding in the preservation of normal heart rhythm and myocardial contractility by resolving the underlying cation deficit.
Regulatory References

