Overview of Беталгон
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Nicoboxil, Nonivamide |
| Form | Ointment or Cream |
| Pharmacological Class | Local Irritant Agent in Combinations (Hyperaemic Agent) |
| Common Use | Symptomatic relief of Musculoskeletal Pain |
| Origin | Synthetic Fixed-Dose Combination |
1. Pharmacological Classification: Product Kind and Type
Беталгон is classified as a fixed-dose combination (FDC) topical agent belonging to the pharmacological class of a local irritant agent in combinations (counter-irritant). It is a Hyperaemic agent for percutaneous heat stimulation treatment. This preparation is designed for external use on the skin and is recognized for providing localized, temporary relief from musculoskeletal discomfort, such as general muscular aches or post-exercise tension. Its role is to manage symptomatic aches, stiffness, and pain associated with muscles and joints.
2. Composition and Nature of Active Components
The two synthetic active ingredients in Беталгон are Nicoboxil and Nonivamide. This specific dual composition, which is also found in other topical hyperaemic preparations, is key to the formula's action. Nonivamide (INN) is an organic compound and a capsaicinoid, structurally analogous to natural capsaicin, often manufactured synthetically. Nicoboxil (INN) is a derivative of nicotinic acid with known vasodilatory properties. Беталгон is supplied as an ointment for external application or a cream, utilizing a lipophilic base to ensure delivery of both active agents in a defined ratio.
3. General Principle of Action: Hyperaemia and Warmth
The combined mechanism of Беталгон is engineered to induce localized hyperaemia (increased blood flow) and a profound warming sensation on the skin. Nicoboxil causes blood vessels to widen (vasodilation), and Nonivamide stimulates sensory receptors, creating a counter-irritant effect. This synergistic effect provides a high-level analgesic action designed to interrupt the perception of pain and temporarily alleviate stiffness and discomfort via strong local thermal stimulation.

