Overview of Компламин
| Property | Description |
|---|---|
| Active ingredient | Xantinol Nicotinate |
| Form | Tablet (Oral), Solution (Intravenous Injection) |
| Pharmacological class | Peripheral Vasodilator, Purine Derivative |
| Common purpose | Enhancing blood flow and microcirculation |
| Origin | Semi-synthetic derivative (Niacin and Xanthine-based) |
What Pharmacological Class Does Компламин Belong To?
Компламин (Complamin) is a recognized pharmaceutical preparation whose active ingredient, Xantinol Nicotinate, is classified as a Peripheral Vasodilator and grouped under Purine Derivatives. This designation establishes its primary action within the cardiovascular system, confirming its functional role in increasing blood flow. The compound is distinctive because it is a semi-synthetic entity that marries the chemical structure of xanthinol, a methylxanthine related to theophylline, with that of nicotinic acid (Niacin). Xantinol Nicotinate is used for improving circulation in cases where blood flow is impaired. The medicine is typically dispensed as a prescription medicine (Rx), signifying that its use requires professional oversight due to its specific actions on the vascular system.
What is the Active Composition of Xantinol Nicotinate?
The active composition of the product relies solely on the ingredient Xantinol Nicotinate, a single-entity salt combining the two distinct chemical components. This dual composition ensures a supportive mechanism that addresses both vascular dynamics and cellular energy processes. The medicine is supplied in two primary dosage forms: a conventional tablet intended for oral intake and an aqueous solution formulated for intravenous injection (parenteral administration). The availability of the injectable solution is a key feature, often reserved for initial or more acute circulatory support scenarios, before transitioning the patient to the oral tablet form.
What is the General Therapeutic Purpose of the Medicine?
The core therapeutic purpose of Компламин is to support blood circulation by inducing vasodilation, which physically widens peripheral blood vessels. This effect leads to improved microcirculation throughout the body, enhancing the delivery of oxygen and nutrients to tissues. This action involves a vasodilator effect that contributes to cellular metabolism and oxygen supply. Its general utility lies in providing systemic circulatory support for patients experiencing reduced blood flow.

