Overview of Meldonium Olainfarm
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Meldonium Dihydrate |
| Form | Capsules (Oral) and Solution for Injection (Parenteral) |
| Pharmacological Class | Cardioprotective, Anti-ischemic Agent |
| Common Use Context | Cellular support under conditions of oxygen deficit |
| Origin / Status | Synthetic / Primarily marketed in Eastern Europe |
What Type of Medicine is Meldonium Olainfarm?
Meldonium Olainfarm is a pharmaceutical preparation classified as a Cardioprotective and Anti-ischemic Agent, containing the single synthetic active substance, Meldonium. This drug operates as a Metabolic Modulator by influencing how cells generate energy. As a brand name product from the manufacturer Olainfarm in Latvia, the substance is included in the Anatomical Therapeutic Chemical (ATC) classification under code C01EB22.
The active ingredient, Meldonium Dihydrate, was developed as a structural analogue of gamma-butyrobetaine (GBB). This composition distinguishes Meldonium from L-Carnitine, as its mechanism involves the inhibition of an enzyme involved in L-Carnitine synthesis. This action causes cells to adapt their primary energy source, establishing its role in targeted metabolic therapy.
Meldonium Olainfarm: Composition and Therapeutic Purpose
The preparation contains the therapeutic compound Meldonium Dihydrate, classifying it as a single-active ingredient product. It is formulated for use in two principal types: Oral preparations (typically capsules) and Parenteral preparations (an aqueous solution for injection). The availability in both forms allows for different modes of application based on individual requirements.
The general therapeutic purpose of Meldonium is to provide cellular support against potential damage caused by restricted blood flow or low oxygen levels (ischemia). The drug's metabolic action facilitates a shift from fatty acid oxidation to glucose metabolism for energy production, which requires less oxygen. This mechanism is intended to help preserve the functional capacity and energy stability of high-metabolic-demand organs, such as the heart, during periods of circulatory stress.

