Overview of Crataegus
| Property | Description |
|---|---|
| Active ingredients | Flavonoids (e.g., Vitexin, Hyperoside), Oligomeric Procyanidins (OPCs) |
| Form | Oral solids (Tablets, Capsules), Liquid preparations (Tinctures, Drops), Herbal substance |
| Pharmacological class | Cardiotonic, Cardioprotective |
| Common use | General support of cardiovascular function, relief of nervous heart complaints |
| Origin | Natural, Plant-based (Crataegus species) |
Crataegus: Defining the Herbal Medicinal Product
Crataegus, derived from the Hawthorn plant (Crataegus species), is classified as a Traditional herbal medicinal product primarily recognized for its cardioprotective and cardiotonic properties. This natural, plant-based medicine utilizes the fruit (Crataegi Fructus) and often the leaf and flower (Crataegi Folium cum Flore) as its source materials. It is used for supportive heart function, particularly in mild, non-severe heart complaints. This reflects a long-standing traditional application for issues impacting the heart and circulatory system.
Active Components and Pharmaceutical Classification
The therapeutic efficacy of Crataegus is attributed to its complex composition of active ingredients, chiefly Flavonoids and Oligomeric Procyanidins (OPCs). These substances are typically prepared as standardized extracts using an aqueous-alcoholic solvent, ensuring a consistent and measurable amount of the beneficial phytochemicals in the final product. Hawthorn acts as a cardiotonic drug, noted for its ability to increase coronary blood flow. This suggests that the natural compounds found in Crataegus preparations help improve the heart's own blood and oxygen supply.
General Purpose and Physiological Support
The overall utility of Crataegus is centered on supporting cardiovascular function and alleviating functional nervous heart complaints related to mild impairment. This supportive action is rooted in the drug's gentle ability to enhance the heart muscle's ability to contract effectively (a positive inotropic effect) while also promoting vasorelaxation. These combined effects allow the heart to work more efficiently, translating into enhanced capacity and endurance for non-specific issues impacting the circulatory system.

