Overview of Тыквеол
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Pumpkin seed oil (Cucurbita pepo seed oil) |
| Form | Soft gelatin capsules, oil (liquid), rectal suppositories |
| Pharmacological class | Phytopreparation, tissue regeneration stimulant, hepatoprotective agent |
| General purpose | Cell protection, tissue repair, and metabolic support |
| Origin | Natural (botanical) |
The Identity of Тыквеол: A Polycomponent Phytopreparation
Тыквеол (Tykveolum) is an over-the-counter (OTC) medicine of natural origin, classified as a phytopreparation with primary therapeutic actions as a tissue regeneration stimulant and hepatoprotective agent. This product, derived exclusively from the seeds of Cucurbita pepo, is defined as a polycomponent drug. Its activity is rooted in the synergy of multiple naturally occurring substances, a characteristic distinguishing it from single-chemical synthetic medicines where effects arise from these broad-spectrum natural mixtures.
Core Composition and Pharmaceutical Forms
The active ingredient in Тыквеол is Pumpkin seed oil, a lipid substance naturally abundant in biological active substances (BAS), available in soft gelatin capsules, liquid oil, and rectal suppositories. The therapeutic value of the oil is based on its specific composition, which includes high concentrations of essential polyunsaturated fatty acids (such as linoleic acid), tocopherols (Vitamin E), carotenoids, and significant amounts of phytosterols. The availability across multiple dosage forms—including the presence of rectal suppositories—allows its protective properties to be utilized for localized needs as well as systemic support. The oil contains compounds characterized by membrane-stabilizing and antioxidant action.
General Therapeutic Purpose and Foundational Action
The general purpose of Тыквеол is to support functional integrity and recovery by stabilizing cell membranes and promoting tissue repair. The foundational action is rooted in the high antioxidant capacity of its components, which helps to mitigate cellular damage induced by free radicals. This mechanism, coupled with the supply of structural compounds like phospholipids, aids in the essential processes of tissue regeneration and repair. This provides non-specific support in scenarios where the liver or mucous membranes require enhanced healing capacity, contributing to the recovery of functional integrity.
Regulatory References

