Overview of Emetrol
| Property | Description |
|---|---|
| Active ingredient | Dextrose, Levulose, Phosphoric acid |
| Form | Oral solution (syrup), Chewable tablets |
| Pharmacological class | Antiemetic (Miscellaneous category) |
| Common use | Relief from nausea and vomiting |
| Origin | Proprietary combination (Derived) |
Emetrol's Pharmacological Identity and Purpose
Emetrol is a non-prescription (OTC) medication classified as a miscellaneous antiemetic, primarily formulated to help relieve the distressing sensations of nausea and the accompanying reflex of vomiting associated with common gastric distress. This preparation is a combination product, integrating multiple active ingredients for oral administration. The identity of the medicine as a phosphorated carbohydrate solution is recognized, confirming its classification as an antiemetic for stomach distress. Its general purpose is often utilized in situations of temporary gastrointestinal upset, such as stomach flu or motion sickness.
Composition: The Phosphorated Carbohydrate Solution
Emetrol is defined by its proprietary composition, which includes the simple sugars Dextrose (glucose) and Levulose (fructose), and Phosphoric acid. This formulation, which is derived from simple sugars and an inorganic acid, is an established antiemetic approach. The preparation is most commonly available as an oral solution (syrup) and, in some cases, as chewable tablets. Unlike single-ingredient antiemetics, the synergistic blend in this solution dictates a localized mechanism of action in the digestive tract, which is a key differentiating factor in the antiemetic landscape.
How Emetrol Works to Calm Gastric Agitation
The core concept of Emetrol's mechanism is its local gastric action, meaning it works directly within the stomach rather than via the central nervous system. The concentrated solution creates a hyperosmolar environment that is believed to directly affect the gastric mucosa and the underlying smooth muscle tissue. This action helps to dampen or reduce smooth muscle contractions and spasms within the stomach wall, which are physical triggers for nausea and vomiting. This local action provides a targeted approach to calming the physical agitation in the digestive tract and is clinically recognized for providing relief without the central nervous system effects associated with some other antiemetic classes.
Regulatory References

