Overview of Algex
| Property | Description |
|---|---|
| Active Ingredients | Aluminum Hydroxide, Magnesium Hydroxide |
| Form | Oral Suspension (Liquid), Chewable Tablet |
| Pharmacological Class | Antacids (Gastric Acid Neutralizers) |
| Common Purpose | Symptomatic relief of acid indigestion, heartburn |
| Origin | Synthetic Inorganic Compounds |
Algex is a pharmaceutical entity classified within the Pharmacological Class of Antacids, functioning as a Gastric Acid Neutralizer for rapid, short-term relief. This combination product incorporates two specific active ingredients—Aluminum Hydroxide and Magnesium Hydroxide—to achieve a balanced effect. This class of drugs is clinically recognized for its ability to immediately neutralize stomach acid. The general purpose of this medication is the symptomatic relief of discomforts related to gastric hyperacidity, such as the burning sensation experienced during a common episode of heartburn or acid indigestion.
Composition and Form: Aluminum Hydroxide and Magnesium Hydroxide
The core of Algex’s identity rests on its dual active ingredient composition: Aluminum Hydroxide and Magnesium Hydroxide, which are inorganic, synthetic salts. This strategic combination of an Aluminum salt and a Magnesium salt is a key differentiating factor; the inclusion of aluminum helps moderate the typical laxative effect associated with magnesium-only antacids. Algex is typically available for oral Route of administration in common Drug Forms, including Oral Suspension (Liquid) and the portable Chewable Tablet. The suspension form, relying on an aqueous vehicle, generally offers the most rapid means of acid neutralization against acute symptoms.
Algex's Mechanism and General Benefit
The foundational principle of Algex's operation is the direct, chemical Neutralization of gastric acid upon contact. When ingested, the basic compounds react with the stomach's hydrochloric acid, leading to a rapid and localized pH increase. This quick elevation of the pH level is critical not only for reducing the acid's direct irritant effect but also because it aids in the inactivation of Pepsin, a digestive enzyme that becomes highly destructive in acidic conditions. The immediate benefit of this short-acting antacid mechanism is the swift cessation of the burning and discomfort associated with excess stomach acid, providing relief precisely when symptoms occur.
Regulatory References

