Overview of Lordin
| Property | Description |
|---|---|
| Active Ingredient | Omeprazole |
| Form | Delayed-release capsules or tablets |
| Pharmacological Class | Proton Pump Inhibitor (PPI) |
| General Purpose | Reduction of gastric acid secretion |
| Origin | Synthetic (Substituted benzimidazole) |
What Type of Medicine is Lordin? (Classification and Purpose)
Lordin is a pharmaceutical product primarily defined as an antisecretory agent, belonging to the highly effective class of compounds known as Proton Pump Inhibitors (PPIs). This classification is clinically recognized for providing superior acid suppression compared to older H2 blockers, supporting its foundational role in gastroenterology. Its pharmacological purpose is to achieve a significant, powerful, and sustained reduction in the amount of gastric acid secreted by the stomach. The drug's core therapeutic benefit is derived from its ability to suppress acid release consistently, facilitating natural healing in the esophagus and stomach by minimizing corrosive damage.
Composition and Origin of Omeprazole (Active Ingredient and Chemical Nature)
The essential constituent of Lordin is the single active ingredient, omeprazole, which is a synthetic compound chemically derived from the substituted benzimidazole family. The product is frequently positioned for use in adults and certain pediatric populations, reflecting its broad clinical recognition. The compound's anti-secretory action is essential for clinical practice. The product is administered for oral intake, typically presented as delayed-release capsules or oral delayed release tablets. These specific forms are necessary because the omeprazole inside is highly sensitive to acid; the formulation utilizes enteric-coated granules to protect the active substance from degradation by stomach acid, ensuring it reaches the small intestine for proper absorption.
How Does Lordin Suppress Acid Production? (Mechanism Principle)
Lordin works by inhibiting the final, critical step of acid production within the stomach's parietal cells. Its mechanism is that of an H^+/K^+-ATPase inhibitor; in simpler terms, it acts by targeting and virtually shutting down the small protein pumps, often called proton pumps, that are physically responsible for releasing acid. The omeprazole metabolite binds irreversibly to this enzyme, leading to a profound, long-lasting suppression of both basal and stimulated acid secretion that remains effective until the body synthesizes new acid pumps. This powerful action is beneficial in scenarios where the stomach produces too much acid, such as during ongoing treatment for inflammation, thereby mitigating acid-related issues.
Regulatory References

