Overview of Lanston LFDT
| Property | Description |
|---|---|
| Active ingredient | Lansoprazole |
| Form | Orally Disintegrating Tablet (LFDT) |
| Pharmacological class | Proton Pump Inhibitor (PPI) |
| General purpose | Sustained reduction of gastric acid secretion |
| Origin | Synthetic benzimidazole derivative |
What is Lanston LFDT and Its Pharmacological Class?
Lanston LFDT is a pharmaceutical product containing the potent active substance Lansoprazole, which is clinically recognized for its high efficacy in controlling gastric acid production. The drug is classified as a Proton Pump Inhibitor (PPI), a pharmacological group that functions as a highly effective antisecretory agent by targeting the acid-producing machinery within the stomach. Lansoprazole is a synthetic substituted benzimidazole derivative. This classification is fundamental because PPIs are intended to provide a predictable and sustained control over acid levels, forming a robust therapeutic basis for managing conditions aggravated by excessive acid.
The Unique Fast Disintegrating Tablet (LFDT) Formulation
The formulation of Lanston LFDT is a distinguishing feature, presented as an Orally Disintegrating Tablet (ODT), designated LFDT. This form is particularly relevant for the target patient group, such as the elderly or individuals who have difficulty swallowing, as the tablet disintegrates rapidly on the tongue. The ODT form is an alternative for patients unable to swallow solid medication forms, aiding in compliance. Crucially, the Lansoprazole ingredient is protected within enteric-coated microgranules inside the tablet. This ensures the active compound remains stable and intact when it passes through the stomach, which is an essential technical requirement for its systemic absorption and subsequent clinical action.
General Therapeutic Purpose of Lansoprazole
The general therapeutic purpose of Lansoprazole is to achieve a significant and reliable reduction in gastric acid secretion. This central physiological action occurs by binding to the proton pump enzyme system in the stomach’s parietal cells, suppressing acid release. The core benefit is to alleviate the painful symptoms associated with various acid-related disorders, such as frequent heartburn or acid irritation. The drug's mechanism is intended to provide a durable reduction in acidity, which is crucial for controlling acid-peptic diseases.
Regulatory References
