Overview of Pergastric
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Dimethicone (Polydimethylsiloxane) |
| Form | Oral Suspension, Emulsion, Tablet, Gel |
| Pharmacological class | Antifoaming Agent, Antiflatulent |
| Common use | Relieving symptoms of trapped gas and bloating |
| Origin | Synthetic, Silicone-based polymer |
What Type of Medicine is Pergastric?
Pergastric is a medicinal preparation whose primary active component is Dimethicone, which is classified as an antifoaming agent and, functionally, an antiflatulent agent. This substance belongs to the class of synthetic, silicone-based polymers known chemically as Polydimethylsiloxane. Its efficacy for addressing physical discomfort in the gastrointestinal tract is clinically recognized, as Dimethicone is considered pharmacologically inert and achieves only minimal systemic absorption, maintaining a local effect. This low-absorption characteristic is a key differentiating factor from other digestive aids. While chemically distinct, Dimethicone shares its core antifoaming action with related formulations like Simethicone, which utilizes the same polymer principle stabilized with silica gel.
Composition and Available Drug Forms
The composition of Pergastric is designed for the oral route of administration, involving the stabilization of Dimethicone in a suitable base or vehicle. This enables its manufacturing into various dosage form(s), including common oral liquid preparations, such as an emulsion or suspension, as well as solid forms like a tablet or gel. The Dimethicone component itself is an active ingredient in approved non-prescription drugs intended to relieve gas-related discomfort. A differentiating feature is the availability of specific oral liquid forms, which are often preferred by patient groups, such as children or the elderly, who experience difficulty swallowing solids.
General Purpose: Relieving Gas-Related Discomfort
The general purpose of utilizing this antiflatulent agent is to achieve physical relief from the distress caused by the accumulation of gas and foamy substances within the stomach and intestines. The core action facilitates the coalescence of small, stable gas bubbles into larger, more easily expelled units by disrupting their surface tension. This fundamental mechanical action helps alleviate the sensations of bloating, uncomfortable abdominal pressure, and general unease associated with gas-related indigestion.
