Overview of Petti
| Property | Description |
|---|---|
| Active ingredient | Anetholtrithion (ATT) |
| Form | Oral Solid (Coated Tablet) |
| Pharmacological class | Sialogogue and Choleretic |
| General purpose | Stimulates glandular secretions (saliva and bile) |
| Origin | Synthetic Compound |
Defining Petti: Composition and Origin
Petti is a single-ingredient, synthetic medication containing the active chemical substance, Anetholtrithion, which is also known as Anethole trithione or ATT. The medication is prepared exclusively for oral administration as an oral solid preparation, typically a tablet or coated tablet (dragée). The product is frequently associated with European pharmaceutical markets.
The core constituent, Anetholtrithion, is classified chemically as an organosulfur compound and a substituted dithiolthione. The fact that this entity is a synthetically produced molecule confirms its effects are derived solely from the standardized action of the Anetholtrithion molecule following systemic delivery.
Pharmacological Class and General Purpose
The medicine is classified as a dual-acting secretory agent, functioning as both a sialogogue and a choleretic drug. This classification defines its general purpose: to stimulate the body's natural glandular activity, specifically enhancing salivary secretion and bile secretion.
As a sialogogue, Anetholtrithion is clinically recognized for its ability to increase the flow of saliva, making it a common choice for individuals experiencing dry mouth (hyposialia). Furthermore, the drug's mechanism is supported by pharmacological studies confirming its action in promoting necessary fluid production through affecting muscarinic receptors. This foundation supports its use in both oral comfort and digestive support.
Analogue Forms and Identity
Petti is a widely recognized brand name for this formulation, often positioned for the management of defective saliva production. It is one of several brands, including Sulfarlem, that use the same active substance. Its distinct advantage lies in its specific dual mechanism, which addresses both salivary and digestive support, differentiating it from single-action treatments.

