Overview of Cantabiline
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Hymecromone |
| Form | Oral Tablet |
| Pharmacological Class | Choleretic and Spasmolytic Agent |
| General Purpose | Optimizing bile flow |
| Origin | Synthetic Compound (Coumarin derivative) |
What is Cantabiline and Its Pharmacological Identity?
Cantabiline is a pharmaceutical preparation classified primarily as a choleretic and antispasmodic agent, specifically targeting the functional processes of the biliary system. The drug's core therapeutic substance is the active ingredient Hymecromone, which serves as the official non-proprietary name (INN) for the compound. This substance is a synthetic compound, chemically recognized as a coumarin derivative. Pharmacologically, Hymecromone is explicitly designated as a biliary tract agent according to pharmaceutical drug classifications. Hymecromone has been studied for its effects in reducing muscle spasms in the bile ducts and increasing the flow of bile. This medicine helps optimize the mechanical process of bile release and movement.
Composition, Origin, and Dosage Form
Cantabiline is a single-ingredient product based solely on Hymecromone, and it is most commonly presented in the form of an oral tablet. This dosage form is designed for oral administration, ensuring a consistent method for delivering the active ingredient into the body. The status as a single-entity medicine means that the observed pharmacological effects are directly attributable to the specific properties of Hymecromone. Its synthetic origin ensures the active substance maintains a defined chemical structure and a reliably high degree of purity. The chemical identity of Hymecromone is formally documented as 7-hydroxy-4-methylcoumarin. The presentation as a compact tablet designed for swallowing makes it a standard, convenient form for use by adult patients.
General Purpose: Optimizing Biliary Flow
The general purpose of Cantabiline is to help optimize the movement of bile by simultaneously stimulating its secretion and relaxing the necessary transit pathways. The choleretic effect promotes an increased volume of bile secretion from the liver cells. Concurrently, the antispasmodic action induces smooth muscle relaxation within the critical biliary structures, notably the bile ducts and the Sphincter of Oddi. This combined action is vital for facilitating efficient biliary transit, serving to assist the body's natural digestive processes by ensuring bile flows adequately into the small intestine. As a spasmolytic, it acts by reducing muscular tension in the affected ducts. This property means the medicine works to ease the tension that can impair the smooth passage of bile.
Regulatory References


