Overview of Doliprane
What is Doliprane? (Frovatriptan Composition)
| Property | Description |
|---|---|
| Active Ingredient | Frovatriptan (as Frovatriptan succinate monohydrate) |
| Form | Film-Coated Tablet |
| Pharmacological Class | Selective Serotonin 5-HT1 Receptor Agonist (Triptan) |
| Common Use | Acute treatment of migraine attacks |
| Origin | Synthetic Compound |
What Type of Medicine is Doliprane (Frovatriptan)?
Doliprane, when containing the active ingredient Frovatriptan, is a specialized prescription-only medication classified pharmacologically as a Selective Serotonin 5-HT1 Receptor Agonist. The active component, Frovatriptan succinate monohydrate, is a synthetic compound belonging to the triptan class, which targets the neurovascular pathophysiology of migraines. This drug is specifically utilized to address the underlying changes associated with a migraine headache, distinguishing its function from general pain relievers. The medicine is a single-entity product, meaning Frovatriptan is the sole pharmaceutical agent responsible for the therapeutic effect.
Form, Composition, and General Purpose
The medication is an oral dosage form, specifically a film-coated tablet, comprised of the active Frovatriptan along with pharmaceutical excipients necessary for stability and delivery. Its general purpose is the acute treatment of migraine attacks, encompassing headaches that occur both with and without an aura. The drug’s profile is characterized by a highly selective action on receptors in the cranial vasculature. Frovatriptan primarily works by initiating the narrowing of blood vessels that become excessively dilated during an attack and simultaneously interrupting the release of inflammatory pain signals.
How Does Frovatriptan Differ from General Pain Relievers?
Frovatriptan's mechanism fundamentally differs from that of general analgesics because it provides relief by addressing the core vascular and neurological events of the migraine itself. As a member of the triptan class, its action involves the selective constriction of the specific intracranial blood vessels implicated in migraine pathology. This specialized mechanism is key to its role in migraine-specific abortive treatment. Its chemical structure grants it the longest terminal elimination half-life among the triptans, a property that contributes to a sustained duration of effect.
Regulatory References


