Overview of Antiprost
The drug Antiprost is a prescription-only medication specifically defined by its active pharmaceutical ingredient, Finasteride.
| Quick Facts | Description |
|---|---|
| Active ingredient | Finasteride |
| Form | Oral tablets |
| Pharmacological class | 5alpha-Reductase inhibitor |
| Origin | Synthetic (4-Azasteroid) |
| Route of Administration | Systemic oral |
Antiprost: Definition and Pharmacological Class
Antiprost is a synthetic 4-Azasteroid compound classified as a 5alpha-Reductase inhibitor, which is a type of targeted endocrine agent. The active substance, Finasteride, is chemically a synthetic molecule and belongs to the 4-Azasteroid structural class. This medication is a selective inhibitor, demonstrating a preference for the Type II 5alpha-reductase isoenzyme, the intracellular enzyme responsible for converting testosterone into dihydrotestosterone. This specific inhibition is the core function of the compound. This means the medicine works by specifically blocking the key enzyme responsible for producing the potent hormone DHT.
Composition and Presentation of Finasteride
The drug is formulated as a single active ingredient product designed for systemic oral delivery. Antiprost is presented as an oral tablet containing the International Nonproprietary Name (INN) compound Finasteride combined with solid oral excipients that form the tablet matrix. This formulation for systemic action is designed for the reliable absorption necessary for achieving therapeutic concentrations. Because the medication is absorbed through the digestive system and distributed via the bloodstream, this systemic route of administration ensures the active compound reaches target tissues throughout the body where the relevant enzyme is expressed.
The General Purpose of a DHT Suppressant
The fundamental purpose of Antiprost is to achieve the systemic suppression of dihydrotestosterone (DHT) production. By specifically blocking the enzyme responsible for its creation, the medication effectively lowers the overall concentration of the potent androgen DHT in the bloodstream and in hormone-sensitive tissues. This reduction in systemic DHT levels is the intended pharmacological effect used to manage hormone-dependent conditions. This action provides the foundational benefit of reducing the body's overall exposure to the hormone that can drive certain biological processes, an effect which is used for managing conditions associated with androgenic activity.
Regulatory References

