Overview of Berlipril 10
| Property | Description |
|---|---|
| Active ingredient | Enalapril maleate |
| Form | Tablet (Oral) |
| Pharmacological class | Angiotensin-Converting Enzyme (ACE) Inhibitor |
| General Purpose | Reduction of peripheral vascular resistance |
| Origin | Synthetic (Prodrug) |
Berlipril 10 is a specific formulation of the prescription-only medicine enalapril maleate, classified as a synthetic Angiotensin-Converting Enzyme (ACE) inhibitor designed to help manage cardiovascular function. Administered via the oral route, this single-ingredient product is defined by its 10 mg strength of the active substance, a mid-range concentration often used for patients initiating or maintaining therapy. Its long-acting nature distinguishes it from some older members of the ACE inhibitor class, requiring less frequent dosing.
What Type of Medicine is Berlipril 10?
Berlipril 10 is fundamentally an antihypertensive agent belonging to the ACE inhibitor class. Its key component, enalapril maleate, is a synthetic compound that functions as a prodrug. This means the orally ingested compound is inactive until it is converted by the liver into its therapeutic form, enalaprilat. This particular drug is chemically recognized as a nonsulphydryl antihypertensive agent, a structural feature that offers therapeutic differentiation compared to earlier ACE inhibitors. It is clinically recognized for its efficacy in relaxing blood vessels and easing the heart's workload, which is the primary benefit of this therapeutic class.
Composition and Form: Understanding the Enalapril Tablet
The preparation is provided as a tablet for convenient oral administration. The numerical designation 10 specifically indicates that each tablet contains 10 mg of the active substance, enalapril maleate. The tablet is composed of the active component along with solid pharmaceutical excipients that ensure proper delivery and systemic absorption. This formulation of enalapril is recognized as an essential medicine, a status that underscores its importance in foundational healthcare systems globally.
General Purpose and High-Level Physiological Effect
The general purpose of this medication is to reduce systemic peripheral vascular resistance through targeted vasodilation. Its physiological effect stems from the Inhibition of ACE, which suppresses the activity of the Renin-Angiotensin-Aldosterone System (RAAS), a primary pathway for regulating vascular tension and fluid balance. By inhibiting the formation of potent constrictors, the drug promotes the relaxation of blood vessel walls, which lessens the total force against which the heart must pump blood. The therapeutic role of ACE inhibitors in reducing long-term cardiovascular risk is a recognized clinical outcome that validates the use of this mechanism for patients requiring cardiovascular support.

