Overview of Bisocard
What is Bisocard? Identity, Composition, and General Purpose
| Property | Description |
|---|---|
| Active ingredient | Bisoprolol Fumarate |
| Form | Oral Film-coated Tablet |
| Pharmacological Class | Cardioselective beta1-Adrenergic Receptor Antagonist |
| Origin | Synthetic Compound |
What Type of Medicine is Bisocard and What Class Does It Belong To?
Bisocard is a synthetic, prescription-only medicine whose single active ingredient is Bisoprolol Fumarate. It is classified as a cardioselective beta1-adrenergic receptor antagonist, commonly referred to as a beta-blocker. Pharmacological studies have consistently recognized Bisoprolol as an effective agent within the second generation of beta-blockers, distinguished by its high degree of selectivity for the beta1 receptors found predominantly in the heart. This targeted function ensures the medicine modulates cardiac activity while minimizing the potential for effects on beta2 receptors in other tissues, which is a key clinical advantage of its design.
Bisoprolol: Composition, Form, and Synthetic Origin
The essential component of the product is the active substance, Bisoprolol Fumarate, which is a highly purified synthetic compound derived from phenoxy-2-propanol. Bisocard is formulated as a monotherapy drug, containing only this active ingredient, and is delivered as an oral film-coated tablet for systemic administration. The preparation combines the Bisoprolol Fumarate with pharmaceutical excipients, which are inert agents, to ensure the consistent formulation and controlled release of the active compound. The reliable oral delivery method makes this agent suitable for long-term patient management.
General Purpose of Cardioselective beta-Blockers
The general purpose of this cardioselective beta-blocker class is to reduce the overall workload and subsequent oxygen demand placed upon the heart muscle, an action that is clinically recognized as beneficial in cardiovascular management. The selective antagonism of beta1 receptors inhibits the stimulatory effects of adrenaline and related stress hormones, thereby reducing the heart’s pace and decreasing the force of contraction. This physiological action lowers the effort required by the heart, which generally contributes to lowered blood pressure and promotes overall cardiovascular stability in adult patients, representing a typical application of this pharmacological class.
Regulatory References







