Overview of Mathador
WHAT IS MATHADOR?
| Property | Description |
|---|---|
| Active ingredient | Metoprolol (tartrate or succinate) |
| Form | Oral tablet, Intravenous solution |
| Pharmacological class | Beta-blocker (beta1-Selective) |
| General purpose | Cardiovascular system modulation |
| Origin | Synthetic |
What is Mathador and its Core Composition?
Mathador is the trade name for a prescription-only medication containing the active pharmaceutical ingredient (INN) Metoprolol, a synthetic compound classified as a beta-adrenergic antagonist. The medication is offered in forms utilizing both Metoprolol tartrate and Metoprolol succinate, which dictates its release characteristics; the succinate form is engineered for extended-release action, providing a sustained therapeutic benefit for management protocols requiring continuous systemic control. Mathador is commonly administered via the oral route as a tablet, but is also manufactured as a sterile solution for intravenous injection for critical care settings. Metoprolol is characterized as a beta-blocker with an established role in cardiovascular treatment.
Mathador’s Pharmacological Classification and Selectivity
This medication belongs to the therapeutic class of beta-blockers, agents that inhibit the effects of stress hormones on the heart. Metoprolol is classified as a beta1-selective (cardioselective) adrenergic receptor blocking agent. This selectivity is critical to the drug's action, as it means the drug preferentially targets the beta1 receptors located primarily within cardiac tissue, rather than the beta2 receptors found in other musculature. This focused action results in minimal peripheral interaction at standard doses.
General Purpose: How Mathador Modulates the Cardiovascular System
- The general purpose of Mathador is to manage and modulate the activity of the circulatory system. Its mechanism of effect involves blocking the binding of endogenous hormones, such as adrenaline, to the heart's beta1 receptors, thereby lessening the influence of the sympathetic nervous system on cardiac function. By achieving this, Mathador causes a measurable decrease in both the heart's rate and the force of its contractions. The ultimate benefit derived from this action is a controlled reduction in the workload and oxygen demand of the cardiac muscle, promoting more efficient cardiac performance and circulatory health.
Regulatory References

