Overview of Securon
What is Securon? (Verapamil Hydrochloride)
| Property | Description |
|---|---|
| Active ingredient | Verapamil Hydrochloride |
| Form | Tablet, Capsule, Solution for injection |
| Pharmacological Class | Calcium Channel Blocker (CCB) / Class IV Antiarrhythmic Agent |
| Common Use (General) | Regulating heart rhythm and blood pressure |
| Origin | Synthetic compound |
Securon: Defining the Drug Entity and Pharmacological Class
Securon is a trade name for a prescription-only medication whose active ingredient is Verapamil Hydrochloride, a synthetic compound classified as a Calcium Channel Blocker (CCB), also known as a Calcium Antagonist. This classification identifies it as a specialized cardiovascular agent that modulates the movement of calcium within cells. Verapamil belongs to the non-dihydropyridine subclass of CCBs, which is notable for its significant influence on both peripheral blood vessels and the heart's electrical system, differentiating it from agents that primarily induce vasodilation. Verapamil is widely categorized as an essential medicine, confirming its importance for public health.
Composition and Available Dosage Forms
The medication is a single-ingredient product composed exclusively of the Verapamil Hydrochloride molecule, typically administered as a racemic mixture. Securon is supplied in several dosage forms tailored to different therapeutic routes: these include oral tablets and capsules, which can be formulated for immediate or extended release, and a sterile solution for injection for intravenous administration. The formulation varies by form, utilizing solid vehicles for the oral products and an aqueous base for the injection. This range of formulations exists to manage different time-critical patient needs.
The General Purpose of Calcium Channel Blockers Like Securon
Securon's core action—blocking calcium entry—translates into two major physiological effects: it causes vasodilation, which helps relax blood vessels to decrease the resistance the heart must pump against, and it modulates the heart's electrical conduction system to promote a more controlled and steady rhythm. This mechanism is typically employed in situations where reducing the force and speed of the heart's contraction is medically beneficial, such as maintaining a lower heart rate in cases of certain rapid, irregular rhythms. By performing these combined actions, the medication effectively helps to reduce the overall workload placed upon the heart muscle.
Regulatory References


