Overview of Lancora
| Property | Description |
|---|---|
| Active Ingredient | Ivabradine (as Ivabradine hydrochloride) |
| Form | Film-coated tablets (salmon-colored, scored) |
| Pharmacological Class | Selective heart rate-lowering agent (If channel inhibitor) |
| Origin | Synthetic compound |
| Manufacturer | Servier (Canada) |
Lancora is a synthetic, prescription-only cardiovascular medication whose primary purpose is to achieve a controlled and selective reduction in heart rate. Its identity is defined by its sole active component, the International Nonproprietary Name (INN) substance Ivabradine, and its unique pharmacological classification. This medicine provides a targeted approach to managing cardiac rhythm, and its formulation is distinctly presented as salmon-colored, scored film-coated tablets.
What Type of Medicine is Lancora?
Lancora belongs to the unique pharmacological class known as a hyperpolarization-activated cyclic nucleotide-gated (HCN) channel blocker, acting specifically as an If channel inhibitor. This classification makes it a first-in-class synthetic compound that provides a highly targeted, direct mechanism for reducing the heart rate without affecting the force of the heart's muscle contraction (myocardial contractility). The efficacy of this drug class is clinically recognized for providing effective heart rate control in patients where traditional options, like beta-blockers, may be contraindicated.
Composition and Physical Form
The core of Lancora's composition is its active ingredient, Ivabradine, typically formulated as the stable salt Ivabradine hydrochloride. As a brand product, Lancora is a single-component product and is supplied as a solid pharmaceutical preparation, specifically a distinctive film-coated tablet designed for standard oral administration. The formulation ensures reliable and consistent delivery of the Ivabradine compound to the systemic circulation for effective heart rate management.
General Purpose and Physiological Role
The overall goal of Lancora is to promote cardiac stability by reducing the heart's workload. Its specific mechanism of action selectively inhibits the If or "funny" current in the heart's sinoatrial node, effectively extending the resting phase of the cardiac cycle, known as diastole. This prolonged resting time serves to increase the time available for the heart muscle to receive its own blood supply, helping the heart operate more efficiently and lessening the oxygen demand of the cardiovascular system.
Regulatory References