Overview of Ломир
| Property | Description |
|---|---|
| Active ingredient | Isradipine |
| Form | Capsule, Extended-release capsule |
| Pharmacological class | Calcium Channel Blocker (CCB) |
| Common use | Management of Hypertension |
| Origin | Synthetic dihydropyridine derivative |
What is Ломир (Isradipine) and What Class Does It Belong To?
Ломир is a prescription-only pharmaceutical agent containing the active ingredient Isradipine, which is classified as an Antihypertensive agent. Isradipine itself is a synthetic compound that falls specifically within the Calcium Channel Blocker (CCB) class of medications, belonging to the dihydropyridine derivatives subgroup.
The identity of Ломир is rooted in the action of Isradipine, which has the established chemical formula C19H21N3O5. The role of Isradipine in managing elevated blood pressure is clinically recognized. Pharmacological data indicates that the medicine primarily works by reducing the resistance in the body's arteries.
Composition and Available Forms of Isradipine
The drug is composed solely of the active substance Isradipine alongside necessary pharmaceutical excipients required for stability and appropriate release. It is typically administered via the oral route in the capsule dosage form.
A key structural distinction for Isradipine is the availability of both a standard capsule and an extended-release capsule presentation. This extended-release form is engineered to control the rate at which Isradipine is delivered over time. This unique formulation is an important differentiating factor, designed to maintain stable drug concentrations for blood pressure management, particularly in adult patients.
Primary Function and General Benefit
The primary function of Ломир is to facilitate the work of the circulatory system by acting as a vasodilator, thereby reducing the physical strain on the heart and arteries. It achieves this fundamental effect by acting as a Calcium Antagonist, preventing the flow of calcium ions into arterial smooth muscle cells.
This mechanism induces the necessary relaxation of vascular smooth muscle, which in turn widens the arteries and effectively lowers the resistance to blood flow throughout the systemic circulation. The general therapeutic benefit of this action is the achievement of a reduction of systemic resistance, forming the basis for lowering and controlling persistently elevated blood pressure. Isradipine has a targeted action on vascular smooth muscle to cause vasodilation, which results in the widening of the blood vessels.
Regulatory References

