Overview of Lotor
| Property | Description |
|---|---|
| Active ingredient | Losartan potassium |
| Form | Oral tablet |
| Pharmacological class | Angiotensin II Receptor Blocker (ARB) |
| General purpose | Management of systemic hypertension |
| Origin | Synthetic |
What Type of Medicine is Lotor?
Lotor is a prescription-only, synthetic medication classified as an Angiotensin II Receptor Blocker (ARB), supplied for systemic administration as an oral tablet. Its active pharmaceutical ingredient is Losartan potassium, which defines its function as an Antihypertensive Agent. The classification of Losartan within the ARB group signifies a specific, clinically recognized pharmacological approach to controlling blood pressure. As a synthetic, non-peptide compound, Losartan was among the first in the ARB class to gain widespread clinical use.
Composition and General Purpose
Composition
The core component of Lotor is Losartan potassium, a non-peptide compound prepared with pharmaceutical excipients for delivery via the digestive tract. This active substance, along with its specific tablet formulation, ensures a systemic effect crucial for chronic condition management. The structure of Losartan is fully defined.
General Purpose
The general purpose of Lotor is to provide controlled support for the cardiovascular system by achieving a necessary reduction in systemic blood pressure. The Losartan mechanism functions to maintain pressure within a manageable range. A typical neutral use scenario for Lotor is as a foundational daily medication to help normalize elevated blood pressure.
How Does Lotor's Class of Drug Affect Blood Vessels?
The ARB class, to which Lotor belongs, functions by preventing a potent chemical in the body from causing blood vessels to constrict, resulting in vessel relaxation. Losartan achieves this by acting as a selective AT1 receptor antagonist, physically blocking the docking sites for the hormone Angiotensin II. This targeted blockade is a distinct feature of the ARB class, reducing overall vascular resistance. The principle is clinically recognized for its predictable effect in reducing the workload on the heart, which is the fundamental physiological principle by which Lotor helps to lower blood pressure.
Regulatory References

