Overview of Dilutol
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Enoxaparin Sodium |
| Form | Solution for injection (Prefilled syringe) |
| Pharmacological class | Anticoagulant, Antithrombotic agent |
| Common use | Prevention and management of blood clots |
| Origin | Biologic drug (Synthetic derivative of Heparin) |
Dilutol: Definition and Core Pharmacological Class
Dilutol is a prescription-only medicine whose primary function is to reduce the ability of the blood to form clots. The medication's active ingredient is Enoxaparin Sodium, which is the International Nonproprietary Name (INN) for the compound. It is classified as an Anticoagulant and specifically placed within the essential class of Low Molecular Weight Heparins (LMWHs). As an LMWH, Dilutol represents a refined, smaller derivative of Unfractionated Heparin (UFH), providing a more reliable anticoagulation response. This specific pharmacological class is clinically recognized for offering a more predictable effect compared to its predecessor.
Composition, Origin, and Pharmaceutical Form
Dilutol is manufactured as a single-component product in the form of a solution for injection and is typically administered via the subcutaneous route using a prefilled syringe. The Enoxaparin Sodium molecule is considered a biologic drug—a synthetic derivative of naturally sourced Heparin—dissolved in a clear aqueous solution. Enoxaparin is defined as a heparin of low molecular mass. This specialized presentation makes the administration of this injectable drug precise and simplifies its therapeutic utility in diverse care settings.
General Purpose: Why is Dilutol Used?
The general purpose of Dilutol is to inhibit the creation of unwanted blood clots within the circulatory system, a process known as thromboprophylaxis. It achieves this by selectively targeting and disrupting the biochemical cascade that leads to the final formation of fibrin, the structural component of a clot. By acting as an effective Antithrombotic agent, the medication helps maintain uninterrupted blood flow, serving a vital role in preventing and managing dangerous thromboembolic disorders.
Regulatory References


