Overview of Виалфер
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Ferric(III) Hydroxide Sacharose Complex |
| Form | Solution for injection (Ampoules) |
| Pharmacological Class | Antianemic agent (Haemopoietic) |
| Route of Administration | Intravenous (IV) |
| Origin | Synthetic colloidal complex |
Classification as a Parenteral Antianemic Agent
Виалфер is formally categorized as a parenteral iron preparation, a highly controlled, prescription-only medicine designed for administration via the intravenous (IV) route. This drug belongs to the pharmacological class of antianemic agents, meaning its core function is to facilitate the restoration of essential blood components. This specific preparation is clinically recognized for its utility in situations where oral iron intake is ineffective or contraindicated. The IV administration pathway is specific, generally reserved for patients who cannot effectively absorb iron taken orally or who require rapid, substantial correction of a severe iron deficit, differentiating it from conventional oral supplements.
Composition and Structural Integrity
The sole active component in Виалфер is the Ferric(III) Hydroxide Sacharose Complex. This molecule is characterized as a synthetic colloidal complex where the iron(III) core is stabilized by a protective shield of saccharose (sucrose) ligands. This high molecular weight structure is critical because it controls the rate at which iron is released into the system, significantly enhancing stability and reducing the risk of undesirable effects associated with immediate, high-concentration exposure to free iron ions. Iron sucrose complexes are designed for the controlled and efficient delivery of iron for clinical use.
General Therapeutic Purpose
The overall purpose of Виалфер is direct iron replacement, which is the foundational therapeutic step for correcting iron deficits and replenishing the body's iron stores. By supplying elemental iron via a stable complex, the drug supports the synthesis of hemoglobin, the protein responsible for oxygen transport. A typical use scenario involves its application in patients with chronic inflammatory conditions or certain forms of chronic kidney disease where iron absorption is inherently compromised. The benefit is centered on restoring the blood's capacity to deliver oxygen efficiently, thereby addressing the physical consequences stemming from insufficient iron supply.

