Overview of Aminoven 10%
| Property | Description |
|---|---|
| Active ingredient | Amino Acids (Multiple essential and non-essential types) |
| Form | Solution for Infusion |
| Pharmacological class | Amino Acid Solutions / Nutritional Supplements (ATC B05BA01) |
| Common use | Providing protein building blocks intravenously |
| Origin | Synthetic Preparation |
What Type of Medicine is Aminoven 10%?
Aminoven 10% is medically defined as a specialized, concentrated intravenous product that is essential for Parenteral Nutrition (PN), or feeding delivered directly into the bloodstream. This prescription-only product is classified within the pharmacotherapeutic group of amino acid solutions, which function as a vital nitrogen source for the body, as classified by the ATC System. The preparation is supplied as a sterile Solution for Infusion, confirming its intended intravenous route of administration, and is used for its role in supporting patient stability when oral intake is compromised.
Composition: The 10% Amino Acid Blend
The active ingredients in Aminoven 10% are a comprehensive, synthetic blend of over a dozen amino acids, comprising both essential (those the body cannot produce) and non-essential varieties. The product’s 10% strength signifies a high content of 100 grams of total amino acids per liter of fluid, all prepared in Water for Injections. This specific concentration is commonly selected for patients with significantly elevated protein requirements. The balanced profile of this formulation is designed for high biological value for cellular utilization.
General Purpose and Benefit
The general purpose of Aminoven 10% is to help maintain or restore a patient’s overall nutritional status during periods when digestive function is impaired, such as after major surgery or during intensive care. By supplying these ready-to-use protein building blocks intravenously, the solution bypasses the gut and ensures the immediate availability of nutrients required for tissue repair and maintenance. This intervention offers a fundamental therapeutic benefit by preventing the body from breaking down its own muscle proteins to satisfy its metabolic demand for nitrogen.

