$72.00
Manufacturer: Austria
Purpose: Provides essential amino acids for parenteral nutrition in patients.
Mechanism: Supports protein synthesis and aids in tissue repair and growth.
Description
Aminoven 10% Solution for Infusions 1000 ml Vial №1
Ingredients
Aminoven 10% solution contains essential amino acids, electrolytes, and glucose in a balanced formulation to support protein synthesis and metabolic functions in the body.
Dosage
The dosage of Aminoven 10% solution is determined by the patient’s nutritional needs, weight, and medical condition. It is administered intravenously under the supervision of a healthcare professional.
Indications
Aminoven 10% solution is indicated for patients requiring parenteral nutrition to meet their daily amino acid and energy requirements when oral or enteral nutrition is not feasible or sufficient.
Contraindications
Do not use Aminoven 10% solution in patients with hypersensitivity to any component of the product, severe liver failure, or severe kidney impairment without medical supervision.
Directions
Administer Aminoven 10% solution using a sterile technique and infusion equipment. Monitor the patient for any signs of intolerance or complications during and after infusion.
Scientific Evidence
Studies have shown that intravenous administration of amino acid solutions like Aminoven can effectively support protein synthesis and prevent muscle breakdown in critically ill patients.
Additional Information
Aminoven 10% solution is a well-tolerated and effective option for providing essential nutrients to patients who cannot receive adequate nutrition orally. It is essential to monitor electrolyte levels and renal function regularly during treatment.
Pharmacological Effects: Aminoven 10% solution provides a source of nitrogen and energy to support protein synthesis, cellular function, and tissue repair in patients with increased metabolic demands.
Clinical Trials: Clinical trials have demonstrated the benefits of parenteral nutrition with amino acid solutions like Aminoven in improving clinical outcomes and reducing complications in critically ill patients.
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