Overview of Asonor
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Glycerol, Sodium Chloride |
| Form | Nasal spray, Solution |
| Pharmacological class | Humectant, Lubricant, Mechanical decongestant |
| Common use | Relief of habitual snoring |
| Origin | Components are high-purity synthetic grade |
Asonor: Definition, Drug Form, and General Purpose
Asonor is a specialized, non-systemic preparation delivered as an aqueous solution via a nasal spray for the purpose of alleviating habitual snoring. Its classification places it among aids intended for Adults whose snoring is caused by vibrations in the upper airway tissue, making it a locally acting intervention.
The product's general purpose is to support air passage integrity and reduce the source of nocturnal noise. The formulation is intended to modify the physical characteristics of the upper airway tissue, separating it from systemic medications that alter body function via absorption. The nasal spray drug form allows for targeted delivery to the pharynx, differentiating it from oral or mandibular devices.
Composition and Pharmacological Classification
Asonor is a combination product formulated with specific chemical substances, principally the active ingredients Glycerol and Sodium Chloride. Its classification as a Humectant and Lubricant is achieved by incorporating Glycerol 85% alongside saline components like Sodium Chloride (e.g., Conc Nacl 0.9%).
This composition leverages the physical properties of the ingredients; Glycerol possesses hygroscopic qualities and acts as an osmotic agent. Furthermore, the inclusion of Sodium Chloride in nasal preparations is intended to aid in moisturizing the nasal passages and supporting the clearance of irritants.
The Core Mechanism Principle for Snoring Relief
The product’s function is based on the physiological action of simultaneously lubricating the pharyngeal tissue and inducing a temporary firmness. Asonor achieves this through the osmotic mechanism of Glycerol, which influences the water content within the tissue.
This principle focuses on reducing the noise generated during sleep. By achieving this combination of stiffening of the tissue and lubrication of the mucous membranes, the mechanism of effect targets the vibrations in the soft palate that are the source of snoring.
Regulatory References
