Overview of Omni-Sorb
| Property | Description |
|---|---|
| Active Ingredient | Sodium Chloride (NaCl) |
| Form | Ophthalmic Solution (Eye Drops) |
| Pharmacological Class | Osmotic Agent, Hypertonicity Agent |
| Common Use Principle | Managing fluid balance in ocular tissue |
| Origin | Inorganic Ionic Compound |
What Type of Medicine is Omni-Sorb?
Omni-Sorb is a specialized Ophthalmic Preparation classified as an Osmotic Agent intended for Topical Ocular administration. Its pharmacological designation is that of a Hypertonicity Agent. The product belongs to the larger group of Electrolyte Replenishers as its function is derived entirely from the properties of the salt it contains.
Unlike standard isotonic preparations, such as rinsing saline, Omni-Sorb is formulated as a Hypertonic Solution to create the necessary high osmotic gradient. This formulation is clinically recognized for its ability to draw fluid from targeted eye tissues. Hyperosmotic ophthalmic solutions are used to create a gradient for drawing fluid from the cornea.
Omni-Sorb Composition and Origin
The core component of Omni-Sorb is the single Active Ingredient, Sodium Chloride (NaCl), which is an Inorganic Ionic Compound and an Essential Mineral Derivative. Sodium Chloride is considered an essential substance due to its fundamental role in physiological processes.
The final Dosage Form is a Sterile Solution supplied as Eye Drops. As a single-ingredient product, it contains the active salt dissolved in an Aqueous Solution, focusing the entire preparation on the physical principles derived from the high concentration of Sodium Chloride.
General Purpose of the Hypertonic Action
The general purpose of the product is to facilitate the physical management of conditions characterized by excess fluid accumulation in eye tissue. The Hypertonic Solution initiates a Fluid Drawing Action by pulling excess Water from the tissue into the solution via the natural process of Osmosis.
This Physical-Osmotic Treatment is intended to relieve the general symptoms associated with overhydration and tissue swelling by controlling the Extracellular Fluid Volume in the cornea. The active ingredient's purpose is explicitly that of a Hypertonicity Agent.
Regulatory References

