Overview of Akwagel AK
| Property | Description |
|---|---|
| Active ingredient | Carmellose (Carboxymethylcellulose sodium) |
| Form | Ophthalmic gel (Liquid gel drops) |
| Pharmacological class | Ocular lubricant / Artificial tear substitute |
| General purpose | Ocular surface hydration and lubrication |
| Origin | Semi-synthetic polymer (Cellulose derivative) |
Akwagel AK is an ophthalmic preparation classified as an ocular lubricant and artificial tear substitute, designed for topical use on the eye's surface. Its primary function is to supplement and stabilize the natural tear film, thereby providing relief from discomfort associated with ocular dryness, a typical scenario for patients with deficient tear production.
Akwagel AK: Definition and Pharmacological Classification
Akwagel AK belongs to the high-level pharmacological class of ocular lubricants, which are widely utilized to moisten and protect the cornea and conjunctiva. This product is fundamentally designed to provide physical comfort by maintaining surface hydration, and it acts purely locally via topical ophthalmic administration. Carmellose formulations are clinically recognized for their efficacy in treating symptoms of dry eye. Consequently, the medication is utilized in medical practice as a means to soothe and protect the sensitive surface of the eye.
Active Ingredient, Composition, and Origin
The single active ingredient in Akwagel AK is Carmellose, also known as Carboxymethylcellulose sodium (CMC). This substance is formulated as an ophthalmic gel—a liquid gel drop—which facilitates a prolonged presence on the ocular surface, a key differentiating feature from conventional, low-viscosity eye drops. Carmellose is a semi-synthetic polymer derived from cellulose, meaning it is a chemically modified substance engineered specifically for its lubricating and viscoelastic properties.
The Role of High Viscosity and General Benefit
The distinctive high viscosity of the formulation is crucial, as this physical property allows the preparation to achieve superior ocular surface retention compared to standard drops. This prolonged contact time ensures sustained surface wetting and assists in tear film stabilization, offering lasting comfort from dryness and friction.

