Overview of Endor
Quick Facts About Endor
| Property | Description |
|---|---|
| Active Ingredient | Dorzolamide (often as Hydrochloride) |
| Form | Ophthalmic Solution (Eye Drops) |
| Pharmacological Class | Carbonic Anhydrase Inhibitor |
| General Purpose | Lowering elevated pressure inside the eye |
| Origin | Synthetic, derived molecule |
Defining Endor: A Carbonic Anhydrase Inhibitor
Endor is a synthetic, prescription-only medication typically supplied as an ophthalmic solution. Its principal active component is Dorzolamide Hydrochloride, which is categorized as a Carbonic Anhydrase Inhibitor. This classification is clinically recognized for its specific role in treating conditions involving elevated pressure within the eye. Dorzolamide was uniquely developed as a topical agent to ensure its action is localized to the eye, allowing it to reduce ocular pressure while avoiding systemic effects common to older oral inhibitors.
Composition and Formulation: Single-Agent or Combination Ophthalmic Solution
The fundamental composition of Endor is an aqueous solution administered via the topical ophthalmic route, containing only Dorzolamide as the primary agent. This single-agent preparation offers a singular mechanism for pressure control. A common variation exists where Dorzolamide is combined with a topical Beta-Blocker, often Timolol Maleate, creating a combination medicine. This indicates the medication is available in specialized formulas to address pressure with either one or two complementary active substances, delivered in a sterile, aqueous base.
The Primary Goal: What is the General Purpose of Endor?
The overarching therapeutic objective of Endor is to achieve an ocular hypotensive effect, meaning its primary function is the reduction of elevated intraocular pressure (IOP). The mechanism relies on Dorzolamide inhibiting the enzyme carbonic anhydrase within the ciliary body. This action effectively reduces the production rate of aqueous humour, the fluid within the eye's anterior chamber. The resulting decrease in fluid inflow is the crucial factor that helps stabilize the internal pressure dynamics.
Regulatory References