Overview of Dex Panol
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Dexpanthenol (Provitamin B5) |
| Form | Cream, Ointment, Spray, Emulsion (for topical use) |
| Pharmacological class | Dermatoprotective agent, Epithelialization stimulant |
| Common use | Tissue repair, Skin barrier function maintenance |
| Origin | Synthetic derivative of Pantothenic acid |
Dex Panol: Definition and Pharmacological Classification
Dex Panol is a specialized, single-ingredient dermatological medicine classified as a dermatoprotective agent and an epithelialization stimulant. This preparation is designed for topical application onto the skin and mucous membranes to support their structural integrity and recovery. Standard classification systems place the active substance within the group of cicatrizants, or agents used in wound and ulcer treatment. Dex Panol is characteristically offered in multiple dosage forms, such as the lighter cream and the denser ointment, allowing for flexible use across varied surface conditions.
The Active Ingredient: Dexpanthenol (Provitamin B5)
The sole active ingredient in Dex Panol is Dexpanthenol, recognized chemically as Provitamin B5. Dexpanthenol is a synthetic alcohol derivative of Pantothenic acid, which is an essential B-group vitamin (B5) vital for biological functions. Only the dextrorotatory form is biologically active. Upon absorption following topical application, Dexpanthenol is readily converted into the biologically required Pantothenic acid within the skin cells. This mechanism directly enhances epithelial repair.
General Purpose: Supporting Tissue Repair
The general purpose of the preparation is to function as a trophic drug, meaning it supports the nourishment and structural growth of the affected tissues. Its action assists the body in accelerating epithelial regeneration by providing essential metabolic fuel. Dexpanthenol directly enhances cell growth and fibroblast proliferation. This fundamental support helps maintain the skin’s native elasticity and high moisture content, which are foundational requirements for preventing further surface compromise and aiding the body's natural recovery processes.

