Overview of Ascalol
Ascalol is defined as a medicinal product whose active ingredient is the synthetic compound Benzyl benzoate. This substance is formally classified as an ectoparasiticide, with the general purpose of chemically clearing external parasite infestations by rapidly neutralizing the organisms residing on the skin.
Quick Facts: Ascalol (Benzyl Benzoate)
| Property | Description |
|---|---|
| Active ingredient | Benzyl benzoate |
| Form | Topical emulsion, lotion, or solution |
| Pharmacological class | Ectoparasiticide, Antiparasitic agent |
| Common purpose | Elimination of external parasites |
| Origin | Synthetic compound (Organic ester) |
What Type of Medicine is Ascalol?
Ascalol is rigorously categorized as an Ectoparasiticide, a specific type of medication that acts on parasites that live on the outer surface of the host. Its active component, Benzyl benzoate, is a widely recognized organic ester and is featured on the World Health Organization (WHO) Model List of Essential Medicines. This WHO recognition highlights the compound's established global utility as a key agent against parasitic conditions.
Composition and Formulation: Understanding the Topical Emulsion
Ascalol is characterized as a single active ingredient product, relying entirely on the established pharmacological properties of Benzyl benzoate rather than a combination of agents. It is formulated primarily for topical administration as an emulsion, lotion, or solution. The compound Benzyl benzoate is a benzoic acid benzyl ester confirming its synthetic origin. This specialized liquid preparation uses a base containing water and suitable emulsifying agents to suspend the active ingredient uniformly. The choice of a light topical emulsion promotes ease of application over large, affected surface areas.
What Is the General Purpose of Ascalol's Action?
The general therapeutic purpose of Ascalol is neurotoxic eradication. The Benzyl benzoate component targets and chemically disrupts the nervous system of the target parasites. The substance rapidly induces paralysis in the ectoparasites, quickly stopping their movement, feeding, and reproductive capability. This decisive action provides the necessary means for the host's body to resolve the infestation, which is the foundational step in alleviating the associated discomfort and irritation.
Regulatory References

