Overview of Givotan
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Nitazoxanide |
| Forms | Tablet, Oral Suspension |
| Pharmacological Class | Antiprotozoal Agent, Thiazolide |
| Common Use | Treating certain microbial and parasitic infections |
| Origin | Synthetic |
What is Givotan (Nitazoxanide)?
What Type of Medicine is Givotan (Nitazoxanide)?
Givotan is a prescription-only pharmaceutical product whose active component is nitazoxanide, a synthetic compound. It is classified primarily as an antiprotozoal agent and represents the prototype of the unique thiazolide drug class. This substance is chemically recognized as a nitrothiazole benzamide derivative. Its overall role is to serve as a broad-spectrum therapeutic option for various microbial and parasitic infections.
Composition and Available Forms
The medicinal composition of Givotan is that of a single-ingredient product, containing only nitazoxanide. For oral delivery, the drug is supplied in distinct pharmaceutical preparations, including a tablet and an oral suspension. The availability of the oral suspension is a differentiating factor, specifically targeting easier administration for certain patient groups, such as pediatric patients over one year of age. Upon ingestion, nitazoxanide is rapidly hydrolyzed within the body to form its primary, active circulating compound, tizoxanide, which is responsible for the medicinal effect. Nitazoxanide is recognized on the Model List of Essential Medicines for its established role as an antiparasitic, confirming its importance in global health.
General Purpose and Mechanism Principle
Givotan is generally used to help the body address certain microbial infections by applying a targeted mechanism of effect against the pathogens. This medicine is clinically recognized for its use in situations requiring effective antiprotozoal action. The drug works by creating an Energy Blockade, specifically interfering with the ability of infectious organisms to produce necessary fuel through anaerobic energy metabolism. This unique physiological action disrupts a critical enzyme pathway in the parasites and bacteria, disabling their growth and proliferation, which constitutes the medicine's fundamental function and general therapeutic use in treating infections.







