Overview of Dabao
Quick Facts: Dabao (Tinidazole)
| Property | Description |
|---|---|
| Active Ingredient | Tinidazole |
| Form | Oral Solid (Tablet), Oral Liquid (Suspension) |
| Pharmacological Class | Nitroimidazole Antimicrobial |
| General Purpose | To eliminate specific protozoa and anaerobic bacteria |
| Origin | Synthetic Chemical Derivative |
What Type of Medicine is Dabao (Tinidazole)?
Dabao is a trade name for a medicine containing the active substance Tinidazole, which is classified as a synthetic chemical derivative belonging to the nitroimidazole antimicrobial class. This compound is primarily recognized for its dual action as both an antiprotozoal and an antibacterial compound. This compound is used for its efficacy against susceptible microorganisms. Tinidazole is recognized as an essential antiprotozoal drug, indicating its fundamental role in standard therapeutic protocols.
Active Ingredient and Available Forms
The medicine is a single-active ingredient product where Tinidazole is the sole therapeutically active compound. It is designated for the oral route of administration and is supplied in two main pharmaceutical forms: an oral solid preparation, typically a film-coated tablet, and an oral liquid preparation, such as a suspension. The availability in a liquid suspension is a specific feature that makes it adaptable for use in patient populations, such as children over three years of age, or those with difficulty swallowing tablets, widening its applicability beyond typical adult oral formulations.
General Purpose and Mechanism Summary
The general purpose of the medicine is to resolve infections caused by susceptible pathogens, including specific protozoa and bacteria that thrive without oxygen. For instance, Tinidazole is commonly used when a patient presents with a protozoal infection, which is a key therapeutic focus. Tinidazole acts as a prodrug that generates highly active compounds upon chemical reduction inside the microbial cell. This action results in the disruption of the organism’s DNA structure, preventing its reproduction and leading to its clearance from the body. This mechanism ensures that the drug is precisely targeting the infectious agent.
Regulatory References
