Overview of Trifecta
| Property | Description |
|---|---|
| Active Ingredients | Abamectin, Levamisole, Oxfendazole, Cobalt, Sodium Selenite |
| Form | Oral Suspension (Drench) |
| Pharmacological Class | Broad-spectrum Anthelmintic & Mineral Supplement Combination |
| General Purpose | Parasite control and mineral deficiency correction in livestock |
| Origin | Synthetic and Derived |
Trifecta is a highly specialized veterinary combination product classified as a broad-spectrum anthelmintic and a mineral supplement combination. The drug is formulated as an Oral Suspension (Drench) and is specifically intended for use in sheep and cattle. Its unique identity stems from its status as a Triple-active drench, strategically incorporating three chemically distinct drug classes alongside essential trace elements to address resistance challenges.
Composition: What Are the Active Ingredients in Trifecta?
The active composition of this medicine features a core blend of three antiparasitic agents and two essential mineral salts. The anthelmintic ingredients are Abamectin, Levamisole, and Oxfendazole. The inclusion of Abamectin, a macrocyclic lactone, is effective for parasite control and has been reviewed for its broad applications in veterinary health. The formula is further enhanced, or mineralized, with the essential micronutrients, Cobalt and Sodium Selenite. The essential role of trace elements like selenium in animal metabolism and function is recognized in nutritional studies.
What is the General Purpose of This Triple-Active Formulation?
The general purpose of the formulation is to achieve comprehensive parasite control by addressing the specific veterinary challenge of multi-drug resistance. The strategic use of the three drug classes (Triple-active) is intended for enhancing efficacy against various gastrointestinal (GI) nematodes. Additionally, the simultaneous provision of Cobalt and Selenium provides essential nutritional support, which collectively maintains animal wellness and optimizes performance by mitigating the dual effects of parasitic disease and potential trace element deficiencies.
