Overview of Tazz
What is Tazz? The Metabolic Modulator
The medicine known by the name Tazz contains the active ingredient Trimetazidine hydrochloride, a synthetic compound belonging to a distinct class of cardiovascular support medications. This INN-level entity is a non-hemodynamic agent, meaning its action differs fundamentally from drugs that primarily adjust blood pressure or heart rate.
| Property | Description |
|---|---|
| Active ingredient | Trimetazidine hydrochloride |
| Form | Oral tablet, Modified release tablet |
| Pharmacological class | Anti-anginal metabolic drug, Fatty acid oxidation inhibitor |
| Typical Use | Adjunct support for symptoms related to myocardial ischemia |
| Origin | Synthetic, Piperazine derivative |
What is Trimetazidine (Tazz) and Its Core Classification?
Trimetazidine is classified as a cytoprotective anti-ischemic agent and an anti-anginal metabolic drug that is administered orally. This synthetic piperazine derivative is broadly recognized by pharmacological studies for its ability to selectively modulate energy substrate use in the heart muscle. Its unique mechanism distinguishes it from traditional therapies, as it provides support at the cellular level.
Composition and Pharmaceutical Type of Tazz
Tazz is a single-active ingredient product supplied most often as an oral tablet, including a modified release tablet formulation intended to sustain the drug's therapeutic action. Its defining characteristic is its role as a fatty acid oxidation inhibitor. This action is clinically recognized for promoting a metabolic shift that enhances the heart's functional efficiency during periods of oxygen deficit, placing Trimetazidine in a specialized niche.
General Purpose of this Metabolic Agent
The overarching purpose of this metabolic agent is to provide cellular anti-ischemic protection. By promoting the more oxygen-efficient process of glucose oxidation, Trimetazidine helps to conserve the heart cell's high-energy phosphate stores (ATP). This support mechanism is intended to make the myocardial tissue more resilient and functional when faced with oxygen deprivation, which is the foundational therapeutic goal when used as adjunct support for symptoms related to myocardial ischemia.

