Cuproenzyme involved in energy production

Cuproenzymes involved in energy production are **copper-dependent enzymes** that play essential roles in cellular metabolism. The most prominent example is **cytochrome c oxidase**, which is critical for mitochondrial ATP generation via oxidative phosphorylation. These enzymes exploit the redox properties of copper ions to catalyze electron transfer reactions necessary for converting molecular oxygen into water, thereby driving ATP synthesis through maintenance of an electrochemical gradient across the mitochondrial membrane[1][2][3]. Other cuproenzymes participate in antioxidant defense and iron metabolism. Deficiency or dysfunction of these enzymes can result in metabolic disorders, neurodegeneration, anemia, and connective tissue abnormalities[1][2][3]. **Note:** This entry refers to a *class* of molecules rather than a single molecular entity. "Cuproenzymes involved in energy production" is not itself a canonical therapeutic target but rather describes several related proteins—most notably cytochrome c oxidase—each with distinct gene/protein identifiers and functions. For structured data purposes, it would be more appropriate to specify individual targets such as "Cytochrome c oxidase" instead.

Other names

Copper-dependent enzyme involved in energy productionMitochondrial cuproenzymeCytochrome c oxidase (for the main example)Copper enzyme (general)