Multiple mineral-dependent enzymes

The term "multiple mineral-dependent enzymes" does not refer to a single, specific molecular target or protein. Instead, it describes a broad group of enzymes that require one or more minerals—such as zinc, iron, copper, manganese, magnesium, molybdenum—as essential cofactors for their catalytic activity. These minerals may be required in trace amounts and are critical for the proper function of hundreds to thousands of different enzymes across all biological systems[1][2][3][4]. Mineral-dependent enzymes include both metal–activated enzymes (which require loosely bound metal ions) and metalloenzymes (which have tightly bound metal ions as part of their structure)[1]. Examples include zinc-containing proteases like matrix metalloproteinases; iron-sulfur cluster proteins involved in electron transport; copper-containing oxidases; manganese superoxide dismutase; among many others[2]. These enzymes play diverse roles in metabolism—including energy production, DNA/RNA synthesis and repair, antioxidant defense mechanisms, neurotransmitter synthesis/release—and are essential for normal cellular function and organismal health[4][6]. Deficiencies or imbalances in these minerals can lead to widespread metabolic dysfunctions but targeting "multiple mineral-dependent enzymes" is not therapeutically meaningful because it is too broad and non-specific. Because this entry refers to an entire class rather than an individual molecule/protein/receptor/enzyme with defined structure/function/therapeutic relevance—it should be flagged as incorrect for use as a canonical drug target.

Other names

Mineral-dependent enzymeMetal-dependent enzymeMetalloenzymeMetal-activated enzyme