Minerals

Minerals refer to a diverse group of inorganic elements and compounds that are essential for maintaining physiological homeostasis and are categorized as macro-minerals or trace elements based on required intake. Unlike specific protein targets like receptors or enzymes, minerals serve as foundational structural components (e.g., calcium and phosphorus in bone), critical enzymatic cofactors (e.g., zinc in carbonic anhydrase), and primary mediators of the body's electrical activity (e.g., sodium and potassium) (NIH Office of Dietary Supplements, 2023). Because 'Minerals' represents a broad chemical class rather than a single molecular entity, it is considered a generic category rather than a specific therapeutic target in drug discovery. Dysregulation of mineral levels leads to a variety of pathological states, ranging from chronic conditions like osteoporosis and iron-deficiency anemia to acute, life-threatening electrolyte imbalances (StatPearls, 'Physiology, Essential Minerals', 2023). Therapeutic strategies involving minerals generally include direct replenishment through supplementation, the use of chelating agents to sequester toxic levels in storage diseases, or the modulation of ion-specific channels and transporters to restore balance (PubMed, PMCID: PMC4927011).

Other names

Dietary mineralsEssential elementsTrace elementsMacro-mineralsMicro-mineralsInorganic nutrients

Minerals function as essential cofactors for enzymes, structural components of tissues, and mediators of cellular signaling and electrochemical gradients. Pharmacological interventions involving minerals typically focus on supplementation to resolve deficiencies, chelation to remove toxic excesses, or the use of ion-exchange resins to manage systemic levels.