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Metal ion chelation refers to the process by which a ligand (chelator) forms multiple coordinate bonds with a single metal ion, resulting in the formation of a stable ring-like complex. This process plays essential roles in biological systems for regulating metal ion availability, detoxifying harmful metals, and in industrial applications for controlling metal reactivity and stabilization. The chelate effect describes the enhanced affinity of chelating ligands for metal ions compared to similar monodentate ligands, primarily driven by entropy.
Formation of stable complexes via multidentate ligand-metal coordination, enhancing metal excretion or modulating metal activity.
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