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Biological And Biomedical Aspects Of Metal Phenolates

L. Ming
Published 2014 · Chemistry

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The phenol functionality is involved in diverse biological processes and functions, serving as a proton donor and as a metal-binding ligand. It is commonly found in many biochemicals (such as siderophores and the amino acids tyrosine and tryptophan), pharmaceuticals (including antibiotics, metal-chelating agents, and diagnostic agents), and natural products (such as polyphenols, flavonoids, and salicylic acid). In association with other functional groups, the phenol moiety forms various types of metal-binding sites of diverse structures and functions, for example, for iron binding and transport, in enzymes for oxygenation of substrates, and for biotransformation of aromatic compounds. Many environmentally hazardous aromatic compounds such as bisphenol A, PCB, and DDT can be degraded by tyrosinate(phenolate)-containing metalloenzymes from microorganisms, which provides a clue for bioremediation of these toxic substances. Moreover, the phenol-containing wet-adhesive byssal proteins from some clams and mussels has stimulated further development of adhesive materials for medical and other applications; and the study of binding of transferrin with nanoparticles affords better understanding of protein–mineral interfacial interactions. In addition to these naturally occurring metal-phenolate centers, there are many metal complexes of phenol and derivatives that exhibit various catalytic activities and serve as structural and/or functional model systems for tyrosinate-containing metalloproteins. Keywords: phenol; catechol; polyphenol; metalloenzyme; metalloproteins; metallodrugs; metallopharmaceutical; environment; materials
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