Description

Bioorganometallic chemistry explores biologically active molecules where carbon is directly bonded to metals or metalloids. While main-group and transition-metal centers are crucial for enzyme and biomolecule function, naturally occurring bioorganometallic compounds are rare, with vitamin B12 (cobalamin) cofactors being notable examples. Organometallic compounds feature at least one bond between a metallic element and a carbon atom from an organic molecule, including elements like silicon, tin, and boron used in industrial reactions. These compounds catalyze reactions, enhancing polymer and pharmaceutical production rates. Typically, the bond between metal and carbon is covalent; metals like sodium and lithium can confer carbanionic properties to the carbon they bond with. Each chapter in this book stands alone, contributing to an understanding of bioorganometallic chemistry for teachers, students, and social scientists alike.