Dean E Wilcox
Professor
Department of Chemisrty
Dartmouth College
United States of America
Biography
Dean Wilcox pursued his graduate research with Edward Solomon at MIT (1979-81) and Stanford (1982-84), where he studied the binuclear copper site in the oxygen transport protein hemocyanin, the ortho-hydroxylating enzyme tyrosinase and relevant small molecule model compounds. Upon joining the Dartmouth faculty in 1984, his initial research involved studies of a) the Ni-containing enzyme urease and binuclear metallohydrolases, with funding from the USDA, b) EPR-characterization of paramagnetic organometallic compounds, and c) coordination chemistry of the Cys-rich protein metallothionein and zinc-fingers, with funding from the NCI. The latter research was also part of the Dartmouth Superfund Research Program, with funding from the NIEHS. His research has also involved collaborations with Dartmouth colleagues Roger Smith (Pharmacology & Toxicology) on the biomedical chemistry of NO and Harold Swartz (Radiology) on materials for in vivo oximetry and, most recently, methods for ex vivo dosimetry with fingernails.
Research Interest
Inorganic and bioinorganic chemistry: reactions and spectroscopy of transition metal ions, coordination chemistry of proteins and peptides rich in cysteine and histidine, including zinc fingers, metallothionein and proteins involved in metal transport, isothermal titration calorimetry (ITC) of metal ions binding to protiens, biological chemistry and nitric oxide, urease and other hydrolytic metalloenzymes, electron paramagnetic resonance (EPR) spectroscopy of transition metal ions
Publications
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Margaret C. Carpenter and Dean E. Wilcox, “Thermodynamics of Formation of the Insulin Hexamer: Metal-Stabilized Proton-Coupled Assembly of Quaternary Structureâ€, Biochemistry 2014 53, 1296-1301.
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George P. Lisi, Chien Y. M. Png, Dean E. Wilcox, “Thermodynamic Contributions to the Stability of the Insulin Hexamerâ€, Biochemistry 2014 53, 3576-3584.
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George P. Lisi, Russell P. Hughes, Dean E. Wilcox, “Coordination Contributions to Protein Stability in Metal-Substituted Carbonic Anhydraseâ€, Journal of Biological Inorganic Chemistry, 2016 21, 659-667.