The Johns Hopkins University / Johns Hopkins University / / /
IndustryTerm
inner-sphere reorganization energy / heavy metal fragment / isotopic zero point energy levels / isotopic gas phase partition / vibrational product / metal-bound product / transition-metal complex / chemical and biological systems / free energy barrier / peroxide product / point energy / redox metal center result / metal-oxygen stretching mode / chemical and biological oxidation reactions / gas-phase partition / zero-point energy level splitting / metal peroxo complexes / free energy barrier changes / carrier proteins / reaction free energy / metal / metal peroxide intermediates / transition metal centers / transition metal peroxide / di-iron site / potential energy / chemical and biological catalysis / point energy level splitting / metal superoxo / metal superoxo complexes / zero-point energy levels / metal center / redox metal / vibrational energy / /
Organization
The Johns Hopkins University / U.S. National Science Foundation / Johns Hopkins University / Department of Chemistry / Department of Earth and Planetary Sciences / Department of Earth / /
Person
Kenneth D. Karlin / Justine P. Roth / A. Drozdov / V / L. Que Jr. / K.L. Stone / V / Valeriy V. Smirnov / David W. Brinkley / C.T. Sears Jr. / Michael P. Lanci / /
Position
Hb / VP / Rt / Corresponding author / Teller product rule / CAO / model for iron and copper bound O2 / /
doi:j.molcata