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ACS Omega|September 21, 2020
Multiple Reaction Pathways in the Morphinone Reductase-Catalyzed Hydride Transfer ReactionXi Chen, Steven D SchwartzThe Journal of Physical Chemistry. B|April 2, 2015
Free energy surface of the Michaelis complex of lactate dehydrogenase: a network analysis of microsecond simulationsXiaoliang Pan, Steven D SchwartzThe Journal of Physical Chemistry. B|July 13, 2022
Transition Path Sampling Based Calculations of Free Energies for Enzymatic Reactions: The Case of Human Methionine Adenosyl Transferase and Plasmodium vivax Adenosine DeaminaseSree Ganesh Balasubramani, Steven D SchwartzThe Journal of Physical Chemistry. A|December 5, 2008
Comparison studies of the human heart and Bacillus stearothermophilus lactate dehydrogreanse by transition path samplingSara L Quaytman, Steven D SchwartzJournal of Proteome Research|August 30, 2003
Protein promoting vibrations in enzyme catalysis--a conserved evolutionary motifJoshua S Mincer, Steven D SchwartzThe Journal of Physical Chemistry. A|February 28, 2013
Changes in protein architecture and subpicosecond protein dynamics impact the reaction catalyzed by lactate dehydrogenaseJean E Masterson, Steven D SchwartzJournal of Chemical Theory and Computation|March 8, 2016
Enzymatic Kinetic Isotope Effects from First-Principles Path Sampling CalculationsMatthew J Varga, Steven D SchwartzACS Catalysis|November 9, 2020
Directed Evolution's Influence on Rapid Density Fluctuations Illustrates How Protein Dynamics Can Become Coupled to ChemistryJoseph W Schafer, Steven D SchwartzThe Journal of Chemical Physics|July 23, 2004
Rate-promoting vibrations and coupled hydrogen-electron transfer reactions in the condensed phase: a model for enzymatic catalysisJoshua S Mincer, Steven D SchwartzChemical Physics|November 5, 2014
The enzymatic reaction catalyzed by lactate dehydrogenase exhibits one dominant reaction pathJean E Masterson, Steven D SchwartzPageof 19