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Ronald M. Levy, PhD
About
Research Profile
Research Program
Research Interests
My research interests are focused on the development and application of computational methods for studying the structure, function, folding, and dynamics of proteins. We work on problems involving the interplay between computational models in structural biology and experiments at different levels of resolution and different time scales from femtoseconds to seconds or longer. Using computational statistical mechanics as a framework, we study solvation effects in chemistry and biophysics, and develop methods and effective potentials for simulating these systems. Our recent work is focused on the development of novel free energy methods for modeling protein-ligand binding, allosteric conformational changes of proteins, and studying their energy and evolutionary landscapes.
Contact Information
Department of Chemistry
College of Science and Technology
Temple University
Research at Fox Chase Cancer Center includes faculty from throughout Temple Health and Temple University, including the Temple School of Engineering, Temple School of Pharmacy and the Lewis Katz School of Medicine.
Contact Information
Department of Chemistry
College of Science and Technology
Temple University
Research at Fox Chase Cancer Center includes faculty from throughout Temple Health and Temple University, including the Temple School of Engineering, Temple School of Pharmacy and the Lewis Katz School of Medicine.
Professor
Research Program
Research Profile
Research Interests
My research interests are focused on the development and application of computational methods for studying the structure, function, folding, and dynamics of proteins. We work on problems involving the interplay between computational models in structural biology and experiments at different levels of resolution and different time scales from femtoseconds to seconds or longer. Using computational statistical mechanics as a framework, we study solvation effects in chemistry and biophysics, and develop methods and effective potentials for simulating these systems. Our recent work is focused on the development of novel free energy methods for modeling protein-ligand binding, allosteric conformational changes of proteins, and studying their energy and evolutionary landscapes.