Elcock’s faculty page with links to his literature; topics include: computer simulations of the bacterial cytoplasm, models of macromolecular crowding effects, diffusion / crowding and molecular stability, protein folding, conformational flexibility, etc.
Theoretical and Computational Research, Illinois, Nanotechnology
Various movies of simulations and analysis. DNA origami; deformable material with programmable electrical properties. Coarse-grained model of ssDNA. Sequencing DNA using a nanopore capacitor. Electrostatic tweezers, etc.
Theoretical and Computational Biophysics Group, UIUC, Research
Rich source of MD/CG movies and accompanying analysis in various research categories: Membrane Biology, Mechanobiology, Neurobiology, Nanoengineering, Bioenergetics, Quantum Biology, Steered/Interactive MD, and many others.