thickness deformation energy / thickness deformation free energy / induced bilayer deformation energy / free energy / protein conformational energy / free-energy differences / free energy difference / conformational energy / deformation energy / energy density / schematic protein energy / protein energy / energy minima / protein conformation energy / deformation energy arising / bilayer deformation energy / energy / bilayer deformation free energy / mechanosensitive systems / free-energy difference / simplified free-energy function / deformation free energy / conformational energy barrier / bilayer deformation energy change / conformational energy landscape / energy budget scales / conformational free energy / interface energy / bilayer deformation energy landscape / free-energy contribution / minimum energy state / empirical rate law / open and closed state protein conformation energy / free-energy minima / lowest free energy / /
Organization
California Institute of Technology / Keck Foundation / National Science Foundation / Center for Integrative Multiscale Modeling and Simulation / National Academy of Sciences / /
Person
Klaus Schulten / Nat / Tom Powers / Physiol / Ben Freund / Olaf Andersen / Sergei Sukharev / Paul Wiggins / Doug Rees / Eduardo Perozo / Evan Evans / Schroeder / Rob Phillips / Douglas C. Rees / /
Position
Walker / General / detailed model of channel gating / simple / self-consistent model for channel– membrane interaction / /
Analytic models for mechanotransduction: Gating a mechanosensitive channel Paul Wiggins* and Rob Phillips†‡ Divisions of *Physics, Mathematics, and Astronomy and †Engineering and Applied Science, California Institu