the National Institutes of Health through NIH award / the National Science Foundation through NSF award / the Director’s Pioneer Award / /
Facility
Howard Hughes Medical Institute / University of Southern California / Rutgers University / California Institute of Technology / /
IndustryTerm
membrane deformation energy corresponding / free energy budget / thickness deformation energy / free energy / free energy difference / elastic gating energy / deformation energy / tension-inducing loading device / Energy functionals / machinery / elastic energy difference / membrane elastic energy / thermal energy / elastic membrane deformation energy / increased gating energy / energy difference / energy / elastic energy / elastic energy differences / membrane deformation energy / elastic membrane energy / energy budget / free energy differences / analytic solution / chemical environments / internal protein free energy / /
Organization
California Institute of Technology / National Institute of Health / National Science Foundation / Rutgers University / Department of Physics and Astronomy / University of Southern California / Los Angeles / Department of Applied Physics / Howard Hughes Medical Institute / /
Person
Az / Ion Channels Christoph / /
Position
original author / Editor / Author / Director / /
Product
MscL / LG PC12 Radio / /
ProvinceOrState
MscL / MtMscL / Southern California / California / /
PublishedMedium
PLOS Computational Biology / the PLOS Computational Biology / /
Connection between Oligomeric State and Gating Characteristics of Mechanosensitive Ion Channels Christoph A. Haselwandter1,2*, Rob Phillips2* 1 Department of Physics and Astronomy, University of Southern California, Los