Palo Alto / Manchester / Cambridge / Amherst / London / Basel / Surrey / Storrs / /
Company
Protein Data Bank / Novartis Pharma AG / Muller SA / Dames SA / F. Hoffmann-La Roche Ltd / Jr. Memorial Fellowship Fund / Lear / /
Country
Switzerland / United States / United Kingdom / / /
Facility
University of Manchester / University of Connecticut / C terminus / University of Cambridge / N terminus / /
IndustryTerm
lowest energy structures / low pH chemical shift plateau / biotechnology / guanidinium / chemical shift / lowest-energy / helix-stabilizing network / side chain / high pH chemical shift plateau / nucleation site / model systems / chemical shifts / strategy employing networks / activation energy barrier / /
Organization
**Wellcome Trust Centre for Cell-Matrix Research / University of Connecticut / National Academy of Sciences / ‡Biochemisches Institut / University of Cambridge / National Center of Competence / Paul Scherrer Institut / Faculty of Life Sciences / University of Manchester / National Center for Research Resources / Swiss National Science Foundation / /
Person
C. Garcia-Echeverría / Wolfgang Jahnke / John H. Missimer / Andrei T. Alexandrescu / Richard A. Kammerer / William M. Matousek / Alan R. Fersht / Paul Scherrer / Michel O. Steinmetz / Srinivas Honnappa / Sabine Frank / /
Molecular basis of coiled-coil formation Michel O. Steinmetz*†, Ilian Jelesarov‡, William M. Matousek§, Srinivas Honnappa*, Wolfgang Jahnke¶, John H. Missimer*, Sabine Frank储, Andrei T. Alexandrescu§, and Richar