Valencia / New York / Concord / Foster City / London / Brussels / /
Company
Amersham / Proc Natl Acad Sci U S A / Qiagen / Protein Folding Oxford University Press / Creative Commons / Proteomics Laboratory / Pharmacia / /
Country
Belgium / United States / Canada / United Kingdom / Spain / / /
Event
FDA Phase / /
Facility
mg LipA-Lif complex / National Institute / LipA-Lif complex / Laboratory of Biochemistry / Proteomics Laboratory / Ghent University / University of Lie`ge / /
IndustryTerm
active site / chemical denaturants / energy barrier / secretion machinery / biotechnological and pharmaceutical production processes / white biotechnology / lipB gene product / software package / calcium binding site / secreted protease-prodomain systems / subtilisin systems / stock solutions / lipase active site / /
Organization
National Institute for Medical Research / Ghent University / University of Lie`ge / U.S. Securities and Exchange Commission / Laboratory of Biochemistry / Institute for the Promotion of Innovation / Molecular Structure Division / ProteoRed / Russian Academy of Sciences / Unit for Structural Biology / Department of Structural Biology / European Commission / Oxford University / Institute for Biological Instrumentation / Center for Protein Engineering / Universidad de Valencia / /
Person
Van Gelder / Eugene A. Permyakov / Annalisa Pastore / Stephen R. Martin / Lode Wyns / Sanchez del Pino / Manuel M. Sanchez del / Van Molle / /
Decoding the Folding of Burkholderia glumae Lipase: Folding Intermediates En Route to Kinetic Stability Kris Pauwels1,2*, Manuel M. Sanchez del Pino3¤, Georges Feller4, Patrick Van Gelder1,5 1 Department of Structural B