Proteins experience a significantly different environment in vivo than in the context of the idealized dilute environment commonly studied in experiments and simulations. The presence of a high concentration of other macromolecules in the cell (nucleic acids, sugars, lipids, chaperones and other proteins) can dramatically alter protein folding pathways and affect protein-protein interactions. The  
aim of this workshop is to explore the complications that arise in the cell, with an emphasis on macromolecular crowding, chaperone-mediated folding, membrane-protein interactions and protein aggregation.
 Telluride Intermediate School
   725 West Colorado Avenue
Telluride CO 81435
	 
| Participant | Organization | ||||
| Arya, Gaurav | University of California, San Diego | ||||
| Berkowitz, Max | University of North Carolina | ||||
| Cheung, Margaret | University of Houston | ||||
| Derreumaux, Philippe | CNRS - Univ Paris 7 | ||||
| Hofmann, Hagen | University of Zurich | ||||
| Mu, Yuguang | NTU | ||||
| Noid, William | Penn State University | ||||
| Paravastu, Anant | FAMU-FSU College of Engineering | ||||
| Pielak, Gary | UNC Chemistry | ||||
| Plotkin, Steven | University of British Columbia | ||||
| Schuler, Benjamin | University of Zurich | ||||
| Shea, Joan-Emma | UCSB | ||||
| Straub, John | Boston University | ||||
| Strodel, Birgit | Research Centre Jülich | ||||
| Vaiana, Sara | Arizona State University | ||||
| van der Vaart, Arjan | University of South Florida | ||||
| Weliky, David | Michigan State University | ||||
| Zhou, Huan-Xiang | Florida State University | ||||