Protein folding, aggregation and design
Our research interests are framed within the objectives of modern physical and synthetic biology, using the study of protein folding, conformation, and function as arena. Our ultimate goal is to reach a quantitative understanding of the assembly principles of such nanomachines (protein folding) and decipher their basic biological operating modes (protein function), while we harness the ability to control,
Keywords
Protein folding & aggregation / protein structure prediction & design / single molecule methods / ultrafast kinetics / nuclear magnetic resonance