Thirupathi Ravula

This study uses molecular dynamics to uncover the assembly and stability mechanisms of peptide nanodiscs formed by 4F and identifies factors affecting their structure and function.

This study shows that high-field SSNMR improves resolution and sensitivity for analyzing heterogeneous Aβ42 aggregates catalyzed by GD3.

This study improves solid-state NMR resolution for high molecular weight proteins using GHz-class spectrometers and novel techniques, achieving better than 0.2 ppm resolution for proteins up to 144 kDa.

This paper introduces a method to control pH in NMR samples using light-activated photoacids, enabling non-invasive and precise pH modulation for studying protonation states in proteins.