David H. Russell

This study investigates how site-specific hydration affects the thermal stability of proteins and protein complexes using D2O and experimental methods, revealing that stabilization depends on both hydration extent and water interaction sites.

This study uses vT-ESI nMS to analyze how temperature-dependent changes in protein and solution dynamics affect ligand-binding thermodynamics in multiligand protein complexes.

This study investigates how the intrinsically disordered C-terminal tails of GroEL regulate its allosteric behavior through conformational constraints and interactions with GroES.

This study investigates how Zn2+ activates PaMsbA, an ABC transporter in Pseudomonas aeruginosa, by enhancing its ATPase activity and promoting dimerization.

This study uses mass spectrometry techniques to reveal dual oligomerization pathways of liraglutide, highlighting structural changes and interactions involved in aggregation.

This study uses native mass spectrometry to investigate how different detergents and charge-reducing molecules affect protein-lipid interactions in membrane proteins.