R. T. Bradshaw

This study uses molecular simulations to analyze the autoregulatory domains of BetP, showing how C-terminal tails interact with neighboring subunits and how N-terminal tails may also contribute to regulation.

This study investigates how chloride ions influence conformational changes in the GlyT1 glycine transporter by analyzing ligand binding and structural shifts in response to ions and substrates.

This paper introduces HDXer, a method to generate structural ensembles from HDX-MS data using maximum-entropy reweighting, demonstrating its ability to recover accurate structural information from simulated data.