Walter F. Boron

The paper examines the synergistic effects of hAQP5, hCA II, and bCA on CO2 diffusion across Xenopus oocyte plasma membranes using pH measurements.

This study shows CO2 passes through human AQP1 via both monomeric pores and a novel DIDS-sensitive pathway, while NH3 primarily uses the monomeric pores.

This paper examines RBC morphology and proteomics in mice, finding no significant differences in shape or protein content that could explain changes in O2 permeability observed in prior studies.

This paper develops a reaction-diffusion model to simulate O2 offloading from murine red blood cells, showing that membrane O2 permeability must decrease to explain observed kHbO2 reductions in knockouts.

This paper investigates O2 permeability in murine red blood cells, showing that membrane channels, not lipid diffusion, are critical for O2 transport, with AQP1 and RhAG contributing significantly.