Alex R. Hall

The paper shows bacterial community composition changes consistently across hydrological network positions in freshwater systems.

The paper identifies bacterial taxa that drive colonisation resistance to MRSA in human nasal microbiome samples using in vitro experiments and community assembly.

This study shows that phage-mediated lysis increases the growth rate of surviving bacterial cells by recycling nutrients, which partially compensates for cell loss and affects population dynamics.

The paper tests how gut microbiome variation affects Escherichia coli growth across human samples, finding interspecies interactions influence growth outcomes.

This study identifies nasal commensal bacterial species and combinations that inhibit MRSA, including antibiotic-resistant strains, through in vitro experiments.

This study investigates mechanisms of bacterial resistance and co-existence with temperate bacteriophages in the human gut using longitudinal sampling and experimental evolution.

This study investigates how ecological interactions influence the growth of antibiotic-resistant E. coli strains in human gut microbiomes, finding that strain-specific factors and competitive interactions drive their success.