Martin Guillemet

This study shows that bacterial population structure influences the transient dominance of plasmid-borne antibiotic resistance genes over chromosomal integration.

The paper examines how host competitive asymmetries affect viral evolution in a co-evolutionary system, finding that they extend viral extinction times and accelerate adaptation.

This study shows that negative frequency-dependent selection shapes bacterial strain structure through emergent epistasis, using models and genomic analysis of Streptococcus pneumoniae.

The paper examines how mutation rates affect viral adaptation and lethal mutagenesis, finding that high mutation rates can hinder adaptation but may enable lethal mutagenesis.