Samuel T. E. Greenrod

This study shows that competition reduces thermal adaptation in bacteriophages under fluctuating temperatures compared to monoculture conditions.

This study shows that multidrug resistance plasmids face a trade-off between phage resistance and conjugative ability, which affects their evolutionary response to plasmid-dependent phages.

This study shows evolutionary rescue prevents parasite extinction but can destabilize communities by promoting competitive exclusion in a viral parasite system under thermal stress.

The paper shows that within-host competition between pathogens and microbiota drives molecular evolution and microbiota dysbiosis in C. elegans hosts.

This study identifies and analyzes insertion sequences in Ralstonia solanacearum strains, revealing their distribution, lineage-specific patterns, and potential role in virulence and genetic diversity.