Kristina Nešporová

This study tracks the long-term persistence of antibiotic-resistant E. coli in Caspian gulls, revealing plasmid-encoded traits and competitive dynamics that contribute to resistance maintenance in wildlife.

This study analyzes T6SS distribution in 131,610 E. coli genomes, revealing subclass prevalence, associations with pathotypes, and relationships with virulence and resistance genes.

The paper uses cross-condition image-based profiling of E. coli deletion strains to identify five genes of unknown function and characterize their cellular roles through phylogenetic, structural, and localization analysis.

This study sequenced A. baumannii ST19 genomes and found a loss of the T6SS locus, replaced by antibiotic resistance transposons, potentially enhancing horizontal gene transfer and population-level competitiveness.