Laurent‐Xavier Nouvel

This study investigates how gut and nasal microbiome changes influence respiratory disease severity in calves exposed to pathogens and antibiotics, finding stronger associations with gut microbiota and metabolic functions.

This study investigates host-microbiota interactions during bovine respiratory disease, finding that antimicrobial treatment has a greater impact on microbial communities and metabolic functions than infection alone.

This study identifies P48, a surface lipoprotein in Mycoplasma species, as essential for ICE acquisition through nucleoside recognition, challenging the donor-centric view of bacterial conjugation.

This study examines co-infection patterns in European roe deer, finding that proximity to livestock, sex, age, and activity levels influence parasite presence, with minimal between-parasite interactions.

This study shows that Mycoplasma agalactiae conjugation increases in co-culture with eukaryotic cells, leading to genetic exchange and mosaic genomes, with nucleotide stress potentially modulating this process.