Bacterial urease genomes reveal conserved architecture and ancient gene-swapping clues
A comparative analysis of 237 bacterial genomes shows that the urease system is architecturally conserved yet evolutionarily flexible, with evidence ...
A comparative analysis of 237 bacterial genomes shows that the urease system is architecturally conserved yet evolutionarily flexible, with evidence ...
A large-scale genomic and metagenomic study reveals how antibiotic resistance genes vary across populations, diseases and body sites, with pathogens ...
A new Nature Communications study shows that extensive horizontal gene transfer drives microbial adaptation and diversification in the extreme hadal ...
A genomic survey of thousands of bacterial and archaeal genomes shows that reductive dehalogenase genes split into a highly mobile ...
A new review warns that common non-antibiotic drugs, food additives and environmental chemicals exert antimicrobial effects that reshape the human ...
Researchers reprogrammed the native CRISPR-Cas system of a commercial probiotic bacterium to permanently disable its tetracycline resistance gene while preserving ...
Researchers have developed TrIdent, an open-source R package that automates the classification of transductomics data, revealing that low-abundance gut bacteria ...
A metagenomic study of Chinese forest soils finds that removing leaf litter changes soil nutrients but leaves antibiotic resistance genes ...
A sweeping genomic analysis of more than 43,000 Klebsiella pneumoniae genomes shows that stable maintenance of the pLVPK virulence plasmid ...
A genome-wide CRISPR interference screen has identified the conserved bacterial homologous recombination pathway, and the RecA protein in particular, as ...
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© 2025 Scienmag - Science Magazine