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This study reports the feasibility of vaginal microbiome transplantation from healthy donors as treatment for patients suffering from symptomatic, intractable and recurrent bacterial vaginosis.
A study reports the generation of synthetic ‘phagebodies’ with a broadened host range that were able to target naturally occurring phage-resistant bacterial mutants.
This study shows that sublethal doses of ciprofloxacin enhanced aggregation of bacterial cells, which resulted in their increased expulsion from the gut by the mechanical activity of the intestine.
The results of this study further corroborate that the mode of delivery is a crucial factor that shapes the gut microbiota during the neonatal period, with effects that persist into infancy.
This study reports the assembly and seasonal dynamics of bacterial and archaeal microbiomes of the leaf surfaces and the associated soils of switchgrass and miscanthus.
This study reports that the archaeal chromosome is organized into two compartments with differential gene expression activities that are maintained by a novel Sulfolobus-encoded structural maintenance of chromosomes protein.
A recent study finds that the re-seeding of Salmonella enterica subsp. enterica serovar Typhimurium persister cells into the gut lumen promotes the spread of antibiotic resistance plasmids.
Faecal microbiota transplant (FMT) is now accepted as an effective treatment for Clostridioides difficile infections. With the increasing number of FMT treatments and clinical trials for other indications there is an urgent need for standardized regulations to ensure patient safety and focused development of safer, rationally designed, microbiota-based medicines.
This study reports a structure of the respiratory syncytial virus (RSV) polymerase complex, providing atomic-level insights into transcription and replication of the RSV genome.
The findings of this study suggest that commensal Neisseria species antagonize infection by pathogenic Neisseria species through their DNA, by a mechanism based on genetic competence and DNA methylation state.
This month’s Under the Lens discusses how 3D fluorescence microscopy techniques are furthering the study of dynamic spatial organization and confinement in bacterial cells.