Proper chromosome segregation during cell division is essential in all domains of life. In the
majority of bacterial species, faithful chromosome segregation is mediated by the tripartite …

All viable bacterial cells, whether they divide symmetrically or asymmetrically, must
coordinate their growth, division, cell volume and shape with the inheritance of the genome …

The accurate distribution of genetic material is crucial for all organisms. In most bacteria,
chromosome segregation is achieved by the ParABS system, in which the ParB-bound parS …

While the molecular repertoire of the homologous recombination pathways is well studied,
the search mechanism that enables recombination between distant homologous regions is …

Bacterial species from diverse phyla contain multiple replicons, yet how these multipartite
genomes are organized and segregated during the cell cycle remains poorly understood …

In bacteria, the dynamics of chromosome replication and segregation are tightly coordinated
with cell-cycle progression and largely rely on specific spatiotemporal arrangement of the …

To preserve the integrity of their genome, bacteria rely on several genome maintenance
mechanisms that are co-ordinated with the cell cycle. All members of the Vibrio family have a …

The segregation of newly replicated chromosomes in bacterial cells is a highly coordinated
spatiotemporal process. In the majority of bacterial species, a tripartite ParAB-parS system …

The bacterial divisome is a complex nanomachine that drives cell division and separation.
The essentiality of these processes leads to the assumption that proteins with core roles will …

Many pathogens or symbionts of animals and plants contain multiple replicons, a
configuration called a multipartite genome. Multipartite genomes enable those species to …