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- ParABS_system abstract "Originally identified as a genetic element required for faithful partitioning of low-copy-number plasmids, the parABS system is a broadly conserved molecular mechanism for plasmid partitioning and chromosome segregation in bacteria. It consists of three components: the ParA ATPase, the ParB DNA-binding protein, and the cis-acting parS sequence. The parA and parB genes are typically found in the same operon, with parS elements located within or adjacent to this operon. Collectively, these components function to ensure accurate partitioning of plasmids or whole chromosomes between bacterial daughter cells prior to cell division.".
- ParABS_system wikiPageID "39484358".
- ParABS_system wikiPageRevisionID "604919727".
- ParABS_system subject Category:Plasmids.
- ParABS_system comment "Originally identified as a genetic element required for faithful partitioning of low-copy-number plasmids, the parABS system is a broadly conserved molecular mechanism for plasmid partitioning and chromosome segregation in bacteria. It consists of three components: the ParA ATPase, the ParB DNA-binding protein, and the cis-acting parS sequence. The parA and parB genes are typically found in the same operon, with parS elements located within or adjacent to this operon.".
- ParABS_system label "ParABS system".
- ParABS_system sameAs m.0vpjm0z.
- ParABS_system sameAs Q17143628.
- ParABS_system sameAs Q17143628.
- ParABS_system wasDerivedFrom ParABS_system?oldid=604919727.
- ParABS_system isPrimaryTopicOf ParABS_system.