ena-STUDY-NMBU-03-07-2020-13:06:41:752-1292
Pseudomonas protegens Pf-5 competition TraDIS
The study of microbial competition often has focused on the antimicrobial secondary metabolites and proteins/peptides produced by an organism. Here the defensive mechanisms and structures used by the competitive rhizosphere bacteria Pseudomonas protegens Pf-5 to defend itself from the excreted antimicrobials and proteins/peptides of competitor microbes is examined. The use of a TraDIS saturation transposon mutant library of Pf-5 has allowed for the simultaneous examination of all genes in the genome needed for survival of antimicrobial compounds produced by a diverse range of soil/rhizosphere competitors.
The study of microbial competition often has focused on the antimicrobial secondary metabolites and proteins/peptides produced by an organism. Here the defensive mechanisms and structures used by the competitive rhizosphere bacteria Pseudomonas protegens Pf-5 to defend itself from the excreted antimicrobials and proteins/peptides of competitor microbes is examined. The use of a TraDIS saturation transposon mutant library of Pf-5 has allowed for the simultaneous examination of all genes in the genome needed for survival of antimicrobial compounds produced by a diverse range of soil/rhizosphere competitors.