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Pseudomonas  spp. are phylogenetically diverse bacteria with a broad range of metabolic and ecological functions.  Pseudomonas  spp. beneficially interact with plants by colonising the rhizosphere and various plant compartments.  Pseudomonas  spp. promote plant growth by facilitating nutrient absorption, modulating phytohormone levels, and providing direct and indirect phytopathogen biocontrol via induced systemic resistance. The recent publication of genomes for numerous plant-associated  Pseudomonas  have elucidated their growth-stimulating characteristics. The present review surveyed the mechanisms and genetic variability of pseudomonads investigated by omics approaches. These studies furnish clues about the evolution and taxonomic relationships of pseudomonads with the ability to stimulate plant growth, protect and defend the host plant against pathogens. Clarification of pseudomonads and their attributes that are beneficial to crops could help improve crop nutrition and protection in sustainable agricultural production.

Action mechanisms, biodiversity, and omics approaches in biocontrol and plant growth-promoting Pseudomonas : an updated review