Pseudomonas fluorescens and related plant root (“rhizosphere”)-associated species
contribute to plant health by modulating defenses and facilitating nutrient uptake. To identify …

Rhizospheric plant–microbe interactions have dynamic importance in sustainable
agriculture systems that have a reduced reliance on agrochemicals. Rhizosphere signaling …

Selected strains of nonpathogenic rhizobacteria can reduce disease in foliar tissues through
the induction of a defense state known as induced systemic resistance (ISR). Compared with …

Plants develop an enhanced defensive capacity against a broad spectrum of plant
pathogens after colonization of the roots by selected strains of nonpathogenic biocontrol …

Microorganisms under natural habitats live in communities and some provides benefits to
plant. Further, microbes when introduced to soil as consortium and interact with a host plant …

▪ Abstract Beneficial plant-associated microbes can profoundly influence plant health by
suppressing disease, enhancing nutrient uptake, fixing atmospheric nitrogen, and promoting …

The plant basal immune system can detect broadly present m icrobe-a ssociated m olecular
p atterns (MAMPs, also called PAMPs) and induce defenses, but adapted microbes express …

Rhizobacteria-induced systemic resistance (ISR) is a type of systemically enhanced
resistance against a broad spectrum of pathogens that is triggered upon root colonization by …

Plant growth-promoting rhizobacteria can suppress diseases through antagonism between
the bacteria and soil-borne pathogens, as well as by inducing a systemic resistance in the …

Adaptation to specialized environments allows microorganisms to inhabit an enormous
variety of ecological niches. Growth inside plant tissues is a niche offering a constant …