Molecules exuded by plant roots are thought to act as signals to influence the ability of
microbial strains to colonize the roots and to survive in the rhizosphere. Differential bacterial …

The rhizosphere is the site of intense interactions between plant, bacterial, and fungal
partners. In plant-bacterial interactions, signal molecules exuded by the plant affect both …

Plant roots release exudates that fuel microbial activities and can structure rhizosphere
microbial communities, but how different plant species use their root exudate to potentially …

Despite significant advances in crop protection, plant diseases cause a 20% yield loss in
food and cash crops worldwide. Therefore, interactions between plants and pathogens have …

Plants live in association with microorganisms that positively influence plant development,
vigor, and fitness in response to pathogens and abiotic stressors. The bulk of the plant …

Root exudates are credited with having a major influence on the structure of rhizosphere
bacterial communities. However, evidence indicates that direct influence of root exudates on …

Root exudates play a key role in mediating plant–plant and plant–rhizomicrobiome
interactions, including regulating biochemical/physiological aspects of plant-associated …

Although interactions between plants and microbes at the plant–soil interface are known to
be important for plant nutrient acquisition, relatively little is known about how root exudates …

Pseudomonas aeruginosa is an opportunistic human pathogen capable of forming a biofilm
under physiological conditions that contributes to its persistence despite long-term treatment …

Plant-derived root exudates modulate plant-microbe interactions and may play an important
role in pathogen suppression. Root exudates may, for instance, directly inhibit pathogens or …