Plants are hosts to complex communities of endophytic bacteria that colonize the interior of
both below-and aboveground tissues. Bacteria living inside plant tissues as endophytes can …

Microorganisms are found everywhere, and they are closely associated with plants.
Because the establishment of any plant–microbe association involves chemical …

We isolated and examined two endophytic fungi for their potential to secrete phytohormones
viz. gibberellins (GAs) and indoleacetic acid (IAA) and mitigate abiotic stresses like salinity …

Terrestrial plants including forest trees are generally known to live in close association with
microbial organisms. The inherent features of this close association can be commensalism …

Plants are rife with bacteria and fungi that colonize roots and shoots both externally and
internally. By providing novel nutritional and defense pathways and influencing plant …

Although the role of fungal alkaloids in protecting grasses associated with Epichloë fungal
endophytes has been extensively documented, the effects of the symbiont on the host plant's …

Global climate change and shifting land‐use are increasing plant stress due to abiotic
factors such as drought, heat, salinity and cold, as well as via the intensification of biotic …

Plant–microbe interactions are ubiquitous. Plants are threatened by pathogens, but they are
even more commonly engaged in neutral or mutualistic interactions with microbes …

In a natural ecosystem, the plant is in a symbiotic relationship with beneficial endophytes
contributing huge impact on its host plant. Therefore, exploring beneficial endophytes and …

Many endophytes have been found to be resistant to heavy metals and/or capable of
degrading organic contaminants, and endophyte-assisted phytoremediation has been …