Biologically important plant-microbe interactions are mediated by a wide array of signal
compounds rhizodeposited from both plant and microbial species. Root exudates are some …

Root exudates are high-or low-molecular-weight secondary metabolites of plants secreted
as a consequence of root pressure and/or plant-microbe interactions, which have a direct …

The chemical, physical, and biological interactions between roots and the surrounding
environment of the rhizosphere are some of the most complex experienced by land plants …

The primary role of roots are to support the plant and anchor the growth by absorption of
mineral nutrient form the soil. Root performs several other important functions other than …

The study of the interactions between plants and their microbial communities in the
rhizosphere is important for developing sustainable management practices and agricultural …

The rhizosphere is an area of soil surrounding plant roots in which soil's most reactions take
place. The term “rhizosphere” was coined by Lorenz Hiltner, and it is 1–2 mm wide. The …

Over the last few years, a boom has been witnessed in the area of soil ecology which has
produced numerous data on interactions between plant and rhizospheric microbes. The …

Root‐secreted chemicals mediate multi‐partite interactions in the rhizosphere, where plant
roots continually respond to and alter their immediate environment. Increasing evidence …

Root exudate is one of the ways for plant communication to the neighboring plant and
adjoining of microorganisms present in the rhizosphere of the root. The chemicals …

Rhizodeposits are essential rhizosphere-associated constituents synthesized by plants that
support various biological and physiochemical activities in soil. They significantly influence …