Saadia Azeem

TL;DR: The identified pathogenic microorganisms and their antagonistic bacterium help explain why phenolic exudates mediate a microflora shift and structure disorder in the rhizosphere soil of continuously monocultured R. pseudostellariae and lead to increased replanting disease incidence.

TL;DR: The study revealed that phenolic acids in the root secretion of P. heterophylla increased long with its development, which was closely related to changes in rhizospheric microorganisms.

TL;DR: The results suggested that structure dynamics of Rhizosphere microbial communities were mediated by the richness of replanted P. heterophylla, and thus the replant disease result from the imbalanced microbial structure with a higher ratio of pathogens/beneficial bacteria in rhizosphere soil under monocropping regimes.

TL;DR: This study provides new insights into cold stress responses in rice seedlings triggered by Lsi1-overexpression defense pathway.

TL;DR: The results suggest that the AWD treatment at the rice grain filling stage is highly conducive to trigger the mobilization of the N assimilates from leave and root to the stem and sheath, and then promotes to remobilize the reserves to the grain through coordinately expressed proteins involved in photosynthesis, systematic senescence, oxidative stress defense, signal transduction and other metabolisms.