Plant-Microbe Interactions and Immunity

This study identifies a cyclic dipeptide from an endophytic bacterium that alleviates salinity stress in plants, revealing insights into plant-microbe interactions in salt marshes.

This study investigates how environmental cues shape microbial communities inside and on the surface of Arabidopsis leaves over five years, identifying key drivers and niche preferences.

This study conducts a meta-analysis to evaluate how biological and experimental factors influence the effectiveness of microbial inoculation on plant traits.

The study determines the cryo-EM structure of the auto-active NRC4 resistosome, revealing a hexameric configuration that triggers immune responses via cytosolic Ca2+ influx.

This paper presents a metabolic modeling framework to predict trophic dependencies in rhizobiomes, identifying beneficial and non-beneficial microbial interactions in apple root environments.

The paper identifies NRPS genes in Bacillus and Paenibacillus strains that confer antifungal activity against Fusarium, with gene expression varying by strain and pathogen.

This study shows coronatine toxin suppresses plant immunity by disrupting glutathione and nitric oxide redox signaling, independent of jasmonic acid pathways.

This study shows that disrupting the indole glucosinolate pathway in Arabidopsis thaliana alters root exudate profiles and rhizobacterial communities.

The paper isolates and characterizes 67 diverse Pseudomonas genomes from a salt march salt marsh to study their role in soil development and succession.

This study investigates the role of Dicer-mediated RNA silencing in the interaction between the biocontrol fungus Clonostachys rosea and wheat roots, revealing its impact on gene expression and cross-kingdom regulatory mechanisms.

The paper develops a rapid MoClo toolkit for genetic engineering of maize root-associated bacteria and identifies endogenous expression sequences for five strains.

The paper identifies and characterizes the pan-NLRome of Brassica rapa, revealing diversity in NLR gene types across 17 accessions and their evolutionary and functional implications.

The paper shows OsNAC2 suppresses SA signaling and interacts with OsEREBP1 to maintain rice resistance to bacterial blight.

The paper analyzes maize-associated bacteria and fungi across US locations, finding tissue-specific community structures, functional gene differences, and environmental correlations.

The paper identifies rhizobacterial isolates from Prosopis limensis and shows their ability to enhance radish growth under salt stress.

This study shows IDA induces early and late immune responses during cell separation in Arabidopsis, protecting cells from pathogens.

The paper identifies five novel disease-resistance proteins in rice that contribute to resistance against bacterial leaf blight and rice blast diseases through in silico analysis.

This study identifies (Z)-3-hexenyl butyrate as a natural inducer of stomatal closure and plant immunity, showing its efficacy in reducing water stress and pathogen infection in crops.

This study examines how inbred, open pollinated, and hybrid maize affect bacterial communities in different tissues, finding that genetic background has less impact than environmental factors.

This study demonstrates that the biological activity of rhamnolipids in plants depends on their molecular structure, with different congeners showing varying effects on nematode infection and plant growth.

The paper compares nonhost resistance to scab pathogens in apple and pear, finding distinct transcriptomic responses and shared defense mechanisms.

This study shows chitosan oligosaccharides induce PRG expression in Pinus massoniana seedlings, providing insights for developing immune inducers against pine wilt disease.

The paper decomposes double-peak transcriptome responses in Arabidopsis during effector-triggered immunity into two single-peak patterns, revealing conserved responses in distinct cell populations.

The paper investigates how plant-associated microbiomes in nutrient-poor Brazilian campos rupestres substrates contribute to nutrient cycling, revealing novel microbial populations and mechanisms for phosphorus and nitrogen turnover.

This study investigates how the D128N mutation in OsSERK2 alters the binding interactions within the Xa21-RaxX21-sY complex using in-silico methods.

The paper identifies NaWRKY3 as a master regulator of defense against Alternaria alternata in Nicotiana attenuata by activating key defense genes and pathways.

This study uses GWAS to uncover the genetic architecture of Arabidopsis thaliana's response to non-pathogenic leaf bacteria in field conditions, revealing complex interactions and candidate genes involved in plant-microbiota interactions.

This study identifies two conserved effector families from fungal pathogens that trigger cell death in plants, showing they are recognized by immune receptors.