R. Garrido-Oter

This paper introduces MoBacTags to track near-isogenic bacterial strains in synthetic Arabidopsis microbiota, revealing distinct roles of pqqF and cyoB in community establishment.

This study shows that ER body-resident myrosinases and Trp metabolism shape root microbiota by secreting bioactive metabolites into the rhizosphere.

This study profiles co-transcriptomes of Arabidopsis and its associated bacteria to understand molecular interactions and bacterial adaptation mechanisms.

This study shows that the fungal endophyte Serendipita vermifera synergizes with bacterial microbiota to protect Arabidopsis and barley from pathogens, with benefits dependent on host and microbiota composition.

The paper characterizes the microbiota of Chlamydomonas reinhardtii's phycosphere and finds it shares taxonomic and functional features with plant root microbiota.

This study investigates how powdery mildew infection affects microbial communities in Arabidopsis thaliana, showing local and marginal systemic changes in foliar but not root-associated bacteria.

The paper investigates host preference and invasiveness of commensal bacteria in the root microbiota of Lotus and Arabidopsis, showing host-specific adaptation and competitive advantages.

The paper investigates how benzoxazinoid derivatives affect bacterial communities in the plant rhizosphere, finding that community stability depends on isolate resilience and strain-specific interactions.

The paper shows that tobacco-specific PSMs mediate the enrichment of Arthrobacter in the tobacco endosphere through bacterial catabolism.

The paper identifies genes under purifying selection and species-specific expression signatures in PTI responses across Brassicaceae species using comparative transcriptomics.

The paper examines root microbiota variation in Arabidopsis thaliana across Europe, finding that climate drives adaptation more than soil conditions or microbial composition.

The paper investigates microbial interactions in Arabidopsis roots, showing bacterial microbiota protect plants from filamentous eukaryotes and maintain microbial balance.