Stanislav Kopřiva

This study shows that the root endophyte Pseudomonas argentinensis SA190 enhances drought tolerance in Arabidopsis by supplying glutathione, improving redox balance.

This study examines heritable trait variation and adaptive lags in Hordeum murinum, finding strong temperature-driven genetic differentiation but potential mismatch with rapid climate change.

This study shows that bacterial community volatiles and direct contact differently affect plant growth under varying nutrient conditions, engaging distinct host regulatory pathways.

This study identifies genetic variants in Arabidopsis thaliana that enable adaptation to urban environmental gradients through a city-wide colonization experiment.

This study examines climate-driven trait variation in Hordeum murinum across Europe, finding that colder and wetter areas support larger plants with heavier seeds, while local vegetation density influences growth and reproductive traits.

The paper shows that X57 modulates chloroplast transitions by inhibiting SAL1, leading to PAP accumulation and changes in gene expression that facilitate plastid de- and re-differentiation.

The paper shows that low intra-microbiota antagonism promotes stability and pathogen protection in barley root microbiota, while high antagonism leads to instability and reduced protection.

This study uses metabolic profiling and genome-scale modeling to identify metabolic mechanisms that maintain stability in a synthetic maize root microbiome.

This study compares how C3 and C4 Flaveria species respond to phosphate starvation, finding differences in photosynthetic light reaction regulation and stress responses.

This study identifies SNRK3.15 as a key kinase in the sulfur deprivation response in Arabidopsis thaliana, showing its role in both early and late adaptive responses to sulfur deficiency.

This study shows that the fungal endophyte Serendipita indica reduces disease susceptibility in Arabidopsis regardless of host genotype and that the immune receptor ISI contributes to root immunity but is not required for endophyte protection.

This study shows that root growth in Arabidopsis depends on glutathione amount, not redox potential, by analyzing mutants with altered GSH levels and redox states.

This study shows that cysteine acts as a metabolic signal in Arabidopsis thaliana, enhancing resistance to Pseudomonas syringae by modulating cysteine synthesis between cytosol and organelles.

The paper investigates how Arabidopsis distinguishes between plant growth promoting and pathogenic bacteria, showing CYP71A27 plays a regulatory signaling role rather than a metabolic one in this process.