Jens Léon

This study identifies hierarchical organization of quantitative resistance to soil-borne pathogens in wheat through genomic and functional analyses.

This study identifies genetic loci associated with drought-related traits in bread wheat using genome-wide association analysis.

This study uses GWAS to identify genomic loci and candidate genes associated with vegetation indices in wheat under drought stress.

This study identifies HvbZIP33 and HvbZIP76 as key regulators of transpiration in drought-stressed barley, showing their role in maintaining water use efficiency.

This study identifies how calcium-binding genes and transcription factors interact during the osmotic phase to influence salt stress tolerance in bread wheat genotypes.

This study compares transcriptome profiles of barley and tomato shoot and root meristems under short-day conditions to identify physiological differences in photoperiodic sensitivity.

The paper integrates physiological, genetic, transcriptomics, and bioinformatics analyses to uncover salt stress adaptation mechanisms in contrasting bread wheat genotypes at osmotic and ionic phases.

The paper profiles transcriptomes of root and shoot apices in barley and tomato to identify gene expression patterns and divergence in developmental processes.

The paper identifies 16 organ-specific QTL associated with late blight resistance in potato using a GWAS approach across 150 accessions.