Christine Paysant Le Roux

This study identifies a genetic network controlling hydathode formation and links it to leaf morphogenesis, showing hydathodes maintain water homeostasis by preventing leaf flooding.

The paper uses TRAP-seq to profile translatomes in Arabidopsis thaliana vascular tissues, identifying SWEET2 as essential for vascular development and cell wall composition.

The paper identifies genomic and transcriptomic factors determining gene dispensability in maize by analyzing a pan-gene set and transcriptomic profiles across multiple tissues.

This study uses multi-omics analysis of maize near-isogenic lines to identify QTLs associated with chilling tolerance and uncover regulatory and metabolic signatures.

This study investigates how Ca2+ signaling, ROS, and sphingolipid homeostasis interact in Arabidopsis to restrict PlAMV spread.

The paper investigates how root phenolics mediate reduced disease susceptibility in wheat mixtures by disrupting root interactions and analyzing transcriptomic and metabolomic responses.

This study shows Enterobacter sp. SA187 enhances Arabidopsis growth under low nitrate by regulating nitrate transporters and ethylene signaling, improving nitrogen content and plant growth.

This study shows APETALA2 regulates seed growth by controlling mechanical properties of the outer integument layers through cell wall remodeling without affecting mechanosensitive responses.

This study investigates maize-bean intercropping through on-farm surveys and field assays, finding competition dominates over cooperation, primarily affecting bean yield and gene expression.

This study integrates multi-omics data with metabolic modelling to reveal pyrimidine metabolism's role in maize-AMF symbiosis under nitrogen limitation.

The paper assesses whether gene connectivity in co-expression networks improves phenotype prediction, finding that core genes, though more differentiated, do not systematically predict traits better than peripheral genes.