Julien Gronnier

This study shows that cell wall integrity signaling and elicitor peptides modulate jasmonic acid-mediated camalexin production in Arabidopsis through distinct pathways.

This study investigates CRK18 homodimerization and redox regulation in Arabidopsis, revealing its role as a negative regulator of nematode infection.

This study shows that endogenous RALF peptides, perceived by FER and LLG-LRX complexes, are required for powdery mildew colonization of Arabidopsis, with RALF function influencing cell wall remodeling and apoplastic pH.

This study identifies a bacterial lipid that triggers membrane mechanosensing immunity in Arabidopsis by altering membrane properties and activating immune signaling pathways.

The paper investigates the nanoscale dynamics of receptor kinase complexes in Arabidopsis, revealing spatial and temporal organization mechanisms that facilitate ligand-induced complex formation.

This study identifies REMORIN proteins as inhibitors of H+-ATPases that promote extracellular pH alkalinization, regulating root development in Arabidopsis.

This study shows that REMORIN gene dosage manipulation affects salt signaling and tolerance in Arabidopsis thaliana by altering cell architecture and root resilience.

This study defines REMORIN phylogeny based on C-terminal domains and predicts structural variations in membrane-binding interfaces that may influence their function and membrane organization.

This study shows that salicylic acid induces apoplast alkalinization via TMK1, leading to growth restriction independent of auxin signaling.

This paper identifies a RALF-Brassinosteroid signaling circuit that regulates Arabidopsis hypocotyl cell shape by linking cell wall status to BR signaling through RALF23.

This paper shows that salicylic acid restricts cell elongation and alters vacuolar morphology and pH, independent of NPR receptors and auxin signaling.

This study identifies HIR2's role in organizing plasma membrane receptors in Arabidopsis by showing its interactions, structural organization, and impact on receptor dynamics and signaling.

This paper introduces photochromic reversion for long-term single-molecule tracking in plants and develops CASTA, a machine learning tool to analyze spatial arrest events of membrane proteins.

The paper identifies CPK3 as a kinase that phosphorylates REM1.3 to restrict PVX viral movement in Arabidopsis.