David Biermann

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 the evolution of the 26S proteasome in plants by analyzing gene repertoires, cis-regulatory elements, and regulatory networks, revealing conserved and lineage-specific mechanisms.

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.

The paper identifies ERAPS as a system controlling proteasome activator fate during proteotoxic stress, revealing a trade-off between proteasome function and energy metabolism.

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