Klaus Harter

This study investigates how PSK and BR receptors dynamically reorganize at the nanoscale to differentially affect cell wall properties during plant growth.

This study identifies DIRIGENT13's role in promoting root growth and abiotic stress tolerance through lignan synthesis and ROS accumulation in Arabidopsis.

The paper uses phosphoproteomics to show AHK5 links ROS sensing to Ser/Thr phosphorylation, regulating stress responses through nanodomain components and signaling pathways.

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 study uses single-molecule tracking to examine how disrupting the cytoskeleton affects plasma membrane receptor dynamics in plant cells, revealing distinct effects of actin and microtubule disruption.

The paper establishes dual-color sptPALM for tracking two plasma membrane proteins in Arabidopsis thaliana cells using optimized fluorescent proteins.

nf-root automates apoplastic pH analysis in plant root images using deep learning, achieving near-human performance and reducing analysis time.

The paper proposes a FAIR-compliant data management system integrating imaging and omics data using Service Oriented Architecture principles, demonstrating its use in plant biology and hepatocellular carcinoma studies.