Hans‐Henning Kunz

The paper introduces pamiR, a resource for plastid-specific gene silencing in plants, and demonstrates its use in identifying gene family members involved in plant physiology.

The paper investigates KEA3's role in NPQ relaxation across tomato and Arabidopsis, finding species-specific molecular variation without consistent productivity effects.

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

The study shows the N-terminal extension of AtKEA1 is not essential for plastid function but contributes to potassium homeostasis.

Disruption of KEA-mediated chloroplast ion homeostasis in Chlamydomonas reinhardtii reveals conserved and lineage-specific control of plastid rRNA processing and cell cycle progression.

The paper introduces a cost-effective, one-step protein purification method for plants using a DIY GFP-Trap-protease system, enabling rapid isolation of soluble and membrane-bound proteins.

The paper quantifies chloroplast ionomes in multiple species and shows that genetic manipulation affects iron storage in chloroplasts.

This study investigates the role of CLRP23 in cold acclimation of Arabidopsis thaliana, showing its involvement in lipid remodeling and integration of membrane and metabolic responses.

This study investigates the evolutionary origins of chloroplast outer envelope proteins using sequence and structure analyses, revealing dynamic evolutionary trajectories and structural adaptations.

The paper uses advanced imaging to show photosynthesis affects pH, ATP, and NAD redox in plant cells beyond chloroplasts.

This study shows that overexpression of PpFLOT in moss reduces salt tolerance and alters growth, with effects linked to ROS and ion signaling.

This study shows plant cells tolerate high rates of organellar mistranslation, with plastids being more lenient than mitochondria, and reveals differences in stress responses.

The paper develops an AI tool for quantifying ultrastructural traits from 3D microscopic datasets and improves fixation protocols for plants.