K.-J. Dietz

The paper identifies a translation-dependent retrograde signaling pathway that regulates chloroplast protein synthesis and nuclear responses to light acclimation.

This study uses single molecule mass photometry to analyze the dynamic oligomerization of plant and human 2-CysPRXs, revealing conserved and divergent functional roles across species.

This study investigates the posttranslational regulation and interaction partners of chloroplast peroxiredoxin IIE, revealing its role in redox regulation through modifications and interactions with 14-3-3ν protein.

The paper simulates the chloroplast thiol redox network to estimate electron flow rates and resting H2O2 levels, revealing key regulatory dynamics under stress.

This study identifies OPR3 as a bifunctional enzyme with roles in detoxification and redox homeostasis by reducing electrophilic species and regenerating ascorbate.

This study identifies 2-CysPrx as a thioredoxin oxidase that mediates oxidative inactivation of key enzymes in chloroplast metabolism, revealing its role in redox regulation.