S. Rosenwasser

This study shows that nitrogen assimilation helps balance the chloroplastic glutathione redox state under high-light conditions by diverting excess electrons.

This study detects late blight in potato plants using whole-plant redox imaging, identifying early biotrophic infection through mislocalized chloroplast-targeted proteins.

SPEAR quantifies cysteine oxidation states and protein abundance in Arabidopsis under steady-state and oxidative stress, revealing widespread redox effects on cellular functions.

The paper uses biosensors to monitor oxidative signals from photosynthesis and finds they reduce carbon assimilation rates.

This study uses whole-plant redox imaging to monitor stress responses in potato plants under various abiotic stresses, revealing differential redox changes in leaves and stress-specific patterns.

This study monitors chloroplastic glutathione redox potential in Arabidopsis under dynamic light conditions to understand ROS production dynamics and their regulation.

The paper uses single-cell transcriptomics to track infection dynamics of a virus in algal blooms, identifying novel viral genetic programs and host transcriptome changes during infection.

The paper measures single-cell chloroplast redox state heterogeneity in diatoms under oxidative stress, revealing subpopulations with distinct stress responses and cell fate outcomes.

This study identifies a redox-regulated metacaspase in a marine diatom that promotes cell death and is sensitive to a diatom-specific infochemical.

The paper uses plaque-MSI to reveal a metabolic shift towards odd-chain fatty acid lipids during host-virus interactions in Emiliania huxleyi.