Shilo Rosenwasser

ACHT2 deactivates carbon assimilation during light-dark transition

This study identifies ACHT2 as a key regulator of Calvin-Benson cycle inactivation during light transitions in plants, showing its specific role in redox-mediated bottlenecks without affecting plant fitness.

Expansion of Plant Redox Protein Network Predated Plant Terrestrialization

This paper traces the evolutionary expansion of redox-regulated protein networks in green plants, showing that key redox systems were established before plants moved to land.

Rainfall legacy effects on the rhizosphere bacterial diversity of Brachypodium ecotypes across an aridity gradient

The paper examines rhizosphere bacterial diversity in Brachypodium ecotypes across aridity gradients and finds higher diversity in mid-precipitation sites with weaker plant-driven microbiome selection.

Dark-induced inactivation of the carbon assimilation process requires a water water cycle driven oxidative burst

The paper identifies the water-water cycle as the source of oxidative equivalents driving dark-induced inactivation of carbon assimilation through an oxidative burst linked to PSI activity.

Two opposing redox signals mediated by 2-Cys peroxiredoxin shape the redox proteome during photosynthetic induction

The paper identifies two opposing redox signals mediated by 2-Cys peroxiredoxins that regulate metabolic pathways during photosynthetic induction in plants.

Early Detection and Quantification of Fusarium Wilt in Greenhouse-Grown Tomato Plants Using Water-Relation Measurements

This study uses water-relations measurements to detect and quantify Fusarium wilt in tomato plants earlier and more objectively than visual assessments.

Quantification of electron transport-related oxidative signals by time and wavelength-resolved redox biosensors and chlorophyll fluorescence

The paper quantifies redox signals and photosynthetic activity in potato plants using time and wavelength-resolved fluorescence spectra, revealing a link between electron transport rate and oxidative signals.