Markus Schwarzländer

This study shows that the lateral distribution of cytochrome b6f in thylakoid membranes affects photosynthetic electron transfer efficiency in Chlamydomonas reinhardtii.

The paper shows that in Arabidopsis pgr5CAS mutant, proton motive force is reduced but MgATP2- levels remain unchanged, suggesting PGR5-CET is not needed for ATP augmentation.

The paper identifies a T-DNA-linked inversion-duplication in Arabidopsis that enhances gene expression and exacerbates a light-dependent phenotype in mdh1xme2 mutants.

This study shows that mitochondrial malate metabolism regulates photosynthesis and carbon-nitrogen balance in Arabidopsis under low-light conditions.

This study shows H2S and DES1 are critical for flg22-induced stomatal closure and ROS production in plant immunity.

This study shows hydrogen sulfide modulates hypoxic responses in Arabidopsis by inhibiting plant cysteine oxidases through persulfidation, affecting gene activation and submergence tolerance.

This study shows that root growth in Arabidopsis depends on glutathione amount, not redox potential, by analyzing mutants with altered GSH levels and redox states.

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

The paper investigates the Ca2+ response in Arabidopsis thaliana chloroplasts triggered by high light exposure mimicked by glass beads, revealing a biphasic increase and identifying the endoplasmic reticulum as the source.

The paper introduces NAPstar biosensors to measure NADP redox states and finds glutathione mediates anti-oxidative electron flux across eukaryotes.

This study shows that plastids directly control early dark growth in seedlings through the GUN1-dependent retrograde pathway, independent of mitochondria and photosynthesis.

This study shows mitochondrial respiration is essential for ATP supply to the cytosol in photosynthesizing plant cells, using moss as a model.

This study identifies orf117Sha as the cause of gametophytic CMS in Arabidopsis, showing pollen death is grain-autonomous and preceded by mitochondrial swelling and developmental desynchronization.