Laura T. Wey

This study shows PGR5 regulates ATP synthase activity in photosynthetic organisms under fluctuating light through a thiol redox mechanism, contributing to photoprotection.

This study shows that cytochrome c6A enhances growth of Chlamydomonas reinhardtii under fluctuating light by maintaining light harvesting balance between photosystems I and II.

This study shows glucose prevents chlorosis in Synechocystis sp. PCC 6803 by altering redox balance and photosynthetic electron flow, suggesting a redox-sensitive checkpoint links metabolic state to nitrogen deprivation response.

This paper demonstrates wiring photosynthetic membranes from cyanobacteria to electrodes to study their electron transfer networks, revealing new insights into redox activities and potential applications in biotechnology.

The paper demonstrates that a heterologous electron sink outcompetes natural electron transport pathways in engineered cyanobacteria, revealing FNR as the preferred route for electron delivery and highlighting the NADPH/NADP+ ratio's role in electron flux.

This study shows that reducing exopolysaccharide production in Synechocystis sp. PCC 6803 increases photocurrent by fourfold, suggesting indirect extracellular electron transfer via a diffusible mediator.

The paper develops a modular toolset to improve the performance and standardization of electrogenetic systems for spatiotemporal gene expression control.