Oxidative Stress Signalling

Suboptimal growth conditions caused by drought, temperature, salt and pathogen-related stresses are leading to worldwide yield losses in cultivated crops. It is anticipated that these issues become even bigger in the future, as climatic changes will cause more temperature and drought stress, and, in the meantime, the demand for plants for food, feed and bioenergy is increasing. 

Research areas

Cell Biology Plant biology

Model organisms

Research focus

Oxidative Stress

Reactive Oxygen Species (ROS), causing oxidative stress, were long considered as harmful by-products of (diseased) metabolism. However, recently they have emerged as important regulators of plant stress responses.

Perturbation in ROS production and/or scavenging are sensed by plant cells as a ‘warning’ message, and genetic programs leading to stress acclimation or cell death are switched on. Knowledge on regulatory events during ROS signal transduction is now only scratching the surface. Through combined top-down and bottom-up genomics and proteomics approaches we are dissecting the gene network governing ROS signal transduction in plants and pinpoint genes that are potential candidates for innovative molecular breeding strategies to develop stress-tolerant crops.

 

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