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The VIBUGent Center for Plant Systems Biology (PSB) is a worldleading plant science institute located at the heart of a renowned Plant Biotech campus in Ghent Belgium. Its mission is to unravel plant biological processes and translate this knowledge into value for society. Please visit us at for more information.
Within the framework of an ERC Starting Grant the lab of Prof. Inge De Clercq (https:///groups/interorganellestresssignalling) aims to understand how plant cells perceive environmental signals (e.g. from attack by pathogens) and translate this into appropriate defence responses. We focus on studying the central role of intracellular organelles (mitochondria chloroplasts and the ER) in stress signal transduction and uncover the mechanisms of how these organelles communicate with each other through stressinduced contact sites. To this end we use interdisciplinary approaches by combining highend cell biology (confocal and superresolution microscopy) proteomics proximity labelling various other omics approaches and bioinformatics.
An ERC Starting grantfunded postdoc position is available in the group of Prof. Inge De Clercq at the VIBUGent Center for Plant Systems Biology (PSB) and Ghent University Belgium.
You will study interorganelle (between mitochondria chloroplasts and the ER) communication during the plants interaction with pathogens. Your project is embedded within the ERCSTG grant entitled COSI: Understanding organelle communication through COntact SItes in plant stress responses which studies the direct association between organelles through stressinduced contact sites by implementing stateoftheart cell biology and proteomics approaches. With this exciting project we seek to provide new mechanistic and functional insight into how stress signals are perceived and transduced between intracellular organelles and how they are translated into appropriate defence responses. You will design and implement tools to detect the dynamic (or reversible) association between organelles and use these tools to monitor contact site dynamics during various (biotic and/or abiotic) stress conditions using confocal microscopy and superresolution microscopy. In addition you will be involved in the characterization of the dynamic proteome at these stressinduced contact sites. You will also be involved in guiding a Ph.D. project focusing on this topic.
Essential
Desirable but not required
Key personal characteristics
Interested candidates are asked to apply online.
Additional requirements:
in one PDF document.
The first review of applications will start immediately. A shortlist of applicants will be selected and invited for interviews.
The position remains open until a suitable candidate is found.
Full Time