Postdoctoral researcher

Unveiling how the interplay between endocytosis and autophagy contributes to plant survival. The Van Damme lab and the Dagdas lab have joined forces through a joint FWO-DFG project. Within this project, there is a 3-year postdoctoral researcher position in the Van Damme lab available to work on the interplay between endocytosis and autophagy. The aim is to identify how both pathways are intertwined and affect/rely on each other in the model plant Arabidopsis thaliana. The project will start from the observation that combining a weak endocytic mutant with an autophagy mutant causes a strong developmental delay under non-stressed conditions. The research will involve interaction proteomics, live cell imaging, biochemistry and mutant analysis. As this is a truly joint project, the postdoctoral fellow will be able to benefit from available expertise in both labs.

Profile:

Postdoctoral researcher

Ph.D. degree in Biotechnology, Biochemistry, Biology, Bio-engineering, or equivalent. Required proven expertise by publications or preprints in: Arabidopsis live cell imaging, cloning (e.g. Golden Gate, Gibson), protein biochemistry, interaction proteomics. Prior experience in guiding master and/or PhD students is recommended.

We welcome applications from dynamic individuals with a strong curiosity and drive for breakthrough science. Ideal candidates take initiative, possess a strong sense of responsibility, have critical thinking abilities, have excellent oral and written English communication skills, and have a collaborative mindset. Additionally, they should demonstrate the capacity to independently plan and execute research with precision. We welcome the willingness of candidates to apply for personal fellowships in order to achieve their own individual funding. Eligibility for FWO, Marie Curie and/or EMBO postdoctoral fellowship applications will be to your benefit. Join us to undertake a highly innovative project that combines cell biology and interaction proteomics and that has the potential to discover novel ways how plant endomembrane trafficking pathways are connected.

We offer:

• State-of-the-art laboratory environment.
• An inclusive group atmosphere and a spot in a dynamic and diverse team of researchers.
• A versatile and challenging academic environment with very diverse contacts.
• Various opportunities to broaden your expertise and to train yourself in many cutting-edge technologies.
• Training courses in academic, technical, and career-oriented skills.
• An initial 1-year contract, which can be extended to up to 3 years.

Starting Date: as soon as possible.

How to apply?

Interested candidates can only apply through the VIB online application tool via this link: https://jobs.vib.be/apply/134365

A complete application file (English, single pdf) must contain the following documents:

• A 1-page summary of your research experiences and future goals.
• A one-page letter of intent describing your motivation for this position. The motivation letter should be focused on the future (what would you like to do), not on previous achievements.
• a detailed CV including a publication list.
• contact information of 2-3 references

The first review of applications will start from the moment applicants apply. A shortlist of applicants will be selected and invited for interviews. The position remains open until a suitable candidate is found.

For further information and questions, please send an email to Daniel Van Damme (dadam@psb.vib ugent.be).

About the Van Damme lab:

The VIB-UGent Center for Plant Systems Biology (PSB) is a world-leading 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 www.psb.ugent.be for more information. Research at the Van Damme lab (https://www.vandammelab.be/) is centred around membrane trafficking in plants and we combine cell biological and biochemical/structural approaches to answer our research questions. We are highly passionate about the endocytic pathway that controls the plasma membrane proteome and we investigate its machinery, as well as its downstream cargo.