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and activities of autophagy during virus infection and unravel their links to immunity and disease. The work will apply genetic, cell biological, biochemical and proteomic approaches and utilize
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, biochemical, and physiological approaches in potato and utilize proteomics-based profiling of autophagy-related interactomes to identify new regulators as targets for autophagy manipulation. The planned
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proteomics. The candidate is expected to contribute to experimental design, experimentation, data analyses and publication of results. Furthermore, the candidate will participate in various research-related
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chemically synthesised from fossil resources. The project includes running fermentations with R. babjevae and transcriptomics and/or proteomics under conditions where high or low amounts of PEFAs are produced