Open positions
FOR5815 has several openings for PhD student and postdocs.
PhD student positions
Bohnert lab (2 positions)
More information about the Bohnert lab
P6: Systematic analysis of tethered lipid droplet subpopulations
PhD1: The candidate will characterize the role of human and yeast partner proteins of the lipodystrophy factor seipin in lipid droplet subpopulation formation and function.
PhD2: The candidate will use microscopy-based screening approaches and biochemistry to characterize lipid droplet subpopulations engaged in organelle contact sites.
Applications by email to Maria Bohnert
Füllekrug lab (2 positions)
More information about the Füllekrug lab
P1: Function of perilipin 3 in lipid droplet heterogeneity and metabolism
PhD1 will investigate perilipin 3-protein/lipid interactions, and how this correlates to subcellular lipid droplet heterogeneity.
PhD2 will focus on perilipin 3 mediated transcriptional regulation, and how this is connected to lipidomic flux and posttranslational modifications of perilipin 3.
Applications by email to Joachim Füllekrug
Krahmer lab
More information about the Krahmer lab
P5: Proteomic and lipidomic profiling of retinol ester lipid droplets in hepatic stellate cells
The project will combine organelle proteomic tools and functional screening to map cellular processes underlying hepatic stellate cell activation in metabolic liver disease and identify key regulators for further molecular characterization.
Applications by email to Natalie Krahmer
Schulze/Snaebjörnsson lab (2 positions)
More information about the Schulze/Snaebjörnsson lab lab
P2: Lipid droplet heterogeneity in cancer proliferation and stress resistance
This project aims to uncover the molecular mechanisms underlying the essential functions of lipid droplet heterogeneity, fatty acid channeling and lipid droplet dynamics in liver cancer. We are offering two PhD positions and can provide training in several analytical techniques, including metabolomics, metabolic flux analysis and genetic modification, as well as detection of lipid peroxidation and oxidative stress.
PhD1 will determine the impact of different oncogenic drivers and tumor-like environmental constraints on lipid droplet heterogeneity.
PhD2 will analyze lipid droplet dynamics and explore the contribution of fatty acid channeling to tumorigenesis and stress resistance in liver cancer.
Applications by email to Almut Schulze or Marteinn Snaebjornsson
Vieyres lab
More information about the Vieyres lab
P4: Interplay between hepatitis C virus and the hepatic lipid droplet mosaic
The project aims at unravelling the diversity of lipid droplets within hepatocytes and how hepatitis C virus, a liver-tropic pathogen, hijacks and modulates this lipid droplet mosaic.
Apply here
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