Kliniken &… Kliniken Medizinische… Gastroenterologie,… Forschung AG Füllekrug AG Füllekrug

The Füllekrug Lab

Subcellular compartmentalization of lipid metabolism

The overall focus of our lab is the intracellular sorting of membrane proteins and lipids, and the functional role of subcellular localization in the trafficking and metabolism of lipids. We are interested in particular how proteins and lipids are interacting to organize the transport and metabolism of fatty acids during the biogenesis of lipid droplets.

Formation of lipid droplets is an essential function of all eukaryotic cells, and the regulation processes involved are highly relevant for the development of obesity and diabetes type II. Biogenesis of lipid droplets starts with the uptake and activation of fatty acids, and we have been characterizing the proteins involved, in particular enzymes of the fatty acyl-CoA synthetase family. 

Our model system are mammalian tissue culture cells which are manipulated by techniques of molecular biology, especially through the expression of mutated proteins designed to reveal functional aspects. We combine both microscopy and biochemistry for analysis. 

Team

Wiss. Mitarbeiter/-innen

  • Johannes Heller, MD student

    Early lipid droplet biogenesis


  • Wentao Mo

    Wentao Mo, M. Sc.

    Perilipin-dependent lipid droplet biogenesis and turnover
    supported by Chinese Scholarship Council (CSC)


  • Nis-Julius Sontag, MD student

    Relevance of Perilipins for Lipotoxicity

  • Wenyue Tian, M.Sc.

    Perilipin-3 mediated lipid droplet homeostasis and maturation
    supported by the Landesgraduiertenförderung (LGF) Baden-Württemberg


Open positions

Two PhD student positions are currently available to investigate the function of perilipin 3 in lipid droplet heterogeneity and metabolism.
Interested? Please apply by E-Mail, using "PLIN3 PhD" in the subject line and limiting the attachment (one pdf) to 10 MB.

Students of biochemistry (biology, chemistry, biomedicine) are welcome to join the lab for an experimental Master thesis

All research is relevant for the molecular mechanism of pathogenic processes. The technical approaches comprise molecular biology (cloning, mutagenesis, Cas9 mediated KO and Knock-In), microscopy (immunofluorescence, GFP, confocal analysis), and biochemistry (uptake assays, subcellular fractionation).


Landesgraduiertenförderung (LGF) Baden-Württemberg

German Research Foundation (DFG)

Alexander von Humboldt Stiftung

Stiftung Nephrologie Heidelberg

Mobility Programme Heidelberg University