Adipose Tissue Biologist

1 day ago


Copenhagen, Copenhagen, Denmark Københavns Universitet Full time

About Us

We are a leading interdisciplinary research group focused on pioneering research towards better cardiometabolic health. Our goal is to understand the molecular mechanisms regulating energy balance and thermogenesis.

We have around 260 employees working in an international, highly collaborative research environment. We offer a supportive and collaborative environment for early-career researchers to develop their skills.

This research project seeks to uncover the molecular mechanisms that regulate metabolite transport into and out of mitochondria in relation to the thermogenic function of adipocytes.

Required Skills:

  • PhD in biochemistry, molecular biomedicine, cell biology, nutrition, or related sciences
  • Excellent scientific track record (i.e., publications, training) in relation to career stage
  • Profound knowledge on biochemistry and cellular signaling in relation to energy metabolism
  • Profound experimental skills in interrogating mitochondrial and adipocyte functions
  • Specific expertise in using the Seahorse Bioscience analyzer and Oroboros Oxygraph are required.
  • A curious and innovative mindset with strong self-motivation to develop new knowledge and treatment for complex cardiometabolic diseases


  • Copenhagen, Copenhagen, Denmark Københavns Universitet Full time

    Research FocusOur research group studies human adipose tissue, the differences across various depots, and their crosstalk with other organs. A major focus is how adipose-derived secreted factors affect metabolism by mediating crosstalk at a cellular or tissue-level.


  • Copenhagen, Copenhagen, Denmark Københavns Universitet Full time

    Job Description:Investigate the crosstalk between epicardial fat and cardiomyocyte function.Characterize epicardial adipose tissue and map peptides secreted from epicardial adipocytes differentiated from progenitor cells isolated from human epicardial fat.Examine candidate peptides for their effects on human cardiomyocytes.


  • Copenhagen, Copenhagen, Denmark Københavns Universitet Full time

    About UsWe are an interdisciplinary research center that pioneers groundbreaking research towards better cardiometabolic health. Our mission is to transform the basic understanding of cardiometabolic disease and accelerate its translation into prevention and treatment strategies.