Explore Exciting New Career Opportunities at Deutsches Institut für Ernährungsforschung (DIfE)

The Potsdam-Rehbrücke campus of the Deutsches Institut für Ernährungsforschung (DIfE) specializes in cutting-edge nutrition research aimed at understanding the links between diet, metabolism, and chronic diseases. As a leading Leibniz Institute, it focuses on translational research to improve public health through evidence-based nutritional strategies, particularly targeting obesity, type 2 diabetes, and healthy aging.

• Department of Epidemiology: Investigates population-level dietary patterns and their impact on disease risk, including large cohort studies like the European Prospective Investigation into Cancer and Nutrition (EPIC).
• Department of Clinical Nutrition: Explores metabolic responses to nutrients, clinical trials on dietary interventions for diabetes and obesity management.
• Department of Molecular Genetics: Studies genetic and epigenetic factors influencing nutrient metabolism and susceptibility to nutrition-related diseases.
• Department of Nutritional Toxicology: Examines the safety of food components, contaminants, and their molecular effects on cellular health.
• Department of Adipocyte Development and Nutrition: Researches fat cell biology, adipose tissue function, and therapeutic targets for obesity.
• Department of Nutritional Behaviour: Analyzes psychological and physiological drivers of eating habits and food choices.
• Human Nutrition Group: Focuses on micronutrients, energy metabolism, and personalized nutrition approaches.

This campus integrates experimental lab work, animal models, human intervention studies, and bioinformatics to advance knowledge in nutritional sciences. Collaborations with the University of Potsdam enable graduate training in nutrition physiology and pathophysiology, fostering interdisciplinary education in these specialized fields.

Site V at the Potsdam-Rehbrücke campus supports specialized research facilities of the DIfE, complementing the main headquarters with advanced experimental setups for nutrition and metabolism studies. It contributes to the institute's mission by hosting targeted research on molecular mechanisms of nutrient action and disease prevention.

• Specialized Molecular Research: Advanced labs for proteomics, metabolomics, and imaging in nutrition contexts.
• Neurocircuit Development and Function: Junior research group studying brain-nutrition interactions and metabolic benefits.
• Support for Clinical and Preclinical Trials: Facilities for animal models and in vitro studies on dietary impacts.

This satellite site enhances the campus's capacity for high-throughput research, enabling detailed investigations into physiological processes influenced by nutrition.