Prof. Dr. Susanne Baldermann, University of Bayreuth. Photo: UBT.
Providing people with enough healthy food can no longer rely on traditional agriculture alone. On the one hand, climate change poses major problems for food producers in terms of heat resistance, water balance, and pest resistance of plants. On the other hand, more and more people live in cities and have no access to regionally produced, fresh food. In addition, soils in many places are depleted or polluted and unusable for years to come, drinking water is becoming scarce, and political instability is increasing worldwide. Prof. Dr Susanne Baldermann, Professor of Food Metabolome and since the beginning of 2021 working in Kulmbach at the University of Bayreuth's new Faculty of Life Sciences: Food, Nutrition & Health, is researching what alternatives there are to the prevailing agricultural systems in order to feed the world's population with healthy food. Among other things, she has been working for years on "vertical farming" – the indoor cultivation of food plants in plant cultivation cabinets, shelves, or factory halls – and heads the research field Organisms in the "food4future" network at the Leibniz Institute of Vegetable and Ornamental Crops (IGZ) e.V. in Großbeeren.
Those who grow vegetables around the clock on several floors in plant factories have a far greater yield per square metre. A growing world population, especially in urban and peri-urban areas, makes such developments necessary. Because this type of cultivation, with constant temperatures and even lighting, does not depend on the weather or the seasons, the same quality of produce is grown and harvested all year round. The plants do not grow in soil, but on special substrates whose growing containers can be made of recycled plastic, for example. This also requires special plants: "If we want to grow vegetables in underground shafts or on the walls of houses, we have to have exactly the right plants for it, so it's a matter of selecting specific varieties. That's why we try to analyse plants as precisely as possible, assess their components and make statements about their nutritional properties," says Prof. Baldermann.
As soon as the laboratories in Kulmbach are equipped, Prof. Baldermann will integrate the analysis of substances contained in "indoor vegetables and herbs" into her research work. The infrastructure of the University of Bayreuth, including the North Bavarian NMR Centre with its world-leading expertise in the field of nuclear magnetic resonance (NMR) spectroscopy, the Bayreuth Centre of Ecology and Environmental Research (BayCEER), along with the research work carried out by the University's focus areas offer interesting opportunities for joint research work with her colleagues from the University of Bayreuth. Until then, the focus is on research-oriented education about the substances contained in food and their changes along the food supply chain from cultivation to consumption.
Career path
Prof. Dr. Susanne Baldermann studied food chemistry at TU Braunschweig and completed the professional training for food chemists in Lower Saxony. Even during her studies and doctorate, she carried out parts of her research work abroad before conducting research and teaching as a postdoc and research associate at the University of Shizuoka in Japan from 2007. Since 2012, she has worked at the University of Potsdam and the Leibniz Institute of Vegetable and Ornamental Crops (IGZ) e.V. The research group has particular expertise in mass spectrometry, and the scientific focus is on the analysis of secondary metabolism and its importance for the quality in plant foods.
Background of Food Metabolom/Metabolism
The focus here is on the metabolism in the human body and in plants. There is no uniform definition of the term "food metabolome". It is estimated that there are more than 200,000 components (metabolites), of which we ingest about 5,000 to 10,000 with our food. These metabolites are subjected to further dynamic changes during processing, preparation, and in our bodies. Technological developments in mass spectrometry in recent years have enabled scientists to detect such dynamic, complex changes and thus, among other things, to improve our understanding of the complex metabolism in the human body and in plants and changes in food and to research healthy nutrition and lifestyles.
Contact for scientific information:
Prof. Dr. Susanne Baldermann
Professor of Food Metabolom
Faculty of Life Sciences: Food, Nutrition and Health
University of Bayreuth - Campus in Kulmbach
E-Mail: susanne.baldermann@uni-bayreuth.de
www.f7.uni-bayreuth.de
