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of cardiovascular physiology, cancer biology, and regenerative medicine. This position offers the opportunity to develop translational research projects using cutting-edge approaches in a dynamic, interdisciplinary
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perception, neuron shape and physiology, neural circuit activity, and animal behavior. We aim to map glia-neuron interactions at a molecular and mechanistic level, in health and disease. Please visit our lab
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Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Do you want to help shape the future of global agriculture by
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. However, although cryocrystallography allowed unique snapshots into macromolecular recognition and enzyme activity, a detailed comprehension of these intrinsically dynamic processes at (near) physiologic
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to investigate how exRNA influences community structure, gene expression, and functional outcomes under physiologically relevant conditions. Additionally, the candidate will develop synthetic microbial communities
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desalinization and wastewater treatment for applications in agriculture as well as domestic and industrial use. The program focuses on the efficient use of solar, wind and marine energy and the development of new
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. The research focuses on how contaminants accumulate in animals, using a mix of physiological insights and statistical models. On paper, that might sound quite technical, but in practice it’s curiosity
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given the latitude to make decisions on projects that s/he is accountable for delivering on; decisions may involve an approach from among alternatives, determining how to best use available resources
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instrument. Along with this powerful analytical tool, we use various in vivo mouse models and in vitro models to define the role of nutritional input and the underlying mechanisms in disease development and
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Are you interested in mechanosensing in plants? Do you wonder how mechanical responses regulate seed