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on the replacement and/or regeneration of dysfunctional human cells, tissues or organs to restore or establish physiological functions. Thematic priorities are translational regenerative technologies, cell-based
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physically and functionally coupled across domains of life. The project will involve working with syntrophic deep-sea consortia, performing strictly anoxic physiological experiments, and developing electrode
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research is primarily hypothesis-driven and based on the overarching premise that understanding physiology is a prerequisite for making sense of pathology. We are also convinced that innovative therapeutic
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About the opportunity The School of Life and Environmental Sciences is currently seeking a Postdoctoral Research Associate (Ion Channel & Receptor Physiology) to focus on the functional characterisation
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molecular mechanisms by which endocytic structures remove damaged proteins in human physiology and neurodegenerative disorders. Successful candidates will have: A PhD in cell biology, neuroscience, or related
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, investigate the effects of the toxicants in a physiologically relevant stem cell model of co-cultured neuronal and glial cells relevant to Parkinson’s Disease. You will find yourself working in a highly
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on human physiology. As part of this position, you will work at the interface of the gut microbiome, diet, and the immune system to investigate the role of gut bacteria in various diseases, including but not
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motivated to move the area of enzyme engineering to the next level, while having a positive impact on our world. When joining our team, you get the opportunity to use the latest algorithms in machine learning
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focus on healthcare, research, and teaching, we bear a unique responsibility – ideally with you on board! The position is located in the research group of Timo Strünker (Molecular Reproductive Physiology
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2-year postdoc position within physiological effects of vitamin D on immune and inflammatory resp...
focus on the physiological and immunological roles of vitamin D, including how vitamin D influences growth physiology as well as immune and inflammatory responses in newborn calves and later in life. We