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this project, we will investigate split-belt gait adaptation in individuals with FND. The split-belt paradigm involves walking on a treadmill with two belts driven at independently controlled speeds. After
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of observed storm and heat wave cases, you’ll compare prescribed surface runs with coupled configurations using FLake and advanced parameterizations. You will then extend your work to regional ICON experiments
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, and carbon–nitrogen allocation using advanced tools such as single-cell transcriptomics, root imaging, isotope tracing, gas-exchange, and leaf spectroscopy. The projects aim to uncover physiological
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, field). You are eager to learn new techniques, whether in plant physiology, genomics, or high-throughput phenotyping, and you enjoy connecting detailed trait measurements to the bigger picture of crop
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towards prototype development. You will work in the research groups of Roos Masereeuw (division of Pharmacology) and Tina Vermonden (division of Pharmaceutics), bridging two divisions and fostering
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microenvironment in these foraminifera. Novel techniques including high-pressure freezing and fluorescent/ cry-FIB SEM imaging will be applied and will complement experiments at the NIOZ. Handling living
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. Research Focus The projects aim to develop advanced computational methods for analyzing large-scale, multimodal biomedical data—including single-cell and spatial omics, imaging, and clinical datasets. Key
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other viruses, including the coronaviruses, using the latest imaging techniques to track how they replicate. He is also investigating the ‘arms race’ between the virus and the host’s immune system, how
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expertise and that of the team to rapidly identify problems, propose solutions, and prototype, test, and validate new ideas that expand our core technical capabilities. Your work will include designing and
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, building an industry prototype of an optical clock , building a continuously operating atom laser, or improving the way in which optics is built . Our group has furthermore quantum simulation experiments