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PhD, you will: perform large-scale potato experiments using 100 contrasting soil microbiomes; use automated high-throughput phenotyping to quantify plant growth, physiology and disease development
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functional mobility in individuals with neurological disorders. A key component of the project is the use of plethysmography to assess physiological responses associated with physical and cognitive fatigue
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to increase resource use efficiency. However, managing and optimizing these new cultivation systems requires crop models that can predict plant growth, crop yield and resource use under highly dynamic
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Circulatory Support (MCS) experimental lab with real-world clinical analysis in patients with cardiogenic shock and cardiothoracic surgery. You will work at the frontline where engineering, physiology, and
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component of the project is the use of plethysmography to assess physiological responses associated with physical and cognitive fatigue, combined with advanced motion analysis in the laboratory and wearable
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grow potato plants in the automated phenotyping facilities of the Netherlands Plant Eco-phenotyping Centre (NPEC) external link . Using high-resolution imaging, you will follow plant growth, physiology
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Are you curious about how photosynthesis performs in the real world, over hours, days, and weeks, and how can we use that knowledge to improve greenhouse production? As a PhD candidate, you will
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behaviour, escalation/de-escalation, and the possible use of coercive measures. Before interacting with clients, staff may differ in their physiological starting point due to sleep problems, recovery, chronic
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functional mobility in individuals with neurological disorders. A key component of the project is the use of plethysmography to assess physiological responses associated with physical and cognitive fatigue
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This doctoral project focuses on establishing isogenic iPSC-derived myelinating organoids as a physiologically relevant human in vitro model of Pelizaeus-Merzbacher-like disease type 1 (PMLD1). You will first