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2000 students in education and research on the cutting edge of chemical technology, applied physics and biomedical technology. Our fields of application include sustainable energy, process technology and
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. A solid foundation in (biomedical) imaging, signal processing, and machine learning. Previous experience in ultrasound imaging is advantageous. Proficiency in programming languages such as MATLAB and
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of Clinical Movement Sciences) Project Overview: Join our dynamic team at YAG, where we specialize in motor learning—the process of using sensory systems to acquire and maintain movements. Our expertise ranges
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in motor learning—the process of using sensory systems to acquire and maintain movements. Our expertise ranges from large-scale body movements to fine-grained actions like speech. We bring diverse
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. You will 1) identify associations between circulating and plaque immune cells and plaque instability parameters, 2) map distribution and communication signals of immune and non-immune plaque cells and 3
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, Computer Science, Bioinformatics, or a related field. - Passion for machine learning, natural language processing, and biomedical data. - Strong analytical skills and a willingness to learn new techniques
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dendrites and synaptic contacts. In this project, you will investigate how metabolic and neurotrophic signaling can be used to restore synaptic contacts between human IPSC-derived neurons with tau pathology
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and diagnosing dementia, particularly vascular dementia. Your main task will be to design and conduct research on processes such as perfusion, blood-brain barrier permeability, microvascular pulsatility
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, e.g. have group meetings, together with the PhD students who are already working on these topics and are co-supervised by Goeman and De Heide. If you apply to this vacancy, you can indicate you
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the vessel wall are connected by molecular junctions that maintain vascular integrity. Recent discoveries show that mechanical tension at these junctions can generate protective signals, helping blood vessels