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biology approaches, advanced live cell imaging and 3D iPS-based models for the microcirculation. This project is a joint effort with the Institute for Informatics at the University of Amsterdam, where a
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iPSC technology, advanced cellular imaging techniques is a plus; Affinity for biochemistry, physiology and (for one of the positions) computational biology; A flexible and pro-active attitude with team
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need to be developed. We are building a dynamic model based on data from serial liquid biopsies, tissue and imaging. Preliminary evidence suggest that machine learning-powered diagnostic tools based
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dampen acute clinical symptoms, but do not halt disease progression. Therefore, there remains a great need to better define the underlying processes of MS progression to come to new diagnostic and
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problems and develop methods for non-English (including Dutch) healthcare data that include (combinations of) free-text clinical notes collected in primary/secondary/intensive care settings, medical images
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(PET/CT), various MRIs, and include measurements of the amount of tyrosine kinase inhibitors (TKIs) in the blood and in brain tissue from surgery. You will combine these measurements with patient