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these are altered in compromised environments (e.g. due to aging or co-morbidities such as diabetes or chronic kidney disease). This research project aims to develop and use in silico models to simulate the bone
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of circularity. Engage in co-creation projects through ERCE together with regional partners. Contribute to teaching activities within the MSI teaching portfolio. Help build a thriving knowledge and impact centre
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local and regional authorities need to make this happen? As our new junior researcher, you will help generate the first comparative evidence on data use in public health policymaking within the European
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are we. At Maastricht University, your work makes a difference: whether you explore the future through research, inspire students in the classroom, or help build what makes our education and research
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stress tolerance, pathogen defence and plant productivity. In this PhD project, you will explore these interactions through computational modelling. You will not only study how plants and soil microbes
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-funded project entitled FeMMiWork: Women Migrants from the Northern Mediterranean and Work in Postwar Northwestern Europe. Using a transnational lens that takes migrants’ countries both of origin and
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with a decreased quality of life and is an important predictor of pharmaco-resistance, which signifies a considerable burden on patients, caregivers, and society. In this project, we aim to leverage
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Strategy. The ability to upgrade methane into higher-value products, particularly through plasma-assisted or catalytic methods, is a game-changer for the chemical industries, enabling a dual focus on
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plasma-activation of CH4 for optimal post-plasma catalysis into C2H4 Our goal: We aim to develop a plasma-assisted process that converts methane into valuable platform chemicals such as C₂H₄. By designing
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could therefore help to elucidate why some brain areas are affected earlier or more by vascular disorders such as vascular dementia. Additionally, cortical vasculature is the underlying signal source