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; Future Health: Biotechnology and Digital Health; Digital Evolution: The Future of Culture, Society, and Media; Smart Manufacturing and Material Sciences; Next-Generation Finance and Economics; Advanced
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team is seeking a highly motivated candidate with skills and understanding in antigen presentation utilizing bioinformatics tools to be applied to vaccine development utilizing viral vectors
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clinical trials, correlative tissue biomarker analysis, genomics studies. Skills or ability to apply computational approaches and implementation of bioinformatics methods is desired. Developing independence
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), is a transdisciplinary initiative at the intersection of biomedicine and digital sciences. The programme aims to develop translational research based on the integration of multi-omics data. In
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Development of the robotics platform and robotic intelligence - Immersive robot task teaching and planning based on teleoperation, AR, VR and so on - Recognition and decision-making for unstructured
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Economy; Future Health: Biotechnology and Digital Health; Digital Evolution: The Future of Culture, Society, and Media; Smart Manufacturing and Material Sciences; Next-Generation Finance and Economics
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for large samples at ESRF ID16A using multislice tomography approaches. You will lead the development of and work with parallelized computer models to simulate how coherent waves travel through materials with
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. SUSTAIN will tackle fundamental challenges across electronic textile-based sensing, wireless, electrochemical, and design technologies, with a focus on sustainable developments towards practical user
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. Investigation of mechanisms underlying neurodegenerative diseases, including Alzheimer’s disease, and the development of novel biomarkers using the retina-brain axis as a model. 3. Understanding the role
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metabolites in these dynamics. The successful candidate will lead a project to develop novel sensors for intravital microscopy to study how these metabolites drive population dynamics. The Jacobsen laboratory