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addresses this challenge in two ways: We investigate the fundamental neural mechanisms that control movement. We explore engineering-based solutions to restore function when these pathways are disrupted. As a
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tools and develop new ones to study protein interactions and signalling pathways in primary cancer tissues, organoids and clinical samples. A key aim is to connect molecular mechanisms to tumour biology
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primary cancer tissues, organoids and clinical samples. A key aim is to connect molecular mechanisms to tumour biology and identify novel actionable targets for drug development. You will work extensively
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during natural communication, and which oscillatory mechanisms support this process. Ultimately, the project aims to contribute to the development of a new framework for understanding the neurobiology
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– particularly statistical mechanics of disordered systems – to study fundamental computational limits of neural networks and their relation to structural and biological constraints in neural systems. As a PhD