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microenvironment. You validate the system by observing cell–cell interactions, organized tissue-like structures, and functional immune responses using techniques such as microscopy, flow cytometry, ELISA. You use
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structural models, and large language models (LLMs), to investigate associations between disease outcomes and complex, high-dimensional, time-varying exposure data. You will integrate rich exposome datasets
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organic matter pools are most labile and recalcitrant and how this relates to the structure of the peat. We expect that soil porosity, and changes therein, play an important role, and you will also examine
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, you will analyze and model reading-related data to uncover relevant patterns and structures. Your tasks will include: Reviewing existing research literature across relevant disciplines and identifying
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to societal challenges, and you can combine that insight with a vision for organisational structure and operations. You are well equipped to navigate today’s rapidly changing social and political context. With
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groups within the Bijvoet Centre for Biomolecular Research in the Department of Chemistry, we aim to apply biophysical and structural biology methods to examine protein misfolding and its relation
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with large spatial and temporal datasets. You must have: An MSc in Earth sciences, hydrology, civil engineering, environmental science, or a related field. A collaborative mindset and an interest in
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to learn new laboratory techniques. You are well-organised and have a structured way of working. You are familiar with standard laboratory and molecular biology techniques (e.g. PCR, western blot, cell
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do this, among other things, to prevent the unwanted transfer of sensitive knowledge and technology. To apply, please send the following documents, as single PDFs, via the ‘apply now’ button: a brief
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co-leads in the CLARiTy project: Kees Klein Goldewijk, one of world’s leading researchers on historical land use reconstructions and developer of the HYDE database at the Land Change Lab of Utrecht