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considered a strong advantage: Biochemical methods for studying RNA–protein–DNA interactions. Use of animal models for in vivo studies. Histological techniques, including in situ hybridization and
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nanodomains (e.g. Spratt, Dias et al., Nature Nanotechnology, 2024; Ambrosetti et al., Nature Nanotechnology, 2021; Shaw, Lundin et al., Nature Methods, 2014). Successful candidates will have the opportunity
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and written English Strong academic record with publications or clear potential for publishing in top-tier journals Advanced knowledge of one or more qualitative and/or quantitative research methods
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methods, technologies, and materials to reduce reliance on unsustainable practices and fossil fuel-based compounds as a response to societal requests for green alternatives that maintain high performance
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the end of 10th September 2025. (this is the only method that applications can be made). The start date is by mutual agreement. As part of your application, you should upload the following documents
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researchers working with a wide range of specialisms and methods, giving you ample opportunity to exchange knowledge and experience with the various scientific fields within medicine and health. It is the
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after a doctoral degree (PhD) At least 1 original publication in a peer-reviewed journal A background in the relevant methods Complete application package submitted through the AMBER portal (including CV
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, and DNA repair. The research group study the biological functions of quadruplex DNA structures in the genome by using a variety of biochemical, biophysical, imaging, and molecular biology methods, and
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on the production of agricultural plants and the interactions with the surrounding environment. The research examines how different production methods, cultivation environments and systems affect yields and other
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considered if they are deemed relevant to the project. Additional requirements: Experience in working with spectroscopy methods, particularly Raman (micro)spectroscopy Experience in spectral data analysis in