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typically use heavy tickler chains dragged through the sediment to startle and catch fish. However, this method leads to: (1) low catch selectivity with high bycatch, (2) high fuel costs due to increased drag
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working methods. It interacts externally almost exclusively with academia and operates as a truly interdisciplinary team bound to high scientific standards. Through its research, the team acts as a
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. Particularly, you will Develop novel methods for the mapping of RNA ensemble dynamics in living cells. Identify regulatory RNA switches involved in cell fate determination using both cancer cell lines and
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foundation in statistical modeling and algorithm development, with the ability to translate complex data into actionable insights; Preferably, experience applying these methods in the context of healthy
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); Interest/knowledge in cell culture is needed for one of the positions. As we use a combination of methods to gauge the molecular action of drugs, being a strong team player is very important for
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oncology. Experience or willingness to learn proteomics sample preparation and LC-MS(/MS) analysis (you will be assisted to learn these wet lab methods). Experience in melanoma research, LMD, or high
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LC-MS(/MS) analysis (you will be assisted to learn these wet lab methods). Experience in melanoma research, LMD, or high-performance computing is a plus. Team player collaborating efficiently with
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aerospace industry, operating in a truly multidisciplinary fashion and fostering research on innovative systems, design concepts, lean development approaches (e.g. AGILE), and working methods. Through its
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Requirements You have a PhD (or are close to completion) in Sociology, Anthropology, Religious Studies, Media Studies, or a related discipline. You have expertise in qualitative research methods, particularly
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fields. It is used to monitor climate change, optimise industrial control, as well as observe important chemical or biological reactions related to life sciences. Among several optical methods