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-field, and field-scale research facilities, advanced computing capacities as well as an extensive national and international researcher network. The department consists of nine research sections with
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and communicating your research in national and international academic networks. Teaching and supervision of Bachelor’s and Master's degree students and contribution to the development of new teaching
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metabolomes (targeted and untargeted) and plant transcriptomes In addition to collaborating with project partners, you will join an active and expanding community of PhD and Postdoc students in the plant
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electrochemical characterization Experience with either electrolysers or flow batteries Experience/engineering skills with construction of experimental setups Good skills in communication of research results
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candidate is expected to have high motivation and independence and good English communication skills as well as being a team player. Familiarity with openFoam and some experience in experimental methods is
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to advancing knowledge and achieving project goals efficiently. Our research focuses on understanding the intricate interactions between plants and bacterial communities is pivotal in current research and
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to advancing knowledge and achieving project goals efficiently. Our research focuses on understanding the intricate interactions between plants and bacterial communities is pivotal in current research and
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quality, including publication in top international journals and communicating your research in national and international academic networks Teaching and supervision of Bachelor’s and Master's degree
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consists of a close-knit community of world-leading research groups in basic and clinical Parkinson’s disease research, wherein a number of novel group leaders will be embedded. We are part of and
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computational models to map co-expression networks and predict systemic disease transitions. Characterise intestinal microbiome changes and their correlation with inflammatory diseases. Computational modelling