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of adaptive radiation and associated key innovations in the evolution of freshwater diatoms. By integrating morphology, physiology, genomics, transcriptomics, and computational modeling, we aim to (i) determine
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poorly understood. This project seeks to address this question by examining the role of adaptive radiation and associated key innovations in the evolution of freshwater diatoms. By integrating morphology
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instrument for in-situ assembly of 2D heterostructures, opening new possibilities to study strongly correlated electronic phases and magnetic order. The tool will integrate transport, optical spectroscopy, and
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labs, which both have long-term interest in studying molecular chaperones and have engaged in a long-term collaboration to combine their expertise. By integrating these complementary approaches, we aim
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collaboration to combine their expertise. By integrating these complementary approaches, we aim to provide the first comprehensive picture of Hsp90's structure–dynamics–function relationship, with broad
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will develop a novel instrument for in-situ assembly of 2D heterostructures, opening new possibilities to study strongly correlated electronic phases and magnetic order. The tool will integrate transport
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of the Hiller and Schmid labs, which both have long-term interest in studying molecular chaperones and have engaged in a long-term collaboration to combine their expertise. By integrating these complementary
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integrated in established international research networks. Internationally competitive salaries and social benefits are provided according to the rules of the University of Basel. The University of Basel
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highly interactive, multidisciplinary, and international research group within the Department of Chemistry. Our group integrates expertise in chemistry, biology, and bioinformatics, and is recognized
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energy commitment, and the ability to tolerate frustration. You will work in a highly integrated way as part of a team, while you will also need to push your project forward. We offer you We