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at Tampere University. Tampere University provides state-of-the-art research infrastructure and core facilities , including for example bioinformatics, genomics, proteomics, imaging, biomaterial and micro- and
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reconstitution, cell biology, and fluorescence microscopy imaging tools, we aim to uncover how protein-membrane interactions promote membrane microdomain formation and how these structures respond to external
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be used in many different applications, such as optical communication, computing, sensing and imaging. It is also linked to artificial intelligence and quantum technologies. We believe that PIC
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structural biology, biochemistry, in vitro reconstitution, cell biology, and fluorescence microscopy imaging tools, we aim to uncover how protein-membrane interactions promote membrane microdomain formation
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. Previous experience working with health data, such as registry data or biomedical imaging. Qualification requirements The qualification requirements for the positions are stated in the University of Turku
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you also can prioritize and make pragmatic choices. You pay attention to details but understand the big picture and provide input at all stages. You contribute to a positive team spirit friendly
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, and fluorescence microscopy imaging tools, we aim to uncover how protein-membrane interactions promote membrane microdomain formation and how these structures respond to external stress. We want
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, funded by the Research Council of Finland, synergizes modern computational methods for analyzing large histological image volumes, new magnetic resonance imaging techniques, and statistical physics
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detector, featuring fringe-free imaging. You are also responsible for sample preparation using either a Leica GP2 or Cryosol Vitrojet, and assist users with their cryo-EM structural biology projects
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the national cryo-EM facility, which currently houses a 200-kV Talos Arctica with a Falcon 4i detector, featuring fringe-free imaging. You are also responsible for sample preparation using either a Leica GP2 or