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of the drug product. Conduct exploratory research on developing novel in-vitro and in-vivo delivery strategies. Interact and collaborate with multidisciplinary teams to advance the program. Establish tracking
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Professor (W3 / W2 with Tenure Track to W3) for Materials and/or devices for Photonics and Quantum T
leading role in the development of a dual-study program in Physics (BSc) or an international four-year BSc in STEM subjects. The requirements for an appointment include a completed university degree, a
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on the production and in vitro characterization of several enzymes in parallel (proteases and hydrolases). This research programme is part of an international effort to answer the call for the development of new
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spanning basic, applied, and clinical immunology. Successful candidates will enjoy access to cutting-edge core facilities, shared research equipment, and an outstanding DBBS graduate program. You will also
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. Applicants must have: A medical degree or a terminal research degree (PhD or equivalent) in a relevant discipline. An actively funded research program in basic or translational research relevant to bladder and
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services by utilizing the computerized scheduling system in an accurate, efficient manner. Maintains scheduling (clinic-specific) information and computer knowledge to ensure safe and effective scheduling
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neurobiology, immunology, structural biology, cell and molecular biology, infectious diseases, host-microbe interactions, chemical biology and therapeutics, computational biology and more. New institutional
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neurobiology, immunology, structural biology, cell and molecular biology, infectious diseases, host-microbe interactions, chemical biology and therapeutics, computational biology and more. New institutional
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will be teaching part of an interdisciplinary course which explores the intersection of physics, biology, and artificial intelligence, equipping students with analytical and computational tools to model
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Research axis of the 3IA: AI for Computional Biology and Bio-inspired AI The laboratory Benoît Miramond is Full Professor in Electrical Engineering at LEAT laboratory from University Côte d’Azur