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cellular mechanisms to the biology and welfare of various animals. Our activities cover a broad spectrum of disciplines, including anatomy, physiology, genetics, breeding, biochemistry, pathology
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group of Peter Swoboda, together with collaborators, is investigating ciliogenesis and cilia function in human neuronal cell lines and in vivo in a genetically tractable animal model, the worm C. elegans
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science, computational genetics, chemistry, and biotechnology, as well as competitive infrastructure such as advanced microscopy and molecular biology platforms, X-ray techniques, and NMR. The department
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genetic methods, as well as disease models, to better understand the origins of these conditions and to evaluate potential new treatments. In addition, the group uses cell models and develops surgical
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of genetics in improving the understanding of underlying biological mechanisms. The work is expected to contribute to the development of improved methods for risk assessment of hazardous chemicals. SELMA is
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exposure to environmental chemicals and the role of genetics in improving the understanding of underlying biological mechanisms. The work is expected to contribute to the development of improved methods
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EMBL Partnership for Molecular Medicine, which is dedicated to the growing field of life sciences that investigates the molecular basis of disease and explores molecularly and genetically based
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molecularly and genetically based treatments. Eligibility requirements Applicants meet the basic eligibility requirements for doctoral studies if they have: Completed a second-cycle (Master’s level) degree
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are rapidly evolving – ranging from remote sensing and automated sensors to genetic techniques and classical field-based inventories. This PhD project focuses on how biodiversity in forests can be measured
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and automated sensors to genetic techniques and classical field-based inventories. This PhD project focuses on how biodiversity in forests can be measured, monitored, and analysed. The position is