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of Machine Learning and Computational Chemistry. This recruitment is linked to the Wallenberg AI, Autonomous Systems and Software Program (WASP) and Wallenberg Initiative Materials Science for Sustainability
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mechanistic investigations. Materials from well-characterized patients with type 2 diabetes, rodent diabetic models, gene-modified mouse models and cell models are used. Research projects involve in vitro
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combining genetic, biochemical, and structural approaches with animal models and patient material, the division seeks to increase our understanding of mitochondrial disease pathophysiology and develop novel
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-coding RNAs in the development of vascular dysfunction in type 2 diabetes. Studies are designed using a combination of clinically-based and molecular mechanistic investigations. Materials from well
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, BINT) occurs from exposure to overpressure caused by explosions, often linked to improvised explosive devices, use of heavy weapons, and training with explosives as in breaching of buildings. Despite
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the metabolic profiles of human type 2 lymphocytes across a range of tissues and inflammatory conditions (asthma and chronic rhinosinusitis). Your main role will be to handle patient material from our unique
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related to this goal. A key challenge in this effort is mitigating errors in qubits (i.e. the building blocks of the quantum computer) —caused by ionizing radiation from cosmic rays and radioactive
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the materials into biomedical applications in collaboration with other members of the research team. Contribute ideas for research projects across the group. Undertake instruction of PhD, masters and
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weapons, and training with explosives as in breaching of buildings. Despite decades of research, the mechanisms, treatment, and recovery for BINT remain poorly understood. Our research goals of ReBINT
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collaborators interact closely and regularly on each of these research projects which are conducted primarily in mouse models but also with relevant patient material. Key technologies applied towards