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medical challenges related to human health. Our joint expertise is strategic and spans from molecular biophysics of single molecules to cell and organism biology. The Westerlund group uses fluorescence
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significant contributions to the emerging field of Human-Robot Collaboration (HRC). HRC studies the most effective algorithms to enable robots to work safely and efficiently alongside with humans in shared
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the interplay between architectural design, human behaviour, and resource utilisation, aiming to enhance an understanding of how spatial characteristics influence behaviour and, by extension, energy and resource
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on a molecular, mechanistic level. The overall goal is to increase basic knowledge important for human health and to counteract diseases. Current research directions include the role of copper-binding
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"Dwellology" - People, sustainability and energy in future homes. This project investigates the interplay between architectural design, human behaviour, and resource utilisation, aiming to enhance
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important for human health and to counteract diseases. Current research directions include the role of copper-binding proteins in cancer and how protein misfolding and aggregation result in amyloids. Recent
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division has a wide range of modern analytical equipment for chromatography coupled with mass spectrometery, an in vitro human cell laboratory, and a microbiology laboratory. The division focuses
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, an in vitro human cell laboratory, and a microbiology laboratory. The division focuses on nutritional solutions for health and disease prevention by studies on the molecular, cellular, and whole-body
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researchers. Information about the department and the division The main competencies at the department of Industrial and Materials Science are found in the areas of: Human-Technology Interaction | Form and
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of Industrial and Materials Science are found in the areas of: Human-Technology Interaction | Form and Function | Modeling and Simulation | Product Development | Material | Production and in the interaction