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on material assembly and properties, and design new, functional materials. In the project, we are particularly interested in modifying proteins relevant for biomaterials, including silk- and collagen-proteins
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(home, school, social interaction), 3) discovering the neural mechanisms underlying attention deficits as they manifest in lifelike situations, and 4) characterizing the developmental trajectories
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close collaboration and innovation. Together, they drive ecosystem development by combining cutting-edge research with industrial expertise, fostering new technologies, business models, and talent
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, interdisciplinary research environment dedicated to exploring host–virus interactions, and their impact on human health and disease. The position comprises wet-lab experiments, advanced computational analyses, and
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-free metals production and development of steels for hydrogen transition. H2FUTURE forms a part of our national profiling actions supported by the Academy of Finland and actively interacts with other
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biogeochemical processes and their interactions with ecosystems under changing environmental conditions. The work will involve developing and applying models to simulate water and nutrient fluxes, and feedback