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(OBSGYN) within the Department of Clinical Science, Intervention, and Technology. Research and education at OBSGYN cover various aspects of women's reproductive health, including ovarian biology
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dynamics, and machine learning, we aim to: Uncover and rationalize the reactivity mechanisms of nanodroplets. Optimize the chemical properties of droplets through solvent engineering. Explore synergies with
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Postdoctoral studies in the immunology of the peripheral neuro-immune microenvironment (scholarship)
on the interdisciplinary fields of inflammation neuroscience and bioelectronic medicine. Using immunology, neuroscience, and engineering we aim to understand the molecular mechanisms of neural regulation of inflammation and
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underlying molecular mechanisms of disease pathogenesis. Besides providing access to cutting-edge technology and infrastructure, our lab offers a creative, collaborative and supportive environment full
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Do you want to contribute to top quality medical research? Description of the Andersson lab The Andersson Lab is dedicated to uncovering the mechanisms that guide organ systems to develop
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. Requirements We are looking for candidates with a PhD degree with specialization in materials engineering, or mechanical engineering, or equivalent who thoroughly understand and conduct efficient and good
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lab focuses on the interdisciplinary fields of inflammation neuroscience and bioelectronic medicine. Using immunology, neuroscience, and engineering we aim to understand the molecular mechanisms
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applied science in forest management. You will be part of this research program, focused on research linking how trees, soil, and landscapes function to research on sustainable use of forests, with the aim
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between fundamental and applied science in forest management. You will be part of this research program, focused on research linking how trees, soil, and landscapes function to research on sustainable use