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models. The work is focused on cell culture experiments, and involves independent planning, setup and maintenance of human primary endothelial cell cultures. Furthermore, it comprises functional and
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million SEK. It comprises seven divisions, located at Campus Flemingsberg and Campus Solna. The Division of Neurogeriatrics consists of about 65 employees. The division conducts experimental and
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Development of DNA nanotechnology-based methods to map and target membrane protein nanodomains in vitro and in vivo. At the Teixeira lab, we have developed DNA nanotechnology-based approaches to map and target
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infections. New vaccine candidates will be identified and evaluated using genetic, biochemical, proteomic, and molecular microbiology technologies as well as using in vitro and in vivo models. A production
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immunological responses and molecular microbiology technologies will be employed using in vitro cell models and in vivo models for studies of pathogenesis. Bacterial membrane vesicles and their immunological
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on the principles of DNA and protein self-assembly, we develop methods to modulate the nanoscale spatial organization and valency of biomolecules to control membrane receptor functions in vitro and in vivo. Your
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, metabolism, biomedicine Strong interest in biomedical research Strong expertise in biophysics and membrane biology Strong expertise in advanced imaging technologies (spectral imaging, FCS, FLIM) Strong
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. Description of the subject area EL Andaloussi's lab focuses on the development of technologies for efficient intracellular delivery of functional proteins or protein complexes using engineered extracellular
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interactions, particularly in the context of biological systems that involve membrane proteins. Previous experience in biochemically identifying and characterizing protein complexes, as well as in mammalian and