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We design new strategies against infections and Antimicrobial Resistance
Read moreOur Infection Dynamics Unit proposes a research vision that aims to revolutionize the way we treat infections caused by intracellular pathogens, with the aim of finding a universal therapy for...
Read moreCellular senescence impairs immune responses promoting chronic inflammation, and fostering pathogen survival. Our research explores how infection-induced macrophage senescence influences immune dysfunction how it can be exploited for new antimicrobial...
Read moreWe will routinely post lab updates. It can be an opening, a new publication, or a fancy picture of the month. Stay tuned! Latest News
Read moreJoin our team! We are always pleased to consider expressions of interest from prospective postdocs, PhD students, and Master’s students. Additionally, we welcome researchers who are interested in applying for...
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Read moreMycobacteria are able to evade and hijack immune defenses persisting within macrophages and leading to chronic infections. Our research investigates how infected macrophages activate immune responses, aiming to identify new...
Read moreCell-derived nanoparticles include a diverse array of nanoscale structures originating from various cell types (cell ghosts, exosomes, lipid-based and peptidic nanoparticles), each exhibiting unique properties.
Read moreOur understanding of the interactions between cells and extracellular matrix (ECM) has been very limited due to a lack of tools able to probe this interface either in vivo, where...
Read moreWe are equipped with the highest standards for performing infection experiments under safe conditions. Our Biosafety Level-3 (BSL3) bio-containament facilities are a gold standard worldwide. We have the latest confocal...
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