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topic: This position falls within the field of bioenergetics and protein biochemistry. The project aims to study the role of an original extra-membrane structural module involved in the mechanism
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mechanisms that promote healthy ageing and identify interventions and potential drug targets. Our research areas include: DNA Damage & Repair Genetics & Epigenetics Immunology & Inflammation Membrane & Lipid
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importance through integration in cell membranes, as energy source and in cellular signaling and function. As such, they also play decisive roles in cardiovascular disease, chronic kidney disease, cancer and
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carbon, HPLC-MS) Evaluating the transport of ions (including nutrients) through different ion-exchange membranes to obtain their selectivity towards ions of interest Electrochemical characterization
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experimental ecology, lipid biochemistry, neurophysiology, and behavioural ecology, using Daphnia spp. as model organisms. The overarching aim is to elucidate how dietary lipid quality affects neuronal membrane
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is underlying disease of a lower extremity arterial disease, heart attack or stroke. Lipids are of vital importance through integration in cell membranes, as energy source and in cellular signaling and
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mechanical membrane. Compared to former strategies, here, a spatial light modulator is used to spatially shape the wavefront of the light beam. Such a modulation enables to exert simultaneously adapted optical
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of revealing their role in adult tissues and pathogenesis Mechanisms at the nexus of membrane protein biogenesis and degradation at the endoplasmic reticulum Mechanobiology of lymphocytes. Microtubule
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bees Spatial Dynamics of Fusion Proteins Receptors in the Mammalian Oocyte Membrane: A Comparative and Evolutionary Perspective. The effect of body odor fluctuations across menstrual cycle in long-term
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Mapping of Brain Pathologies in Human Organoid Models. Mechanism of somatic hypermutation targeting and its role in the B lymphoma formation Mechanisms at the nexus of membrane protein biogenesis and