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acquire their fate and establish precise connectivity with target brain regions during development, and how these processes are altered by stress and pathology. To address these questions, the team combines
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, biochemistry, and microbial physiology to understand how microbial metabolism and interactions shape carbon transformation and long-term carbon storage in the ocean. We develop high-throughput experimental
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, automatisation, equipment procurement and SOP development. Conduct mechanistic studies using the triple co-culture platform, addressing both fundamental and translational questions in Alzheimer’s disease. Your
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, automatisation, equipment procurement and SOP development. Conduct mechanistic studies using the triple co-culture platform, addressing both fundamental and translational questions in Alzheimer’s disease. Your
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, biochemistry, and microbial physiology to understand how microbial metabolism and interactions shape carbon transformation and long-term carbon storage in the ocean. We develop high-throughput experimental
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translate this knowledge into value for society. Please visit us at www.psb.ugent.be for more information. Research at the Van Damme lab (https://www.vandammelab.be/) is centered around membrane trafficking