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Field
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? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Bacterial biofilms are ubiquitous and play a critical role in many aspects
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of bacterial pathogens and host cells. Graphene-based strategies will be developed to facilitate chemical rupture and homogenization of small numbers of bacterial and eukaryotic cells. This pipeline will be
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investigate the structure, dynamics and function of pathogens and their host interactions.The Sondermann lab [Link] is interested in deciphering the molecular processes that determine bacterial interactions in
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of pathogens and their host interactions. The Sondermann lab [ Link ] is interested in deciphering the molecular processes that determine bacterial interactions in microbial communities. This PhD project
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microbiome, transcriptomic, metabolomic and genomic data to explore metabolic interactions in gut bacterial communities Your main goal will be to reveal the “dark matter” of unknown cross-feeding interactions
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–brain axis, potentially affecting memory and cognition. One possible mediator of this communication are bacterial extracellular vesicles (BEVs) – tiny packages released by gut bacteria that can travel
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production, antibody binding assays, germ-free and gnotobiotic mouse models and human samples, bacterial transcriptomics, and single cell host transcriptomic analysis to obtain a detailed mechanistic
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bacterial species and their metabolites impact mutation accumulation, signaling, and therapy response of colon cancer subtypes. For this, we will make use of sophisticated co-culture models including bacteria
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bacterial species and their metabolites impact mutation accumulation, signaling, and therapy response of colon cancer subtypes. For this, we will make use of sophisticated co-culture models including bacteria
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the fight against infectious diseases. Their aim is to create new methods for prevention, diagnosis, and treatment of infectious compounds by studying both bacterial and viral pathogens and their interactions