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functional characterization of the molecular mechanisms underlying bacterial anti-phage defence systems. Project description Bacteria are constantly attacked by viruses known as bacteriophages. To withstand
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doctoral network (3 PhD students), which is dedicated to the study of the microbial exposome and persistent infections. It aims to understand how bacteria of environmental or zoonotic origin interact with
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at regulation of gene expression in antibiotic producing bacteria ". The principal investigator of the project is professor Dagmara Jakimowicz. Our research aims to examine the role of nucleoid associated
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among family members in all life stages (doi: 10.1016/j.chom.2021.05.008). To investigate potential mechanisms and the impact on bacterial evolution, we created the PEARL-AGE cohort in Norwich (https
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candidate will work within the framework of the ANR project MIRACLE, which aims to investigate the effect of uranium (U) speciation on the ability of bacteria to (bio)reduce U(VI) to U(IV). Within
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: 10.1016/j.chom.2021.05.008). To investigate potential mechanisms and the impact on bacterial evolution, we created the PEARL-AGE cohort in Norwich (https://quadram.ac.uk/pearl-agestudy/ ), collecting
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The faculty in MBM are united by a common interest in the biology of microbes (bacteria, fungi, viruses, and parasites) and the effects of microbes on human and animal hosts. The microbial pathogens program
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investigated regarding their effects on bacteria-mimicking model membranes, as well as on mimics of plasma and endosomal membranes of human cells, by advanced physicochemical methodologies. Through this, you
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millions of tonnes of nutrient-rich agri-food waste is generated globally each day. This waste can be upcycled into sustainable, high-quality microbial protein (e.g. yeast, fungi, bacteria and algae) via
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with the Molecular Microbiology Team at the University of Washington Medical Center – Montlake. The Molecular Microbiology Lab has been offering broad-range detection of bacteria, AFB, and fungi for UW