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Field
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aims at understanding how antimicrobial heteroresistance and more generally phenotypic heterogeneity evolves in bacteria. As a model, we will focus on the opportunistic bacterial pathogen Pseudomonas
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for an industry that has faced millions of dollars in losses from this pathogen. This position will support the research activities in physiology in tree crops in Washington and to conduct research
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of Professor Mazin Magzoub, will focus on developing protein- and synthetic small molecule-based inhibitors, and novel drug delivery platforms, for pathogenic protein self-assembly associated with Alzheimer’s
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The University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 2 months ago
expertise, scientific method and experimental design/interpretation. Experience studying host: Pathogen interactions at the cellular or molecular level and small molecule antiviral discovery and testing is
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Veterinärmedizinische Universität Wien (University of Veterinary Medicine Vienna) | Austria | 2 months ago
in poultry bacterial disease and experience with experimental research on poultry pathogens, inclusive genetic modified organisms are required. We are looking for an independent, responsible and team
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Computational Postdoctoral Researcher - Bacterial Genomics, Transcriptomics, and Single-Cell Genomic
genomics, transcriptomics, and single-cell genomics. Our research focuses on understanding bacterial heterogeneity, antibiotic responses, host-pathogen interactions, and microbiome dynamics. A major goal of
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health. Basic science discoveries made using a variety of human and pathogen-derived proteins, designed, expressed and purified by a collaborative DHVI team have contributed to the identification
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and the mechanisms by which bacterial infections alter host metabolism and immune responses. Our research focuses on understanding both bacterial physiology and host-pathogen interactions
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multidisciplinary team aimed at understanding the distribution of ticks and their pathogens across the Vermont landscape within the newly established Planetary Health Initiative at UVM. This project will investigate
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. Investigating the mechanisms of action of identified compounds and their potential relationship with changes in pathogenicity during infection. Analyzing and presenting results at internal research unit meetings