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Field
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of Medicine and Microbiology & Immunology. The Becker lab studies adaptive immunity in the context of human bacterial pathogens (tuberculosis, Rickettsiae) and tick-borne diseases, with a focus on the
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-consequence pathogens of biodefense interests. Learning non-infectious surrogate viral systems, including pseudotyped viruses, minigenome systems, and virus-like particles (VLPs). Learning the operational
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of Medicine and Microbiology & Immunology. The Becker lab studies adaptive immunity in the context of human bacterial pathogens (tuberculosis, Rickettsiae) and tick-borne diseases, with a focus on the
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suggests sphingolipids are key determinants of membrane homeostasis, environmental adaptation, antimicrobial resistance and host-pathogen interactions. Yet fundamental questions remain unanswered: How
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, molecular interactions between plants and pathogens. Besides, the department contributes to various other biology courses together with other departments. The courses are part of the masters programs in
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cell immunology, serology assays, and handling microbial pathogens at biosafety level 2 (BSL2) would be advantageous. The appointee will join a multidisciplinary research team to study the effect of pre
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technology, cell biology, plant physiology, gene expression, plant breeding, plant biochemistry and biotechnology, molecular interactions between plants and pathogens. Besides, the department contributes
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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