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in vitro methods for the study of ticks and tick-borne pathogens. The project focuses on the development of artificial tick feeding systems, novel screening approaches for the identification
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of the changes occurring in molecular complexes during cellular transitions, including during invasion by pathogens. Specifically, you will investigate the mechanisms of how pathogen effectors bind to their host
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infrastructures within the University of Tübingen science campus. The institution has a collaborative environment with multiple research groups working on diverse aspects of plant-pathogen interactions
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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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Regenerative Medicine and Immunology Full time/ Part time | Temporary | Hamburg Eppendorf Main tasks CD4+ T cells are key regulators of host-defense against pathogens, more recent studies by our group have shown