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The Research Center Borstel is seeking a highly motivated PhD student for a 3-year project focused on Biofilm Biology and Koinfection. The successful applicant will be embedded within a supportive research environment and will investigate complex interactions in respiratory infections, contributing to innovative treatment approaches.
The Research Center Borstel, Leibniz Lung Center (RCB) is an internationally renowned research institute with 368 employees, financed by the Federal Government and the State of Schleswig-Holstein. Our central task is research and patient care in the field of respiratory diseases. We operate both basic research infrastructures and a medical clinic. Our goal is to improve existing methods for the detection, prevention and treatment of lung diseases and to develop new, innovative therapeutic approaches. The Leibniz Research Alliance INFECTIONS, as coordinated by RCB, combines the multidisciplinary expertise of 15 Leibniz-Institutes for infection research in an interdisciplinary manner with a focus on antimicrobial resistance.
Within the Leibniz Research Alliance INFECTIONS, the RCB is looking for a highly motivated PhD student. Supervised by an interdisciplinary supervisor team, the project progress is monitored by regular consortium meetings. The candidate is embedded in the Borstel Biomedical Research School that offers a structured training program for postgraduates, including lectures, soft skills and regular meetings.
We are announcing a position as
PhD Student (m/f/d)
within the Leibniz Research Alliance INFECTIONS in a joint project between Dept. of Biophysics and Cellular Microbiology for 3 years
Topic: Biofilm Biology and Koinfection
Project Description
In respiratory infections, multispecies biofilms often comprising bacterial and fungal opportunists are difficult to treat and can give rise antimicrobial resistant strains. Bacterial and fungal opportunists can also exacerbate lung infections as caused by respiratory viruses. The successful applicant will investigate the interactions between multispecies biofilms and viral infections in an air liquid interface model. Delineation of the mutual interactions between different pathogens and the epithelium will contribute to the identification of putative handles for better treatment including phages and new antimicrobials.
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