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GRK 1409:  Molecular Interactions of Pathogens with Biotic and Abiotic Surfaces

Subject Area Microbiology, Virology and Immunology
Term from 2006 to 2015
Project identifier Deutsche Forschungsgemeinschaft (DFG) - Project number 20088716
 
Final Report Year 2016

Final Report Abstract

This research training group (GRK1409) investigated the molecular interactions of pathogens with biotic and abiotic surfaces employing a broad spectrum of model systems which could be even extended by the new groups in the second funding period contributing to various topics and the 3rd generation of doctoral students. The interactions of pathogenic microorganisms with epithelial and endothelial barriers and with immune cells involved in the maintenance of barrier integrity play a decisive role for the success of a developing infection. Common to all microbial pathogens (bacteria, viruses, fungi, and parasites) are their primary interactions with cellular surfaces followed by the induction, exploitation or subversion of subsequent down-stream signaling processes. In the past - and even in light of these basic mechanisms - research in bacteriology, virology, mycology, and parasitology has progressed independently with very little apparent cross-fertilization. The Research Training Group 1409 (RTG, GRK) has purposely ignored these traditional and rather artificial boundaries to address the pivotal interface between microbes and their hosts with an interdisciplinary approach using appropriate model systems. Thereby, we could combine the expertise derived from different disciplines and fields of study covered by the altogether over time 20 participating research groups. As GRK, we aimed (and still do) towards a better understanding of the interplay and complexity of these processes at the interface between microbial pathogens and host organisms including the targeted modulation of host responses by our microbial partners. Our graduate students (members and associates alike) were trained and qualified in state-ofthe- art molecular infection biology by an integrative and interdisciplinary approach. The continuously improved qualification program included mandatory as well as elective aspects and included additional guidance and mentoring based on an enhanced career development and soft-skills program. Our graduate students were strongly encouraged to attend national and international meetings and, in particular, to take advantage of the international exchange program. For this the international network provided by the participating groups was clearly helpful but exchanges were also greatly facilitated by the individual contacts made by our graduates during the ’Summer Schools’ each graduate generation organized quite independently. In summary, this program could almost guarantee a reciprocal stimulation of the participating graduate students and scientists and we are confident that the interdisciplinary approach chosen by the GRK has fostered the qualification and education of internationally competitive classes of our young scientists.

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