One health surveillance approach on marine mammal, marine environmental and human antimicrobial resistance on the North and Baltic Seas
- Project acronym: MARRES
- Principal investigator (LSMU): prof. Modestas Ružauskas
- Project coordinator: Christa Ewers, Gyseno universitetas, Germany
- Project duration: from 2024-04-01 to 2027-03-31
- Funding programme: JPIAMR
- Total project value: 707 000,00 Euro
- Part of the project value allocated to the LSMU: 84 000,00 Euro
- Project website: www.uni-giessen.de/de/fbz/fb10/institute_klinikum/institute/ihit/marres
Antimicrobial resistance (AMR) is a global health threat that involves complex, opaque transmission processes between humans, animals and the environment. The particular role of wildlife and the environment in the emergence, maintenance, dissemination and transmission of AMR bacteria and AMR genes is widely unknown. In the MARRES project, AMR bacteria from grey and harbour seals of the North and Baltic Sea and of sea water (environmental – eDNA) will be determined to perform a targeted surveillance of these two marine ecosystems. State of the art microbiological techniques, genome and metagenome sequencing will be applied. The evaluation of published human and animal AMR data of the investigated areas as well as on a global scale shall put the obtained results from this almost unexplored field into a One Health context. The approach covers three One Health settings of marine ecosystems as one of the greatest players in Global Health. It promises to provide relevant insight into transmission pathways of AMR bacteria, including pathogens, and of AMR determinants between humans, wildlife and the environment. A database for AMR associated to marine mammals in the Baltic Sea will be established following the FAIR principles. On a longer term, our project should be the starting point to establish a transnational network between experts in the field of AMR and marine biologists in Europe. The implementation of a harmonized AMR surveillance in the marine ecosystem sector will significantly contribute to AMR mitigation strategies and thus to public health.
Evaluation of risk associated with antimicrobial resistant bacteria spread in Baltic sea water and sea mammals in the concept of “One Health“.
PROJECT PARTNERS
- University of Veterinary Medicine Hannover, Foundation (TiHo);
- University of Gdafisk (HMS UG);
- Lithuanian Sea Museum (LSM);
- Justus Liebig University Giessen, Germany (JLU);
- Robert Koch Institute (RKI).
