Ecology and Emergence of Zoonotic Diseases
Prof Dr Fabian Leendertz
Favored by climate change, globalization and increasing intrusion of humans into animal habitats, contact between humans and animals is becoming more frequent. The risk of emerging zoonoses - and thus also of pandemics - iIs increasing. Our research aims to understand the occurrence and ecology of such zoonoses.
Our Research
The Department of Ecology and Emergence of Zoonotic Diseases addresses the interfaces between humans, animals, and the environment, including climate, and explores the processes that facilitate the emergence of disease.
Based on data and samples from systematic long-term One Health Surveillance (coordinated by HIOH’s OHS Core Unit) and focusing on regions with frequent human-animal contacts, we study the transmission of clinically relevant pathogens as well as the ecological and socio-ecological conditions leading to human-animal contacts and transmission events. We do not focus on specific pathogens, but investigate the background of actually occurring infectious diseases.
Pathogens with zoonotic potential, which are identified in our screenings in sentinel regions, are subjected to in-depth investigations for a comprehensive understanding of their ecology. This approach enabled us to detect many relevant pathogens over the past two decades, e.g., monkeypox virus, Ebola virus, Bacillus cereus bv anthracis (BCBVA), Mycobacterium leprae, Treponema pallidum, respiratory pathogens, as well as other globally important agents (e.g., coronaviruses, paramyxoviruses, and viruses causing encephalitis).
In addition, to identify pathogens potentially relevant to human health, we exploit the evolutionary proximity to wild apes. This has led, among other things, to the discovery of leprosy in wild chimpanzees, suggesting unknown environmental reservoirs; to the discovery of the anthrax pathogen BCBVA, which can cause massive mortality in wildlife populations; but also to serological evidence of frequent BCBVA exposure in surrounding human populations. Cases of monkeypox in wild chimpanzees have also been documented, in turn prompting investigations of previously unknown reservoir species.
Generally, these studies serve to enhance global pandemic preparedness and prevention by improving our understanding of fundamental mechanisms of disease emergence and transmission between humans, animals, and the environment. Moreover, they facilitate technology transfer to our partners in sub-Saharan Africa, thus decisively strengthening research and surveillance capacities in countries that urgently need such support.
In our department, research and teaching aim to instruct new generations of researchers on how to incorporate the integrative One Health approach into problem-solving. Graduate students as well as undergraduates have the opportunity to learn state-of-the-art methods and apply them to unique data sets to answer both fundamental and translational research questions.
Team members
Prof Dr Fabian Leendertz
Group Leader
Dr Benjamin Stielow
Bioinformatician
Coch Tanguy Tanga
Guest Scientist
Dr Kouamé Valère Kouakou
Guest Scientist
Noma Nea Yves
Guest Scientist
Thaïs Tombolomako
Guest Scientist
Ariane Düx
Scientist
Dr Livia Patrono
Scientist
Dr Lorenzo Lagostina
Scientist
Carme Riutord
PhD Student
Fabrice Gnali
PhD Student
Giovanna Miani
PhD Student
Jasmin Schlotterbeck
PhD Student
Kamilla Anna Pléh
PhD Student
Markus Ulrich
PhD Student
Moritz Jochum
PhD Student
Simon Krückemeier
PhD Student
Tobias Gräßle
PhD Student
Yanthe Nobel
PhD Student
Aline Maksimov
Technical Assistant
Angelika Kliesch
Technical Assistant
Laura Lux
Technical Assistant