Eckerle was born in Southern Germany. As a child she wanted to be a veterinarian or a field biologist, but ended up studying medicine at Heidelberg University. During her final year of medical school she visited Africa, which inspired her to work in infectious diseases. She decided to specialises in tropical pathogens, and spent her early medical career working in the Department of Tropical Medicine at the University Hospital Heidelberg. As a junior doctor Eckerle investigated the pathogenesis of travellers returning to Germany from abroad. She focussed on viruses of zoonotic origin.
Research and career
Eckerle moved to the University of BonnInstitute of Virology, where she worked with Christian Drosten on emerging zoonotic viruses. Here Eckerle studied renalepithelial cell lines of various reservoir hosts, including bats, rodents and insectivores. Until the works of Eckerle, the isolation of bat-borne viruses in cell culture had been challenging. Eckerle created an experimental approach to instantly freeze the organs of specimens, so-called cryo-conservation, allowing her access to cells from a variety of rare species. She visited Ghana and Gabon as part of field work missions to study and collect bat species. In 2018 Eckerle was made a Professor at the University of Geneva, where she studies exotic cell lines. Eckerle works with other physicians, veterinarians and microbiologists, to better understand the epidemiology of emerging viruses. Eckerle looks to develop cell culture models to better understand the epidemiology of emerging diseases. She has made use of artificial intelligence to generate the cell lines of small mammals from a diverse range of geographical locations, and then allows viruses to replicate in these algorithm-generated cell cultures in controlled laboratory setting. Using these cell lines, Eckerle demonstrated that ungulates, including goats and camels, were likely intermediate hosts of middle East respiratory syndrome. In the early days of the COVID-19 pandemic, Eckerle was one of several Swiss physicians who requested access to the Early Warning and Response System; the European Union's network that looks to track the spread of infectious diseases. She argued that better epidemiology, pathogenesis and treatment options were essential in the global fight against coronavirus disease. In late April 2020, a serological antibody test in Geneva revealed that only 5.5% of the population had been exposed to the disease, which Eckerle described as "smaller than hoped for,". Eckerle investigated the different responses of adults and children to coronavirus disease. In particular, Eckerle studied the presence of SARS-CoV-2 in the upper respiratory tracts of neonates, children and teenagers. In early May, Eckerle reported that children who fell ill with coronavirus disease were just as infectious as adults. She investigated the viral loads of children and adults, and showed that whilst children can have a more mild form of the disease, there was little difference between the number of SARS-CoV-2 particles carried by adults and children. She was awarded funding from the Swiss National Science Foundation to investigate the reaction of the pulmonary epithelium to SARS-CoV-2 infection, in an effort to create diagnostic guidelines that help healthcare workers evaluate whether someone will contract a mild or severe form of disease.
