Ebola Finally Reaches Europe... Experts Say "Low Possibility of Spread" [Reading Science]

First Confirmed Case in France... Medical Worker Returns After Infection in Congo
Experts: "Isolation and Contact Tracing Systems Are Working"
Risk to the General Public Remains Very Low

A doctor engaged in humanitarian medical work in the Democratic Republic of the Congo (DRC) has been diagnosed with Ebola in France. This is the first time the Bundibugyo strain of Ebola, currently spreading in Africa, has been detected in Europe.

However, experts have assessed that this case is "not surprising." Unlike COVID-19, Ebola is not transmitted through the air, and there have been repeated cases in the past where infected medical staff have returned to their home countries. Experts commonly conclude that if patients are isolated quickly and contacts are traced, the likelihood of community spread is extremely low.

At a press conference held on the 24th (local time) at the World Health Organization (WHO) headquarters in Geneva, Switzerland, Tedros Adhanom Ghebreyesus, WHO Director-General, explained the Ebola outbreak and global health issues. Photo by EPA/Yonhap News

On the 24th (local time), the French Ministry of Health announced that a doctor who had been providing medical support in the Democratic Republic of the Congo was confirmed to have Ebola. The patient is currently in isolation and receiving treatment, and is in stable condition. Health authorities have begun contact tracing and explained that the risk of infection for the general public is extremely low.

As of the 21st, the ongoing Bundibugyo strain Ebola outbreak in the DRC, which began last month, has resulted in 1,048 confirmed cases and 267 deaths. In Uganda, 20 cases and 2 deaths have also been reported.

Medical Staff Infections Were Expected... "Low Possibility of Spread in Europe"

Lee Jaegap, Professor of Infectious Diseases at Gangnam Sacred Heart Hospital, Hallym University, explained, "During the 2014-2016 West Africa Ebola outbreak, there were also cases where World Health Organization (WHO) and international medical staff were infected and transported to Europe. There is always a risk of infection during patient care, but since most are isolated immediately after diagnosis, the likelihood of a large-scale outbreak outside Africa is very low."

Paul Hunter, Professor at the University of East Anglia (UEA) in the UK, also stated, "During large-scale outbreaks like the current one, cases of overseas medical staff infections are actually expected. The risk of infection for European residents, other than medical staff, is extremely low."

Jonathan Heeney, Professor at the University of Cambridge, similarly said, "Since the patient was quickly identified and is being isolated and treated, the risk of community spread is very limited. Ebola is transmitted only through contact with bodily fluids, not through the air like COVID-19 or influenza."

The Real Issue Is Sustaining International Cooperation

Experts pointed out that this case once again highlights the difficulties of international infectious disease response.

Earlier, Ryu Chungmin, Director of the Center for Infectious Disease Research at the Korea Research Institute of Bioscience and Biotechnology, emphasized, "Ebola is currently spreading faster than expected, but international attention is insufficient. Infectious disease response must be prepared not after an outbreak occurs, but as a routine practice in advance."

In particular, experts noted that the current Bundibugyo strain Ebola cannot be treated with the existing Zaire strain vaccine, so a new vaccine is under development. They emphasize that, along with vaccine development, protecting healthcare workers, strengthening field response capabilities, and maintaining international cooperation systems are essential to containing this outbreak.

Professor Lee stressed, "If Korea also dispatches overseas medical aid teams, it is essential that they wear personal protective equipment and receive thorough infection control training. Infectious disease response ultimately begins with protecting people on the ground."

This content was produced with the assistance of AI translation services.