Health
Five Lessons Learned During Latest Ebola Outbreak in DRC
By MSF
Four people died in the most recent Ebola outbreak that occurred in a remote, forested area of the Democratic Republic of Congo (DRC).
This small outbreak (five laboratory-confirmed and three probable cases) was quickly curtailed. The international humanitarian organisation Doctors Without Borders (MSF) shares lessons learned from this first occurrence of the deadly virus since the end of the large-scale Ebola outbreak that devastated West Africa in 2014-2015.
Train frontline health teams
The scale of this outbreak was minimised, thanks in no small part to a nurse named Dieumerci. With a name that literally translates to ‘Thank God’ in French, Dieumerci works at a Ministry of Health centre in northeast DRC, where the first Ebola cases started emerging.
He detected the risk of Ebola in a seriously ill man at the hospital, and rang the alarm. This man turned out to be the second confirmed case during the recent outbreak. Unlike in West Africa prior to the last major outbreak, Ebola is known in the DRC: the Ebola River, where the virus was first discovered, runs 100 kilometres away from where Dieumerci works.
That doesn’t mean that it is common disease in the area, but still, Dieumerci recognised the symptoms. His quick actions should not be taken for granted. Healthcare workers play a crucial role not only for patients, but also for general epidemiological surveillance. However, in many developing countries human resources within the health sector remain starkly inadequate.
On that fateful day where the Ebola patient came to the health centre, Dieumerci could have easily been on a sick leave, or visiting family somewhere else in the country. One cannot rely on a single individual to play the crucial role of on-the-ground surveillance.
What is needed are proper surveillance systems in resource-poor countries, which were clearly lacking in West Africa at the time of the epidemic. So all in all: thank you Dieumerci. We should all hope that during the next outbreak – be it Ebola or any other infectious disease – there will be another Dieumerci to ring the alarm bell for everyone’s sake.
Finally, a forgotten disease is taken seriously
The word “Ebola” doesn’t ring the same after 2014-2015’s devastating epidemic. At least 11,300 people were killed, and over 28,000 were infected. As a result, Dieumerci’s alarm bell sent shock waves across the world. Congolese authorities immediately activated their outbreak response team and had strong support from WHO and other organisations.
Henry Gray, MSF’s project coordinator during this recent outbreak, has worked on seven haemorrhagic fever interventions in DRC, Uganda and West Africa, to name a few. “The pressure we felt was very different from previous comparable outbreaks: it was clearly at the top of the agenda,” he says. “When it comes to Ebola, we have all learned that it’s better to be safe than sorry in order not to repeat the disaster of 2014-2015.
“However, it is sad to still see that other outbreaks in countries do not trigger the same mobilisation, even in regards to the main killer diseases like cholera or measles.
“Once the Ebola outbreak was over, we were able to re-assign some of the MSF staff towards a serious cholera outbreak on the other side of the country. Our teams went on to treat 1,100 cholera patients. “Considering the dire health needs in many parts of the country, additional support is always welcome”.
Old tricks are timeless – back to basics
The promise of new drugs or vaccines should not overshadow the necessity of putting in place the basic pillars of outbreak control.
It all starts with good surveillance, followed by the five pillars of outbreak control:
Safely isolating and treating the sick.
Actively looking for potential new cases and surveilling those who have been in contact with them.
Burying the dead safely.
Engaging and mobilising the affected communities.
Offering psychological support.
In West Africa, the havoc wrecked by Ebola on the entire health system created more indirect than direct victims of the virus: children became prone to infectious diseases because they weren’t vaccinated; Childbirth complications led to the deaths of mothers and/or children because there were no healthcare workers to care for them; untreated cases of malaria became fatal…
International health actors need to do more to support local health facilities that often have much smaller means and equipment: training staff, ensuring there is basic protection equipment available, and that their pharmacies are stocked with first aid supplies and basic medicines. Our experience in DRC has shown that training frontline workers, even when done ad-hoc, can bring sustained effects to improve their performance in surveillance.
Location, location, location
Like the majority of haemorrhagic fever outbreaks prior to West Africa, the recent one occurred in a very remote, forested area.
Here, the virus was already known to exist within an animal reservoir (assumed to be fruit bats) that is occasionally transmitted to apes, monkeys or men. Some people are very mobile in the region, but can only go as far and as fast as their available transportation; which is pretty much nothing beyond walking and the occasional motorbike.
Dieumerci’s village is 45 kilometres from Likati, the closest town. It is home to 18,000 people, with a majestic cathedral and large, but under equipped, hospital serving as remnants of a time when a railroad was still linking plantations across the country. Today that railroad has been eaten by the encroaching jungle. By contrast, in Guéckédou, Guinea – where the West Africa outbreak started – people can jump on a motorbike and be in the heart of the capital Conakry and its 2.5 million people within two days.
These contrasting examples show how isolation from major cities can keep the spread of deadly disease under control.
Medical innovations are not the magic bullet
At the time of the latest outbreak, MSF was willing to use Ebola treatments which were still in development. However this window closed as the outbreak stopped before the process to allow the use of the experimental treatments was complete. However, this event acted as a ‘booster’ – speeding up the process of preparing medical protocols so that new drugs (still in the experimental phase) can be used in ways that are as safe and ethical as possible.
The rVsV-ZEBOV vaccine (the most advanced investigational vaccine candidate for an Ebola outbreak today) is in development, and needs to be implemented through a study protocol. This, and a vaccine strategy – including informed consent under good clinical practice – were mandatory requirements needed from us to access them.
Soon enough, a study protocol was developed and approved by the MSF Ethics Review Board a few months ago. It was ready for implementation should an outbreak occur. Additionally, a dedicated MSF research team was ready to be deployed. Unfortunately, our negotiations at the DRC Ministry of Health level only took place when the outbreak had already been declared.
It took some time for us to explain what we were planning to do, and how this would differ from a vaccination campaign. But, we managed to obtain authorisation from all the regulatory bodies to start activities in case of a future outbreak.
It is likely that the next outbreak (and trust us, there will be a next outbreak) will happen in a similar setting. We can continue to learn how to best tackle it, and ensure that the West Africa Ebola outbreak remains an isolated tragedy.
Since 1990 MSF has responded to over a dozen outbreaks in sub-Saharan Africa. During the devastating Ebola outbreak that struck mainly Liberia, Guinea, and Sierra Leone in 2014-2015, MSF launched one of the largest emergency operations in its 44-year history.
MSF admitted 10,310 patients to its Ebola management centres of which 5,201 were confirmed Ebola cases, representing one-third of all WHO-confirmed cases. During the first five months of the epidemic, MSF handled more than 85 percent of all hospitalized cases in the affected countries.
At the peak of the epidemic, MSF employed nearly 4,300 staff—most of whom were from the affected countries—who ran Ebola management centres, conducted surveillance, contact tracing, and health promotion, and provided psychological support.
By Modupe Gbadeyanka
The Lagos State government has kicked off an initiative to ensure that every newborn is screened for Sickle Cell Disease within 48 to 72 hours after birth using a simple heel-prick test.
It was gathered that babies identified as being at risk will immediately be placed on preventive care while awaiting confirmatory testing.
The Head of the Haematology Department at the Alimosho General Hospital, Dr Olubukola Orolu, revealed that an estimated 150,000 babies are born annually with Sickle Cell Disease in Nigeria, giving the country one of the highest SCD burdens globally.
She, however, applauded the Lagos State Government and the Clinton Health Access Initiative (CHAI) for introducing the state-wide newborn screening programme, describing it as a major step towards reducing childhood deaths associated with the disease.
The commencement of this scheme coincides with the 2026 World Sickle Cell Day, themed Young Voices Rising for Sickle Cell Disease – Closing the Survival Gap: Equity in Sickle Cell Disease.
It highlights the importance of listening to the experiences and aspirations of young people living with Sickle Cell Disease.
Mrs Orolu noted that SCD warriors are increasingly breaking barriers as advocates, leaders, students and change-makers, adding that their voices have continued to reshape the narrative through advocacy for equitable, patient-centred healthcare, self-care and experience sharing.
She, therefore, called for equal access to quality healthcare, survival opportunities and dignity for everyone living with Sickle Cell Disease.
Also commenting, the chief executive of Alimosho General Hospital, Dr Akinyele Akinlade, described Sickle Cell Disease as an inherited blood disorder that is not contagious, noting that individuals living with the condition are more susceptible to infections.
He advised SCD warriors to stay well hydrated, avoid stress, and protect themselves from extreme cold or heat, as these are common triggers of sickle cell crises, adding that these preventive measures can significantly reduce the frequency and severity of crises.
One of the participants, Ms Borokini Zainab, an SCD warrior and student nurse, expressed appreciation to the organisers for the enlightenment programme.
Sharing her personal journey, she spoke about the challenges of balancing recurrent pain crises with her academic pursuits and personal life. Despite moments of frustration, she encouraged fellow warriors not to lose hope.
“Don’t let sickle cell put you down. Be encouraged from within. Don’t let your dreams be shattered because of this,” she said, adding that her personal experience with Sickle Cell Disease inspired her to pursue a career in nursing so she could support others living with the condition.
By Aduragbemi Omiyale
A 12-week health-tech incubation programme tailored for early-stage founders in Nigeria has been introduced by an innovation and venture-building platform, Evon Labs.
This initiative, known as HealthX Catalyst, will help participants to create scalable, investable solutions for Africa’s urgent healthcare issues.
The programme is underway, with 12 selected founders nearing the final weeks of intensive incubation, ending with a Demo Day on June 24, 2026, at the UNDP innovation centre in Lagos, where the small business owners will present their solutions to an audience of investors, healthcare leaders, development organisations, and technology partners.
The initiative selects early-stage healthcare founders and immerses them in a structured 12-week development process. Throughout this period, participants receive personalised and group mentorship from seasoned professionals across the healthcare, technology, and business sectors.
They also receive structured support for startup development, including refining business models, developing value propositions, and validating markets.
Additionally, participants gain access to a network of healthcare practitioners, sector experts, and industry leaders, along with targeted investment-readiness assistance to prepare them to engage with investors and strategic partners after the programme.
The result is a cohort of founders who move through the programme not simply with a refined pitch, but with a validated business model, a stronger professional network, and a clear pathway to growth.
To accelerate the most promising solutions beyond the programme, monetary grants will be awarded to the top three founders to support product development, pilot implementation, market validation, and early-stage scaling.
It was learned that HealthX Catalyst was developed in response to a structural gap in the African health-tech ecosystem.
Across the continent, a growing number of entrepreneurs are building solutions to healthcare problems from access and diagnostics to service delivery and health data infrastructure. Yet many of these early-stage ideas fail to progress beyond concept, not for lack of vision, but for lack of structured support: mentorship, startup development frameworks, industry access, and early-stage funding pathways. HealthX Catalyst was built to provide exactly that.
“Africa does not have a shortage of healthcare innovators. What it has lacked is the infrastructure to turn its ideas into sustainable businesses. HealthX Catalyst is that infrastructure, a serious, structured programme designed to take founders from early-stage ideas to investable startups.
“What we are seeing from this first cohort is exactly what we set out to create: founders who are not just building products, but building businesses that can scale and create lasting impact,” the founder of Evon Labs, Ms Isioma Udeozo, said of the unveiling of HealthX Catalyst.
The partners of the programme are the United Nations Development Programme (UNDP), Odua Investment Company Limited (OICL), Washington University of St Louis, Missouri, Lagos State Employment Trust Fund (LSETF), and Brooks Insights.
By Aduragbemi Omiyale
The sum of $250,000 in humanitarian funding is to be provided by Binance to support the frontline response to the ongoing Ebola disease outbreak in the Democratic Republic of Congo (DRC) and Uganda.
The cryptocurrency exchange said the funds would be used to enable rapid response in high-risk and underserved areas, where access to healthcare infrastructure, protective resources, and timely public health information remains limited.
The money will be shared equally between the Uganda Red Cross Society and Doctors Without Borders / Médecins Sans Frontières (MSF), supporting urgent interventions in affected and high-risk communities.
Binance’s contribution will help strengthen emergency medical care and treatment, community awareness and prevention campaigns, contact tracing and containment support, and the provision of sanitation supplies and protective equipment for frontline workers.
By supporting both immediate response activities and preventative education, Binance aims to contribute to reducing transmission and strengthening community resilience.
“Communities across Africa continue to show extraordinary resilience in the face of complex challenges, but frontline responders should not have to face crises like this alone,” the co-chief executive of Binance, Mr Richard Teng, said.
“The teams working to contain the Ebola disease outbreak are delivering vital, life-saving support under incredibly difficult conditions.
“We are proud to support both the Uganda Red Cross Society and Doctors Without Borders as they work to protect vulnerable populations, strengthen local response efforts, and deliver urgent care where it is needed most,” he added.
Also commenting, the Secretary General for the Uganda Red Cross Society, Mr Robert Kwesiga, said, “Strong partnerships are essential during public health emergencies since we are not able to manage the outbreak alone.
“The support from Binance comes in so timely and handy, and will help us respond more rapidly, reach more at-risk communities, and reinforce the frontline services needed to help contain the outbreak and save lives.”
The MSF Emergency Programme Manager, Trish Newport, while speaking on the initiative, said, “The number of cases and deaths we are seeing in such a short timeframe, combined with the spread across several health zones and now across the border, is extremely concerning. In Ituri, many people already struggle to access healthcare and live with ongoing insecurity, making rapid action critical to prevent the outbreak from escalating further.”
Caused by the Bundibugyo virus, for which there is no approved vaccine or treatment, this Ebola disease outbreak has placed acute pressure on already fragile health systems in eastern DRC and the wider region.
Local authorities, international agencies, and humanitarian organisations are racing to contain it and protect affected communities.
Binance’s support is intended to reinforce these efforts at a critical moment. It reflects the company’s broader commitment to supporting communities across Africa through programmes focused on education, financial inclusion, digital skills development, and community empowerment.
In this case, Binance is extending that commitment to urgent humanitarian and public health needs by working alongside trusted organisations with deep frontline expertise.
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