Mpox Confirmed in Ghana


Mpox, previously known as monkeypox, has become a trending topic in Ghana following the confirmation of the country’s first case in 2024, after 230 suspected cases. This development has garnered significant attention across social media platforms, particularly in light of Ghana's previous encounters with the disease in 2022 and 2023. Here’s a deeper look at the current situation and the history of mpox, both globally and within Ghana.

The confirmation of the first case in 2024 came from the Ghana Health Service, which revealed that a 15-year-old boy from the Bia West District in the Western North Region had tested positive for the virus. The boy exhibited classic mpox symptoms, including fever, a rash, and general body pains—symptoms that have been consistent across cases worldwide. In response to this, health authorities swiftly initiated contact tracing, identifying 25 individuals who had been in contact with the patient. These contacts are being closely monitored as part of the country's strategy to contain and prevent any further spread of the virus.



This case marks the latest in a series of sporadic outbreaks in Ghana. In 2022 and 2023, the country also faced mpox cases, though it is not an endemic disease in the region. This recurrence over consecutive years highlights the need for continued vigilance, emphasizing the importance of a strong public health response. The Ghana Health Service has activated its public health emergency management systems, ensuring that healthcare facilities across the country are prepared to handle potential cases and that the public is educated on the symptoms, transmission risks, and prevention methods.


Mpox, a zoonotic disease, is caused by the mpox virus, which belongs to the same family as the virus that causes smallpox. Although related to smallpox, mpox is generally less severe, with most patients recovering within weeks. However, it can still lead to severe complications, especially in children or individuals with weakened immune systems. Global health authorities, including the World Health Organization (WHO), have been tracking mpox outbreaks with heightened vigilance since its spread has, in recent years, extended beyond its historical geographic confines in Central and West Africa. The virus is typically transmitted from animals to humans, but human-to-human transmission can also occur, particularly through close contact with bodily fluids, lesions, or contaminated materials.

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Two known clades (variants) of the mpox virus exist: Clade I and Clade Ib. Clade Ib, which may be involved in this case based on previous regional trends, is associated with a higher ease of transmission. As of the latest reports, variant testing for this particular case in Ghana was still in progress, but public health experts are working to ensure that all steps are taken to prevent an outbreak.

The public response to this case has been swift. Social media platforms, particularly X (formerly Twitter), have seen a surge of discussion around mpox, with many users sharing health information, encouraging awareness, and urging both the government and local communities to take proactive steps in preventing the spread of the virus. This concern comes amid broader conversations about other local challenges, such as environmental degradation and illegal mining, which have also been a focus of national discourse.


The History of Mpox

The history of mpox dates back to 1958, when the virus was first discovered in laboratory monkeys—hence the initial name "monkeypox." However, it is now understood that the primary animal reservoir of the virus is likely small mammals, particularly rodents, rather than monkeys. The first human case of mpox was recorded in the Democratic Republic of the Congo (formerly Zaire) in 1970. Since then, mpox has primarily been confined to Central and West Africa, where it is endemic in several countries, though sporadic outbreaks have occurred globally.

For years, mpox was largely under the radar of global health concerns, seen primarily as a local issue in rural African communities. However, in recent years, there has been an increased focus on the virus, especially as cases began appearing in countries outside of Africa. The most significant mpox outbreak outside Africa occurred in 2003 in the United States, following the importation of infected animals from Ghana. Since then, outbreaks have been documented in various countries across Europe, North America, and Asia, prompting the World Health Organization and other health bodies to take notice of the virus's potential to spread in non-endemic areas.

The 2022 global mpox outbreak marked a turning point, with over 80,000 confirmed cases and 140 deaths reported worldwide by early 2023, primarily in Europe and the Americas. This was the largest outbreak of mpox in recorded history, leading the WHO to declare it a Public Health Emergency of International Concern (PHEIC) in July 2022. This declaration raised the global profile of mpox and led to increased investment in research, diagnostics, and vaccination efforts.

Vaccination and treatment have become essential tools in managing mpox. In response to outbreaks, several countries have utilized the smallpox vaccine, which is about 85% effective in preventing mpox. Antiviral treatments, like Tecovirimat, have also been deployed to help manage severe cases.

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Looking Forward

The confirmation of a mpox case in Ghana in 2024 is a reminder of the ongoing threat posed by zoonotic diseases and the necessity for a robust public health infrastructure. Ghana's public health response, including contact tracing and monitoring, demonstrates the country's preparedness to tackle this challenge, but community awareness and engagement remain crucial. As the world continues to grapple with infectious diseases, both new and re-emerging, Ghana's handling of mpox will likely serve as a case study in disease control and prevention efforts across West Africa.

The resurgence of mpox in Ghana and the heightened public interest also underscore the importance of continued global cooperation in addressing infectious diseases, improving public health systems, and ensuring that communities are equipped with the knowledge and resources to manage such outbreaks effectively.

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