Understanding Public Health Emergencies: How Ghana Responds

Understanding Public Health Emergencies: How Ghana Responds

Ghana's national Public Health Emergency Operations Centre at Pantang, upgraded by Africa CDC in November 2025.


When an outbreak strikes whether it is Mpox, cholera, or a novel influenza strain Ghana no longer responds reactively. Over the past five years, the country has systematically transformed its public health emergency architecture from a fragmented, crisis-driven model into a coordinated, science-driven system. This article explains how Ghana prepares for, detects, and responds to health threats, drawing on the nation's own strategic frameworks and international partnerships.

The National Framework: International Health Regulations and NAPHS

Ghana's health security strategy is anchored by the International Health Regulations (IHR) 2005, a legally binding global framework adopted by 196 countries. The Ghana Health Service (GHS) has demonstrated uncommon commitment by implementing all four components of the WHO's IHR Monitoring and Evaluation Framework—State Party Annual Reporting, Joint External Evaluation (JEE), After Action Reviews, and Simulation Exercises even though only one is mandatory [citation:2].

The country's second Joint External Evaluation, completed in February 2025, replaced the inaugural 2017 assessment. Its findings directly informed the first National Action Plan for Health Security (NAPHS), implemented from 2019 to 2023, and are now shaping the next planning cycle beginning January 2026 [citation:2]. As GHS Director-General Dr. Samuel Akoriyea Kaba stated, this process "reflects the country's determination to continuously improve its health security architecture" [citation:2].

Command and Control: The Emergency Operations Centre Network

At the apex of Ghana's response infrastructure stands the newly refurbished National Public Health Emergency Operations Centre (PHEOC) at Pantang. Handed over by the Africa Centres for Disease Control and Prevention (Africa CDC) in November 2025, this upgraded facility serves as the country's "nerve centre" for public health emergencies integrating real-time data, expert analysis, and coordinated decision-making [citation:5].

The national centre is complemented by four regional PHEOCs in the Northern, Ashanti, Western, and Volta regions, supported by the U.S. Centers for Disease Control and Prevention (CDC), with plans to extend coverage to all 16 regions [citation:4][citation:2]. These hubs are staffed by Ghanaian public health leaders trained through programmes like the CDC's Public Health Emergency Management Fellowship, who have already managed national and regional responses to cholera, meningitis, and Mpox [citation:4].

The Africa CDC's Western Africa Regional Director, Dr. Kokou Nouwame Ahinon, emphasized that Ghana's upgraded centre will help the continent meet its "7-1-7" target: detecting health threats within seven days, notifying authorities within one day, and initiating response within seven days [citation:1][citation:5].

Diagram of Ghana's tiered public health emergency response structure, from national coordination to community surveillance.


Surveillance: The Eyes and Ears of the System

Dr. Fiona Braka, WHO Country Representative, describes strong surveillance as "the eyes and ears of health systems" [citation:8]. Ghana has operationalized this through a dual approach:

  • Indicator-based surveillance: Routine reporting from health facilities. CDC support has established influenza sentinel surveillance in all 16 regions across 36 health facilities [citation:4].
  • Event-based surveillance (EBS): Community-level detection of unusual health events. This was scaled nationwide under the first NAPHS and recently strengthened through IOM-GHS partnerships in Western Region border communities, where volunteers and community health workers now report anomalies directly [citation:7].

An innovative frontier is wastewater surveillance. The WaSPP (Waste-water Surveillance for Pandemic Prevention) project, a collaboration between KNUST and GHS, is leveraging Ghana's polio surveillance infrastructure to detect multiple high-risk viruses at the human-animal-environment interface. Principal Investigator Dr. Michael Owusu notes that this "actionable data" will strengthen early warning systems for pathogens with pandemic potential [citation:9].

Laboratory Networks: Quality and Decentralization

ISO-accredited public health laboratory in Ghana, supporting disease surveillance and outbreak response.


A public health emergency is only as strong as the laboratory system backing it. Ghana has achieved:

  • ISO 15189:2012 accreditation for the National Public Health and Reference Laboratory (NPHRL) and ISO 9001:2015 for three zonal public health laboratories [citation:4].
  • Molecular testing laboratories established in Northern and Western regions [citation:4].
  • Genomic sequencing laboratories at NPHRL and the Genomic and Infectious Disease Laboratory, operational during SARS-CoV-2, cholera, and Mpox responses [citation:4].
  • An integrated specimen referral system piloted in Northern and Greater Accra regions that reduced turnaround time for test results by 50 percent [citation:4].

Workforce Development: The Field Epidemiology Legacy

Since 2008, Ghana has trained epidemiologists through the Field Epidemiology and Laboratory Training Program (FELTP). More than 400 graduates have conducted over 100 outbreak investigations, translating data into evidence-based action [citation:4]. The Pandemic Fund project is now expanding this pipeline, integrating IHR topics and equity-focused surveillance into pre-service curricula across health training institutions [citation:6].

One Health and Border Security: Responding to Mobility

Port Health officials and IOM Ghana conducting mobility mapping training at the Elubo border crossing.


Ghana is a connection hub for over 600,000 travellers annually, with rapid urbanization and animal-sector commercial activity elevating zoonotic disease risk [citation:6]. The national response now integrates One Health principles recognizing that human, animal, and environmental health are inseparable.
A flagship intervention is Population Mobility Mapping (PMM), led by IOM Ghana and the Port Health Department. This analytical tool tracks how human movement influences disease spread, identifying critical points such as borders, transit hubs, and gathering sites. Following PMM training, a field mission in Elubo identified key mobility routes that now inform targeted surveillance [citation:10]. Between August and November 2025, this approach reached over 30,000 people in Western Region border communities which account for 44 percent of Ghana's suspected Mpox cases with awareness messaging, training, and early warning systems [citation:7].

Financing Preparedness: The Pandemic Fund Investment

Ghana is one of only six African countries awarded a grant under the Pandemic Fund's second call for proposals. The US$16.3 million project (with an additional US$7.85 million in co-financing and co-investment) is implemented jointly by the Ministry of Health, National Disaster Management Organization, Ministry of Food and Agriculture, Ministry of Gender, and international partners including WHO, FAO, and CDC [citation:6].

Health Minister Kwabena Mintah Akandoh, inaugurating the Pandemic Fund National Steering Committee in June 2025, framed the investment as an "instrument for change" enabling Ghana to "invest in early monitoring systems, health infrastructure, workforce readiness and community engagement." His directive was unequivocal: "This is not business as usual. A greater proportion of funds must go into laboratories and surveillance systems—not workshops and meetings" [citation:8].

Lessons from COVID-19 and the Road Ahead

The COVID-19 pandemic was, in the Minister's words, a "wake-up call and a powerful opportunity" to "rebuild a smarter and stronger system" [citation:8]. The five-year Mass Vaccination Plan for Vaccine-Preventable Disease Outbreaks, launched in October 2024, directly applies lessons from the national COVID-19 vaccination campaign, emphasizing equity, community engagement, and minimal disruption to routine immunization [citation:3].

Yet challenges persist. Dr. Franklin Asiedu-Bekoe, Director of Public Health at GHS, identifies critical gaps: ring-fenced funding for health security, improved laboratory sample transportation, well-equipped points of entry, and capacity for chemical and nuclear events [citation:2]. Health security, he stresses, "remains a continuous process rather than a final destination" [citation:2].

Conclusion: A System That Anticipates Rather Than Chases

Ghana's public health emergency architecture has evolved from reactive crisis management to anticipatory preparedness. The infrastructure is increasingly in place: a national operations centre meeting continental 7-1-7 targets, accredited laboratories capable of genomic sequencing, surveillance systems reaching community volunteers at border posts, and sustainable financing mechanisms backed by multisectoral governance.
The test of any system, however, is not its design documents but its execution during an actual threat. The current Mpox outbreak, with cases now nearing 1,000 and a vaccination campaign underway, is precisely such a test. As we have documented in our ongoing Mpox coverage, the systems described here are not theoretical—they are actively being deployed to protect lives. Whether Ghana can translate these investments into sustained health security will depend on the continued commitment of its institutions and the vigilance of its citizens.

Join the Discussion

What questions do you still have about how Ghana prepares for and responds to health emergencies? Are there specific diseases, systems, or policies you would like us to explain in future articles? Share your thoughts in the comments below.

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About the Writer

Zakaria Abdul-Rafiu is a writer and Forest Resource Technology student at KNUST with a focus on health security, environmental health interfaces, and science communication. His reporting on Ghana's Mpox outbreak and public health systems prioritizes verified data from primary sources. He is a contributor to VoltFeed's ongoing coverage of national resilience and development.

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