Active Infection & Immunity Genetics & Molecular Biology

Mpox Genomics, Epidemiology, Clinical, Immunological, and Virological Outcomes: A Multi-Country Cohort Study in Africa (Mpox-GECIVO Africa)

In plain English

AI plain-English summary

The World Health Organization declared mpox a global emergency in August 2024 as a new, sexually transmissible strain (Clade Ib) drove rising cases and deaths across 14 African countries, hitting children especially hard. This study tackles a critical blind spot: no one knows exactly how the two main viral clades (I and II) differ in transmission, severity, or evolution across Africa. Researchers will fan out across the Democratic Republic of the Congo, Cameroon, and Nigeria to find cases using rapid molecular tests in communities, not just hospitals. They will track who gets sick, how severely, and by which route of transmission. Genomic sequencing will map how the virus mutates and spreads in real time. If successful, the results will give African health officials concrete data to target vaccines, treatments, and public health messaging to the right populations and clades. The work could also reveal why children are suffering worse outcomes under Clade Ib—a pattern that remains unexplained. Without this evidence, control efforts rely on guesswork from a patchwork of incomplete surveillance.

View original technical description
On August 14, 2024, the World Health Organization declared mpox a Public Health Emergency of International Concern due to rising cases in Africa, the emergence of the sexually transmissible Clade Ib, and increased morbidity and mortality, especially among children. By September 2024, 14 African countries were facing mpox outbreaks involving both Clade I and II strains. However, critical gaps remain in understanding the epidemiology, transmission dynamics, genomic diversity, and natural history of mpox, particularly regarding the impact of different viral clades. Our study aims to investigate factors influencing MPXV transmission and outcomes in the Democratic Republic of the Congo (DRC), Cameroon, and Nigeria to inform mpox control efforts. The specific aims are: 1)To estimate mpox incidence through community-based case- finding using rapid molecular diagnostics. 2)To characterize clinical features, outcomes, and severity by socio-demographics, transmission route, and viral clade in MPXV-PCR+ patients. 3) To conduct genomic sequencing to track viral evolution and clade-specific transmission dynamics. 4) To raise awareness and disseminate information to understand factors associated with MPXV infection. These outcomes will help address key knowledge gaps and guide strategies for ongoing mpox prevention and control in Africa. "

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Researchers

Tulio De Oliveira (EPMC Awardee)

Related Research

Grants with similar aims, by meaning.

Advancing mpox outbreak control in Central Africa through epidemiological modelling, data-driven insights, and capacity strengthening
Deciphering host genetics and viral determinants of MPOX epidemiology in the Democratic Republic of Congo
Expanding a prospective, clinical trial examining the immune response of participants receiving Modified Vaccinia Ankara vaccine to Africa.
Implementing wastewater and environmental surveillance for Mpox in Sub-Saharan Africa
Addressing Critical Gaps in mpox epidemiology in DRC - The MOVIE and TRACE studies

Original classification

Discretionary Award

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