‘COVID-19 Genomics – MENA’: towards molecular surveillance of SARS-CoV-2 genomes during the vaccination period within the Middle East and North Africa
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AI plain-English summaryResearchers in seven Middle Eastern and North African countries will sequence more than 12,000 SARS-CoV-2 genomes over the next 12 months to track how the virus evolves as vaccination campaigns roll out. This matters because genomic surveillance—monitoring the genetic changes in circulating virus strains—has been sparse across the MENA region. Without it, public health officials cannot tell whether new variants are emerging locally, whether existing vaccines remain effective, or whether a particular lineage is spreading faster than others. The consortium brings together labs in Saudi Arabia, Qatar, Oman, Kuwait, Algeria, Morocco, and Egypt, using a mix of Illumina, Oxford Nanopore, and Ion Torrent sequencing platforms. All data will be uploaded to the GISAID database, making it freely available to researchers worldwide. If successful, the project will give health authorities in these countries real-time information to adjust vaccination strategies, target lockdowns, or prepare for new variants. It also includes a training component to build local sequencing expertise, so the capacity for genomic surveillance outlasts this specific project. The work is applied and directly actionable—it fills a clear operational gap in pandemic response.
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