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Taqman PACMAN: a simple molecular approach for positive rapid antigen test confirmation during periods of low prevalence.

Gregory R McCrackenGlenn PatriquinTodd F HatchetteRoss J DavidsonBarbara GoodallLisa BarrettJames MacDonaldCharles HeinsteinJanice PettipasJohn RossJason J LeBlanc
Published in: Microbiology spectrum (2024)
Rapid antigen testing for SARS-CoV-2 was widely deployed during the COVID-19 pandemic. In settings of low prevalence, national guidance recommends that positive antigen test results be confirmed with molecular testing. Given the high testing burden on clinical laboratories during the COVID-19 pandemic, the high volume of positive antigen tests submitted for confirmatory testing posed challenges for laboratory workflow. This study demonstrated that a simple PCR method without prior nucleic acid purification is an accurate and cost-effective solution for positive rapid antigen test confirmation. Implementing this method allowed molecular confirmatory testing for positive antigen tests to be sustained as antigen testing was expanded into large populations such as workplaces, schools, and households.
Keyphrases
  • sars cov
  • risk factors
  • nucleic acid
  • quality improvement
  • high resolution
  • coronavirus disease
  • sensitive detection