Selected article for: "control prevention and disease risk"
Author: Gytis Dudas; Luiz Max Carvalho; Andrew Rambaut; Trevor Bedford; Ali M. Somily; Mazin Barry; Sarah S. Al Subaie; Abdulaziz A. BinSaeed; Fahad A. Alzamil; Waleed Zaher; Theeb Al Qahtani; Khaldoon Al Jerian; Scott J.N. McNabb; Imad A. Al-Jahdali; Ahmed M. Alotaibi; Nahid A. Batarfi; Matthew Cotten; Simon J. Watson; Spela Binter; Paul Kellam
Title: MERS-CoV spillover at the camel-human interface
  • Document date: 2017_8_10
    • ID: 8xcplab3_27
    Snippet: Strong population structure in viruses often arises through limited gene flow, either due to geography (Dudas et al., 2017) , ecology (Smith et al., 2009) or evolutionary forces (Turner et al., 2005; Dudas et al., 2015) . On a smaller scale population structure can unveil important details about transmission patterns, such as identifying reservoirs and understanding spillover trends and risk, much as we have done here. When properly understood na.....
    Document: Strong population structure in viruses often arises through limited gene flow, either due to geography (Dudas et al., 2017) , ecology (Smith et al., 2009) or evolutionary forces (Turner et al., 2005; Dudas et al., 2015) . On a smaller scale population structure can unveil important details about transmission patterns, such as identifying reservoirs and understanding spillover trends and risk, much as we have done here. When properly understood naturally arising barriers to gene flow can be exploited for more efficient disease control and prevention, as well as risk management.

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