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Creator:: Ndeffo Mbah, Martial L., Medlock, Jan, Meyers, Lauren Ancel, Galvani, Alison P., and Townsend, Jeffrey P.
Abstract:: Identification of the optimal vaccine allocation for the control of influenza requires consideration of uncertainty arising from numerous unpredictable factors, including viral evolution and diversity within the human population’s immunity as well as variation in vaccine efficacy. The best policy must account for diverse potential outcomes based on these uncertainties....

Creator:: Ndeffo Mbah, Martial L., Medlock, Jan, Meyers, Lauren Ancel, Galvani, Alison P., and Townsend, Jeffrey P.
Abstract:: Identification of the optimal vaccine allocation for the control of influenza requires consideration of uncertainty arising from numerous unpredictable factors, including viral evolution and diversity within the human population’s immunity as well as variation in vaccine efficacy. The best policy must account for diverse potential outcomes based on these uncertainties....

Creator:: Ndeffo Mbah, Martial L., Medlock, Jan, Meyers, Lauren Ancel, Galvani, Alison P., and Townsend, Jeffrey P.
Abstract:: Identification of the optimal vaccine allocation for the control of influenza requires consideration of uncertainty arising from numerous unpredictable factors, including viral evolution and diversity within the human population’s immunity as well as variation in vaccine efficacy. The best policy must account for diverse potential outcomes based on these uncertainties....

Creator:: Ndeffo Mbah, Martial L., Medlock, Jan, Meyers, Lauren Ancel, Galvani, Alison P., and Townsend, Jeffrey P.
Abstract:: Identification of the optimal vaccine allocation for the control of influenza requires consideration of uncertainty arising from numerous unpredictable factors, including viral evolution and diversity within the human population’s immunity as well as variation in vaccine efficacy. The best policy must account for diverse potential outcomes based on these uncertainties....
Full Text:: Martial L. Ndeffo Mbah 1 *, Jan Medlock 2,3 , Lauren Ancel Meyers 4 , Alison P. Galvani 1 , and

Creator:: Ndeffo Mbah, Martial L., Medlock, Jan, Meyers, Lauren Ancel, Galvani, Alison P., and Townsend, Jeffrey P.
Abstract:: Identification of the optimal vaccine allocation for the control of influenza requires consideration of uncertainty arising from numerous unpredictable factors, including viral evolution and diversity within the human population’s immunity as well as variation in vaccine efficacy. The best policy must account for diverse potential outcomes based on these uncertainties....
Resource Type:: Article

Creator:: Mbah, Martial L. Ndeffo, Liu, Jingzhou, Bauch, Chris T., Tekel, Yonas I., Medlock, Jan, Meyers, Lauren Ancel, and Galvani, Alison P.
Abstract:: Previous game-theoretic studies of vaccination behavior typically have often assumed that populations are homogeneously mixed and that individuals are fully rational. In reality, there is heterogeneity in the number of contacts per individual, and individuals tend to imitate others who appear to have adopted successful strategies. Here, we use network-based...
Resource Type:: Article
Full Text:: . Tekel1,3, Jan Medlock4,5, Lauren Ancel Meyers6,7, Alison P. Galvani1 1 Department of Epidemiology and

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