Index Catalog // ScholarsArchive@OSU

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....

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....
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:: Behavior in Social Contact Networks Martial L. Ndeffo Mbah1*, Jingzhou Liu1, Chris T. Bauch2, Yonas I

Creator:: Gilbert, Jennifer A., Medlock, Jan, Townsend, Jeffrey P., Aksoy, Serap, Mbah, Martial Ndeffo, and Galvani, Alison P.
Abstract:: Human African trypanosomiasis (HAT), transmitted by tsetse flies, has historically infected hundreds of thousands of individuals annually in sub-Saharan Africa. Over the last decade, concerted control efforts have reduced reported cases to below 10,000 annually, bringing complete elimination within reach. A potential technology to eliminate HAT involves rendering the flies...
Full Text:: A. Gilbert1,2*, Jan Medlock3, Jeffrey P. Townsend4,5,6, Serap Aksoy2, Martial Ndeffo Mbah1,2¶, and

Creator:: Gilbert, Jennifer A., Medlock, Jan, Townsend, Jeffrey P., Aksoy, Serap, Mbah, Martial Ndeffo, and Galvani, Alison P.
Abstract:: Human African trypanosomiasis (HAT), transmitted by tsetse flies, has historically infected hundreds of thousands of individuals annually in sub-Saharan Africa. Over the last decade, concerted control efforts have reduced reported cases to below 10,000 annually, bringing complete elimination within reach. A potential technology to eliminate HAT involves rendering the flies...
Full Text:: Jennifer A. Gilbert1,2*, Jan Medlock3, Jeffrey P. Townsend4,5,6, Serap Aksoy2, Martial Ndeffo Mbah1,2

Creator:: Gilbert, Jennifer A., Medlock, Jan, Townsend, Jeffrey P., Aksoy, Serap, Mbah, Martial Ndeffo, and Galvani, Alison P.
Abstract:: Human African trypanosomiasis (HAT), transmitted by tsetse flies, has historically infected hundreds of thousands of individuals annually in sub-Saharan Africa. Over the last decade, concerted control efforts have reduced reported cases to below 10,000 annually, bringing complete elimination within reach. A potential technology to eliminate HAT involves rendering the flies...
Resource Type:: Article

Creator:: Alfaro-Murillo, Jorge A., Parpia, Alyssa S., Fitzpatrick, Meagan C., Tamagnan, Jules A., Medlock, Jan, Ndeffo-Mbah, Martial L., Fish, Durland, Ávila-Agüero, María L., Marín, Rodrigo, Ko, Albert I., Galvani, Alison P., and Carabin, Hélène
Abstract:: Background: As Zika virus continues to spread, decisions regarding resource allocations to control the outbreak underscore the need for a tool to weigh policies according to their cost and the health burden they could avert. For example, to combat the current Zika outbreak the US President requested the allocation of...
Full Text:: , Martial L. Ndeffo-Mbah1,2, Durland Fish2, María L. Ávila- Agüero4, Rodrigo Marín5, Albert I. Ko2,6, Alison

ScholarsArchive@OSU