Mathematical model of Zika virus transmission and control measures
- Dewey Taylor (Virginia Commonwealth University)
Abstract
Zika virus (ZIKV) is an emerging mosquito-borne flavivirus capable of infecting humans through mosquito bites as well as through sexual contact between humans. ZIKV mitigation has traditionally focused on the reduction of the presence and abundance of mosquitoes. As the mosquitoes adapt to pesticides, the use of personal preventive measures will have to play a crucial role in controlling the spread of ZIKV. To evaluate different kinds of preventions, we consider a new mathematical model for ZIKV dynamics that incorporates four control measures, including two separate prevention measures, one for mosquito bite prevention and one for sexual transmission prevention. We study the model both analytically and numerically. We show that the mosquito bite control measure is more important for disease elimination and mitigation than the sexual transmission prevention.
Keywords: Zika virus, mosquito control, sexual transmission, basic reproduction number
How to Cite:
Taylor, D., (2021) “Mathematical model of Zika virus transmission and control measures”, North Carolina Journal of Mathematics and Statistics 7(1).
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