Author: Ramses Djidjou-Demasse; Yannis Michalakis; Marc Choisy; Micea T. Sofonea; Samuel Alizon
Title: Optimal COVID-19 epidemic control until vaccine deployment Document date: 2020_4_6
ID: 5sdzyj0q_39
Snippet: The model proposed here describes epidemic dynamics during several weeks in a host population before vaccine deployment. In the baseline situation, there is no public health measure to control epidemics (c = 0). The infection spreads rapidly and the peak is reached within few weeks with a large number of severe cases (Figure 2b ). The healthcare system is quickly overwhelmed and this situation lasts for a relatively long period of time (black lin.....
Document: The model proposed here describes epidemic dynamics during several weeks in a host population before vaccine deployment. In the baseline situation, there is no public health measure to control epidemics (c = 0). The infection spreads rapidly and the peak is reached within few weeks with a large number of severe cases (Figure 2b ). The healthcare system is quickly overwhelmed and this situation lasts for a relatively long period of time (black line in Figure 2b ). Consequently, the number of deaths increases exponentially with additional deaths due to the saturation of the health system (Figure 2c,d) .
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