Selected article for: "day testing efficiency and testing efficiency"

Author: Andreas Eilersen; Kim Sneppen
Title: Estimating cost-benefit of quarantine length for Covid-19 mitigation
  • Document date: 2020_4_14
  • ID: b8a78ym6_41
    Snippet: In fig. 5 , we show two possible scenarios where testing and contact tracing is implemented after a 30 day lockdown that was initiated when 1 % of the population was infected. In Fig. 5 we consider two scenaria, one without and one with hygiene measures: In (a) we exclusively implement a lockdown with 75 % reduction of work and social sphere, while in (b), we implement both a 75 % lockdown and distancing or hygiene measures that reduce infection .....
    Document: In fig. 5 , we show two possible scenarios where testing and contact tracing is implemented after a 30 day lockdown that was initiated when 1 % of the population was infected. In Fig. 5 we consider two scenaria, one without and one with hygiene measures: In (a) we exclusively implement a lockdown with 75 % reduction of work and social sphere, while in (b), we implement both a 75 % lockdown and distancing or hygiene measures that reduce infection probability per encounter by half. After 30 days we lift the lockdown and implement testing and quarantine measures. We assume an intermediate testing efficiency of 5 % chance for each day a person is infectious. The progression of the infected fraction without testing or persistent improvements to hygiene is marked by a black graph for comparison.

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