Selected article for: "epidemic control and initial infection"

Author: Junyu He; Guangwei Chen; Yutong Jiang; Runjie Jin; Mingjun He; Ashton Shortridge; Jiaping Wu; George Christakos
Title: Comparative Analysis of COVID-19 Transmission Patterns in Three Chinese Regions vs. South Korea,Italy and Iran
  • Document date: 2020_4_14
  • ID: d9y31nlj_9
    Snippet: Alternatively, the R 0 (t)  q(t)S 0 represents the number of secondary infections at any time t in the 144 population caused by an initial primary infection. If one person has COVID-19, R 0 (t) determines 145 how many infections on average that person may cause. Then, the epidemic would be considered 146 under control at the time t ECT (epidemic control time, ECT) after which the R 0 (t) is consistently 147 smaller than L 0 (t), i.e., the ineq.....
    Document: Alternatively, the R 0 (t)  q(t)S 0 represents the number of secondary infections at any time t in the 144 population caused by an initial primary infection. If one person has COVID-19, R 0 (t) determines 145 how many infections on average that person may cause. Then, the epidemic would be considered 146 under control at the time t ECT (epidemic control time, ECT) after which the R 0 (t) is consistently 147 smaller than L 0 (t), i.e., the inequality

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