Selected article for: "genomic variation and reproductive number"
Author: Qinghe Liu; Zhicheng Liu; Junkai Zhu; Yuhao Zhu; Deqiang Li; Zefei Gao; Liuling Zhou; Junyan Yang; Qiao Wang
Title: Assessing the Global Tendency of COVID-19 Outbreak
  • Document date: 2020_3_20
    • ID: adcptyfj_10
    Snippet: On March 17, Darwin R et al [13] , used the progression of the epidemic curve and the defined frame work to estimate the instantaneous reproductive number combined with the whole genome sequencing, wich can provide the genomic evolution and variation in the context of the outbreak dynamics. They divided the epidemic into different serial interval scenarios, and estimated the R values. The R value in Japan, Germany, Spain, Kuwait and France are ov.....
    Document: On March 17, Darwin R et al [13] , used the progression of the epidemic curve and the defined frame work to estimate the instantaneous reproductive number combined with the whole genome sequencing, wich can provide the genomic evolution and variation in the context of the outbreak dynamics. They divided the epidemic into different serial interval scenarios, and estimated the R values. The R value in Japan, Germany, Spain, Kuwait and France are over 2, in Italy, Iran and South Korea are even over 10, however, the R will be low after the social distancing intervention.

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