Selected article for: "reproductive number and transmission model"

Author: Adam Burns; Alexander Gutfraind
Title: Symptom-Based Isolation Policies: Evidence from a Mathematical Model of Outbreaks of Influenza and COVID-19
  • Document date: 2020_3_30
  • ID: d13j2pt5_62
    Snippet: Influenza viral shedding appears to vary by subtype, but the patterns of shedding were similar in both children and adults [63, 64] , and between the seasonal and p(H1N1) outbreaks [64] [65] [66] , although the reproductive number appears different [65] . We allowed for some of the infections to be asymptomatic [59, 63] , which in our model increases the rates of return to the community and transmission, while also reducing the effectiveness of c.....
    Document: Influenza viral shedding appears to vary by subtype, but the patterns of shedding were similar in both children and adults [63, 64] , and between the seasonal and p(H1N1) outbreaks [64] [65] [66] , although the reproductive number appears different [65] . We allowed for some of the infections to be asymptomatic [59, 63] , which in our model increases the rates of return to the community and transmission, while also reducing the effectiveness of control policies. Meta-analysis of influenza studies [14] was used to determine shedding and symptom rates by disease state (see Table A

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