Selected article for: "Ï res and mortality ratio"

Author: Lucas Böttcher; Mingtao Xia; Tom Chou
Title: Why estimating population-based case fatality rates during epidemics may be misleading
  • Document date: 2020_3_30
  • ID: embnko1q_52
    Snippet: Besides accurate cohort data, for which at present there are few for coronavirus, cumulative population data has been used to estimate the mortality ratio. The metrics M 0 p (t) and CFR(t) are based on these aggregate populations but implicitly depend on new infections and the transmission rate β. Despite this confounding factor, M 0 p (t) and CFR d (t, τ res ) approach e −cτinc µ 1 /(µ 1 + c) as t → ∞, where e −cτinc is the probabi.....
    Document: Besides accurate cohort data, for which at present there are few for coronavirus, cumulative population data has been used to estimate the mortality ratio. The metrics M 0 p (t) and CFR(t) are based on these aggregate populations but implicitly depend on new infections and the transmission rate β. Despite this confounding factor, M 0 p (t) and CFR d (t, τ res ) approach e −cτinc µ 1 /(µ 1 + c) as t → ∞, where e −cτinc is the probability that no recovery occurred during the incubation time τ inc . Based on these results, we can establish the following connection between the different mortality ratios for initial infection times with distribution ρ(τ 1 ; n, γ) and meanτ = n/γ:

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