Selected article for: "epidemic curve and growth rate"

Author: Shi Zhao; Salihu S. Musa; Hao Fu; Daihai He; Jing Qin
Title: Large-scale Lassa fever outbreaks in Nigeria: quantifying the association between disease reproduction number and local rainfall
  • Document date: 2019_4_8
  • ID: 6l8r09cd_6
    Snippet: Four different nonlinear growth models are adopted to pinpoint the epidemiological features of each outbreak. The models are the Richards, three-parameter logistic, Gompertz, and Weibull growth models. These simple structured models are widely used to study S-shaped cumulative growth processes; e.g., the curve of a single-wave epidemic and have been extensively studied in previous work [16, 17] . These models consider cumulative cases with satura.....
    Document: Four different nonlinear growth models are adopted to pinpoint the epidemiological features of each outbreak. The models are the Richards, three-parameter logistic, Gompertz, and Weibull growth models. These simple structured models are widely used to study S-shaped cumulative growth processes; e.g., the curve of a single-wave epidemic and have been extensively studied in previous work [16, 17] . These models consider cumulative cases with saturation in the growth rate to reflect the progression of an epidemic due to reductions in susceptible pools. The extrinsic growth rate does not steadily decline but increases to a maximum (i.e., saturation) before steadily declining to zero.

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