Selected article for: "deterministic model and zero disease secondary infection"

Author: Alexander Okhuese Victor
Title: Estimation of the probability of reinfection with COVID-19 coronavirus by the SEIRUS model
  • Document date: 2020_4_6
  • ID: mu413rvc_8
    Snippet: Although previous studies have been tailored towards the epidemiology and the disease-free equilibrium where the reproductive number of the infectious population is at its barest minimum, this study seeks to study the evaluative impact of the endemic equilibrium of a new endemic deterministic model while taking into consideration that possibility of the recovered population being Undetectable and fit to be moved to the Susceptible compartment whi.....
    Document: Although previous studies have been tailored towards the epidemiology and the disease-free equilibrium where the reproductive number of the infectious population is at its barest minimum, this study seeks to study the evaluative impact of the endemic equilibrium of a new endemic deterministic model while taking into consideration that possibility of the recovered population being Undetectable and fit to be moved to the Susceptible compartment which will therefore imply a zero secondary infection of the disease globally.

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