Calculation of final size for vector-transmitted epidemic model

Calculation of final size for vector-transmitted epidemic model

Blog Article

Calculation of final size of an epidemic model offers a useful estimation for the impact of an epidemic.Despite its usefulness, the majority of practical applications focuses on the classical Kermack McKendrick model nitrile gloves in a bucket for final size calculation.Estimation of final size for different types of epidemics such as vector-transmitted infection is a forthcoming target.In this paper, we derive an explicit form of a final size equation for a vector-transmitted epidemic model.Numerical calculation of a final size equation revealed the existence of a threshold curve which separates a region into two distinct bistable sub-regions if infection induced death is peperomia double duty present.

In other words, an epidemic outcome can be qualitatively different depending on the initial state of an epidemic.