Selected article for: "infection rate and non clean"

Author: Christos Nicolaides; Demetris Avraam; Luis Cueto-Felgueroso; Marta C. González; Ruben Juanes
Title: Hand-hygiene mitigation strategies against global disease spreading through the air transportation network
  • Document date: 2019_1_26
  • ID: l353fvsp_11
    Snippet: where β 1 is the infection rate with which an infected individual with dirty hands transmits the infection to a susceptible individual (β 1 is equal to the infection rate β of the conventional SIR model), β 2 is the infection rate with which an infected individual with washed hands transmits the infection to a susceptible individual (β 2 < β 1 ), µ is the recovery rate (it is equal to the recovery rate of the conventional SIR model), p is .....
    Document: where β 1 is the infection rate with which an infected individual with dirty hands transmits the infection to a susceptible individual (β 1 is equal to the infection rate β of the conventional SIR model), β 2 is the infection rate with which an infected individual with washed hands transmits the infection to a susceptible individual (β 2 < β 1 ), µ is the recovery rate (it is equal to the recovery rate of the conventional SIR model), p is the hand washing engagement rate (denoting the percentage of individuals with non-clean hands that move to the washed state within the next hour) and θ is the hand washing effectiveness rate (θ −1 denotes the average duration that an individual with washed hands returns back to the 'dirty' state). The infection reactions that are described in the first two expressions of the SIR WD model are shown in the diagram of Figure 1B .

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