The percent reduction in cholera incidence by age group over 10 years with respect to simulations with no vaccination are plotted. The distribution of effectiveness estimates is computed by taking 10,000 random draws with replacement from 100 stochastic runs with vaccination and 100 stochastic runs with no vaccination. The boxes indicate the inter-quartile interval of 100 model runs, the horizontal lines the median result, and the vertical lines the 95% observed interval. Variation in model runs are a result of the stochastic nature of the model, not parameter uncertainty.</p
<p>Mass vaccination of the population was simulated under different model assumptions of mosquito mo...
<p>Dashed lines and shaded area denote the lower 5% and upper 95% of simulated values. Parameter val...
The authors consider estimability and interpretation of vaccine efficacy based on time to event data...
A) The simulated number of reported cases. Different target populations were targeted for vaccinatio...
The average results from 100 stochastic runs per vaccination scenario are plotted. The dashed line s...
<p>A) Overall effectiveness and B) vaccinations per case prevented by mass vaccination campaigns tha...
Simulation pairs varied with respect to the proportion of vaccine efficacy due to protection from in...
grantor: University of TorontoUsing epidemic simulations in randomly mixing and stratifie...
Simulation pairs varied with respect to the proportion of vaccine efficacy due to protection from in...
<p>(A) Five stochastic simulations of Muizenberg Mathematical Fever outbreaks using transmission par...
<p>(A) Zimbabwe. (B) Port-au-Prince, Haiti. (C) Conakry, Guinea. Simulated campaigns had enough vacc...
<p>The larger points represent the median attack rates (y-axis) of ten stochastic simulations run wh...
<p>The proportion of failure to eliminate cholera transmission among all simulated epidemics for par...
<p>Effective reproduction numbers for the observable model and the unobservable model are compared a...
The authors present a nonparametric method for estimating vaccine efficacy as a smooth function of t...
<p>Mass vaccination of the population was simulated under different model assumptions of mosquito mo...
<p>Dashed lines and shaded area denote the lower 5% and upper 95% of simulated values. Parameter val...
The authors consider estimability and interpretation of vaccine efficacy based on time to event data...
A) The simulated number of reported cases. Different target populations were targeted for vaccinatio...
The average results from 100 stochastic runs per vaccination scenario are plotted. The dashed line s...
<p>A) Overall effectiveness and B) vaccinations per case prevented by mass vaccination campaigns tha...
Simulation pairs varied with respect to the proportion of vaccine efficacy due to protection from in...
grantor: University of TorontoUsing epidemic simulations in randomly mixing and stratifie...
Simulation pairs varied with respect to the proportion of vaccine efficacy due to protection from in...
<p>(A) Five stochastic simulations of Muizenberg Mathematical Fever outbreaks using transmission par...
<p>(A) Zimbabwe. (B) Port-au-Prince, Haiti. (C) Conakry, Guinea. Simulated campaigns had enough vacc...
<p>The larger points represent the median attack rates (y-axis) of ten stochastic simulations run wh...
<p>The proportion of failure to eliminate cholera transmission among all simulated epidemics for par...
<p>Effective reproduction numbers for the observable model and the unobservable model are compared a...
The authors present a nonparametric method for estimating vaccine efficacy as a smooth function of t...
<p>Mass vaccination of the population was simulated under different model assumptions of mosquito mo...
<p>Dashed lines and shaded area denote the lower 5% and upper 95% of simulated values. Parameter val...
The authors consider estimability and interpretation of vaccine efficacy based on time to event data...