<p>Lines show the MLE, and shaded regions show the 95% credible interval. (A) Estimated number of transmissions originating from individuals in different stages of infection: EHI, chronic infection, and AIDS. (B) The estimated fraction of transmissions attributable to EHI, chronic infection, and AIDS. (C) Estimated number of transmissions originating from diagnosed and undiagnosed individuals through time. (D) The estimated fraction of transmissions attributable to diagnosed and undiagnosed infections through time. Estimated credible intervals reflect the fit of a single model to the data and do not incorporate uncertainty due to model misspecification error.</p
Mathematical modeling of infectious disease transmission dynamics can never represent all features o...
The incidence of AIDS virus infections over time among gay men in San Francisco is nonparametrically...
The interval between successive cases of an infectious disease is determined by the time from infect...
<p>A) percentage of infected patients remaining undiagnosed (solid line, dashed lines show 95% confi...
<p>A) Temporal variation of the proportion of undiagnosed intervals (years) and the seroconversion e...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>Unadjusted prevalence (α) represents estimates for each replicate (3 per pathogen, 12 estimates t...
(a) For a single infection, the blue and green areas are the 95% credible intervals for the viral lo...
<p>Model fits to reported HIV and AIDS cases. Panel A) annual HIV diagnoses separated into infection...
(A) Proportion of infected travellers detected relative to infection time, in a scenario with incide...
Only one combination of parameters (i.e. run) per transmission intensity (i.e. run 12, 36, and 60 fo...
The generation interval is the interval between the time that an individual is infected by an infect...
Only one combination of parameters (i.e. run) per transmission intensity (i.e. run 12, 36, and 60 fo...
<p>(A) Actual (blue) and estimated (red) cumulative HIV diagnoses in DMA MSM. (B) Estimated incidenc...
The interval between successive cases of an infectious disease is determined by the time from infect...
Mathematical modeling of infectious disease transmission dynamics can never represent all features o...
The incidence of AIDS virus infections over time among gay men in San Francisco is nonparametrically...
The interval between successive cases of an infectious disease is determined by the time from infect...
<p>A) percentage of infected patients remaining undiagnosed (solid line, dashed lines show 95% confi...
<p>A) Temporal variation of the proportion of undiagnosed intervals (years) and the seroconversion e...
<p>For each network model, shown are the mean (with 95% confidence intervals) over 100 simulated net...
<p>Unadjusted prevalence (α) represents estimates for each replicate (3 per pathogen, 12 estimates t...
(a) For a single infection, the blue and green areas are the 95% credible intervals for the viral lo...
<p>Model fits to reported HIV and AIDS cases. Panel A) annual HIV diagnoses separated into infection...
(A) Proportion of infected travellers detected relative to infection time, in a scenario with incide...
Only one combination of parameters (i.e. run) per transmission intensity (i.e. run 12, 36, and 60 fo...
The generation interval is the interval between the time that an individual is infected by an infect...
Only one combination of parameters (i.e. run) per transmission intensity (i.e. run 12, 36, and 60 fo...
<p>(A) Actual (blue) and estimated (red) cumulative HIV diagnoses in DMA MSM. (B) Estimated incidenc...
The interval between successive cases of an infectious disease is determined by the time from infect...
Mathematical modeling of infectious disease transmission dynamics can never represent all features o...
The incidence of AIDS virus infections over time among gay men in San Francisco is nonparametrically...
The interval between successive cases of an infectious disease is determined by the time from infect...