<p>Boxes represent the proportions of the modeled population that are susceptible to infection, latently infected with <i>M. tuberculosis</i>, in active TB disease, under treatment, or cured. Arrows represent the transitions between various states, including up to four sequential phases of treatment. Rates of transition are described in the <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0096389#s2" target="_blank">Methods</a> section and <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0096389#pone.0096389.s001" target="_blank">Appendix S1</a>.</p
<p>This figure illustrates our individual-based simulation model, following a hypothetical populatio...
<p>Model schematic: individuals are born healthy and may subsequently acquire latent TB (non-MDR or ...
A tuberculosis model which incorporates treatment of infectives and chemoprophylaxis is presented. T...
<p>Boxes represent health states, arrows represent population flow between health states, red arrows...
<p>Simplified diagram of the health states and transitions in our model. Screening and diagnostic al...
The square boxes represent classification of the general population into six mutually exclusive subp...
<p>Boxes represent compartments in the model, and arrows represent rates of flow, which are modeled ...
<p>Susceptible hosts (S) are born at rate with birth rate saturating at high population density, <i...
<p>The model diagram shows how an individual suspected of having TB progresses through diagnostic ev...
This project analyses the tuberculosis (TB) epidemic mathematically using compartmental modelling ap...
<p>Infections are stratified by smear, drug sensitivity, HIV co-infection and history of previous tr...
<p>Upon infection with TB, susceptible individuals may progress rapidly to active TB or enter a stat...
<p>Model diagrams of (A) TB transmission dynamics and (B) HIV transmission dynamics. Although depict...
(A) In the absence of reinfection the epidemic threshold occurs at R0 = 1. (B) Bifurcation diagrams ...
The authors used epidemiologic data on tuberculosis to construct a model for the time delay from ini...
<p>This figure illustrates our individual-based simulation model, following a hypothetical populatio...
<p>Model schematic: individuals are born healthy and may subsequently acquire latent TB (non-MDR or ...
A tuberculosis model which incorporates treatment of infectives and chemoprophylaxis is presented. T...
<p>Boxes represent health states, arrows represent population flow between health states, red arrows...
<p>Simplified diagram of the health states and transitions in our model. Screening and diagnostic al...
The square boxes represent classification of the general population into six mutually exclusive subp...
<p>Boxes represent compartments in the model, and arrows represent rates of flow, which are modeled ...
<p>Susceptible hosts (S) are born at rate with birth rate saturating at high population density, <i...
<p>The model diagram shows how an individual suspected of having TB progresses through diagnostic ev...
This project analyses the tuberculosis (TB) epidemic mathematically using compartmental modelling ap...
<p>Infections are stratified by smear, drug sensitivity, HIV co-infection and history of previous tr...
<p>Upon infection with TB, susceptible individuals may progress rapidly to active TB or enter a stat...
<p>Model diagrams of (A) TB transmission dynamics and (B) HIV transmission dynamics. Although depict...
(A) In the absence of reinfection the epidemic threshold occurs at R0 = 1. (B) Bifurcation diagrams ...
The authors used epidemiologic data on tuberculosis to construct a model for the time delay from ini...
<p>This figure illustrates our individual-based simulation model, following a hypothetical populatio...
<p>Model schematic: individuals are born healthy and may subsequently acquire latent TB (non-MDR or ...
A tuberculosis model which incorporates treatment of infectives and chemoprophylaxis is presented. T...