<p>Flow diagram of the mathematical model for HIV transmission amongst men who have sex with men (MSM) in Switzerland (adapted from <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0044819#pone.0044819-Bezemer2" target="_blank">[20]</a>). The model describes progression through different stages of untreated and treated HIV infection. Arrows represent the flow between compartments at rates denoted by Greek letters. Parameter values are given in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0044819#pone.0044819.s001" target="_blank">Table S1</a>.</p
<p>B represents the rate at which MSM enter into the HIV susceptible class (S). MSM infect HIV at a ...
Model compartments are indicated by boxed letters and transitions between compartments are shown by ...
<p>(A) In the dynamical model, the population is divided into four different activity classes based ...
<p>Simulated population is stratified in compartments by gender as men (subscript m) or women (subsc...
<p>Top: A flow diagram describing the mathematical model fitted to surveillance time series and the ...
<p>The boxes represent the model compartments. The arrows represent the flows (or transitions) betwe...
<p>This figure shows a graphical representation of the model pathways. The model has a layer for eac...
<p>Flow-chart depicting the basic structure of the used pair-based HIV model.</p
<p>Model diagram indicating the dynamics of HIV-1, HSV-2, and epithelial and immune cell dynamics th...
<p>The top row of compartments show uninfected MSM who are <b>S</b>usceptible to HIV infection. They...
<p>The transmission model uses the posterior distribution from the IPM on the number of new infectio...
<p>Model diagrams of (A) TB transmission dynamics and (B) HIV transmission dynamics. Although depict...
<p><b>(A)</b> Diagrammatic representation of the model described by <a href="http://www.ploscompbiol...
<p>The flow between epidemiological classes for the transmission dynamics of FGS and HIV. Individual...
The transmission model divides the population into 9 states (Treated High Risk, Treated Low Risk, Ch...
<p>B represents the rate at which MSM enter into the HIV susceptible class (S). MSM infect HIV at a ...
Model compartments are indicated by boxed letters and transitions between compartments are shown by ...
<p>(A) In the dynamical model, the population is divided into four different activity classes based ...
<p>Simulated population is stratified in compartments by gender as men (subscript m) or women (subsc...
<p>Top: A flow diagram describing the mathematical model fitted to surveillance time series and the ...
<p>The boxes represent the model compartments. The arrows represent the flows (or transitions) betwe...
<p>This figure shows a graphical representation of the model pathways. The model has a layer for eac...
<p>Flow-chart depicting the basic structure of the used pair-based HIV model.</p
<p>Model diagram indicating the dynamics of HIV-1, HSV-2, and epithelial and immune cell dynamics th...
<p>The top row of compartments show uninfected MSM who are <b>S</b>usceptible to HIV infection. They...
<p>The transmission model uses the posterior distribution from the IPM on the number of new infectio...
<p>Model diagrams of (A) TB transmission dynamics and (B) HIV transmission dynamics. Although depict...
<p><b>(A)</b> Diagrammatic representation of the model described by <a href="http://www.ploscompbiol...
<p>The flow between epidemiological classes for the transmission dynamics of FGS and HIV. Individual...
The transmission model divides the population into 9 states (Treated High Risk, Treated Low Risk, Ch...
<p>B represents the rate at which MSM enter into the HIV susceptible class (S). MSM infect HIV at a ...
Model compartments are indicated by boxed letters and transitions between compartments are shown by ...
<p>(A) In the dynamical model, the population is divided into four different activity classes based ...