<p>, , and are the variables describing uninfected cells, infected cells, and infectious virus. Uninfected cells become infected at rate , infected cells produce virus at rate and die at rate . Virus decays at rate . Solid lines indicate physical flows, dashed lines indicate interactions.</p
<p>By convention, each compartment is characterised by the density of susceptible , exposed , infect...
<p>We model interactions between and within three compartments: the latent reservoir, productively i...
<p>of model parameters relating to virion dynamics and dynamics of productively infected cells.</p
<p>, and are the variables describing susceptible hosts, infected hosts, and pathogen (i.e. virus)...
HPV virions, V, only infect uninfected basal cells, Ub, to become basal infected cells, Ib. Since HP...
<p>Populations are represented by shapes: CD4+ T cells by pyramids, CD8+ T cells by inverted pyramid...
<p>The filled ellipse represents host species A (the major host), and the filled rectangle represent...
<p>The graphs show the number of escape mutations (purple, top), the number of deleterious mutations...
<p>Flow diagrams for a disease with several infected stages. When a disease progresses through sever...
<p>Rounded rectangles correspond to compartments and ellipses to factors influencing the transition ...
<p>(A) each cell lives in the “Normal” state until a HIV virus infects it. An “Infected” cell doesn'...
Model compartments are indicated by boxed letters and transitions between compartments are shown by ...
<p>Here, uninfected cells are represented by white circles, infected cell by shaded circles, and vir...
<p>The upper part of the figure models the flow of individual compartments. The transfer rate from s...
<p>Model diagram indicating the dynamics of HIV-1, HSV-2, and epithelial and immune cell dynamics th...
<p>By convention, each compartment is characterised by the density of susceptible , exposed , infect...
<p>We model interactions between and within three compartments: the latent reservoir, productively i...
<p>of model parameters relating to virion dynamics and dynamics of productively infected cells.</p
<p>, and are the variables describing susceptible hosts, infected hosts, and pathogen (i.e. virus)...
HPV virions, V, only infect uninfected basal cells, Ub, to become basal infected cells, Ib. Since HP...
<p>Populations are represented by shapes: CD4+ T cells by pyramids, CD8+ T cells by inverted pyramid...
<p>The filled ellipse represents host species A (the major host), and the filled rectangle represent...
<p>The graphs show the number of escape mutations (purple, top), the number of deleterious mutations...
<p>Flow diagrams for a disease with several infected stages. When a disease progresses through sever...
<p>Rounded rectangles correspond to compartments and ellipses to factors influencing the transition ...
<p>(A) each cell lives in the “Normal” state until a HIV virus infects it. An “Infected” cell doesn'...
Model compartments are indicated by boxed letters and transitions between compartments are shown by ...
<p>Here, uninfected cells are represented by white circles, infected cell by shaded circles, and vir...
<p>The upper part of the figure models the flow of individual compartments. The transfer rate from s...
<p>Model diagram indicating the dynamics of HIV-1, HSV-2, and epithelial and immune cell dynamics th...
<p>By convention, each compartment is characterised by the density of susceptible , exposed , infect...
<p>We model interactions between and within three compartments: the latent reservoir, productively i...
<p>of model parameters relating to virion dynamics and dynamics of productively infected cells.</p
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