<p>Dashed lines: burst model. Solid lines: continuous production model. Black dashed (solid) lines: burst (continuous). Red dashed (solid) lines: burst (continuous). Blue dashed (solid) lines: burst (continuous). The heavy dotted line is the limiting curve .</p
At the onset of treatment there is exactly one resistant cell in the population and treatment lasts ...
Predicted RVFV infection dynamics in mammalian cells for three different scenarios: selective genome...
<p>The observed number of cells with bacteria (blue) compared with 95% credibility intervals (red) ...
<p>Top Left: Conditional Distribution of times until an infection begun with a single virion goes ex...
<p>Top Left: Distribution of times until an infection begun with a single virion goes extinct. The c...
<p>Survival probability of an infected cell (solid) and virus production rate over the infected cell...
<p>Initial conditions: . Top left: versus for a realization that leads to infection. Top right: v...
<p>Red dots represent virulent data, blue dots represent attenuated data. The black line corresponds...
For three scenarios: (A) absence of virus-resistant cancer cells; (B) production of resistant cancer...
<p>The plot is a result of at least 10<sup>4</sup> instances of the simulations, where log<sub>10</s...
Not every exposure to virus establishes infection in the host; instead, the small amount of initial ...
<p>Numerically computed mean extinction time , (a) as a function of <i>N<sub>t</sub></i> (b) as a fu...
<p>(A) The average number of escape (solid) and deleterious (dashed) mutations at the end of the acu...
<p>For plot (A) and (B) we assume that each virion has exactly 10 trimers. For plot (A) and (C) the ...
<p>The observed number of cells with bacteria (blue) compared with 95% credibility intervals (red) ...
At the onset of treatment there is exactly one resistant cell in the population and treatment lasts ...
Predicted RVFV infection dynamics in mammalian cells for three different scenarios: selective genome...
<p>The observed number of cells with bacteria (blue) compared with 95% credibility intervals (red) ...
<p>Top Left: Conditional Distribution of times until an infection begun with a single virion goes ex...
<p>Top Left: Distribution of times until an infection begun with a single virion goes extinct. The c...
<p>Survival probability of an infected cell (solid) and virus production rate over the infected cell...
<p>Initial conditions: . Top left: versus for a realization that leads to infection. Top right: v...
<p>Red dots represent virulent data, blue dots represent attenuated data. The black line corresponds...
For three scenarios: (A) absence of virus-resistant cancer cells; (B) production of resistant cancer...
<p>The plot is a result of at least 10<sup>4</sup> instances of the simulations, where log<sub>10</s...
Not every exposure to virus establishes infection in the host; instead, the small amount of initial ...
<p>Numerically computed mean extinction time , (a) as a function of <i>N<sub>t</sub></i> (b) as a fu...
<p>(A) The average number of escape (solid) and deleterious (dashed) mutations at the end of the acu...
<p>For plot (A) and (B) we assume that each virion has exactly 10 trimers. For plot (A) and (C) the ...
<p>The observed number of cells with bacteria (blue) compared with 95% credibility intervals (red) ...
At the onset of treatment there is exactly one resistant cell in the population and treatment lasts ...
Predicted RVFV infection dynamics in mammalian cells for three different scenarios: selective genome...
<p>The observed number of cells with bacteria (blue) compared with 95% credibility intervals (red) ...
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