Publication date
February 2013
DOIAbstract
<p>Representative time series. Initial condition: , . Left column: 100 realizations that lead to infection. Right Column: 100 realizations that lead to extinction.</p
<p>Representative time series. Initial condition: , . Left column: 100 realizations that lead to infection. Right Column: 100 realizations that lead to extinction.</p
The various conditions and parameter values for each cell type, where n indicates the number of cell...
<p>Each plot shows the speciation rate (dashed) and the extinction rate (dotted) over time, as well ...
In the model, the transmission rate increases linearly over time, resulting in a critical transition...
<p>Representative time series. Initial condition: , . Left column: 100 realizations that lead to inf...
<p>Initial conditions: . Top left: versus for a realization that leads to infection. Top right: v...
<p>Top Left: Conditional Distribution of times until an infection begun with a single virion goes ex...
<p>Initial conditions: . Top left: versus for a realization that leads to infection. Top right: v...
<p>Dashed lines: burst model. Solid lines: continuous production model. Black dashed (solid) lines: ...
<p>The straight gray lines show the actual emergence timing, and the dashed line shows the timing wh...
<p>Top Left: Distribution of times until an infection begun with a single virion goes extinct. The c...
<p>(A) different values for the half-life of replication complexes (ln 2/ρ), and (B) the emergence o...
Model 1—Infection hazard rate after chemotherapy completion (training dataset).</p
<p>Panel A shows the average time to extinction as a function of the per-contact transmission probab...
<p>Time-series separated into baseline (grey line) and outbreaks (darker/red lines) for selected org...
<p>The x-axis gives the time since the beginning of the epidemic, or equivalently, the threshold TMR...
The various conditions and parameter values for each cell type, where n indicates the number of cell...
<p>Each plot shows the speciation rate (dashed) and the extinction rate (dotted) over time, as well ...
In the model, the transmission rate increases linearly over time, resulting in a critical transition...
<p>Representative time series. Initial condition: , . Left column: 100 realizations that lead to inf...
<p>Initial conditions: . Top left: versus for a realization that leads to infection. Top right: v...
<p>Top Left: Conditional Distribution of times until an infection begun with a single virion goes ex...
<p>Initial conditions: . Top left: versus for a realization that leads to infection. Top right: v...
<p>Dashed lines: burst model. Solid lines: continuous production model. Black dashed (solid) lines: ...
<p>The straight gray lines show the actual emergence timing, and the dashed line shows the timing wh...
<p>Top Left: Distribution of times until an infection begun with a single virion goes extinct. The c...
<p>(A) different values for the half-life of replication complexes (ln 2/ρ), and (B) the emergence o...
Model 1—Infection hazard rate after chemotherapy completion (training dataset).</p
<p>Panel A shows the average time to extinction as a function of the per-contact transmission probab...
<p>Time-series separated into baseline (grey line) and outbreaks (darker/red lines) for selected org...
<p>The x-axis gives the time since the beginning of the epidemic, or equivalently, the threshold TMR...
The various conditions and parameter values for each cell type, where n indicates the number of cell...
<p>Each plot shows the speciation rate (dashed) and the extinction rate (dotted) over time, as well ...
In the model, the transmission rate increases linearly over time, resulting in a critical transition...
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