<p>From top left to bottom right, row-wise: control, 2 µg/l, 5 µg/l, 10 µg/l, 20 µg/l, 40 µg/l, resp. (d = 1, m = 3, C = 1).</p
Proportions used for simulations of population in each Rel-Mot†subgroup and method of abuse.</p
<p>The simulation setup is described in Section 3.3. F denotes the start of each algorithm where all...
<p>Proportion of simulations that reach extinction after 3 simulated years when males are released w...
<p>From top to bottom: control, 2 µg/l, 5 µg/l, 10 µg/l, 20 µg/l, 40 µg/l, resp.</p
<p>Each surface is constructed from 250 data points, stemming from population separations of populat...
<p>Accuracy is shown as a function of subpopulation proportion (range: 0.1–1.2%; n = 15) at a mean d...
<p>From top left to bottom right, row-wise: control, 2 µg/l, 5 µg/l, 10 µg/l, 20 µg/l, 40 µg/l.</p
The players in X, Y and Z, are depicted as straiht, dashed and dotted lines in the figures. Each row...
<p>For simulation with n = 15, d<sub>1</sub> = 1, and d<sub>2</sub> = 7, (A) average proportion of c...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>Simulations are iterated 6,250 times. Parameters are <i>d</i><sub>2</sub> = <i>d</i><sub>3</sub> ...
<p>Simulated population for example 2: distribution by stratum, and target sample size by stratum fo...
<p>This applies to both peak 0 (high, narrow peak) and peak 1 (lower, flatter peak). (with being p...
<p>Left: 5% initially infected, chosen randomly from the population. Right: 5% initially infected, c...
<p>The top, middle, and bottom graph show copy number, <b>X</b>, elimination coefficient, <b>E</b>, ...
Proportions used for simulations of population in each Rel-Mot†subgroup and method of abuse.</p
<p>The simulation setup is described in Section 3.3. F denotes the start of each algorithm where all...
<p>Proportion of simulations that reach extinction after 3 simulated years when males are released w...
<p>From top to bottom: control, 2 µg/l, 5 µg/l, 10 µg/l, 20 µg/l, 40 µg/l, resp.</p
<p>Each surface is constructed from 250 data points, stemming from population separations of populat...
<p>Accuracy is shown as a function of subpopulation proportion (range: 0.1–1.2%; n = 15) at a mean d...
<p>From top left to bottom right, row-wise: control, 2 µg/l, 5 µg/l, 10 µg/l, 20 µg/l, 40 µg/l.</p
The players in X, Y and Z, are depicted as straiht, dashed and dotted lines in the figures. Each row...
<p>For simulation with n = 15, d<sub>1</sub> = 1, and d<sub>2</sub> = 7, (A) average proportion of c...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>Simulations are iterated 6,250 times. Parameters are <i>d</i><sub>2</sub> = <i>d</i><sub>3</sub> ...
<p>Simulated population for example 2: distribution by stratum, and target sample size by stratum fo...
<p>This applies to both peak 0 (high, narrow peak) and peak 1 (lower, flatter peak). (with being p...
<p>Left: 5% initially infected, chosen randomly from the population. Right: 5% initially infected, c...
<p>The top, middle, and bottom graph show copy number, <b>X</b>, elimination coefficient, <b>E</b>, ...
Proportions used for simulations of population in each Rel-Mot†subgroup and method of abuse.</p
<p>The simulation setup is described in Section 3.3. F denotes the start of each algorithm where all...
<p>Proportion of simulations that reach extinction after 3 simulated years when males are released w...
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