<p>The figure shows the effectiveness of and vs. the relative transmissibility. For any value of , is more effective than at avoiding the spread of resistance in the population (black diamond vs. black dashed curves). However, is more efficacious at reducing the overall epidemic (blue dashed vs. blue diamond). Solid line corresponds to . Other parameters: </p
<p>In (a), outbreak risk (red, left axis) and impact (black, right axis) are plotted with respect to...
<p>Fraction of recovered individuals vs the transmissibility in the steady state of the SIR model. T...
<p> is fixed, and (left to right). Gray-black regions are dominated by the resistant strain. As tre...
<p>( as asterisks and as diamonds) Vertical dashed lines represent ; higher , lower . Note that is...
<p>The expected final outbreak size (solid line) and CV in the final outbreak size (dashed line) are...
These relationships are shown for three different values of the parameter p that specifies the propo...
<p>Panel <b>a</b> shows the final size for wild-type, resistant and both infections as a function of...
<p>Prevalences and are depicted in black and in red, for two different treatment recovery benefit...
<p>Epidemic severity with different transmissivities in one-sided (left) and two-sided (right) risk ...
<p>Transmission of the disease is altered to reflect the impact of the size of the at-risk populatio...
<p>The solid lines are repeated from <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/j...
<p>Smaller leads to more abrupt transitions from wild-type to resistant strains. Larger renders i...
<p>Epidemic severity with different boosted transmissivities in one-sided (left) and two-sided (righ...
We plot these reproduction numbers as a function of the relative importance of the good contagion α ...
<p>The dashed lines distinguish the models according the assumptions that are made about whether an...
<p>In (a), outbreak risk (red, left axis) and impact (black, right axis) are plotted with respect to...
<p>Fraction of recovered individuals vs the transmissibility in the steady state of the SIR model. T...
<p> is fixed, and (left to right). Gray-black regions are dominated by the resistant strain. As tre...
<p>( as asterisks and as diamonds) Vertical dashed lines represent ; higher , lower . Note that is...
<p>The expected final outbreak size (solid line) and CV in the final outbreak size (dashed line) are...
These relationships are shown for three different values of the parameter p that specifies the propo...
<p>Panel <b>a</b> shows the final size for wild-type, resistant and both infections as a function of...
<p>Prevalences and are depicted in black and in red, for two different treatment recovery benefit...
<p>Epidemic severity with different transmissivities in one-sided (left) and two-sided (right) risk ...
<p>Transmission of the disease is altered to reflect the impact of the size of the at-risk populatio...
<p>The solid lines are repeated from <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/j...
<p>Smaller leads to more abrupt transitions from wild-type to resistant strains. Larger renders i...
<p>Epidemic severity with different boosted transmissivities in one-sided (left) and two-sided (righ...
We plot these reproduction numbers as a function of the relative importance of the good contagion α ...
<p>The dashed lines distinguish the models according the assumptions that are made about whether an...
<p>In (a), outbreak risk (red, left axis) and impact (black, right axis) are plotted with respect to...
<p>Fraction of recovered individuals vs the transmissibility in the steady state of the SIR model. T...
<p> is fixed, and (left to right). Gray-black regions are dominated by the resistant strain. As tre...