<p>The fraction of patients in the hospital colonized, colonized with a resistant strain (R), colonized with a non-resistant strain (NR) and colonized with both resistant and non-resistant strains (R+NR), at the end of each day, averaged over 500 simulations.</p
<p>The invader virus had equal (A, C) or 25% greater (B, D) transmission rate compared with the resi...
<p>N = number of acummulated infections. Percentage of reduction relative to Status Quo scenario.</p...
<p>The simulations systematically <i>R<sub>c</sub></i> for probabilities of 0.02 (short dash), 0.1 (...
<p>Left: 5% initially infected, chosen randomly from the population. Right: 5% initially infected, c...
<p>Black and grey bars give the prevalence of infectious () and recovered () humans, respectively. N...
<p>Black and grey bars give the prevalence of infectious () and recovered () humans, respectively. N...
<p>Points correspond to the mean over 10<sup>4</sup> simulations, error-bars correspond to the 95% c...
Systematic testing strategies (■, ➕) prevent more infections than random strategies (●, ▲) across al...
<p>Prevalence of resistance in the hospital for hospitals of different sizes linked to a subdivided ...
<p>Points correspond to the mean over 10<sup>4</sup> simulations, error-bars correspond to the 95% c...
<p>The disease parameters are , . Results of simulations having initial infections chosen with proba...
<p>Each distribution is based on 5000 realizations of a stochastic implementation of the model. (a) ...
<p>*Aggregated over 1000 random subsets of treated nodes.</p>†<p>The ratio of the median number of p...
<p>Number of positive exams, total number of exams, infection prevalence, and infection incidence ar...
<p>The upper graphs denote the hospital-wide MRSA prevalence for different values of the isolation e...
<p>The invader virus had equal (A, C) or 25% greater (B, D) transmission rate compared with the resi...
<p>N = number of acummulated infections. Percentage of reduction relative to Status Quo scenario.</p...
<p>The simulations systematically <i>R<sub>c</sub></i> for probabilities of 0.02 (short dash), 0.1 (...
<p>Left: 5% initially infected, chosen randomly from the population. Right: 5% initially infected, c...
<p>Black and grey bars give the prevalence of infectious () and recovered () humans, respectively. N...
<p>Black and grey bars give the prevalence of infectious () and recovered () humans, respectively. N...
<p>Points correspond to the mean over 10<sup>4</sup> simulations, error-bars correspond to the 95% c...
Systematic testing strategies (■, ➕) prevent more infections than random strategies (●, ▲) across al...
<p>Prevalence of resistance in the hospital for hospitals of different sizes linked to a subdivided ...
<p>Points correspond to the mean over 10<sup>4</sup> simulations, error-bars correspond to the 95% c...
<p>The disease parameters are , . Results of simulations having initial infections chosen with proba...
<p>Each distribution is based on 5000 realizations of a stochastic implementation of the model. (a) ...
<p>*Aggregated over 1000 random subsets of treated nodes.</p>†<p>The ratio of the median number of p...
<p>Number of positive exams, total number of exams, infection prevalence, and infection incidence ar...
<p>The upper graphs denote the hospital-wide MRSA prevalence for different values of the isolation e...
<p>The invader virus had equal (A, C) or 25% greater (B, D) transmission rate compared with the resi...
<p>N = number of acummulated infections. Percentage of reduction relative to Status Quo scenario.</p...
<p>The simulations systematically <i>R<sub>c</sub></i> for probabilities of 0.02 (short dash), 0.1 (...