Infection trajectories for all strands in batch 2.01, categorized into SEIR (top left), SIR (top right), SEI (bottom left), and SI (bottom right). The solid curves show the five day moving average of the medians categorized into three maximal infection distances.</p
<p>(a)-(c) show the populations of infectious livestock and (d)-(f) simulate the populations of infe...
<p>We vary the parameters movement, <i>m</i> (Y-axis, 0–1) and transmission, <b><i>τ</i></b>. (X-axi...
<p>The prevalence in case of SI epidemics for HET and HOM contact patterns with (blue curves) and ...
Infection trends over 5 days for strands in batch 1.06, categorized by 3 maximal infection distance ...
Two epidemic trajectories of an SEIR-type Safe Blues strand with mean infection period 10 days (left...
Our method is capable of fitting different disease dynamics in different regions including infection...
<p>(A,D,G,J): DENV viremia since time of infection for different infection classes and pre-exposure ...
<p>Ensemble fits of each strain for lung pathogen (<i>P</i><sub><i>L</i></sub>), blood pathogen (<i>...
<p>Ensemble fits of each strain for lung pathogen (<i>P</i><sub><i>L</i></sub>), blood pathogen (<i>...
<p>Epidemic curve of infections with the outbreak strain of STEC O157, by date of onset.</p
<p>(A) Postponing the date of imported case in 2014; (B) advancing the date of imported case in 2013...
<p>Behavior of the epidemic curves for humans, considering different configurations of human mobilit...
<p>Ensemble fits of each strain for lung pathogen (<i>P</i><sub><i>L</i></sub>), blood pathogen (<i>...
Our method is capable of obtaining distributions of disease parameters which reproduce true data clo...
<p>We initialize the disease by infecting 10 individuals from each specific airport (see inset), and...
<p>(a)-(c) show the populations of infectious livestock and (d)-(f) simulate the populations of infe...
<p>We vary the parameters movement, <i>m</i> (Y-axis, 0–1) and transmission, <b><i>τ</i></b>. (X-axi...
<p>The prevalence in case of SI epidemics for HET and HOM contact patterns with (blue curves) and ...
Infection trends over 5 days for strands in batch 1.06, categorized by 3 maximal infection distance ...
Two epidemic trajectories of an SEIR-type Safe Blues strand with mean infection period 10 days (left...
Our method is capable of fitting different disease dynamics in different regions including infection...
<p>(A,D,G,J): DENV viremia since time of infection for different infection classes and pre-exposure ...
<p>Ensemble fits of each strain for lung pathogen (<i>P</i><sub><i>L</i></sub>), blood pathogen (<i>...
<p>Ensemble fits of each strain for lung pathogen (<i>P</i><sub><i>L</i></sub>), blood pathogen (<i>...
<p>Epidemic curve of infections with the outbreak strain of STEC O157, by date of onset.</p
<p>(A) Postponing the date of imported case in 2014; (B) advancing the date of imported case in 2013...
<p>Behavior of the epidemic curves for humans, considering different configurations of human mobilit...
<p>Ensemble fits of each strain for lung pathogen (<i>P</i><sub><i>L</i></sub>), blood pathogen (<i>...
Our method is capable of obtaining distributions of disease parameters which reproduce true data clo...
<p>We initialize the disease by infecting 10 individuals from each specific airport (see inset), and...
<p>(a)-(c) show the populations of infectious livestock and (d)-(f) simulate the populations of infe...
<p>We vary the parameters movement, <i>m</i> (Y-axis, 0–1) and transmission, <b><i>τ</i></b>. (X-axi...
<p>The prevalence in case of SI epidemics for HET and HOM contact patterns with (blue curves) and ...