The most effective target for automated influenza surveillance systems is not known. In this work, we simulated a prospective surveillance system operating on authentic historical series of daily casecounts. We determined how long the system would take to detect an injected outbreak of synthetic cases. For influenza epidemics where >/= 5% of cases develop pneumonia, we found shorter outbreak detection delays when surveillance targeted only patients with pneumonia rather than all patients with acute respiratory infections
AbstractSyndromic surveillance is a novel automated approach to monitoring influenza activity, but t...
In the United States it is currently unknown whether the influenza surveillance system is capable of...
Information about disease severity could help with both detection and situational awareness during o...
To determine if influenza surveillance should target all patients with acute respiratory infections ...
<div><p>Backgrounds</p><p>Electronic medical records (EMR) form a rich repository of information tha...
A case detection algorithm (CDA) originally designed for automated surveillance of acute respiratory...
Electronic medical records (EMR) form a rich repository of information that could benefit public hea...
Electronic medical records (EMR) form a rich repository of information that could benefit public hea...
Electronic medical records (EMR) form a rich repository of information that could benefit public hea...
dissertationInfluenza causes considerable morbidity and mortality each year. Surveillance efforts i...
Studies seeking to estimate the burden of influenza among hospitalized adults often use case definit...
Studies seeking to estimate the burden of influenza among hospitalized adults often use case definit...
<div><p>Background</p><p>Studies seeking to estimate the burden of influenza among hospitalized adul...
BACKGROUNDS: Electronic medical records (EMR) form a rich repository of information that could benef...
BackgroundTimely information about disease severity can be central to the detection and management o...
AbstractSyndromic surveillance is a novel automated approach to monitoring influenza activity, but t...
In the United States it is currently unknown whether the influenza surveillance system is capable of...
Information about disease severity could help with both detection and situational awareness during o...
To determine if influenza surveillance should target all patients with acute respiratory infections ...
<div><p>Backgrounds</p><p>Electronic medical records (EMR) form a rich repository of information tha...
A case detection algorithm (CDA) originally designed for automated surveillance of acute respiratory...
Electronic medical records (EMR) form a rich repository of information that could benefit public hea...
Electronic medical records (EMR) form a rich repository of information that could benefit public hea...
Electronic medical records (EMR) form a rich repository of information that could benefit public hea...
dissertationInfluenza causes considerable morbidity and mortality each year. Surveillance efforts i...
Studies seeking to estimate the burden of influenza among hospitalized adults often use case definit...
Studies seeking to estimate the burden of influenza among hospitalized adults often use case definit...
<div><p>Background</p><p>Studies seeking to estimate the burden of influenza among hospitalized adul...
BACKGROUNDS: Electronic medical records (EMR) form a rich repository of information that could benef...
BackgroundTimely information about disease severity can be central to the detection and management o...
AbstractSyndromic surveillance is a novel automated approach to monitoring influenza activity, but t...
In the United States it is currently unknown whether the influenza surveillance system is capable of...
Information about disease severity could help with both detection and situational awareness during o...