Headlines


February 1, 2012
Our article The Use of Twitter to Track Levels of Disease Activity and Public Concern in the U.S. During the Influenza A H1N1 Pandemic has won the Robert Wood Johnson’s Foundation Most Influential Research Articles of 2011.


March 4, 2011
Check out our new PLoS One article on Twitter and the H1N1 pandemic.


April 21, 2011
A new iScrub article on Infection Control Today (ICT)! iScrub Phone App Pilot Project Boost Hand Hygiene Compliance


April 4, 2011
iScrub in the news! New iPhone application improved hand hygiene compliance


April 1, 2011
CompEpi presented some new research at the 21st Annual Scientific Meeting of the Society for Healthcare Epidemiology of America (SHEA 2011) in Dallas, Texas. Read more


December 1, 2010
Our group was well-represented at the International Society for Disease Surveillance (ISDS 2010) in Park City, Utah. Read more


May 4, 2010
Do health care professionals perform hand hygiene? We’ve got an app for that! Read the press release.


March 17, 2010
The Fifth Decennial International Conference on Healthcare Associated Infections advance press release features CompEpi research.


November 5, 2009
CompEpi graduate students Jason Fries, Donald Curtis, and Chris Hlady were winners in the Faculty/Staff/Graduate Assistant Business Plan Competition, hosted by the UI Business College’s John Pappajohn Entrepreneurial Center, where they pitched the next generation iScrub system.


September 9, 2009
iScrub, our new iPhone/iPod Touch application for infection control professionals, is now available online at the Apple iTunes store.


June 18, 2009
Try our Maximal Coverage Calculator for near-optimal placement of sentinel surveillence sites.


More news…

Wireless Applications for Hospital Epidemiology
T. Herman, S. Pemmaraju, A.M. Segre, P.M. Polgreen, D.E. Curtis, J. Fries, C. Hlady, M. Severson
1st ACM International Workshop on Medical-Grade Wireless Networks (WiMD 2009), (May 2009).

Abstract: Nosocomial (i.e., hospital-acquired) infections are a major cause of morbidity and mortality in the United States and throughout the world. Therefore, understanding, mediating, and limiting conta- gious infections are important problems, even in clinical settings. Contact networks of healthcare workers and patients provides a ve- hicle for modeling the spread of infection, enabling analytical and simulation-based studies. The contact network models are based on geographic maps of hospitals and records of social contact between health care workers and patients. Wireless technology can help in both, geolocating healthcare workers and patients in a hospital and in capturing a record of physical proximity among these agents. As a step towards this goal we have implemented a low-cost wireless system to instrument hand-hygiene events; this system can track the use of hand hygiene dispensers before healthcare workers enter or exit patient rooms.

Download Paper (PDF)