Study shows coordinated effort can reduce CRE 75 percent

Johns Hopkins reports that regional coordination among hospitals helps reduce HAIs


A study by Johns Hopkins Bloomberg School of Public Health in Baltimore shows that a coordinated regional effort among hospitals can reduce carbapenem-resistant Enterobacteriaceae (CRE) infections by more than 75% in healthcare facilities, according to an article on the Health Facilities Management website.

Researchers found that without increased infection control efforts, CRE would become endemic in some areas' healthcare facilities within 10 years. 

However, implementing interventions from the Centers for Disease Control and Prevention’s CRE toolkit could cut its spread in half.

The coordinated approach described in the study involved all healthcare facilities in a region sharing CRE test results with each other and a central authority.

Read the article.

 

 

 



September 2, 2016


Topic Area: Infection Control


Recent Posts

Rethinking Carpeting's Role in Senior Care Facilities

New research from the Carpet and Rug Institute finds that carpet supports healthier indoor environments.


Parkview Health Breaks Ground on New Hospital in West Lafayette, IN

The hospital is scheduled to open in June 2028.


Loma Linda University Health Experiences Data Breach via AI Tool

A file containing limited patient information was inadvertently uploaded to an external artificial intelligence (AI) platform.


Inside One of Healthcare's Most Ambitious Hospital Projects 

When someone faces a serious medical condition, having access to world-class care close to home can make all the difference. 


Turning Condensate Loss into a Systemwide Steam Efficiency Opportunity

Case study: How APM Steam helped Atrium Health Cabarrus uncover hidden steam system inefficiencies and build an actionable repair plan with a projected $144,949 in annual energy savings.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.