Greenville News

Probe of Greenville deadly infections focuses on water

Federal officials are focusing on water as the potential source of the bacteria that infected 15 patients at Greenville Memorial Hospital and may have contributed to three deaths


Federal officials are focusing on water as the potential source of the bacteria that infected 15 patients at South Carolina's Greenville Memorial Hospital and may have contributed to three deaths, according to an article on the Greenville Online website.

The infection, atypical Mycobacterium abscessus, is part of the normal environment, like soil and dust. It’s also often found in water supplies.

While preliminary evidence focused on ice from a filtered-water ice machine that is used to cool-stop the heart without damaging heart tissue, it was subsequently ruled out as a potential source. 

Nonetheless, the machine was removed from use on May 21. Additional equipment used for cardiac surgery was also removed as of June 6 as information developed.

Most of the affected patients at Greenville had undergone cardiac surgery, while two had abdominal surgery and one a neurological operation.

Read the article.

 

 



July 17, 2014


Topic Area: Safety


Recent Posts

Optimizing the Engineering Design of Ambulatory Care Facilities

Designing cost-effective engineering systems is not about minimizing investment but about investing strategically.


Construction Completed on Washington Health Urgent Care Facility in California

The design team maximized the existing footprint to accommodate five exam rooms, a dedicated procedure room and an X-ray room.


OhioHealth Pickerington Methodist Hospital Begins Expansion Project

It includes an expansion of the emergency department (ED) and an additional inpatient unit.


IAQ and Infection Mitigation: Plans Into Actions

To support quality patient care and ensure compliance, managers must stay ahead of environmental and IAQ risks.


Case Study: How NYU Langone Rebuilt for Resilience After Superstorm Sandy

Although the damage was severe, it provided a valuable opportunity for NYU Langone to assess structural vulnerabilities and increase facility resilience.


 
 


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.

 
 
 
 

Healthcare Facilities Today membership includes free email newsletters from our facility-industry brands.

Facebook   Twitter   LinkedIn   Posts

Copyright © 2023 TradePress. All rights reserved.