Follow us...

 

Search News Archives

Monthly Newsletter

 

Lab Bulletin May Newsletter

view the latest issue

Subscribe

News Channels

 

New Laboratory Products

 

Lab News

 

Microscopy & Image Analysis

 

Separation Science

 

Research & Case Studies

 

Literature

 

Videos

 

Events | Webinars

 

 

 

Conferences | Events

Reducing the C. diff burden at Gloucestershire Hospitals

Clostridium-difficileCases of Clostridium difficile infection have been successfully reduced at a Hospitals Trust in Gloucestershire following the introduction of measures that includes hydrogen peroxide vapour bio-decontamination. Clostridium difficile is the leading cause of hospital-acquired diarrhoeal disease in the UK. Controlling its incidence in hospitals is a key target for the government and healthcare professionals.

Three years ago, Gloucestershire Hospitals implemented a series of infection control procedures ranging from the introduction of cohort wards, antibiotic control and empirical treatment for suspected C. diff infection cases, to Bioquell's hydrogen peroxide vapour (HPV) bio-decontamination. As a result of these measures, the Trust achieved a 65% reduction in C. diff infection rates.

Last year, just 267 cases were recorded, compared to 771 C. diff infection cases reported in 2007. Significant reductions were achieved almost immediately (518 cases in 2008 and 302 cases in 2009) demonstrating the effectiveness of a coordinated approach.

Over the three-year period, 2,763 areas were decontaminated using HPV within the hospital. HPV is a highly effective treatment that can clear the rooms of all biological contamination, providing a clean environment for patient re-admission. Typical cycle treatment times vary by room size. At Gloucestershire Royal Hospital, an average size single occupancy room took approximately 2 hours to decontaminate. Larger multi-occupancy bays took on average 4 hours to decontaminate after which patients could be re-admitted.

C. diff endospores are usually highly resistant to decontamination and can survive for months on surfaces such as taps, sinks, bed rails, light switches and tables, creating a reservoir of infection. C. diff can then be either directly transferred to patients via the environment or indirectly transferred to patients via the hands of healthcare workers. The HPV process ensures complete surface sterilisation as the vapour penetrates throughout the room. It is also highly effective against endospores, breaking down cellular structures and the internal cell contents.

Commenting on the success, Deputy Nursing Director Paul Garrett said: "HPV technology has played an important part in helping to reduce C. diff infection as part of an overall bundle of interventions. The approach helps to decontaminate hard-to-clean medical equipment, such as monitors, due to the vapour process. The Bioquell system has now been successfully integrated into the daily operations of our hospitals."

For more information visit www.bioquell.com


If you have not logged into the website then please enter your details below.



 

 

Popular this Month...

Our Top 10 most popular articles this month

 

Today's Picks...

 

 


 

Looking for a Supplier?

Search by company or by product

 


Company Name:

Product:


 

 

Please note Lab Bulletin does not sell, supply any of the products featured on this website. If you have an enquiry, please use the contact form below the article or company profile and we will send your request to the supplier so that they can contact you directly.

Lab Bulletin is published by newleaf marketing communications ltd

 


Promotions

 

Media Partners