Clinell UV360 Significantly Reduces Clostridium difficile Incidence

October 2016

NEW YORK (October 6, 2016) – Ultraviolet C light disinfection to clean unoccupied patient rooms significantly reduced C. difficile infections (CDI) in high-risk patients who later occupied those rooms, according to a study published today in Infection Control & Hospital Epidemiology, the journal of the Society for Healthcare Epidemiology of America. The no-touch device, used after patients with CDI were discharged from the hospital, also resulted in substantial healthcare savings, estimated between $350,000 and $1.5 million annually. 

“UV light disinfection is a fast, safe, and effective technology to reduce the risk of C. difficile infection associated with the hospital environment,” said David Pegues, MD, lead author of the study and a professor of Medicine in the Perelman School of Medicine at the University of Pennsylvania.
“The success of this technology is dependent on Environmental Services employees as a critical partner in our ongoing efforts to eliminate hospital-acquired infections such as C. difficile and
to improve patient safety.”

The study was conducted in three hematology-oncology units at the Hospital of the University of Pennsylvania during a one-year period (February 2014-January 2015). Results showed that adding UV disinfection to typical disinfection protocols reduced the incidence of CDI by 25 percent among new patients in these units, compared to the prior year. At the same time, CDI rates increased 16 percent in the non-study units during this period. The team found that using the ultraviolet robot after a room cleaning by members of the Environmental Services team not only reduced the number of infections, but did so without adversely impacting room turnaround time. According to this study, room cleaning took only five minutes longer on average compared to non-study units.

“These findings have real implications for both health systems and patients. The effectiveness and efficiency of UV-C robots make it a practical and cost effective technology that will benefit hospitals around the country and save people’s lives,” said Pegues.

The technique, known as ultraviolet wavelength C germicidal irradiation, uses short-wavelength ultraviolet light to kill microorganisms. CDI is one of the most common healthcare-acquired infections in the United States and is associated with serious complications. It is resistant to many surface disinfectants and can persist on surfaces, making it an ongoing risk for transmission to patients.

While the UV disinfection device proved to be effective at reducing CDI incidence, it showed no effect on other healthcare-associated infections, such as methicillin-resistant Staphylococcus aureus (MRSA).

David Pegues, Jennifer Han, Cheryl Gilmar, Brooke McDonnell, Steven Gaynes. “Impact of Ultraviolet Germicidal Irradiation for Terminal Room Disinfection on C. difficile Infection Incidence among Hematology Oncology Patients.” Web (October 6, 2016).

IPS 2016 Quiz Me winners

October 2016

This year we had a great turn out for the Quiz Me game, thanks for coming along! The winners from each day were Karen Hawker, Kirsty Louise Morgan and Jean Robinson. Congratulations, enjoy your tablet and Amazon vouchers!img_4155

IPS 2016 #clinellcandy Twitter wall winners

October 2016

This years Twitter winners for the #clinellcandy stand were Carley Baker, Kerry Ord and Gary! They each had the best photo throughout the show! Congratulations, enjoy the chocolate hamper prize!img_4101

Sporicidal Granules for high level disinfection

October 2016

granules

New evidence shows that flooring can be a reservoir for pathogens of significance in healthcare.

Uses Peracetic Acid (PAA) Technology
PAA generating products are now considered a suitable substitute in situations where 1,000 and 10,000 ppm of chlorine are recommended.
Unique granule formulation
Easily mixed within bespoke 1L and 2.5L jugs allowing quick and easy activation, avoiding dilution errors common with chlorine tablets.
ColourActive Technology
Once active the solution turns red in colour. After 24 hours it becomes colourless, indicating it is no longer active, allowing you to always know you are using an effective solution.
granulesMore effective than chlorine
PAA has been shown to be more effective than chlorine against C. difficile and unlike chlorine, PAA is not deactivated by organic matter.
Safer than Chlorine
Peracetic acid breaks down into the harmless, environmentally friendly by-products of water, carbon dioxide and oxygen.

Clinell Sporicidal Granules contain peracetic acid generating technology for high level disinfection and cleaning of floors and large areas.

 

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