Reducing The Risk of MRSA Infection -- COMPAMED Trade Fair

Reducing The Risk of MRSA Infection

Doctor David Swann came up with the radical update after his research concluded the existing bag used to deliver community care for 150 years is unsafe. Swann, of the University of Huddersfield, discovered 55 percent of bags used by nurses are never cleaned and only six per cent are cleaned once a week.

He is set to commercialise his award-winning nursing bag next year in a move that could dramatically reduce the risk of MRSA infection in communities globally.

He said the problem is exacerbated by the lack of any official cleaning specification to which nursing bags used outside hospitals must conform and called on healthcare commissioners to introduce a cleanliness standard to minimise infection risk as health providers move a greater number of hospital treatments into patients’ homes in the face of spiralling demand and costs.

Diary analysis shows community nurses in the UK visit up to 17 patients a day, mostly for wound care.

Swann said: “The design of the traditional nursing bag used by mobile clinicians throughout the world is outdated and unsafe. It is an unfortunate case of 21st century professionals using 19th century kit.

“The aim of my design is to reinvent community healthcare and deliver a world-class patient experience in non-hospital settings.”

Traditionally, bags used by community nurses for home visits, often simply rucksacks, are made of absorbent textiles and can hide harmful bacteria in pockets and folds in the material, making them difficult to clean.

Swann’s design, recently awarded highly commended status in the NHS Innovation Challenge, was developed to standardise the delivery of treatment in the community and improve patient safety.

The bag is made out of non-permeable polypropylene white plastic, with easy-to-clean draws and a hard surface that can be transformed into a hygienic lay-down treatment area for clinical tools. Currently, healthcare workers on home visits are forced to improvise as they work off the floor, from a table or off a chair.

The bag is free of fasteners, zips and pockets that can harbour bacteria and inhibit cleaning. The simple fact the bag is white necessitates frequent cleaning. Nurses who trialled Swann’s design gave the bag an average score of 80 per cent for usability, appearance and functionality, with one saying the bag made her feel like a ‘proper nurse’.

Globally more than one billion people receive medical care outside hospital settings, according to the World Health Organisation.

The World Patient Safety Alliance says patients have a one-in-ten chance of contracting MRSA in hospitals but outside hospitals the risk can increase to one in four. It attributes the rise to the contamination of medical devices, with healthcare workers facilitating the spread of disease.

Swann said: “At a time when health services are turning increasingly to care in the community to save money, the 21st century nursing bag is an attempt to inspire a paradigm shift in home healthcare that guarantees patient safety, nurse productivity and service quality.”

Innovative design techniques were employed as an alternative to traditional approaches to healthcare design practice that, he says, create products preoccupied by functionality at the expense of infection control.

He applied ultraviolet-sensitive gel to the bag’s surfaces to evaluate how design features inhibited or aided hand cleaning. Any areas missed were made visible when illuminated by a UV torch.

He hopes a design focused on infection control highlights to health policymakers the need for a cleanliness standard that governs the use of medical bags by doctors and nurses in the community. At present the only standard in force regulates paramedic bags.; Scource: University of Hudderfield