News & Views

  • Wound Care Project Could Reduce Diabetic Amputations 

Wound Care Project Could Reduce Diabetic Amputations 

Mar 08 2019 Read 651 Times

Researchers at the University of Nottingham have secured funding to develop a disposable dressing that could have a significant impact on patient care and healthcare costs for wound management, said to be £4.5-£5.1bn a year – currently more than 4% of the NHS budget.

The project is initially focusing on hard-to-heal wounds such as foot ulcers, which represent a large proportion of this cost – standing at nearly £1bn. It was estimated that better wound monitoring has the potential to reduce the 7,000 lower limb amputations that affect people with diabetes in England each year.

“Thanks to a £902,524 grant from the Medical Research Council, we can develop a real step change in the care of chronic wounds. Our smart wound dressing incorporates optical fibre sensors which will remotely monitor multiple biomarkers associated with wound management such as temperature, humidity and pH, providing a more complete picture of the healing process.

“At present, regular wound redressing is the only way to visually assess healing rates, however this exposure can encourage infection, disrupt progress and creates a huge economic burden on NHS resources. Instead our technology will indicate the optimum time to change the dressing and send out an alert if intervention is required with infected or slow-healing wounds to improve patient care and cut the number of healthcare appointments needed,” explained Professor Steve Morgan, Director of the Centre for Healthcare Technologies and Royal Society Industry Fellow at the University.

Developed and validated by the Centre in laboratory tests, the proposed sensors will be fabricated in very thin (~100um diameter), lightweight, flexible, low-cost optical fibres and incorporated into fabric similar to a conventional wound dressing. Connection to a reusable opto-electronic unit will constantly evaluate the wound’s status relaying information to both the patient and clinicians via wireless transfer linked to a mobile phone.

The marginally higher initial cost of the smart bandages is expected to be offset by fewer dressing changes and practitioner visits.

The project will last 34 months in total - 24 months on product development and 10 months of clinical evaluation and chronic wound patient feedback.

Reader comments

Do you like or dislike what you have read? Why not post a comment to tell others / the manufacturer and our Editor what you think. To leave comments please complete the form below. Providing the content is approved, your comment will be on screen in less than 24 hours. Leaving comments on product information and articles can assist with future editorial and article content. Post questions, thoughts or simply whether you like the content.

Post a Comment

Digital Edition

LabAsia Buyers Guide 2019

October 2019

In This Edition Chromatography - Vacuum Ultraviolet Spectroscopy: A Versatile Tool for Analysis of Gasoline and Jet Fuels - High-performance Columns and Bulk for your Chromatography - New L...

View all digital editions



Oct 22 2019 Cologne, Germany

Chem Show 2019

Oct 22 2019 New York, USA

BCEIA 2019

Oct 23 2019 Beijing, China

Lab Innovations 2019

Oct 30 2019 Birmingham, UK

SETAC North America

Nov 03 2019 Toronto, Canada

View all events