Using a new plasma coating on current wound dressings could promote the healing of chronic wounds and reduce patient suffering.
This fascinating technological development could be used with Biology and Chemistry students in years 8, 9, and 10 to demonstrate the social value of STEM careers and medical applications.
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World-first plasma-coated bandages with the power to attack infection and inflammation could revolutionise the treatment of chronic wounds such as pressure, diabetic or vascular ulcers that won’t heal on their own.
Developed by the University of South Australia, the novel coating comprises a special antioxidant which can be applied to any wound dressing to simultaneously reduce wound inflammation and break up infection to aid in wound repair.
In Australia, nearly half a million people suffer from chronic wounds, costing the health system an estimated AUD$3 billion each year. It’s a similar picture around the world with more than 5.7 million people suffering from chronic wounds in the United States, costing the economy an estimated USD$20 billion each year; and in the UK, more than 2 million people are currently living with chronic wounds at a cost of £5 billion per year.
Super-charged bandages could reduce patient suffering
With growing rates of global obesity, diabetes and an ageing population, chronic wounds are increasingly affecting large proportions of the general population, yet until this breakthrough discovery, few treatments have shown such positive results.
“Proper care for chronic wounds requires frequent changes of wound dressings but currently, these wound dressings are passive actors in wound management,” Michl says.
“Our novel coatings change this, turning any wound dressing into an active participant in the healing process – not only covering and protecting the wound, but also knocking down excessive inflammation and infection.
“No other method achieves this to date.”
The technology is highly scalable and sustainable, making it a viable option for broad application worldwide.
This article was originally published by Australia’s Science Channel. Read the original article here.
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