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D

emand for healthcare resources

continues to increase as

population demographics

change, long-term conditions become

more prevalent, patient expectations

rise and medical technology becomes

more sophisticated. The ageing

population — together with other

factors such as modern lifestyle

changes — are driving an upward trend in chronic conditions

like diabetes and cardiovascular disease. As the number of

older people increases, the prevalence of chronic wounds will

also continue to grow — so much so that by 2019 the number

of people with a wound is projected to rise by 9.8%, from

239,700 in 2014 to 263,200 (Dowsett et al, 2014).

Wounds represent a significant cost to patients as well

as to the health economy. Chronic wounds are often hard to

heal, resulting in a cycle of pain, anxiety and reduced quality

of life for the patients as well as considerable treatment costs.

The estimated cost of treating chronic wounds in the UK is

between £2.5–3.1 million per year, accounting for 2–3% of the

entire healthcare budget (Posnett et al, 2009). Further estimates

suggest that there are 3.37 people with one or more wounds

per 1,000 of the population, of which 74% are being treated in

community settings and 21% in acute care (Drew et al, 2007).

Although most patients are treated in the community,

the majority of wound care costs arise in hospitals — on any

given day, 27–50% of acute hospital beds are likely to be

occupied by patients with a wound (Posnett et al, 2009). Many

of these chronic wounds are longstanding — having lasted for

over six months — and as a result are more likely to develop

complications that result in hospital admission or delayed

discharge (Ousey et al, 2013). Additionally, patients themselves

are becoming more complex, with 76% of those with a chronic

wound having three or more comorbidities and up to 46%

having diabetes, making their wounds much harder to heal.

Data on health service expenditure suggests that funding

is unlikely to keep pace with demand and that fundamental

changes will need to be made in the way wound care is

delivered to reconcile supply with demand (Dowsett et al, 2014).

To balance the cost of services with the provision of high-quality

care, clinicians need to be more proactive in their approach,

adopting new and advanced technologies that increase healing,

involve patients in their own care, and create economic value.

A proactive approach to managing chronic wounds can reduce

cost and improve patient outcomes, as demonstrated by high

impact actions such as ‘Your skin matters’(Dowsett, 2010).

Strategies that focus on wound prevention not only lessen

the number of wounds requiring treatment, but also reduce the

burden of wound care in the future.There has been a strong

We need to reduce the future burden

of chronic wounds

JCN supplement

2015,Vol 29, No 5

3

EDITORIAL

focus on reducing harm from pressure ulcers in the UK as part

of the‘harm-free care’agenda, and most healthcare providers

are working towards the elimination of avoidable grade 3 and 4

pressure ulcers altogether. Another example of how the burden

of chronic wounds can be reduced is the focus on preventing

recurrence of venous leg ulcers through service redesign — for

instance, one nurse-led leg ulcer service that focused specifically

on patients with healed ulcers showed a reduction in recurrence

rates from 18–20% to 5.8% (Dowsett, 2011).

Treatment strategies can also improve the lives of patients

with a wound, particularly the adoption of new techniques

that enhance the efficiency of wound management and release

resources to be re-deployed elsewhere. Innovative wound

management products such as negative pressure wound therapy

(NPWT) can increase efficiency by reducing the number of

dressing changes and nurse visits required, as well as reducing

time to heal.The availability of NPWT in the community has

significantly improved the lives of patients with wounds by

allowing them to be cared for at home, releasing cost savings of

up to £4,814 per patient (based on an average treatment period

of 20.4 days) (Dowsett et al, 2012). As with most technologies,

NPWT devices have now become even smaller and are available

for single-use, meaning patients can continue with their normal

daily activities.This supplement includes some good examples

of the positive impact NPWT has had on the lives of patients

and on wound healing.

Unfortunately, the burden of chronic wounds will continue

to grow and service providers need to bridge the gap between

supply and demand to provide safe, effective and person-

centred care. In the future, we need to reassess the standard of

chronic wound treatment we provide and make the best use of

any available resources that will reduce the impact of chronic

wounds on patients, clinicians and the healthcare economy.

Caroline Dowsett, nurse consultant, tissue viability, East London FoundationTrust

REFERENCES

Dowsett C (2010) High impact actions and tissue viability.

Wounds UK

6(1):

14

Dowsett C (2011) Treatment and prevention of recurrence of venous leg ulcers.

Wounds UK

7(1):

115–19

Dowsett C, Davis L, Henderson H, Searle R (2012) The economic benefits of

negative pressure wound therapy in community-based wound care in the

NHS.

Int Wound J

9(5):

544–52

Dowsett C, Bielby A, Searle R (2014) Reconciling increasing wound care

demands with available resources.

J Wound Care

23(11):

552–62

Drew P, Posnett J, Rusling L (2007) The cost of wound care for a local population

in England.

Int Wound J

4(2):

149–55

Ousey K, Stephenson J, Barret S, et al (2013) Wound care in five English NHS

Trusts: results of a survey.

Wounds UK

9(4):

20–8

Posnett J, Gottrup F, Lundgren H, Saal G (2009) The resource impact of wounds

on health-care providers in Europe.

J Wound Care

18(4):

151–61