AI Article Synopsis

  • Heel pressure ulcers pose serious health risks, including pain, limited mobility, and potential severe complications like sepsis or amputation, yet evidence regarding the effectiveness of offloading boots in preventing these ulcers is lacking.
  • A realistic evaluation involving interviews with eight Tissue Viability Nurse Specialists was conducted to investigate how offloading devices are utilized, who they are used for, and the circumstances surrounding their use in hospital settings.
  • The study found that while offloading devices are commonly used, they are not suitable for every patient or situation, highlighting the importance of identifying at-risk individuals for more effective and economical use of these devices in preventing heel pressure ulcers.

Article Abstract

Background: Heel pressure ulcers can cause pain, reduce mobility, lead to longer hospital stays and in severe cases can lead to sepsis, amputation, and death. Offloading boots are marketed as heel pressure ulcer prevention devices, working by removing pressure to the heel, yet there is little good quality evidence about their clinical effectiveness. Given that evidence is not guiding use of these devices, this study aims to explore, how, when, and why these devices are used in hospital settings.

Objective: To explore how offloading devices are used to prevent heel pressure ulcers, for whom and in what circumstances.

Methods: A realist evaluation was undertaken to explore the contexts, mechanisms, and outcomes that might influence how offloading devices are implemented and used in clinical practice for the prevention of heel pressure ulcers in hospitals. Eight Tissue Viability Nurse Specialists from across the UK (England, Wales, and Northern Ireland) were interviewed. Questions sought to elicit whether, and in what ways, initial theories about the use of heel pressure ulcers fitted with interviewee's experiences.

Results: Thirteen initial theories were refined into three programme theories about how offloading devices are used by nurses 'proactively' to prevent heel pressure ulcers, 'reactively' to treat and minimise deterioration of early-stage pressure ulcers, and patient factors that influence how these devices are used.

Conclusions: Offloading devices were used in clinical practice by all the interviewees. It was viewed that they were not suitable to be used by every patient, at every point in their inpatient journey, nor was it financially viable. However, the interviewees thought that identifying suitable 'at risk' patient groups that can maintain use of the devices could lead to proactive and cost-effective use of the devices. This understanding of the contexts and mechanisms that influence the effective use of offloading devices has implications for clinical practice and design of clinical trials of offloading devices.

Tweetable Abstract: How, for whom, and in what circumstances do offloading devices work to prevent heel pressure ulcers? Tissue viability nurses' perspectives.

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Source
http://dx.doi.org/10.1016/j.ijnurstu.2023.104479DOI Listing

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