Reducing the use of dynamic mattress systems in clinical practice using the TREZZO HS advanced system

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Abstract

Background: This study aimed to determine whether the TREZZO HS advanced foam mattress system could reduce the use of dynamic mattress systems (Alternating and Constant Low Pressure) in patients on vascular and stroke wards. Methods: TREZZO HS mattresses were evaluated in a vascular and stroke wards over a 6-week period with respect to the outcome of reduction in the need for dynamic mattress use and any effect on skin integrity. Data was compared with corresponding retrospective data from the previous year in which high-specification pressure-reducing foam mattresses were available. Mean length of patient stay on both types of mattresses, and the dynamic mattress was evaluated. Cox semiparametric time-to-event methods were used to assess the hazard of patient transfer to a dynamic mattress in patients positioned on TREZZO HS, rather than the previously used foam mattress. Results: Use of the TREZZO system reduced the mean length of stay on a dynamic mattress by 70% over both wards; from 41.0 days to 12.6 days. The proportion of patient-days spent on dynamic mattress systems decreased from 47.8% to 7.1%. Mattress type was significantly associated with the event (p=0.036); hazard ratio 0.328 (95% confidence interval 0.116 to 0.929). Ward type was not significantly associated with the event (p=0.333). Conclusion: The TREZZO HS system has been shown to substantially reduce the use of dynamic mattress usage and may be a cost-effective way of reducing the likelihood of pressure ulceration in vascular and stroke patients.
Original languageEnglish
Pages (from-to)48-53
Number of pages6
JournalWounds UK
Volume14
Issue number2
Publication statusPublished - 1 May 2018

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Blood Vessels
Stroke
Pressure
Length of Stay
Patient Transfer
Confidence Intervals
Costs and Cost Analysis
Skin

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@article{ed3eed71f57d428db0e10adde1fc45cd,
title = "Reducing the use of dynamic mattress systems in clinical practice using the TREZZO HS advanced system",
abstract = "Background: This study aimed to determine whether the TREZZO HS advanced foam mattress system could reduce the use of dynamic mattress systems (Alternating and Constant Low Pressure) in patients on vascular and stroke wards. Methods: TREZZO HS mattresses were evaluated in a vascular and stroke wards over a 6-week period with respect to the outcome of reduction in the need for dynamic mattress use and any effect on skin integrity. Data was compared with corresponding retrospective data from the previous year in which high-specification pressure-reducing foam mattresses were available. Mean length of patient stay on both types of mattresses, and the dynamic mattress was evaluated. Cox semiparametric time-to-event methods were used to assess the hazard of patient transfer to a dynamic mattress in patients positioned on TREZZO HS, rather than the previously used foam mattress. Results: Use of the TREZZO system reduced the mean length of stay on a dynamic mattress by 70{\%} over both wards; from 41.0 days to 12.6 days. The proportion of patient-days spent on dynamic mattress systems decreased from 47.8{\%} to 7.1{\%}. Mattress type was significantly associated with the event (p=0.036); hazard ratio 0.328 (95{\%} confidence interval 0.116 to 0.929). Ward type was not significantly associated with the event (p=0.333). Conclusion: The TREZZO HS system has been shown to substantially reduce the use of dynamic mattress usage and may be a cost-effective way of reducing the likelihood of pressure ulceration in vascular and stroke patients.",
author = "Grace Parfitt and Karen Ousey and John Stephenson",
year = "2018",
month = "5",
day = "1",
language = "English",
volume = "14",
pages = "48--53",
journal = "Wounds UK",
issn = "1746-6814",
publisher = "Wounds UK",
number = "2",

}

TY - JOUR

T1 - Reducing the use of dynamic mattress systems in clinical practice using the TREZZO HS advanced system

AU - Parfitt, Grace

AU - Ousey, Karen

AU - Stephenson, John

PY - 2018/5/1

Y1 - 2018/5/1

N2 - Background: This study aimed to determine whether the TREZZO HS advanced foam mattress system could reduce the use of dynamic mattress systems (Alternating and Constant Low Pressure) in patients on vascular and stroke wards. Methods: TREZZO HS mattresses were evaluated in a vascular and stroke wards over a 6-week period with respect to the outcome of reduction in the need for dynamic mattress use and any effect on skin integrity. Data was compared with corresponding retrospective data from the previous year in which high-specification pressure-reducing foam mattresses were available. Mean length of patient stay on both types of mattresses, and the dynamic mattress was evaluated. Cox semiparametric time-to-event methods were used to assess the hazard of patient transfer to a dynamic mattress in patients positioned on TREZZO HS, rather than the previously used foam mattress. Results: Use of the TREZZO system reduced the mean length of stay on a dynamic mattress by 70% over both wards; from 41.0 days to 12.6 days. The proportion of patient-days spent on dynamic mattress systems decreased from 47.8% to 7.1%. Mattress type was significantly associated with the event (p=0.036); hazard ratio 0.328 (95% confidence interval 0.116 to 0.929). Ward type was not significantly associated with the event (p=0.333). Conclusion: The TREZZO HS system has been shown to substantially reduce the use of dynamic mattress usage and may be a cost-effective way of reducing the likelihood of pressure ulceration in vascular and stroke patients.

AB - Background: This study aimed to determine whether the TREZZO HS advanced foam mattress system could reduce the use of dynamic mattress systems (Alternating and Constant Low Pressure) in patients on vascular and stroke wards. Methods: TREZZO HS mattresses were evaluated in a vascular and stroke wards over a 6-week period with respect to the outcome of reduction in the need for dynamic mattress use and any effect on skin integrity. Data was compared with corresponding retrospective data from the previous year in which high-specification pressure-reducing foam mattresses were available. Mean length of patient stay on both types of mattresses, and the dynamic mattress was evaluated. Cox semiparametric time-to-event methods were used to assess the hazard of patient transfer to a dynamic mattress in patients positioned on TREZZO HS, rather than the previously used foam mattress. Results: Use of the TREZZO system reduced the mean length of stay on a dynamic mattress by 70% over both wards; from 41.0 days to 12.6 days. The proportion of patient-days spent on dynamic mattress systems decreased from 47.8% to 7.1%. Mattress type was significantly associated with the event (p=0.036); hazard ratio 0.328 (95% confidence interval 0.116 to 0.929). Ward type was not significantly associated with the event (p=0.333). Conclusion: The TREZZO HS system has been shown to substantially reduce the use of dynamic mattress usage and may be a cost-effective way of reducing the likelihood of pressure ulceration in vascular and stroke patients.

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