Abstract:Aims and objectives:To investigate uptake of a Chest Injury Protocol (ChIP), examine factors influencing its implementation and identify interventions for promoting its use.Background: Failure to treat blunt chest injuries in a timely manner with sufficient analgesia, physiotherapy and respiratory support, can lead to complications such as pneumonia and respiratory failure and/or death.Design: This is a mixed-methods implementation evaluation study.Methods: Two methods were used: (i) identification and review … Show more
“…of #) 6 (±3) vs. 6 (±2); p = 0.56 Protocol group vs. Control group 17 (±7) vs. 17 (±7); p = 0.97 Thoracic Trauma Severity Score: 8 (±3) vs. 8 (±3); p = 0.97 Curtis et al. (2017) [31] No Pathway Group (median): 81.0 (IQR 66–88) Pathway Group (median): 79.5 (IQR 69–87) No Pathway Group: 41.8% ( n = 56) Pathway Group: 46.2 ( n = 134) Not reported No Pathway Group (median): (IQR 0–3) Pathway Group (Median): 0 (IQR 0–2) No Pathway Group (median): 4.0 (IQR 2–9) Pathway Group (median): 5.0 (IQR 2–9) Dennis et al. (2017) [24] Pre-protocol vs. Protocol group (Median in years) 46.32 (IQR 30.7–61.94) vs. 48.33 (IQR 34.51–64.16); p = 0.722 Pre-protocol vs. Protocol group 77.9% ( n = 254) vs. 77.8% ( n = 246); p = 0.984 Pre-protocol vs. Protocol group Blunt Thoracic Injury: 80.1% ( n = 261) vs. 77.5% ( n = 245); p = 0.484 Not Reported.…”
Section: Resultsmentioning
confidence: 95%
“… Curtis et al. (2017) [31] Single Australia Retrospective Observational Study & staff survey Emergency Department/Trauma Ward Evaluation of Chest Injury Protocol (ChIP) (Curtis et al. 2016)[31] n = 424 patient participants n = 99 staff participants No.…”
Section: Resultsmentioning
confidence: 99%
“…Curtis et al. identify the importance of effectively embedding pathways in clinical practice using recognised implementation science methods [ 31 ]. Several factors have been reported as facilitators to effectively embed a pathway in clinical practice.…”
Section: Discussionmentioning
confidence: 99%
“…One mixed-methods study evaluated the intervention implementation process and used the outcomes to refine the clinical pathway [ 31 ]. Curtis et al.…”
Section: Implementation Analysismentioning
confidence: 99%
“…These themes included knowledge of the pathway, positive feedback, beliefs about the benefits of the pathway and environmental context. After refinement and a relaunch programme, uptake of the intervention increased from 68.4% to 91.0% of eligible patients [ 31 ]. This demonstrates how implementation science underpinning the introduction of a patient pathway-based intervention can positively impact on uptake in clinical practice.…”
Highlights
Patient pathways are complex interventions and have become central to systematic and effective trauma care in high income countries.
Effective pathway evaluation processes are key to developing robust pathways with a demonstrable patient benefit.
There are unclear benefits to using patient pathways in the management of blunt thoracic injury where empirical evaluation has been conducted.
The importance of effective implementation methods is identified, there is a paucity of data indicating effective implementation clinically.
More robust experimental research is required to understand the impact of patient pathways on patient outcomes and experience.
“…of #) 6 (±3) vs. 6 (±2); p = 0.56 Protocol group vs. Control group 17 (±7) vs. 17 (±7); p = 0.97 Thoracic Trauma Severity Score: 8 (±3) vs. 8 (±3); p = 0.97 Curtis et al. (2017) [31] No Pathway Group (median): 81.0 (IQR 66–88) Pathway Group (median): 79.5 (IQR 69–87) No Pathway Group: 41.8% ( n = 56) Pathway Group: 46.2 ( n = 134) Not reported No Pathway Group (median): (IQR 0–3) Pathway Group (Median): 0 (IQR 0–2) No Pathway Group (median): 4.0 (IQR 2–9) Pathway Group (median): 5.0 (IQR 2–9) Dennis et al. (2017) [24] Pre-protocol vs. Protocol group (Median in years) 46.32 (IQR 30.7–61.94) vs. 48.33 (IQR 34.51–64.16); p = 0.722 Pre-protocol vs. Protocol group 77.9% ( n = 254) vs. 77.8% ( n = 246); p = 0.984 Pre-protocol vs. Protocol group Blunt Thoracic Injury: 80.1% ( n = 261) vs. 77.5% ( n = 245); p = 0.484 Not Reported.…”
Section: Resultsmentioning
confidence: 95%
“… Curtis et al. (2017) [31] Single Australia Retrospective Observational Study & staff survey Emergency Department/Trauma Ward Evaluation of Chest Injury Protocol (ChIP) (Curtis et al. 2016)[31] n = 424 patient participants n = 99 staff participants No.…”
Section: Resultsmentioning
confidence: 99%
“…Curtis et al. identify the importance of effectively embedding pathways in clinical practice using recognised implementation science methods [ 31 ]. Several factors have been reported as facilitators to effectively embed a pathway in clinical practice.…”
Section: Discussionmentioning
confidence: 99%
“…One mixed-methods study evaluated the intervention implementation process and used the outcomes to refine the clinical pathway [ 31 ]. Curtis et al.…”
Section: Implementation Analysismentioning
confidence: 99%
“…These themes included knowledge of the pathway, positive feedback, beliefs about the benefits of the pathway and environmental context. After refinement and a relaunch programme, uptake of the intervention increased from 68.4% to 91.0% of eligible patients [ 31 ]. This demonstrates how implementation science underpinning the introduction of a patient pathway-based intervention can positively impact on uptake in clinical practice.…”
Highlights
Patient pathways are complex interventions and have become central to systematic and effective trauma care in high income countries.
Effective pathway evaluation processes are key to developing robust pathways with a demonstrable patient benefit.
There are unclear benefits to using patient pathways in the management of blunt thoracic injury where empirical evaluation has been conducted.
The importance of effective implementation methods is identified, there is a paucity of data indicating effective implementation clinically.
More robust experimental research is required to understand the impact of patient pathways on patient outcomes and experience.
Please cite this article as: Kourouche S et al., Implementation of a hospital-wide multidisciplinary blunt chest injury care bundle (ChIP): Fidelity of delivery evaluation, Australian Critical Care,
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