Glenn Larsson1, Rn Ulf Strömberg2, Cecilia Rogmark3, Anna Nilsdotter4. 1. Department of Ambulance and Prehospital Care, Region Halland, Sweden; Department of Orthopaedics, Lund University, Sweden. Electronic address: glenn.larsson@regionhalland.se. 2. Department of R&D, Region Halland, Sweden; Department of Cancer Epidemiology, Lund University, Sweden. 3. Department of Orthopaedics, Lund University, Sweden; Skane University Hospital, Malmö, Sweden. 4. Department of Orthopaedics, Lund University, Sweden; Department of R&D, Sahlgrenska University Hospital,Göteborg, Sweden.
Abstract
INTRODUCTION: Ambulance organisations in Sweden have introduced prehospital fast track care (PFTC) for patients with suspected hip fracture. This means that the ambulance nurse starts the pre-operative procedure otherwise implemented at the accident & emergency ward (A&E) and transports the patient directly to the radiology department instead of A&E. If the diagnosis is confirmed, the patient is transported directly to the orthopaedic ward. No previous randomised, controlled studies have analysed PFTC to describe its possible advantages. The aim of this study is to examine whether PFTC has any impact on outcomes such as time to surgery, length of stay, post-operative complications and mortality. METHODS: The design of this study is a prehospital randomised, controlled study, powered to include 400 patients. The patients were randomised into PFTC or the traditional care pathway (A&E group). RESULTS: Time from arrival to start for X-ray was faster for PFTC (mean, 28 vs. 145 min; p<0.001), but the groups did not differ with regard to time from start of X-ray to start of surgery (mean 18.40 h in both groups). No significant differences between the groups were observed with regard to: time from arrival to start of surgery (p=0.07); proportion operated within 24h (79% PFTC, 75% A&E; p=0.34); length of stay (p=0.34); post-operative complications (p=0.75); and 4 month mortality (18% PFTC, 15% A&E p=0.58). CONCLUSION:PFTC improved time to X-ray and admission to a ward, as expected, but did not significantly affect time to start of surgery, length of stay, post-operative complications or mortality. These outcomes were probably affected by other factors at the hospital. Patients with either possible life-threatening conditions or life-threatening conditions prehospital were excluded.
RCT Entities:
INTRODUCTION: Ambulance organisations in Sweden have introduced prehospital fast track care (PFTC) for patients with suspected hip fracture. This means that the ambulance nurse starts the pre-operative procedure otherwise implemented at the accident & emergency ward (A&E) and transports the patient directly to the radiology department instead of A&E. If the diagnosis is confirmed, the patient is transported directly to the orthopaedic ward. No previous randomised, controlled studies have analysed PFTC to describe its possible advantages. The aim of this study is to examine whether PFTC has any impact on outcomes such as time to surgery, length of stay, post-operative complications and mortality. METHODS: The design of this study is a prehospital randomised, controlled study, powered to include 400 patients. The patients were randomised into PFTC or the traditional care pathway (A&E group). RESULTS: Time from arrival to start for X-ray was faster for PFTC (mean, 28 vs. 145 min; p<0.001), but the groups did not differ with regard to time from start of X-ray to start of surgery (mean 18.40 h in both groups). No significant differences between the groups were observed with regard to: time from arrival to start of surgery (p=0.07); proportion operated within 24h (79% PFTC, 75% A&E; p=0.34); length of stay (p=0.34); post-operative complications (p=0.75); and 4 month mortality (18% PFTC, 15% A&E p=0.58). CONCLUSION:PFTC improved time to X-ray and admission to a ward, as expected, but did not significantly affect time to start of surgery, length of stay, post-operative complications or mortality. These outcomes were probably affected by other factors at the hospital. Patients with either possible life-threatening conditions or life-threatening conditions prehospital were excluded.
Authors: Pariswi Tewari; Brian F Sweeney; Jacie L Lemos; Lauren Shapiro; Michael J Gardner; Arden M Morris; Laurence C Baker; Alex S Harris; Robin N Kamal Journal: JAMA Netw Open Date: 2022-09-01