Why the study?
Femoral trauma in the UK is increasing, and fascia iliaca compartment block may be more effective and safer than intravenous morphine for pain and distress in the prehospital environment.
Does prehospital fascia iliaca compartment block improve pain management and safety compared to intravenous morphine in patients with femoral fracture?
Does prehospital fascia iliaca compartment block improve pain management and safety compared to intravenous morphine in patients with femoral fracture?
Prehospital fascia iliaca compartment block appears safe and feasible for femoral fractures, but more research is needed to compare its efficacy directly against intravenous morphine.
Supports prehospital FICB as safe and feasible for femoral fractures; leaves direct efficacy comparison to IV morphine unresolved.
Background: Femoral trauma in the UK is increasing. The fascia iliaca compartment block (FICB) could be a more effective, safer way to ease pain and distress from femoral trauma in the prehospital environment than the current practice of intravenous morphine. Aim: To conduct a systematic review to accumulate evidence concerning prehospital FICB for patients with femoral fracture. Methodology: A systematic review was conducted using the CINAHL, Medline, AMED, PubMed and Embase databases. In addition, a hand search of the Journal of Paramedic Practice and the Australasian Journal of Paramedicine was performed. The search was carried out from 28 March–24 April 2018. Results: Twenty-eight papers were sourced by the methodology, of which four met the inclusion criteria and were subsequently analysed. Conclusion: This review shows that prehospital FICB can be efficacious in a number of prehospital environments and is feasible for a variety of patients with a range of femoral fractures. Additionally, FICB has limited reported adverse side effects in the prehospital environment and would appear to be safe. However, evidence comparing the efficacy of a prehospital FICB to intravenous morphine use for pain management in femoral fractures is limited. This review indicates that more research in this area would be beneficial.
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Williams et al. (2019) studied this question.
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