Abstract
ABSTRACT BACKGROUND: To analyse the impact that the adoption of our institutional standard operating procedure (SOP) for cervical spine dislocations had on the timing of closed reduction at our hospital METHODS: The study was a retrospective review of patients who presented to our institution with cervical dislocation injuries and who were managed with closed reduction. The patient records of acute cervical spine dislocations from 2015 to 2018, data from the Acute Spinal Cord Injury database along with patient's demographic information were gathered and compared. Participants within the study time frame were diagnosed with a cervical facet dislocation based on clinical examination findings and radiological confirmation. Patients who had reduction performed at other referring hospitals were excluded from the study. RESULTS: The practice within all tertiary hospitals in the Western Cape is to perform closed reduction of cervical fracture dislocations as soon as possible after injury. In this study the time between injury and closed reduction before introducing the SOP was 13 h 13 min and after introducing the SOP, the time increased to an average of 14 h 28 min. The main cause of delay was the transfer time from the site of injury to the emergency ward. Other reasons for the delay include missed diagnosis, orthopaedic registrar unavailability and incomplete reduction bed CONCLUSION: This study found that the time taken for orthopaedic management of cervical dislocations increased by an hour after introduction of the SOP. Additionally, the overall time to reduction also increased. This was due to delays in transfer to the emergency ward and referral to Orthopaedics. We recommend that, in our setting, reduction could be initiated within an hour of patient arrival, if emergency ward doctors rapidly identified the problem and commenced cervical traction when the orthopaedic team was not immediately available. Our impression was that there was poor adherence to the new SOP guidelines on time management by the trauma team, and possibly transport delays prior to hospital admission. A further study to investigate the bottlenecks of the referral system is advisable Level of evidence: Level 4 Keywords: acute outcomes, cervical spine, dislocation injuries
Highlights
Cervical dislocations are acute, high-risk injuries associated with a range of potentially catastrophic long-term disabilities
In this study the time between injury and closed reduction before introducing the standard operating procedure (SOP) was 13 h min and after introducing the SOP, the time increased to an average of h 28 min
This study found that the time taken for orthopaedic management of cervical dislocations increased by an hour after introduction of the SOP
Summary
High-risk injuries associated with a range of potentially catastrophic long-term disabilities. Regional hospital data has shown that up to 60% of spinal trauma, which accounts for 3–6% of all trauma admissions, involve injury to the cervical region.[1] The most common mechanism of injury results from motor vehicle accidents (MVAs), violent assault or falls, with the typical patient being a male under the age of 30 years.[2,3] These injuries have the potential to cause a profound change in lifestyle, with the resulting neurological deficit affecting the motor, sensory and autonomic nervous system.[4] Patients require lifelong supportive care, impacting patients’ quality of life, independence and psychological wellbeing.[5,6] given the aetiology of the injury, a large proportion of those affected are earning an income with dependants reliant on them. To analyse the impact that the adoption of our institutional standard operating procedure (SOP) for cervical spine dislocations had on the timing of closed reduction at our hospital
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