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Updated: May 2, 2026

Fracture Apparatus Design and Protocol Optimization for Closed-stabilized Fractures in Rodents
Published on: August 14, 2018
Paediatric fracture clinic design--current practice and implications for change
1Department of Orthopaedics, Royal Hospital for Sick Children, University of Glasgow, Yorkhill, Dalnair Street, Glasgow G3 8SJ, UK. james.huntley@glasgow.ac.uk.
Insights
Paediatric fracture clinics can reduce attendance by 15% by implementing stricter referral criteria for certain fractures. Appropriate attendances show high rates of intervention and imaging, suggesting further efficiency gains are unlikely.
Area of Science:
- Pediatric Orthopedics
- Healthcare Management
- Clinical Efficiency
Background:
- Adult fracture clinic redesigns have shown success.
- Paediatric fracture clinics face challenges with attendance load and efficiency.
- Assessing paediatric fracture clinic load is crucial for optimizing patient flow.
Purpose of the Study:
- To define the patient load of a paediatric fracture clinic.
- To evaluate the feasibility of reducing inappropriate attendances to improve clinic efficiency.
Main Methods:
- Prospective review of case notes for consecutive attendances at 6 paediatric fracture clinics.
- Analysis of attendance appropriateness, diagnoses, interventions, and imaging rates.
- Calculation of discharge to return ratios for appropriate and overall attendances.
Main Results:
- 15% of 234 attendances were deemed inappropriate.
- Appropriate attendances (n=200) involved fractures, soft-tissue injuries, infections, and limps.
- High rates of treatment plan changes (34%), cast manipulations (46%), and radiographs (77%) were observed for appropriate attendances.
Conclusions:
- Stricter referral criteria, including emergency department discharge for specific fractures, can decrease paediatric fracture clinic numbers by 15%.
- Remaining attendances demonstrate high rates of necessary radiographs and interventions.
- Further reductions in attendance for appropriate cases are unlikely to be feasible without impacting care.
Background:
In our region there has been considerable success in the redesign of adult fracture clinics. The aim of this study was to define our paediatric fracture clinic load, to assess the feasibility of increasing efficiency by decreasing inappropriate attendance.
Findings:
Prospective case notes review of all attendees at 6 serial fracture clinics at the Royal Hospital for Sick Children (Glasgow) which has both local and tertiary referrals. Of 234 consecutive attendances across 6 fracture clinics, 34 (15%) were judged inappropriate: 13 had fractures not requiring orthopaedic follow-up (radial torus/clavicle/undisplaced metacarpal), and 21 had diagnoses or situations that were not appropriate. Of the 200 attendances deemed appropriate (172 fractures, 11 soft-tissue injuries, 9 infections and 8 acute atraumatic limps), there were 33 new referrals from the emergency department, and a further 39 were first-time attenders at the fracture clinic after an acute admission (37 were post-operative and 2 were non-operative). Of these 200, the treatment plan was changed for 67 (34%), a cast removed or exchanged for 92 (46%), and radiographs taken for 153 (77%). The overall discharge to return ratio was 76:158 (1:2.1), and for appropriate attenders 61:139 (1:2.3).
Conclusions:
Tighter discipline can be applied to indications for fracture clinic appointments, including certain fracture types being discharged from the emergency department without unnecessary review - our particular fracture clinic numbers can be decreased by 15%. In the remaining attendances there are high radiograph and intervention rates, such that it seems unlikely that further reductions in attendance would be feasible.
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