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Skull fractures in children: a population study
A J Johnstone1, S H Zuberi, W G Scobie
1Department of Paediatric Surgery, Western General Hospital, Edinburgh, United Kingdom.
Insights
Head injuries are a major cause of death in children. This study analyzed skull fractures in Edinburgh children, finding road traffic accidents were the leading cause of death and injury. Prevention and early treatment are crucial.
Area of Science:
- Pediatric Traumatology
- Neuroscience
- Public Health
Background:
- Head injury is the leading traumatic cause of death in children over one year of age.
- Skull fractures in children require careful evaluation due to potential for severe morbidity and mortality.
- Understanding injury patterns is essential for effective prevention strategies.
Purpose of the Study:
- To document the incidence and characteristics of skull fractures in children under 13 in the Edinburgh area.
- To identify causes and outcomes of pediatric head injuries.
- To inform public health initiatives for childhood head injury prevention.
Main Methods:
- Retrospective review of hospital admissions for head injury in children under 13 in Edinburgh (1983-1989).
- Data collection from multiple sources including General Register Office and Health Board records.
- Analysis of skull fracture cases, including those undergoing cranial CT scans and mortality data.
Main Results:
- 3498 children admitted for head injury; 27 died.
- 409 children sustained skull fractures; 76 had CT scans.
- Road traffic accidents were the primary cause of death (84%), associated injuries, and overall morbidity.
Conclusions:
- Accident prevention programs are vital to reduce childhood head injuries.
- Early investigation and treatment are critical for improving outcomes.
- Establishing clinical audit and regional rehabilitation teams can enhance care for injured children.
Objective:
To provide information about children with a skull fracture in the Edinburgh area, since head injury is the single most important traumatic cause of death in children over 1 year of age.
Methods:
During the period January 1983 to December 1989, all children in the Edinburgh area under 13 years of age who sustained a skull fracture were identified. Details of the children who died primarily from a head injury, and the total number of children who were admitted to hospital with a head injury not associated with a skull fracture, were also documented. Data were obtained from the General Register Office for Scotland, Edinburgh Fiscal Office records, and Lothian Health Board records. Data on cause of injury and clinical condition were obtained.
Results:
3498 children under 13 years of age were admitted to hospital after sustaining a head injury and 27 died primarily as a result of their injuries; 409 children had a skull fracture and 76 of this group had cranial CT scans. Nineteen of the CT scans performed were on children who had been admitted to hospital in a coma, and all had abnormal scan findings. In addition all children with intracerebral haematomas/haemorrhages had been admitted in a coma. Road traffic accidents accounted for the greatest number of deaths (84%), associated injuries, and overall morbidity.
Conclusions:
To reduce the incidence of head injuries, and the associated morbidity and mortality, the following are required: identify at risk groups; promote accident prevention; publicise the findings and guidelines concerning childhood head injuries; ensure that all children with head injuries have appropriate investigations and begin treatment as early as possible; establish clinical audit; and set up regional rehabilitation teams.