BACKGROUND: Pediatric patients with femoral shaft fractures are often placed in traction as a temporizing measure before definitive management. The purpose of our study was to compare narcotic use in pediatric patients with isolated femoral shaft fractures that were initially treated with skeletal traction with similar patients that were initially treated with skin traction. The hypothesis was that narcotic use would not be significantly different between the groups. METHODS: Chart review at 2 institutions was carried out to identify pediatric patients with isolated femoral shaft fractures treated with either skeletal traction or skin traction. The patients' age, weight, and the amount and duration of narcotic use were recorded. A 2-sample t test was used for the comparison. RESULTS: Fifty-one patients were treated with skin traction and 24 patients were treated with skeletal traction. Patients in the skeletal traction group used more pain medication (0.0177 mg/kg/h in traction) than those in the skin traction group (0.0137 mg/kg/h in traction), but this was not statistically significant (P=0.1031). CONCLUSIONS: The findings support our hypothesis that the amount of narcotics used between the skeletal traction group and skin traction group would not be significantly different. In using narcotic requirement as a gross measure of patient comfort while in traction, it seems there may be no benefit to the patient to have invasive skeletal traction while awaiting definitive management of their fracture. LEVEL OF EVIDENCE: Retrospective comparative study, level III.
BACKGROUND: Pediatric patients with femoral shaft fractures are often placed in traction as a temporizing measure before definitive management. The purpose of our study was to compare narcotic use in pediatric patients with isolated femoral shaft fractures that were initially treated with skeletal traction with similar patients that were initially treated with skin traction. The hypothesis was that narcotic use would not be significantly different between the groups. METHODS: Chart review at 2 institutions was carried out to identify pediatric patients with isolated femoral shaft fractures treated with either skeletal traction or skin traction. The patients' age, weight, and the amount and duration of narcotic use were recorded. A 2-sample t test was used for the comparison. RESULTS: Fifty-one patients were treated with skin traction and 24 patients were treated with skeletal traction. Patients in the skeletal traction group used more pain medication (0.0177 mg/kg/h in traction) than those in the skin traction group (0.0137 mg/kg/h in traction), but this was not statistically significant (P=0.1031). CONCLUSIONS: The findings support our hypothesis that the amount of narcotics used between the skeletal traction group and skin traction group would not be significantly different. In using narcotic requirement as a gross measure of patient comfort while in traction, it seems there may be no benefit to the patient to have invasive skeletal traction while awaiting definitive management of their fracture. LEVEL OF EVIDENCE: Retrospective comparative study, level III.
Authors: D Holena; D Stoddard; N D Martin; B Winters; J Casey; J Pascual; C Sims; B Sarani Journal: Eur J Trauma Emerg Surg Date: 2012-06-28 Impact factor: 3.693