Erschienen in:
01.07.2015 | Original Paper
Management of traumatic spinal injuries in children and young adults
verfasst von:
Neriman Özkan, Karsten Wrede, Ardeshir Ardeshiri, Zeynep Sariaslan, Klaus Peter Stein, Phillip Dammann, Oliver Müller, Adrian Ringelstein, Ulrich Sure, I. Erol Sandalcioglu
Erschienen in:
Child's Nervous System
|
Ausgabe 7/2015
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Abstract
Purpose
Spinal injuries are rarely seen in pediatric patients and therapeutic options are still poorly defined. The present study is aimed to present our experience with a rather large series of children and young adults suffering from traumatic spinal injury.
Patients and methods
Between 1990 and 2010, 75 consecutive pediatric patients with spinal injuries were treated in our institution. Mean age was 15 years, ranging from 3 months to 21 years. Radiological findings, treatment strategies, and clinical outcome were evaluated retrospectively and compared with literature. Forty (53.3 %) patients were treated conservatively and 35 patients (47 %) surgically using anterior or posterior approaches. Subgroup analysis was performed depending on age groups, severity of neurological symptoms, and localization.
Results
Main trauma mechanisms were fall in 24 patients (38 %) and motor vehicle accidents in 21 patients (28 %). Complete neurological deficits were present in 17 individuals (23 %) and incomplete in 36 patients (48 %). Fractures were most frequently localized at the cervical region (56 %) with predilection of the C 5/6 segment. Odontoid fractures were seen in 10 (13 %) patients. Fractures of the lumbar and thoracic region were rare. Level of injury or clinical course did not differ between the subgroups (≤15 years versus >15 years).
Conclusion
Nearly three fourths of all radiologically detected spinal injuries are located at the cervical spine. Complete neurological deficits after trauma was associated with a poor outcome, in particular for patients with injuries of the upper cervical spine. The use of autologous bone graft was associated with favorable long-term results and should be considered as the material of first choice for vertebral body and disc replacement.