BACKGROUND: The initial evaluation of suspected pediatric thoracolumbar fractures can be challenging. We aimed to describe the clinical presentation of thoracolumbar fractures in children and adolescents including an evaluation of physical examination sensitivity and specificity, and a description of injury severity and disposition. METHODS: This was a case control, retrospective study. All patients with radiologically proven fractures (January 1997-June 2001) were studied. Data were collected in a standardized fashion, as part of the trauma registry, and extracted for retrospective analysis, including: patient demographics, clinical acuity, mechanism of injury, injury scores, and length of stay. RESULTS: There were 96 patients with thoracolumbar fractures (TLF) and 96 control patients (NTLF) enrolled in our study. The groups were significantly different (p < 0.05) regarding several variables including: median age (11 years TLF, 7.5 years NTLF), Revised Trauma Score (7.84 for TLF, 7.55 for NTLF), need for hospital admission (60% TLF, 86% NTLF), PICD admission (23% TLF, 56% NTLF), general surgical procedures (18%TLF, 34% NTLF), Injury Severity Score (8 TLF, 10NTLF). Patients were not different regarding gender, Glasgow Coma Scale, hospital days, or mortality. An abnormal thoracolumbar spine examination was noted in 77 TLF patients and 20 NTLF patients, the sensitivity was 87% (95% CI: 78-93) and the specificity was 75% (95% CI: 65-84). The most common thoracolumbar spine abnormality was tenderness. CONCLUSIONS: Thoracolumbar spine fractures are more common in older children and adolescents. The physical examination has a sensitivity of 87% in this retrospective analysis. Mortality was low and few patients required operative intervention for a thoracolumbar fracture.
BACKGROUND: The initial evaluation of suspected pediatric thoracolumbar fractures can be challenging. We aimed to describe the clinical presentation of thoracolumbar fractures in children and adolescents including an evaluation of physical examination sensitivity and specificity, and a description of injury severity and disposition. METHODS: This was a case control, retrospective study. All patients with radiologically proven fractures (January 1997-June 2001) were studied. Data were collected in a standardized fashion, as part of the trauma registry, and extracted for retrospective analysis, including: patient demographics, clinical acuity, mechanism of injury, injury scores, and length of stay. RESULTS: There were 96 patients with thoracolumbar fractures (TLF) and 96 control patients (NTLF) enrolled in our study. The groups were significantly different (p < 0.05) regarding several variables including: median age (11 years TLF, 7.5 years NTLF), Revised Trauma Score (7.84 for TLF, 7.55 for NTLF), need for hospital admission (60% TLF, 86% NTLF), PICD admission (23% TLF, 56% NTLF), general surgical procedures (18%TLF, 34% NTLF), Injury Severity Score (8 TLF, 10NTLF). Patients were not different regarding gender, Glasgow Coma Scale, hospital days, or mortality. An abnormal thoracolumbar spine examination was noted in 77 TLF patients and 20 NTLF patients, the sensitivity was 87% (95% CI: 78-93) and the specificity was 75% (95% CI: 65-84). The most common thoracolumbar spine abnormality was tenderness. CONCLUSIONS: Thoracolumbar spine fractures are more common in older children and adolescents. The physical examination has a sensitivity of 87% in this retrospective analysis. Mortality was low and few patients required operative intervention for a thoracolumbar fracture.
Authors: Georg Singer; Stephan Parzer; Christoph Castellani; Helmut Wegmann; Franz Lindbichler; Holger Till; Robert Eberl Journal: Eur Spine J Date: 2015-09-28 Impact factor: 3.134