Abstract
Objective: To investigate the incidence, treatment and outcome of spinal injuries in paediatric patients with head injuries admitted ventilated to the paediatric ICU.
Design: Retrospective review of all head injury patients admitted ventilated to Birmingham Children’s Hospital from September 1995 to March 2001.
Outcome Measures: Severe head injury is defined as an initial GCS of 8 or less; moderate head injury as GCS between 9 – 12 and minor head injury – GCS above 12. Spine injuries detected on plain trauma radiographs and/or CT. Outcome is described by Glasgow Outcome Scale and Frankel grade.
Subjects: Two hundred and two consecutive patients were admitted during period: 141 (70%) patients had severe head injury; 44 (22%) patients had moderate head injury; 17 (8%) had minor head injuries. There were 131 males (65%) and 49 females (35%). Age ranged from nine months to sixteen years (mean eight years). The head injuries were: 35 extradural haematoma, 47 acute subdural haematoma, 41 contusions and 79 diffuse axonal injury (DAI).
Results: All 202 patients had cervical radiographs done. Forty-eight patients (24%) had further cervical spine CT mainly for inadequate cervical radiographs. Seven patients (3.5%) had CT of the thoracic or lumbar spine. Nineteen patients (9.5%) had MRI of the spine performed. In total, eight of the 202 (4%) patients had spinal injuries (aged two to ten years): 6/8 (75%) were cervical and 2/8 (25%) thoracic and lumbar spine. They were: C3 lamina fracture, C2/3 subluxation, C1/2 sub-luxation, C2 fracture with C6/7 dislocation and cord transection, C6/7 dislocation with cord transection, distraction of atlanto-axial junction, T12 crush fracture and L3/4 fracture dislocation. The cause was road traffic accidents (n=5) and falls from windows (n=3). All had the spinal injury diagnosed on radiographs with no false negative radiographs. All were treated conservatively: one halo vest, one thoracolumbar corset and five hard collars. There were three deaths due to the head injury (C6/7 dislocation with cord transection, L3/4 fracture dislocation and distraction of atlanto-axial junction) at day one, day five and day ten of injury respectively, one patient (C2 fracture) remained quadraplegic (Frankel A), four patients (C3 lamina fracture, C2/3 subluxation, C1/2 subluxation, T12 crush fracture) had good outcomes (Frankel D). Four patients had a GOS of 5 and one patient had GOS of 3 at six months.
Conclusion: The incidence of spinal injuries especially cervical injuries was higher than expected, probably reflecting the severity of the injury in this group of patients. Plain cervical and thoracolumbar radiographs detected all patients with spinal injuries suggesting that this investigation alone is sensitive enough for this purpose. Non-operative treatment resulted in good outcome for most of the patients.
Abstracts prepared by Mr. A. J. Stirling, FRCS, and Miss A. Weaver. Correspondence should be addressed to Miss A. Weaver at the Research and Teaching Centre, Royal Orthopaedic Hospital, Northfield, Birmingham, B31 2AP, UK
BritSpine 2002, the second combined meeting of the British Association of Spinal Surgeons, the British Cervical Spine Society, The British Scoliosis Society and the Society for Back Pain Research, took place at the International Convention Centre in Birmingham UK between 27th February and 1st March 2002. The following presentations and posters were given and displayed.
