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A Novel Vertebral Stabilization Method for Producing Contusive Spinal Cord Injury
Published on: January 5, 2015
Pediatric spine and spinal cord injury after inflicted trauma
Saadi Ghatan1, Richard G Ellenbogen
1Department of Neurological Surgery, Box CH-50, Children's Hospital and Medical Center, University of Washington, Seattle, WA 98105, USA.
Insights
Pediatric spine and spinal cord injuries from intentional trauma are often missed. Upper cervical spine and brainstem damage in shaken infants can lead to severe outcomes.
Area of Science:
- Pediatric Traumatology
- Neurology
- Forensic Pathology
Background:
- Intentional trauma is a rare cause of pediatric spine and spinal cord injury.
- These injuries are often underreported and easily overlooked.
- Upper cervical spine and brainstem injuries are critical in shaken infants.
Observation:
- Young children are vulnerable to severe cervical spine and spinal cord injuries.
- Neurologic and systemic injuries can mask spinal trauma.
- Outcomes may involve cognitive delay and focal cord injury, suggesting hypoxic damage.
Findings:
- Autopsy data and case series link upper cervical spine/brainstem injury to morbidity and mortality in shaken infants.
- Delayed diagnosis of spinal cord injury is common due to confounding factors.
- Hypoxic brain damage may be secondary to high cervical cord injury.
Implications:
- Emphasizes the need for detailed history and physical examination in suspected child abuse cases.
- Highlights the importance of considering spinal cord injury even with apparent head trauma.
- Suggests a comprehensive diagnostic approach including skeletal surveys and advanced imaging when intentional trauma is suspected.
Abstract:
Pediatric spine and spinal cord injury are rare sequelae of intentional trauma. They may easily be overlooked, however, and probably represent an underreported phenomenon. Recent autopsy data analyzed in conjunction with prior case series indicate that injury to the upper cervical spine and brainstem may significantly contribute to the major morbidity, mortality, and neuropathology in shaken infants. The findings in the previous case report illustrate several important points regarding spine and spinal cord injury after intentional trauma. First, the very young are susceptible to severe, higher cervical injury of both spine and spinal cord. Second, spine and spinal cord injury were initially overlooked because of masked neurologic findings with the concomitant head injury and multiple other systemic injuries. Finally, the child's outcome with significant cognitive delay because of global brain injury in conjunction with the focal high cervical cord injury may support the hypothesis that hypoxic damage could have occurred secondary to brainstem and high cervical cord injury. At the authors' institution, a detailed history and vigilant physical examination are stressed. When the mechanism of injury reported in the history is incongruous with the physical or initial radiographic findings and intentional trauma is suspected, a full skeletal survey, ophthalmologic evaluation, and social evaluation is undertaken. MRI and CT scanning are individualized according to the clinical assessment.
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