Cervical Spine Injury Patterns Research Articles

C-Spine Injuries in the Elderly Are Different

Aging alters the patterns of cervical spine injuries. Two recent papers addressed this issue. In the first, Mann et al. reviewed the literature published since 1976 on cervical spine injuries in the elderly; 17 papers met their criteria. Elderly patients were more likely than younger patients to suffer cervical spine injuries from relatively minor mechanisms, such …

Trauma radiology: Part V. Imaging of acute cervical spine trauma.

Cervical spine injury constitutes a major cause of morbidity resulting from trauma. The consequences of a missed "significant" injury can be devastating for the patient and can create potential medical legal consequences for involved physicians. Multiple imaging modalities can be applied to imaging of the cervical spine after trauma, including radiography, computed tomography (CT), myelography, CT myelography and magnetic resonance imaging (MRI). Controversy exists concerning the appropriate number of radiographic views required for the screening assessment of cervical spine injuries. CT clarifies uncertain radiological findings, identifies subtle fractures in patients with neck pain or with neurological deficits but with normal radiographs, determines details of injury, and assists in operative planning. MRI has virtually replaced myelography and CT myelography in evaluating the traumatized cervical spine. MRI is more accurate than CT with intrathecal contrast in delineating epidural pathology, ligament injury, soft-tissue edema, and cord parenchymal injury. Information derived from MRI guides appropriate management and has value in predicting injury outcome. We consider indications for and relative merits of these various diagnostic modalities, and we describe imaging features of major patterns of cervical spine injury.

Cervical spine injury in patients with facial skeletal trauma.

The records of 2,555 patients admitted to hospital with facial fractures were reviewed for concomitant neck injury. Cervical spine injury occurred in 1.3% of all patients with facial fractures, the incidence rising to 5.5% with facial fractures resulting only from MVA's. Neck injuries occurred most frequently in the setting of MVA's (85%) and multisystem trauma (70%) and tended to involve two main levels of the cervical spine: C2 (31%) and the two lower cervical vertebrae C6 and C7 (50%). Examination of the pattern of cervical spine injury with respect to the pattern of facial skeletal injury does not support the premise of a direct causal relation between them.