A spine fracture, quite simply, is a break involving one or more of the 33 vertebra that make up the spinal column. Fractures may involve the anterior portion of the vetebra (the vertebral body), the posterior portion of the vertebra (the lamina, facet joints and spinous processes) or both anterior and posterior portions of the vertebral body.
A spine fracture is caused when an excessive force is imposed on the spinal column damaging the bones and ligaments. Certain conditions which weaken the bones predispose a patient to developing fractures, such as: osteoporosis, infection and cancer involving the spinal column.
A spectrum of symptoms may be associated with a spine fracture. Usually a patient experiences severe back or neck pain in the region of the fracture. If the fracture is severe and the bone fragments are compressing the spinal cord or nerves, the patient may experience loss of sensation and weakness in the arms and/or legs. If the fracture is severe and the bone fragments are pushed into the spinal canal paralysis may result.
X-rays and CT scans, in addition to detailed history and physical examination, are required to determining the severity of the fracture and the course of treatment. If the patient has a neurological deficit an MRI of the spinal column is helpful in assessing the presence and quality of spinal cord and nerve root compression.
The majority of spine fractures are minor, such as isolated spinous and transverse process fractures, and do not require any treatment. Other fractures, such as compression fractures of the vertebral bodies seen with osteoporosis, often can be managed with bracing. More severe fractures associated with neurological deficits often require surgery to relieve compression of the nerve roots and spinal cord. When the fracture impairs the stability of the spinal column instrumented stabilization may be required.
Surgical stabilization can be performed in a variety of approaches. Options of minimally invasive fusions through small incisions are possible especially in cases when neurologic decompression is not necessary. More extensive fractures may require open poster or anterior and posterior stabilization surgery. A number or factors will help determine the optimal treatment paradigm. Our team of neurosurgeons can aid in navigating among the options and provide a treatment plan tailored to you.