The T9, T10, T11, and T12 vertebrae form the base of the thoracic spine. The thoracic spine is made up of 12 segments total between the cervical and lumbar levels. Sections T9 - T12 are known as transition vertebrae because of their proximity and similarity to the lumbar vertebrae. The spinal cord and nerves correllation to these levels, along with the rest of the thoracic spine, aid in controlling the trunk of the body.
The completeness of the spinal cord damage will determine how severe an injury truly is and the level of recovery that can be expected by the patient. Thoracic spinal cord injuries may be classified as complete or incomplete, and may affect one or both sides of the body. The thoracic spine is much more stable than the cervical spine because of its proximity to the rib cage, and injuries to this area are not as common.
Patients with an injury at the T9 - T12 levels may experience:
The most common causes spinal cord injuries to the T9 - T12 levels are:
As is the case with the majority of spinal cord injuries, treatments for injuries at the lower thoracic level are aimed at keeping function to the non-affected areas and to encourage function at the affected area.
Current treatments for spinal cord patients with thoracic injuries are:
T9 - T12 spinal cord injuries often result from severe trauma or compression fractures (bone damage that leads to a shrinkage of the vertebrae). T11 and T12 are particularly flexible sections of the spine and are subsequently the most common areas of the thoracic spine to get damaged.
Thoracic spinal cord injuries are less severe than cervical spine injuries. With treatment, patients with spinal may even go on to live normal lives. Many survivors use manual wheelchairs and are usually able to live alone. They are able to care for themselves and move in and out of their wheelchair alone. The lower in the spinal cord that the damage occurs; the more function can be expected. Some thoracic spinal cord damage patients even drive modified cars.