Pediatric cervical spine surgery is a treatment option for children who have injuries or abnormalities in the neck portion of the spine (cervical spine).

Cervical spine injuries may be present at birth (congenital) or result from a car or motorcycle accident or other trauma. Cervical spine abnormalities are rare, occurring most often in children who have Down syndrome, Klippel-Feil syndrome or bone disorders.

Cervical spine injuries or abnormalities can cause bony structures to press the skull against the brainstem or upper part of the spinal cord. This compression may cause spine problems or abnormal brain development. Surgery relieves this compression and can help prevent deformity, chronic pain and loss of nerve function.

If your child has a cervical spine injury or abnormality, bony structures may press the skull against the brainstem or upper part of the spinal cord.

Your child's surgeon will remove those bony structures or abnormalities to help prevent loss of nerve function, chronic pain and deformity.

Pediatric cervical spine surgery can be challenging because children's bones are small, and surgeons must account for the child's future growth and development.

Possible risks of pediatric cervical spine surgery include:

  • Neck pain
  • Bleeding
  • Spinal cord injury
  • Infection
  • Deformity

Let your doctor know if your child is taking any medications or dietary supplements.

Get any preoperative tests that are requested done.

Have your child stop eating and drinking at midnight the night before surgery (unless your doctor has instructed otherwise).

Before the procedure

Your child will be put under general anesthesia before and during any pediatric spine procedure. Parents can sometimes be present for the initiation of anesthesia with the OK of the anesthesiologist.

If your child has instability that could be harmful prior to surgery, he or she will be placed in a device that keeps the spine stable, such as a cervical collar or halo ring. Cervical collars and other braces generally don't require anesthesia or an operating room for placement, but halo rings do.

Parents can be present for the placement of braces and collars. Sometimes parents are present so a halo device can be placed safely, depending on the child's age and cooperation.

During the procedure

The most appropriate surgical approach depends on the location of the bone injury or abnormality. The surgeon may recommend approaching the spinal cord or brainstem:

  • Through the mouth (transoral approach). A flexible tube with a camera at the tip (endoscope) may be used.
  • Through an incision in the neck, either in the front or back.
  • Through an incision in the back.

During the procedure, the surgeon will remove bony structures or small pieces of bone that are pressing on your child's brainstem or spinal cord.

If your child's spine is unstable after the bony structures are removed, the surgeon may insert plates, screws or bone grafts to help stabilize it. Bone grafts may come from another part of your child's body or from donated bone.

After the procedure

After surgery, your child will generally stay in recovery until he or she wakens from the anesthesia. In most cases, you'll be able to see your child in the recovery room.

The length of your child's hospital stay will depend on the type of surgical procedure, but generally lasts between three and five days after pediatric cervical spine surgery.

Most children can return to school within a week or two, and begin participating in physical education at about six weeks. Children can return to all of their activities as soon as a fusion can be seen on postoperative imaging tests.

Children don't usually need physical or occupational therapy after surgery.

Last Updated: 12-23-2017
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