Scoliosis Bracing

Bracing is normally done during the patient’s remaining bone growth and is usually applied to keep the curve and prevent progress to the point where surgery is recommended.  It is sometimes prescribed for adults to relieve pain.  Bracing involves fitting the patient with a device that covers the torso, in some cases extending to the neck.

The most used is a TLSO brace, a brace-like device that conforms to the armpits to the hips and is made of fiberglass or plastic.  It is usually used 22 to 23 hours a day and applies pressure on the spinal curves.

The effectiveness of the key not only depends on key design and orthopaedic skills, but on patient compliance and the amount of their laundry per day.  Generally, the apparatus used is for idiopathic curves that are not serious enough to warrant surgery, but can also be used to prevent the progression of more severe curves in young children, to buy the child time to grow before the surgery, thus preventing further growth in that part of the affected spine.

Orthopaedics can cause emotional and physical discomfort.  Physical activity may be more difficult because the key presses against the stomach, which makes breathing difficult.  Children can lose weight in the bracket, due to increased pressure on the abdominal area.

The recommendations of the Research Society Scoliosis curves include preparing for the great progress of 25 degrees, the curves of the presentation of 30 to 45 degrees, Risser Register 0, 1 or 2 (an X-ray measuring a growth area of the pelvis), and less than six months from the onset of menstruation.

Progressive scoliosis of more than 25 ° Cobb in the pubertal growth spurt should be treated with a specific pattern, such as with a Cheneau corset and its derivatives, with an average usage time key 16 hrs/Day (23 hrs/Day to ensure the best result possible).

The latest standards of construction is key to the technology of CAD/CAM.  With the help of this technology it has been possible to normalize the specific pattern of orthodontic braces.  Serious errors in the key of the construction are largely discarded with the help of these systems.

This technology also eliminates the need to make a plaster cast for the key construction.  The measures can be taken anywhere and this is simple, while the procedure is not comparable to that of plaster.  In Germany, available CAD/CAM devices are known as the Regnier-Cheneau-Brace, the Rigo-Cheneau-Brace, and the corset Gensingen according Weiss.  Many patients prefer the “light Cheneau” corset that has the best brace corrections noted in international literature and is easier to carry compared to other devices in use.  However, this key is not available for all types of curve patterns.

Scoliosis braces: Comparison of two different keys for the treatment of scoliosis.  Even with the light version, the same key in-brace corrections can be achieved with the correction of high and much larger keys.  Soft keys such as SpineCor, although apparently successful in studies of the authors of independent studies, can not be considered successful.

SpineCor is clearly less effective than the “hard keys” and a study would seem that SpineCor is worse than the solo observation.  In child and adolescent scoliosis sometimes a coat of plaster is applied early and this can be used instead of a brace.

It has proven possible to permanently correct 29 cases of infantile idiopathic scoliosis by applying a series of plaster casts (EDF: elongation; derotation; flexion) applied on a specialized structure in the corrective traction, which helps to “mold” the child’s soft bones and work with their periods of growth.

This method was initiated by the British in scoliosis specialist Min Mehta. Today, however CAD/CAM keys are also available for young children with a certain level.  Therefore, plaster jackets generally are considered obsolete.