Juvenile scoliosis is scoliosis diagnosed in children between the ages of 4 and 10 years old. Statistics show that curves detected in the pediatric scoliosis population have an increased risk of progression. According to the website of the Scoliosis Research Society (SRS), 95% of juvenile scoliosis cases will eventually undergo surgery. Another study cites 70% will progress to the point of surgery.

Clinically, at Scoliosis 3DC this has not been our experience for patients with juvenile scoliosis. Our treatment for young ones with scoliosis offer families the opportunity to take a proactive approach at a time when the current medical model usually recommends ‘watch and wait.’

Schroth Method for Juvenile Scoliosis


No matter the degree of the curvature, treatment for juvenile scoliosis usually begins with instruction in the simplest components of our Schroth program. This includes teaching the child daily postural modifications (ADLs) that are easy to learn and/or physiologic® exercises for the sagittal plane. When applicable, we also teach mobilization exercises (active, passive and active-resisted) to do at home with mom and dad. Our methodology is designed to address developing curve(s) and noticeable spinal imbalances and asymmetries (for example, unlevel shoulders, hip prominence, etc.).

Unfortunately, some juvenile scoliosis patients are not yet candidates for our complete Schroth program. Young children often lack the attention and ability to understand Schroth rotational breathing concepts, however, we gauge this on an individual basis. For the under ten-year-old set, the process usually begins with shorter sessions with more prolonged treatment intervals than for adolescents, and that’s okay!

When your child is our patient, we will closely monitor their progress. Depending on curve severity and individual factors, we add Schroth breathing concepts and exercises as physical and intellectual development occurs.

Be assured that when your child is our patient, Dr. Marc, Amy and Kim go out of their way to make visits as light-hearted as possible, even fun. We are proud to say that kids actually like coming to Scoliosis 3DC and they learn to take ownership of their scoliosis.

Scoliosis Brace for Juvenile Scoliosis

juvenile-idiopathic-scoliosis-bracing-resultsWhen Cobb angle exceeds 20º, it’s a time for heightened vigilance for parents of children with juvenile scoliosis. Whether or not bracing is recommended will also depend on a combination of factors other than Cobb angle. These include age, stage of development, existing postural imbalances, and family history. As the 25º mark approaches, a bracing recommendation is more likely.

For curves at or exceeding 25º, we typically recommend immediate bracing with the Chêneau-Gensingen brace in order to try to make improvements and stay ahead of the curve as a child grows. At this point, continuing to watch and wait and failing to take proactive steps is not in your child’s best interest according to the current literature and statistics on juvenile scoliosis. By taking the appropriate actions, parents can take steps to try to use their child’s remaining growth as an opportunity for correction.

Our approach to scoliosis bracing for young children is to take advantage of growth to remodel the spine. The Cheneau-Gensingen brace uses strategic pressure points to target scoliosis curves and uses voids/openings in the brace to replicate Schroth breathing while the child wears their scoliosis brace. Our Schroth method brace differs significantly from other scoliosis braces (the Boston brace, the Charleston brace, the Providence brace, or the Wilmington Brace etc.) in that it is a 3D asymmetric brace. That means it aims to improve the spine in the three planes of scoliosis with the goal of overcorrection, when possible.

With scoliosis, there are a couple of advantages to beginning bracing early. One is that younger children, as a rule, are more likely to have flexible spines. This makes the spine more amenable to bracing and increases the likelihood of a good in-brace correction. In-brace correction is important for reducing asymmetrical spinal loading during growth so that the spine can grow properly.

For patients that get overcorrection in-brace (spine moves past the middle to the opposite side), there is a greater opportunity for net correction out-of-brace. Another advantage to bracing early is that our younger patients often seem more eager to please and are cooperative with brace wear compared to those first braced in adolescence.