• Karsten Ridderbusch, Alexander S Spiro, Philip Kunkel, Benjamin Grolle, Ralf Stücker, and Martin Rupprecht.
• Department of Pediatric Orthopedics, Altona Children's Hospital, Hamburg; Department of Orthopedics, University Medical Center Hamburg-Eppendorf (UKE), Hamburg; Department of Pediatric Neurosurgery, Altona Children's Hospital, Hamburg; Department of Pediatrics, Altona Children's Hospital, Hamburg.
• Dtsch Arztebl Int. 2018 Jun 1; 115 (22): 371376371-376.

BackgroundScoliosis in early childhood is defined as abnormal curvature of the spine of any etiology that arises before age 10. The affected children are at high risk of developing restrictive pulmonary dysfunction. The treatment presents major challenges because of the complexity and high morbidity of the disease.MethodsThis article is based on pertinent articles retrieved by a selective literature search, and on the results of a retrospective study by the authors.ResultsIn addition to conservative treatment methods including physiotherapy, casts, and corsets, progressive scoliosis usually requires early surgical intervention. In recent years, many different so-called non-fusion techniques have been developed for the surgical treatment of early childhood scoliosis. The goal of this new strategy is to avoid early fusion procedures and to enable further growth of the rib cage, lungs, and spine in addition to correcting the scoliosis. The authors also present their own intermediate-term results with a novel growth-preserving spinal operation that exploits magnet technology.ConclusionBecause of the low prevalence and heterogeneous etiology of early childhood scoliosis, the literature to date contains no randomized controlled therapeutic trials concerning this small group of high-risk patients. For the treatment to succeed, it is essential for specialists from all of the involved medical disciplines to work closely together. Conservative measures such as physiotherapy, casts, and corsets can delay the (frequent) need for surgery or even make surgery unneces - sary, particularly in the idiopathic types of early childhood scoliosis. The new non-fusion techniques enable continued growth of the spine, rib cage, and lung in addition to correcting the scoliosis.

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