Unlike traditional surgical methods such as spinal fusion, ApiFix, Shilla and MAGEC growing rod systems, the vertebral body tethering system is a non-fusion device that treats idiopathic scoliosis in young children and teens whose bones have not yet fully matured while allowing for more movement post-surgery. With this approach, anchors and a flexible tether are placed in the patient's spine on the side of the spinal curvature, allowing more motion when compared to fusion but also uses the patients remaining growth to help straighten the spine. Enabling technologies including intraoperative 3D imaging, Firefly, and navigational systems are utilized to support spine and scoliosis surgery adding a layer of safety, and improving quality outcomes. Michael Glotzbecker, MD, chief of pediatric orthopedics at UH Rainbow Babies & Children’s explains how their surgeons have embraced these newer techniques and technologies to broaden the options and tailor approaches for patients.

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University Hospitals is one of the nation’s leading health care systems, providing patient-centered care that meets the highest standards for quality and patient safety and have received numerous awards and recognitions from some of the most prestigious institutions in the country for our leadership and exceptional patient outcomes. As an accountable care organization, we foster long-term patient-provider relationships that help promote preventive care, increase wellness and healthy behaviors, decrease emergency episodes, and prevent hospitalizations. To learn more: [ Ссылка ]

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