Medtronic Introduces The Vertex Select™ Reconstruction System Occipitocervical Module

Medtronic, Inc. announced the U.S. launch of the VERTEX SELECT™ Reconstruction System Occipitocervical Module.

When a patient has a serious spinal condition that requires the base of the skull (occiput) to be fused, or joined, to the neck (cervical-upper thoracic spine), this complex procedure must be performed from the back of the spine, also known as a posterior approach. The VERTEX SELECT Occipitocervical Module contains implants and an instrument set necessary for performing this surgical procedure.

Conditions of the spine, such as degenerative disease, can lead to instability and pain for patients. To treat the instability, surgeons perform a spinal fusion, which involves joining two bones together, such as the occiput and vertebrae. Nearly 40,000 posterior cervical fusions are performed each year, of which approximately 10 percent involve occipitocervical fusions.

Used with the existing VERTEX® Reconstruction System, the VERTEX SELECT Occipitocervical Module offers adjustability through multiple plate designs, rods, screws, and hooks that gives surgeons more options during surgery, enabling them to tailor the procedure to each patient’s needs. Additional enhancements to the VERTEX SELECT Reconstruction System will be released in the near future to further expand the system.

“The VERTEX SELECT Reconstruction System builds on our surgeons’ trust and familiarity with our VERTEX Reconstruction System,” said Steve La Neve, president of the Spinal and Biologics business and senior vice president at Medtronic. “Medtronic is the leader in the posterior cervical market because innovative therapies, such as this one, improve patients’ lives.” “The flexibility of the VERTEX SELECT Reconstruction System helps overcome challenges of occipitocervical fusion,” said Dr. Vincent Traynelis, neurosurgeon at Rush University Medical Center in Chicago. “The multiple fixation options provided by the Occipitocervical Module allow me to adapt to my patients’ anatomy and adjust my constructs as needed.”

Source:  Medtronic

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