Abstract
Effective Use of a Novel Biphasic Calcium Phosphate with Submicron Surface Topography in Posterolateral Spine Fusion
Highlights
The number of spine fusion procedures continues to increase proportionately with the aging population [1,2]
Surgeons continue to search for the most advanced and affordable bone graft to achieve successful spine fusion without the well-known co-morbidities related to harvesting autograft [3]
Conventional synthetic bone grafts such as β-TCP have underperformed when compared to autograft in spinal fusion [13]
Summary
The number of spine fusion procedures continues to increase proportionately with the aging population [1,2]. MagnetOs is a biphasic calcium phosphate (BCP) bone graft with a unique submicron surface topography. The purpose of this evaluation of a consecutive case series was to assess radiographic success as well as functional and pain outcomes following posterolateral lumbar fusion using a novel biphasic calcium phosphate bone graft with a unique submicron topography (MagnetOsTM, Kuros Biosciences, B.V.).
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