Gene-based therapies for the induction of spinal fusion.

Neurosurg Focus

Department of Neurosurgery, University of Virginia, Charlottesville, Virginia, USA.

Published: April 2001

AI Article Synopsis

  • Numerous mesenchymal growth factors that promote bone formation have been identified, but their clinical application is still underdeveloped.
  • Advances in gene therapy, both direct and ex vivo, enable sustained expression of osteogenic proteins using innovative delivery methods.
  • The review discusses recent progress in genetic therapies aimed at inducing bone growth and their possible applications in spinal arthrodesis.

Article Abstract

Numerous mesenchymal growth factors with osteogenic properties have now been identified. Although many of these proteins can induce bone formation when delivered on a carrier matrix, these approaches have not been fully developed in the laboratory or clinic. The expression of osteogenic proteins via direct or ex vivo gene therapy techniques is also compelling because high-level, long-term gene expression can now be achieved using novel viral and nonviral vectors. In this brief review the authors will highlight recent advances in genetic therapies for the induction of osteogenesis, as well as their potential use for the promotion of spinal arthrodesis.

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