Biomechanical Study Of C1-C2 Posterior Arthrodesis Technique...

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February 1993 - Volume 18 - Issue 2
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Hajek, Phillip D. MD; Lipka, John MS; Hartline, Phillip; Saha, Subrata PhD; Albright, James A. MD

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Department of Orthopaedic Surgery and Biomechanics Laboratory, Louisiana State University Medical Center, Shreveport, Louisiana. Accepted for publication November 21, 1991.

Supported by the Center of Excellence for Arthritis and Rheumatology at Louisiana State University Medical Center, Shreveport, Louisiana.

Spine 18(2):p 173-177, February 1993.
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Abstract

Fifteen cervical spines from cadavers were used to compare the rotational and translational stability of the Brooks fusion, a fusion construct using Halifax interlaminar clamps, and the Gallie fusion. The Brooks and Halifax clamp constructs exhibited significantly greater rotational and translational stiffness than the Gallie construct (P< 0.001). The Halifax clamp construct exhibited greater rotational stiffness and equal translational stiffness when compared with the Brooks construct (P<0.05). The Brooks and Halifax fixation constructs provided superior fixation but presented technical challenges. The Gallie construct is less technically demanding but provides less stable fixation.

© Lippincott-Raven Publishers.

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Biomechanical Study of C1-C2 Posterior Arthrodesis Techniques Spine18(2):173-177, February 1993.
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