• Spine · Feb 1993

    Comparative Study

    Biomechanical study of C1-C2 posterior arthrodesis techniques.

    • P D Hajek, J Lipka, P Hartline, S Saha, and J A Albright.
    • Department of Orthopaedic Surgery, Louisiana State University Medical Center, Shreveport.
    • Spine. 1993 Feb 1; 18 (2): 173-7.

    AbstractFifteen 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.

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