Search Results - Uyekawa, Scott

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  1. 1
    A Lateral Expandable Cage with Independently Adjustable Anterior and Posterior Heights Can Improve the Pressure Distribution at the Cage-Endplate Interface: A Biomechanics Study

    A Lateral Expandable Cage with Independently Adjustable Anterior and Posterior Heights Can Improve the Pressure Distribution at the Cage-Endplate Interface: A Biomechanics Study by Kusins, Jonathan, Uyekawa, Scott, Singh, Gurpreet, Peng, Yun, McQuarrie, Chase, Holman, Paul, Cheng, Ivan, Jekir, Michael

    Published in World neurosurgery
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  2. 2
    P4. Independent expansion of the anterior and posterior height of a lateral expandable cage can improve the contact area and load distribution at the cage-endplate interface

    P4. Independent expansion of the anterior and posterior height of a lateral expandable cage can improve the contact area and load distribution at the cage-endplate interface by Kusins, Jonathan, Uyekawa, Scott, Singh, Gurpreet, Peng, Yun, McQuarrie, Chase, Jekir, Michael

    Published in The spine journal
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    P11. Expansion trajectory of a lateral cage affects load distribution at the cage-endplate interface: a biomechanics study

    P11. Expansion trajectory of a lateral cage affects load distribution at the cage-endplate interface: a biomechanics study by Kusins, Jonathan, Uyekawa, Scott, Singh, Gurpreet, Peng, Yun, McQuarrie, Chase, Holman, Paul J., Cheng, Ivan, Jekir, Michael

    Published in The spine journal
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