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ACL Fibers Inserting on the Lateral Intercondylar Ridge Carry the Greatest Loads - Are Modern Anatomic Femoral Tunnel Positions Too Low?

机译:插入con突间外侧的ACL纤维承受的载荷最大-现代解剖型股骨隧道位置是否太低?

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摘要

Objectives:Histological studies have shown that the ACL has a direct and indirect insertion on the femur [1]. The direct insertion is located along the lateral intercondylar ridge and the indirect insertion is located ‘lower’ on the lateral wall of the notch. The trend towards anatomic ACL reconstruction using the anteromedial (AM) portal technique has resulted in ‘lower’ non-isometric femoral tunnel positions and increased graft failures [2]. To our knowledge, the load transfer properties of the direct and indirect ACL insertions have not been studied. This information may help in understanding the increased failures reported with AM portal drilling. The purpose of this study was, 1) to compare the load transferred across the native ACL at the direct and indirect femoral insertions and, 2) to determine the strain behavior of ACL grafts placed at different tunnel locations within the direct and indirect insertions.
机译:目的:组织学研究表明,ACL直接或间接插入股骨[1]。直接插入沿along间外侧脊定位,间接插入位于凹口侧壁上的“下方”位置。使用前内侧(AM)门技术重建解剖ACL的趋势导致非等距股骨隧道位置“降低”,并增加了移植失败[2]。据我们所知,尚未研究直接和间接ACL插入的负载传递特性。此信息可能有助于理解AM门户钻探报告的故障增加。这项研究的目的是:1)比较在直接和间接股骨插入处通过天然ACL传递的载荷,以及2)确定放置在直接和间接股骨内不同隧道位置的ACL移植物的应变行为。

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