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Biomechanical Comparison Of Posterolateral Fibula Plating With Independent Syndesmotic Screw Fixation Versus Direct Lateral Plating With Syndesmotic Screw Fixation Through Plate, Dmitriy Butsenko, Zack Bonick, J Gary Bledsoe, Michael E. Doany

Stony Brook Orthopaedic and Musculoskeletal Journal

Syndesmotic fixation has been extensively investigated. Screw size, number, position, orientation, and flexible fixation options have all been investigated at length. There is however a lack of knowledge of any difference between an independent syndesmotic screw versus onethrough a lateral plate. The purpose therefore is to perform a biomechanical assessment of syndesmotic fixation comparing independent screw vs screw through plate combination, analyzing torsional strength of both constructs. To perform this, seven matched cadaveric through tibia-fibula lower leg specimens were prepared by creating an oblique fracture performing surgical syndesmotic disruption. The specimens were then randomized into the direct lateral through plate …

All Inside Meniscus Repair - How Close Is Too Close?, Frederick Hance, Kenny Ling, Liam Edwards-Gaherty, Diana Patterson

Stony Brook Orthopaedic and Musculoskeletal Journal

Although rare, neurovascular injuries are major complications. The purpose of this study was to use cadaveric dissection to determine the proximity of medial and lateral meniscus repair to major neurovascular structures in the posterior knee. We hypothesized that repair of the posterior horn of the medial and lateral menisci would be within 1 centimeter proximity of a key neurovascular structure.

The study was performed on 4 fresh-frozen cadaveric specimens that included the full knee joint spanning from the distal femur to proximal tibia and fibula. Following identification and tagging of the key structures, arthroscopic meniscus repair was simulated using Arthrex …