Publications by authors named "Nathaniel M Wilson"

Coxa profunda presents a unique challenge in surgical treatment approach given global acetabular overcoverage. Arthroscopic treatment can be fraught with difficulty obtaining hip distraction for safe arthroscopic instrumentation, and limited arthroscopic access may prevent sufficient osseous resection of the excess acetabular rim. Although hip arthroscopy use has increased markedly over the past decades for all types of hip pathology, coxa profunda may represent one unique indication for surgical hip dislocation.

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Article Synopsis
  • The study aimed to evaluate how well the SIGN Fin nail maintains proper alignment after surgery for femoral shaft fractures, based on postoperative X-rays from a database.
  • Out of 500 fractures reviewed, 9.4% showed malalignment, with influencing factors including patient age, time to surgery, fracture location, and type of reduction.
  • The SIGN Fin nail was found to be effective in achieving alignment similar to traditional methods, but further studies are needed to assess rotational alignment and long-term outcomes.
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Introduction: More than 90% of orthopaedic surgery graduates pursue fellowship training after residency. Previous investigations have examined factors considered important by orthopaedic sports medicine and hand surgery fellowship program directors (PDs). This study sought to identify which factors orthopaedic trauma fellowship PDs deem most important when evaluating applicants.

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Purpose: The Surgical Implant Generation Network (SIGN) intramedullary nail was designed for use in resource limited settings which often lack fluoroscopy, specialized fracture tables, and power reaming. A newer design iteration, the SIGN Fin nail, was developed to further simplify retrograde femoral nailing by making proximal interlocking screw placement unnecessary. Instead, the leading end of the Fin nail achieves stability through an interference fit within the proximal femoral canal.

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Purpose: In developing countries, long bone fractures following trauma are a significant contributor to morbidity, and operating room resources are often limited in these settings. The Surgical Implant Generation Network (SIGN) Fin nail may reduce the challenges of retrograde intramedullary nailing of femoral fractures without fluoroscopy. In contrast to the traditional SIGN nail placed in a retrograde fashion, the Fin nail does not require proximal interlocking screws.

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