Publications by authors named "Kai-Fang Chen"

Current management for spinal cord injury aims to reduce secondary damage and recover sensation and movement. Acute spinal cord injury is often accompanied by spinal cord compartment syndrome. Decompression by durotomy and/or myelotomy attempts to relieve secondary damage by completelyrelieving the compression of the spinal cord, removing the necrotic tissue, decreasing edema, reducing hemorrhage, and improving blood circulation in the spinal cord.

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Background: Iliosacral screw fixation is a popular method for the management of posterior pelvic ring fractures or dislocations, providing adequate biomechanical stability. Our aim in this study was to describe the use of a new patient-specific external template to guide the insertion of iliosacral screws and to evaluate the efficacy and safety of this technique compared with the conventional fluoroscopy-guided technique.

Methods: This was a retrospective study of patients with incomplete or complete posterior pelvic ring disruptions who required iliosacral screw fixation.

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Synopsis of recent research by authors named "Kai-Fang Chen"

  • - Kai-Fang Chen's research primarily focuses on innovative surgical techniques and their implications for improving outcomes in spinal cord and pelvic injuries, as evidenced by his studies on durotomy/myelotomy for spinal cord injury and patient-specific templates for iliosacral screw insertion
  • - One significant finding from the 2020 study on spinal cord injury indicates that decompression through durotomy and myelotomy can effectively reduce secondary damage and enhance blood circulation in the spinal cord, potentially improving recovery of sensation and movement
  • - The 2018 study highlights the efficacy and safety of a novel, patient-specific external template for iliosacral screw insertion which showed promising outcomes compared to traditional fluoroscopy-guided methods, suggesting advancements in surgical precision and patient-specific treatments