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Transdural Ventral Sling Technique for Calcified Thoracic Disk Herniations. | LitMetric

Transdural Ventral Sling Technique for Calcified Thoracic Disk Herniations.

World Neurosurg

Department of Neurosurgery, Washington University School of Medicine in St. Louis, St. Louis, Missouri, USA. Electronic address:

Published: March 2024

AI Article Synopsis

  • * A case study of a 56-year-old woman showed successful removal of a calcified disc herniation at T5-T6 using a posterior transdural approach, which allowed for direct viewing and minimized invasive procedures.
  • * Results showed complete disc removal and restored spinal fluid flow, with the patient experiencing full recovery of strength and balance six months post-surgery, demonstrating the transdural approach's effectiveness and lower risk profile.

Article Abstract

Background: Surgery for thoracic disc herniations remains an ongoing challenge, with numerous surgical approaches, all with their own inherent risks. Discectomy via a posterior laminectomy was historically the treatment of choice; however, it was deemed very high risk with elevated rates of neurologic injury. The posterior transdural approach is an alternative surgical option for soft and calcified thoracic disc herniations.

Methods: A 56-year-old female with many years of numbness/tingling in her hands and difficulty with fine motor tasks presented with progressive weakness and loss of balance in her legs. Imaging revealed a prominent focal central calcified disc herniation at the T5-T6 level causing severe effacement and distortion of the spinal cord. A posterior transdural approach for direct visualization of a large calcified disc herniation was performed, removing the calcified disc without the need for extensive exposure or entry into the thoracic cavity. A ventral sling of the dura was created to allow rotation of the spinal cord while removing the disc.

Results: Intraoperative ultrasound confirmed complete disc resection, restoring cerebral spinal fluid flow circumferentially without residual impingement or cerebrospinal fluid leaks. At six months postsurgery, the patient's gait imbalance had resolved, and she had full lower extremity strength (5/5). Radiographic evaluation indicated stable implants without subsidence, pullout, fracture, or alignment loss.

Conclusions: The transdural approach is less invasive in nature, minimizes surgical exposure, patient morbidity, and provides better intraoperative control of the spinal cord. This constitutes an effective alternative surgical approach to both soft and calcified central thoracic disc herniations.

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Source
http://dx.doi.org/10.1016/j.wneu.2023.12.074DOI Listing

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