Abstract

Calcified thoracic disc herniations present a rare and challenging entity. Due to the close proximity to the spinal cord and relative narrowing of the spinal canal, the optimal approach remains a matter of debate. While the transthoracic approach is usually preferred, we adapted a new technique described in 2012: the transdural posterior approach. Our aim was to evaluate its benefits in patients with giant thoracic disc protrusions. We retrospectively reviewed all patients treated in our neurosurgical department from July 2012 to March 2020. Demographics, pre- and postoperative clinical status, and operative technique and complications were extracted and analyzed. In total, 12 patients underwent a posterior transdural resection of giant calcified thoracic hard discs between 2012 and 2020. All patients underwent a posterior decompression (laminectomy, hemilaminectomy, or laminoplasty). The median duration of surgery was 152 min. Transient postoperative neurological deterioration occurred in 4 patients, with complete recovery until time of discharge. No patient underwent a surgical revision. The transdural resection of giant calcified thoracic hard discs through a posterior approach provides an excellent decompression with sufficient visualization of the spinal cord and a satisfying postoperative outcome.

Highlights

  • Thoracic disc herniations remain an uncommon cause for compression of the spinal cord and symptoms of myelopathyChiara Negwer and Vicki M

  • The transdural resection of giant calcified thoracic hard discs through a posterior approach provides an excellent decompression with sufficient visualization of the spinal cord and a satisfying postoperative outcome

  • Several surgical approaches have been proposed to perform a resection in symptomatic patients, including the transthoracic approach [6,7,8], posterior costotransversectomy [9], and transpedicular approaches [10]

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Summary

Introduction

Thoracic disc herniations remain an uncommon cause for compression of the spinal cord and symptoms of myelopathyChiara Negwer and Vicki M. Thoracic disc herniations remain an uncommon cause for compression of the spinal cord and symptoms of myelopathy. Compared with cervical and lumbar disc herniations, the calcification rate has been reported to be 30–70% [5], which contributes to the complexity of surgery removal. In 2012, Coppes et al introduced a case series of 13 patients operated on, with a novel technique for central thoracic disc herniation removal, using a posterior transdural approach for central disc herniations of the thoracic spine [14]. Most patients treated in this series suffered from non-calcified thoracic disc herniations with moderate size, so the feasibility and outcome of patients with giant thoracic hard discs has not been examined yet

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