Study Design: Retrospective review of consecutive case series.
Objective: To evaluate the early surgical results and complications of thoracic transdiscal osteotomies and vertebral shortening for the treatment of thoracic discitis/osteomyelitis.
Summary Of Background Data: Thoracic discitis/osteomyelitis leads to collapse of the disc space and/or vertebral body. We propose a novel technique to achieve the same goals as anterior column reconstruction through an entirely posterior approach. Shortening of the vertebral column provides structural support without the morbidity of an anterior approach.
Methods: Following REB approval, retrospective review of the charts of five patients that underwent posterior only thoracic transdiscal osteotomies and vertebral shortening for discitis/osteomyelitis was carried out. Posterior only surgery was performed in these patients with excision of the affected disc space and corresponding posterior elements. Instrumented fusion was performed across the segment spanning multiple vertebral levels. Clinical outcome, radiographic correction, and perioperative complications were analyzed.
Results: Three patients had bacterial discitis, and 2 had tuberculosis. Mean age at the time of surgery was 61 years (50-76). Mean follow-up was 45 months (25-63). There was no neurologic deterioration; 2 patients with Frankel grade B improved to grade D and E, respectively. Mean kyphosis corrected from 36 degrees (14-90) to 4 degrees (0-8), and the mean construct spanned 9 levels (6-15). No major complications were encountered during surgery. Two patients underwent revision surgeries, 1 patient died of unrelated causes at 6 months. All patients were treated with a full course of postoperative antibiotic treatment. No cases of recurrent infection were recorded.
Conclusion: Thoracic transdiscal osteotomy with vertebral shortening is a safe and effective option for the treatment of infectious discitis/osteomyelitis with associated kyphosis. With adjuvant antibiotics, it effectively eradicates the infection through a posterior only approach, avoiding the need for anterior procedures and long anterior struts.
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http://dx.doi.org/10.1097/BRS.0b013e3181c0a158 | DOI Listing |
Spine Deform
July 2024
Department of Orthopaedic Surgery, San Francisco (UCSF), University of California, 500 Parnassus Ave, MUW 3rd Floor, San Francisco, CA, USA.
Purpose: To evaluate proximal junctional biomechanics of a MLSS relative to traditional pedicle screw fixation at the proximal extent of T10-pelvis posterior instrumentation constructs (T10-p PSF).
Methods: A previously validated three-dimensional osseoligamentous spinopelvic finite element (FE) model was used to compare proximal junctional range-of-motion (ROM), vertebral body stresses, and discal biomechanics between two groups: (1) T10-p with a T10-11 MLSS ("T10-11 MLSS") and (2) T10-p with a traditional T10 pedicle screw ("Traditional T10-PS").
Results: The T10-11 MLSS had a 5% decrease in T9 cortical bone stress compared to Traditional T10-PS.
Medicina (Kaunas)
October 2023
Department of Scoliosis and Spine Department, KAT Hospital, 14-561 Athens, Greece.
: C-arm-free MIS techniques can offer significantly reduced rates of postoperative complications such as inadequate decompression, blood loss, and instrumentation misplacement. Another advantageous long-term aspect is the notably diminished exposure to radiation, which is known to cause malignant changes. This study emphasizes that, in some cases of spinal conditions that require a procedural intervention, C-arm-free MIS techniques hold stronger indications than open surgeries guided by image intensifiers.
View Article and Find Full Text PDFOper Neurosurg (Hagerstown)
March 2020
Department of Neurosurgery, Eunpyeong St. Mary's Hospital, The Catholic University of Korea, Seoul, South Korea.
Background: Cervical spine deformity negatively affects patients' quality of life. Pedicle subtraction osteotomy (PSO) has reported to correct cervical deformity but it is challenging and carries a significant risk of morbidity.
Objective: To report transdiscal C7 PSO with a strut graft for the correction of sagittal and coronal imbalance in patients with fixed cervical deformity.
Oper Neurosurg (Hagerstown)
February 2019
Department of Neurological Surgery, University of Virginia Health System, Charlottesville, Virginia.
Pedicle subtraction osteotomy (PSO) is an effective technique to correct fixed sagittal malalignment. A variation of this technique, the "trans-discal" or "extended" PSO (Schwab grade IV osteotomy), involves extending the posterior wedge resection of the index vertebra to include the superior adjacent disc for radical discectomy. The posterior wedge may be resected in asymmetric fashion to correct concurrent global coronal malalignment.
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