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Changes in retro-odontoid mass after upper cervical spine surgery. | LitMetric

AI Article Synopsis

  • A retro-odontoid mass (R-OM) is a non-cancerous growth located behind the dens bone in the upper cervical spine, which can affect patients' health.
  • A study involving 69 patients who underwent various types of upper cervical spine surgeries revealed that post-surgery, there was significant improvement in both radiographic measurements and clinical symptoms.
  • Results indicated that most R-OMs decreased in size or resolved after fusion surgery, emphasizing the importance of stabilization procedures to effectively treat this condition.

Article Abstract

A non-neoplastic mass posterior to the dens is termed a retro-odontoid mass (R-OM). This retrospective study evaluated radiographic and clinical outcomes and R-OM changes after upper cervical spine surgery. This study included 69 patients who underwent upper cervical spine surgery, including atlantoaxial fusion, occipitocervical fusion, or decompression. All patients underwent preoperative magnetic resonance imaging (MRI). Six-month follow-up MRI examinations were performed in 30 patients who had preoperative R-OMs. Radiographic outcomes of the anterior and posterior atlantodental intervals were measured using X-rays and computed tomography. The R-OM and space available for the cord (SAC) were measured using MRI. Clinical outcomes were evaluated using neck and arm pain visual analog scales, the Japanese Orthopedic Association score, the neck disability index, and the patient-reported subjective improvement rate. The anterior atlantodental interval decreased, while the posterior atlantodental interval and SAC increased postoperatively. Among the clinical outcomes, the neck and arm pain and the neck disability index decreased postoperatively, while the Japanese Orthopedic Association score increased. All clinical and radiographic outcomes improved postoperatively. The R-OM either decreased in size or disappeared after fusion surgery in all cases, except in one patient who underwent decompression surgery. In conclusion, stabilization through fusion surgery is essential for treating R-OM.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC9681733PMC
http://dx.doi.org/10.1038/s41598-022-24436-7DOI Listing

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