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The profile of the spinal column in subjects with lumbar developmental spinal stenosis.

Marcus Kin Long LaiPrudence Wing Hang CheungDino SamartzisJaro KarppinenKenneth M C CheungPrudence Wing Hang Cheung
Published in: The bone & joint journal (2021)
From this large-scale cohort, the canal size is found to be independent of body stature. Other than spinal canal dimensions, abnormal orientations of lamina angle and facet joint angulation may also be a result of developmental variations, leading to increased likelihood of DSS. Other skeletal parameters are spared. There was no relationship between DSS and soft tissue changes of the spinal column, which suggests that DSS is a unique result of bony maldevelopment. These findings require validation in other ethnicities and populations. Level of Evidence: I (diagnostic study) Cite this article: Bone Joint J 2021;103-B(4):725-733.
Keyphrases
  • spinal cord
  • soft tissue
  • neuropathic pain
  • minimally invasive
  • high resolution
  • solid phase extraction