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Background:Reconstruction surgery using titanium vertebral body replacements aids in spinal stability after damage.Functional evaluation includes Nurick and ASIA grading systems.This study compares outcomes of single and double-level corpectomy in patients treated with thoracolumbar reconstruction. Material/Methods:Records of 16 patients who underwent vertebral reconstruction with expandable cages after single (n=9) and double (n=8) corpectomy were analyzed retrospectively.Thoracal and lumbar cases were approached posteriorly (n=14).Clinical evaluation was performed by neurological examination, Nurick Scale, American Spinal Injury Association (ASIA) Neurological Scores, and Visual Analog Scale (VAS).Preoperative and postoperative 3-month scores were recorded.Radiological evaluation was performed by calculation of regional angulation and postoperative recovery of vertebral body height. Results:Preoperatively, 2 patients had no motor or functional sensory deficits (ASIA grade E) and 6 patients were ASIA grade D. Immediately after surgery, 4 of the ASIA grade D patients improved to ASIA grade E, while 2 patients remained ASIA grade D during follow-up.Four patients were ASIA grade A; their conditions showed no improvement postoperatively.Preoperative and postoperative 3-month Nurick grade was statistically significant (P=0.022).Postoperative Cobb angle improved by a mean of 5.4° (P=0.001).Improvement by at least 1 grade in neurological recovery was observed in 6 (38%) of the cases.Pain scores analyzed using the VAS changed from a mean of 7 to a mean of 2.63 (P<0.001). Conclusions:In our experience, expandable cages are useful in the restoration of different pathologies of the thoracolumbar trunk with low complication and revision rates.With expandable cages it is possible to achieve restoration of the Cobb angle, improvement in Nurick Grade and effective pain palliation.
Demir et al. (Wed,) studied this question.