Abstract

BackgroundBertolotti’s syndrome (BS) is characterized by the enlargement of transverse processes in caudal lumbar segments, causing chronic and persistent low back pain or sciatica. The present study aimed to describe our surgical technique for BS treatment and to review existing literature describing unsatisfactory outcomes.Case presentationWe report a patient who complained of lower back pain and soreness that intermittently radiated to his left leg for longer than 10 years. Based on an examination of his symptoms and signs, including imaging and electrical physiology assessments, in addition to the report of temporary pain relief after a local steroid injection to a diagnostic trigger site (articulation between the transverse process and the sacral ala or iliac crest), the patient was diagnosed with BS. The applied surgical techniques included minimally invasive, three-dimensional C-arm guidance, a tubing approach, and microscopic and bone cavitron ultrasonic surgical aspirator–assisted operations. After surgery, improvements were reported on the visual analog scale (from 8 to 2 points on a 10-point scale) and the straight leg raising test for the left leg (20° to 90°) within 3 days. The patient gained an ordinary life and returned to work within one week of surgery, with no observed postoperative complications.ConclusionsMinimally invasive tubular microscopic decompression and disarticulation is an effective method for treating BS. However, to achieve a successful outcome, it is recommended to use physician-proficient techniques that are in line with the patient’s diagnosis.

Highlights

  • Bertolotti’s syndrome (BS) is characterized by the enlargement of transverse processes in caudal lumbar segments, causing chronic and persistent low back pain or sciatica

  • Minimally invasive tubular microscopic decompression and disarticulation is an effective method for treating BS

  • Lumbar computed tomography (CT) revealed the anomalous enlargement of the left L5 transverse process, which was articulated with the left sacrum and ilium, which was defined as an lumbosacral transitional vertebrae (LSTV) Type IIa according to the Castellvi classification system (Fig. 1B)

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Summary

Conclusions

Invasive tubular microscopic decompression and disarticulation is an effective method for treating BS.

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