Simultaneous Combined Major Arterial and Lumbar Plexus Injury During Primary Extra Lateral Interbody Fusion: Case Report and Review of the Literature

Case Reports

. 2021 Mar 4;13(3):e13701.


doi: 10.7759/cureus.13701.

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Case Reports

Vasileios K Mousafeiris et al.


Cureus.


.

Abstract

Extra lateral interbody fusion (XLIF) has been established in recent years as an effective approach to address degenerative lumbar disc disease (DLDD). Although neurological and vascular complications during XLIF have been reported, to our knowledge, a combination of simultaneous vascular and neurovascular complication during XLIF has not been reported to date. A 72-year-old female patient was admitted to our orthopaedic department because of back pain associated with severe neuropathic radicular pain to her both lower extremities, incomplete paraplegia and low back fistula with serous secretion for several weeks. She had been wheel-chair bound since nine years before her admission in our department when she had her initial XLIF operation in another institution. Intraoperatively, an aorta lesion occurred, which was emergently addressed, along with lumbar plexus injury. Since then, she had an extensive history of subsequent operations that ended with a T10-S1 posterior lumbar fusion, with no improvement of her neurological condition, complicated by hardware-induced infection. She underwent her last operation in our department; removal of the posterior lumbar construct and extensive debridement of the posterior lumbar spine. We present this rare case and we perform an extensive literature review. Although XLIF has been established in recent years, the report of major vascular injuries, although rare, has questioned its safety profile. Spine surgeons should be aware of catastrophic major neurovascular complications associated with this procedure and be prepared to address them.


Keywords:

aorta; aorta injury; interbody fusion; llif; lumbar plexus; lumbar spine; major vascular injury; mesh stent; xlif.

Conflict of interest statement

The authors have declared that no competing interests exist.

Figures


Figure 1


Figure 1. Lateral X-ray of the lumbar spine (sitting) on admission showing the instrumented lumbar spine. Intraluminal endovascular abdominal aorta mesh stent in situ (arrows).


Figure 2


Figure 2. Lateral MRI showing myelopathy in the spinal cord at the level T11-T12 level (blue small arrow), Note significant dural adhesions at the level L3-L4 following MIS posterior decompression and fusion performed after primary XLIF (blue big arrow)


Figure 3


Figure 3. X-ray imaging (AP and Oblique views) of the lower thoracic and entire lumbar spine shows posterior spinal fusion at the level of T10-S1


Figure 4


Figure 4. Computerized Tomography 3D reconstruction of the lower thoracic and lumbar spine showing completed fusion T10-S1 posterior lumbar fusion with simultaneous interbody in all fused segments


Figure 5


Figure 5. Computerized tomography (axial view) of the lower lumbar spine showing nice fusion within the cage and vertebral bodies L4-L5


Figure 6


Figure 6. Axial view of Computerized Tomography in lower lumbar spine showing subfascial abscess formation extending to the posterior spinal elements (Arrow)


Figure 7


Figure 7. AP and lateral view of the lower thoracic and entire lumbar spine after the removal of the entire posterior fusion T10-S1 construct, which was the patient’s last operation

References

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