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  4. Mid-lumbar traumatic spondyloptosis without neurological deficit: A case report and literature review

Mid-lumbar traumatic spondyloptosis without neurological deficit: A case report and literature review

Medicine, 2020 · DOI: http://dx.doi.org/10.1097/MD.0000000000019578 · Published: March 1, 2020

SurgeryTraumaSpinal Disorders

Simple Explanation

Spondyloptosis is a severe form of vertebral dislocation typically caused by high-impact injuries. It often leads to spinal instability and neurological damage. This paper discusses a rare case where a patient experienced complete vertebral dislocation in the mid-lumbar region without any neurological deficits. The patient, a 42-year-old man, suffered a fall and presented with severe back pain and spinal deformity. Despite the severity of the dislocation, he retained normal neurological function. The treatment involved surgical reduction and stabilization of the spine. The patient underwent surgery to correct the spinal deformity, which included fracture reduction, fusion, and internal fixation. Three months post-surgery, the patient was pain-free and fully rehabilitated. A year later, he remained asymptomatic with normal spinal alignment.

Study Duration
1-year follow-up
Participants
A 42-year-old man
Evidence Level
Level 4: Case Report and Literature Review

Key Findings

  • 1
    The study reports a rare case of L3 to L4 traumatic spondyloptosis with intact neurology, which is the first reported case of its kind involving complete posterior column and neural sparing in the mid-lumbar region.
  • 2
    The patient's intact neurological function despite severe dislocation was attributed to a 'saving fracture' of the bilateral pedicle, which enlarged the spinal canal and preserved the dura sac.
  • 3
    Surgical intervention involving fracture reduction, intervertebral fusion, and internal fixation successfully restored spinal alignment and stability, leading to a full recovery for the patient.

Research Summary

The case report presents a rare instance of traumatic spondyloptosis in the mid-lumbar region without neurological deficit, emphasizing the importance of considering stability and preventing secondary cord injury in treatment. The intact neurological function in this case was attributed to a spontaneous decompression mechanism due to fractures in the pedicles, facets, and lamina, preserving the dura sac and neural function. Surgical treatment, including posterior decompression, reduction, and fixation, successfully restored spinal alignment and stability, leading to a favorable outcome for the patient.

Practical Implications

Surgical Strategy

The case suggests that surgical strategies for traumatic spondyloptosis without neurological deficits should prioritize restoring spinal stability and preventing secondary cord injury.

Spontaneous Decompression

The report highlights the importance of spontaneous decompression mechanisms, such as saving fractures, in preserving neural function in severe spinal injuries.

Posterior Column Contribution

The case indicates that the posterior elements of the spine contribute significantly to spinal stability in all directions, not just as a tension band.

Study Limitations

  • 1
    Single case report limits generalizability
  • 2
    Mental handicap of the patient may have affected data collection
  • 3
    Limited long-term follow-up beyond one year

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