Large armored bridging over fractured vertebra with intraspinal tumor mimicking bony mass caused by migrated fragments of burst cervical vertebra presenting with severe cervical myelopathy

Author:

Satyarthee Guru Dutta,Moscote-Salazar Luis Rafael

Abstract

Abstract Vertebral body may get displaced anterior or posteror with elements of rotation. However, burst cervical spine vertebral fracture may migrate anteriorly and posteriorly simultaneously. However anterior displaced fragment forming armor like mass is very rare. Similarly, the posteriorly propelled fragments migrating caudally and posterolaterally producing a large osseous mass inside spinal canal mimicking bony tumour causing severe cervical canal stenosis and presenting with marked myelopathy is extremely rare. To the best knowledge of authors, association of such traumatic dual pathology represents first of its kind in western literature, who was neglected early medical advice and presenting with marked compressive cervical myelopathy. She underwent successful surgical decompression with gradual recovery of spastic limb weakness and recovery of sensation. Authors also highlights the importance of early resuscitation and adequate maintainace of mean arterial pressure following acute spinal cord injury. Pertinent literature is briefly reviewed.

Publisher

Romanian Society of Neurosurgery

Reference18 articles.

1. Higher Mean Arterial Pressure Values Correlate with Neurologic Improvement in Patients with Initially Complete Spinal Injuries;Catapano;Cord World,2016

2. Higher Mean Arterial Pressure Values Correlate with Neurologic Improvement in Patients with Initially Complete Spinal Injuries;Catapano;Cord World,2016

3. arm with navigation versus arm a review of screw placement over years at a major trauma center;Verma;J Neurosurg,2016

4. Triangular cervical vertebral body fractures diagnostic significance;Lee;Am J Roentgenol,1982

5. Hospital acquired infections : preventable cause of mortality in spinal cord injury patients Physicians Jan;Lalwani;Lab,2014

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