background and aims: neurons are injured under physical, chemical and pathological conditions. the effect of peripheral nervous system injuries may return as retrograde to the cell body of neurons in central nervous system resulting in brain and spinal cord degeneration. because of high content of camphor and borneol, achillea biebersteinii from asteracea family may be effective in prevention t...

conclusions the predictive value of the two statistically significant red flags only marginally raises the clinical suspicion of spinal cord or cauda equina compression. effective risk stratification of patients presenting to the ed with acute back pain is crucial; however, this study did not support the use of these red flags in their current form. patients and methods it was a retrospective c...

Calcification of intervertebral disc (IVD) is an uncommon but well-defined clinical syndrome in children. Despite its benign nature, occasionally, calcified nucleus pulposus can herniate into the spinal canal. We report an interesting case of calcified disc herniation in the thoracic spine. Although it resulted in cord compression and syrinx formation, it well responded to conservative manageme...

One of the most important factors responsible for axonal degeneration following spinal cord trauma is ischemia produced by cord compression. Previous studies have revealed that omental transposition upon the injured site of the spinal cord could be beneficial in the induction of partial improvement of neuroelectrical and motor function in laboratory animals. The purpose of this study is to...

Copyright © 2017 Massachusetts Medical Society. Acute compression of the spinal cord is a devastating but treatable disorder. Diseases that cause acute spinal cord compression constitute a special category because they originate in the spinal column and narrow the spinal canal. This review addresses the disorders that account for most instances of acute spinal cord compression: trauma, tumor, e...

one of the most important factors responsible for axonal degeneration following spinal cord trauma is ischemia produced by cord compression. previous studies have revealed that omental transposition upon the injured site of the spinal cord could be beneficial in the induction of partial improvement of neuroelectrical and motor function in laboratory animals. the purpose of this study is to veri...