I J Braunschweig, Walter S. Rose
Abstract
Solitary osteochondromas rarely extend into the spinal canal and compress upon the spinal cord. The authors report a case where the use of magnetic resonance imaging enabled diagnosis of a solitary, intraspinal osteochondroma causing extensive compression of the spinal cord.
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Solitary osteochondromas rarely extend into the spinal canal and compress upon the spinal cord. The authors report a case where the use of magnetic resonance imaging enabled diagnosis of a solitary, intraspinal osteochondroma causing extensive compression of the spinal cord.
Key concepts: Osteochondroma, Spinal cord, Spinal canal, Spinal cord compression, Magnetic resonance imaging, Medicine, Compression (physics), Anatomy