Publication | Closed Access
Role of Weight-Bearing Flexion and Extension Myelography in Evaluating the Intervertebral Disc
12
Citations
19
References
2001
Year
Intervertebral DiscHerniated Nucleus PulposusSurgeryOrthopaedic SurgeryMagnetic Resonance ImagingExtension MyelographyLumbar SpineKinesiologyBiomechanicsOsteoarthritisWeight-bearing FlexionRadiologyHealth SciencesSpinal Cord InjuryMedical ImagingSpine SurgeryLumbosacral RadiculopathySpinal BiomechanicsMedicineCervical Spine
Magnetic resonance imaging has many advantages compared with myelography and/or computed tomography in evaluating the lumbar spine for herniated nucleus pulposus. The authors have included a series of three patients whose histories and physical examinations were clinically suggestive of herniated nucleus pulposus but whose magnetic resonance imaging scans were interpreted by a radiologist as a disc bulge without nerve root compression. Because all patients had not responded to a conservative care treatment program and surgical intervention was to be considered, subsequent testing with lumbar myelography with weight-bearing flexion and extension views demonstrated more clearly the presence of herniated nucleus pulposus along with compression of the nerve root; it also revealed that a positional change in the disc occurred with flexion and extension.
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