Abstract

LUMBAR disk herniation was not fully recognized as a disease entity until 1934, when Mixter and Barr<sup>1</sup>published their now classic description. Only two years later, Hampton and Robinson<sup>2</sup>described the myelographic criteria for the diagnosis of this entity. For almost 50 years, myelography with radiopaque contrast media has been the diagnostic method of choice for detection and localization of herniated lumbar intervertebral disk.<sup>3-8</sup>The recent development of nonionic water-soluble iodinated contrast media with relatively low toxicity (eg, metrizamide)<sup>9,10</sup>has added a new dimension to the myelographic evaluation of disk herniation by allowing direct visualization of the compressed nerve root.<sup>6</sup> Although the use of water-soluble contrast agents has now become widely accepted and has likely improved the diagnostic accuracy of the myelographic method,<sup>6</sup>Williams and colleagues" have recently suggested that the diagnosis of herniated lumbar disk can be made in many cases by computed

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