1990Acta RadiologicaRequires access

Lumbar Disc Degeneration

Osmo Tervonen, S Lähde, Jonas Rydberg

Open publisher page 10 citations

Abstract

Computed tomography (CT) images of 59 discs in 30 patients suffering from low back pain were compared with CT/discography images of the same discs in order to assess the correlation between intradiscal damage and changes in annular configuration and density. The discs were graded in CT as not bulging, slight protrusion, advanced protrusion or disc herniation, and were checked for local areas of hypodensity. General degeneration and annular disruption in CT/discography were evaluated separately according to the Dallas Discogram Description, on a scale of non-existent, slight, moderate, or severe. Most discs with a slight protrusion in CT showed severe annular disruption in CT/discography. Discs with advanced protrusion showed in addition a severe general degeneration. Disc herniation was associated only with severe annular disruption. Local hypodensity proved to be a specific but insensitive sign of annular disruption. It is concluded that a bulging disc is a sign of intradiscal damage and should be noted even when there is no nerve entrapment present.

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What this paper is about

Computed tomography (CT) images of 59 discs in 30 patients suffering from low back pain were compared with CT/discography images of the same discs in order to assess the correlation between intradiscal damage and changes in annular configuration and density. The discs were graded in CT as not bulging, slight protrusion, advanced protrusion or disc herniation, and were checked for local areas of hypodensity. General degeneration and annular disruption in CT/discography were evaluated separately according to the Dallas Discogram Description, on a scale of non-existent, slight, moderate, or severe. Most discs with a slight protrusion in CT showed severe annular disruption in CT/discography. Discs with advanced protrusion showed in addition a severe general degeneration. Disc herniation was associated only with severe annular disruption. Local hypodensity proved to be a specific but insensitive sign of annular disruption. It is concluded that a bulging disc is a sign of intradiscal damage and should be noted even when there is no nerve entrapment present.

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Available abstract

Computed tomography (CT) images of 59 discs in 30 patients suffering from low back pain were compared with CT/discography images of the same discs in order to assess the correlation between intradiscal damage and changes in annular configuration and density. The discs were graded in CT as not bulging, slight protrusion, advanced protrusion or disc herniation, and were checked for local areas of hypodensity. General degeneration and annular disruption in CT/discography were evaluated separately according to the Dallas Discogram Description, on a scale of non-existent, slight, moderate, or severe. Most discs with a slight protrusion in CT showed severe annular disruption in CT/discography. Discs with advanced protrusion showed in addition a severe general degeneration. Disc herniation was associated only with severe annular disruption. Local hypodensity proved to be a specific but insensitive sign of annular disruption. It is concluded that a bulging disc is a sign of intradiscal damage and should be noted even when there is no nerve entrapment present.

Key concepts: Medicine, Discography, Disc protrusion, Degeneration (medical), Disc herniation, Intervertebral disk, Intervertebral disc, Lumbar

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