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Diagnostic performance of electron-density dual-energy CT in detection of cervical disc herniation in comparison with standard gray-scale CT and virtual non-calcium images.

Euddeum ShimBaek Hyun KimWoo Young KangSuk-Joo HongChang Ho KangKyung-Sik AhnHyeonbin LeeThomas J Kwack
Published in: European radiology (2022)
• Intervertebral discs with high material density are well visualized on electron-density images obtained from dual-energy CT. • Electron-density images showed much higher sensitivity and diagnostic accuracy than standard CT and virtual non-calcium images for the detection of cervical disc herniation. • Electron-density images can have false-negative results, especially for disc herniation with high signal intensity on T2W images and can show pseudo-disc extrusion at the lower cervical spine.
Keyphrases
  • dual energy
  • computed tomography
  • deep learning
  • image quality
  • convolutional neural network
  • optical coherence tomography
  • contrast enhanced
  • magnetic resonance imaging
  • solar cells
  • label free
  • high intensity
  • pet ct