Annular tears and disk herniation: prevalence and contrast enhancement on MR images in the absence of low back pain or sciatica.

@article{Stadnik1998AnnularTA,
  title={Annular tears and disk herniation: prevalence and contrast enhancement on MR images in the absence of low back pain or sciatica.},
  author={Tadeusz W. Stadnik and Roland R. Lee and H L Coen and E C Neirynck and Th{\'e}r{\`e}se Buisseret and Michel J Osteaux},
  journal={Radiology},
  year={1998},
  volume={206 1},
  pages={49-55}
}
PURPOSE To evaluate the prevalence and radiologic findings of annular tear (especially of contrast material enhancement), bulging disk, and disk herniation on T2-weighted and gadolinium-enhanced T1-weighted magnetic resonance (MR) images in people without low back pain (LBP) or sciatica. MATERIALS AND METHODS Thirty-six volunteers without LBP and/or sciatica (18 with no symptoms in their lifetime and 18 who were pain free for at least 6 months) were examined with sagittal and axial T2… CONTINUE READING

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To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
Annular tears and disk herniation : prevalence and contrast enhancement on MR images in the absence of low back pain or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
Annular tears and disk herniation : prevalence and contrast enhancement on MR images in the absence of low back pain or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
Annular tears and disk herniation : prevalence and contrast enhancement on MR images in the absence of low back pain or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
Annular tears and disk herniation : prevalence and contrast enhancement on MR images in the absence of low back pain or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
To evaluate the prevalence and radiologic findings of annular tear ( especially of contrast material enhancement ) , bulging disk , and disk herniation on T2-weighted and gadolinium - enhanced T1-weighted magnetic resonance ( MR ) images in people without low back pain ( LBP ) or sciatica .
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