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  1. 1 de dic. de 2004 · The development of lumbar disc rupture is associated with frequent bending and twisting, 18 fatigue loading, 19 heavy physical work, 20 and a sedentary environment that implies hypomobility, but may also contribute to increased intradiscal pressure in the seated posture. 21 Because many epidemiological studies use self-reported back ...

  2. 27 de ago. de 2017 · In computational studies, follower load applied to the lumbar spine could increase intradiscal pressure (IDP), intersegmental rotation and facet joint force [8, 9]. The compressive load on the spine reduces the disc height due to the decrease of the volume of mass gelatinous in nucleus pulposus.

  3. 1 de may. de 2017 · In a healthy lumbar disc, in vivo pressures in the nucleus are between 460 and 1330 kPa in the seated position, 500 and 870 kPa in the standing position, and 91 and 539 kPa when lying either prone or supine ( Nachemson and Morris, 1964, Nachemson and Morris, 1963, Sato et al., 1999, Wilke et al., 1999 ).

  4. 20 de mar. de 2022 · Intradiscal pressure (IDP) is the hydrostatic pressure measured in the nucleus pulposus of the intervertebral disc (IVD). As the innervated structure of the IVD [8,9], it is recognized as one of the potential causes of LBP. Studies have discovered that an increased IDP may accelerate the process of disc degeneration [10,11,12].

  5. Conclusions: Intradiscal pressure is influenced by recent loading due to fluid flow. The correlations found in this study suggest that intradiscal pressure is important for disc height and axial compliance.

  6. 1 de jul. de 2015 · This intradiscal pressure is approximately 0.1–0.24 MPa when lying supine, and increases linearly with loading of the disc 47, 86, 87, 88, up to more than 2.0 MPa 86. The quantity of bound water can vary, which changes the intrinsic intradiscal pressure 89.

  7. 17 de jul. de 2014 · Conclusions: Intradiscal pressure is influenced by recent loading due to fluid flow. The correlations found in this study suggest that intradiscal pressure is important for disc height...

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