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March 3, 2026JOR Spine6 citationsOpen Access

Complex Mechanical Loading and Pro‐Inflammatory Cytokines in Intervertebral Disc Degeneration

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KCKatherine B. CrumpEMEstefano Muñoz‐MoyaKGKim de Graaf

Key Points

  • Degenerative changes include decreased disc height and hydration, with increased MMP-13 levels observed under mechanical loading.
  • Specific inflammatory cytokines like IL-1Ra did not alleviate disc degeneration, indicating limitations in therapeutic approaches.
  • MRI-based finite element modeling effectively illustrated tissue degeneration patterns under mechanical and inflammatory stress.
  • This platform underscores the need for advanced modeling of intervertebral disc environments to inform therapy design.

Abstract

Degenerative changes were detected in all treatment groups. Results of decreased disc height, hydration, and ACAN expression, alongside increased MMP-13, indicated that the applied loading was supraphysiological and induced catabolic responses. IL-1Ra, at the given dose, did not counteract degeneration. MRI-based FE modeling effectively captured patterns of tissue consolidation and degeneration, providing valuable insights into IVD responses under combined mechanical and inflammatory stress. This integrative platform highlights the importance of modeling complex IVD environments and may inform the design of improved anti-catabolic therapies.

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Cite This Study

Crump et al. (2026) studied this question.

synapsesocial.com/papers/69a75a56c6e9836116a20088https://doi.org/10.1002/jsp2.70159
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