Login / Signup

A Single Axial Impact Load Causes Articular Damage That Is Not Visible with Micro-Computed Tomography: An Ex Vivo Study on Caprine Tibiotalar Joints.

Robin P BlomDouwe MolLeo J van RuijvenGino M M J KerkhoffsTheo H Smit
Published in: Cartilage (2019)
Single axial impact loads did not induce osteochondral damage visible with high-resolution contrast-enhanced micro-CT. However, despite the lack of damage on macro- and even microscale, the single axial impact loads resulted in "invisible injuries" because of the observed changes in the whole-joint biomechanics of the caprine tibiotalar joints. Future research must focus on diagnostic tools for the detection of early changes in articular cartilage after a traumatic impact (i.e., ankle sprains or ankle fractures), as it is well known that this could result in PTOA.
Keyphrases
  • computed tomography
  • contrast enhanced
  • magnetic resonance imaging
  • high resolution
  • oxidative stress
  • magnetic resonance
  • positron emission tomography
  • mass spectrometry
  • diffusion weighted imaging
  • pet ct
  • label free