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5 results
Genipin-crosslinked fibrin hydrogels as a potential adhesive to augment intervertebral disc annulus repair.
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Treatment of damaged intervertebral discs is a significant clinical problem and, despite advances in the repair and replacement of the nucleus pulposus, there are few effective strategies to restore defects in the annulus fibrosus. An annular repair material should meet three specifications: have a
Exogenous collagen cross-linking recovers tendon functional integrity in an experimental model of partial tear.
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We investigated the hypothesis that exogenous collagen cross-linking can augment intact regions of tendon to mitigate mechanical propagation of partial tears. We first screened the low toxicity collagen cross-linkers genipin, methylglyoxal and ultra-violet (UV) light for their ability to augment
Exogenous crosslinking recovers the functional integrity of intervertebral disc secondary to a stab injury.
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Exogenous crosslinking was proved to improve the fatigue resistance of anulus fibrosus and the stability of motion segment. The effect of crosslinking on the recovery of stab-injured discs, however, was less studied. The purpose of this study is to find if the exogenous crosslinking can increase the
Exogenous cross-linking increases the stability of spinal motion segments.
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METHODS
The mechanical stability of cross-linked and control spinal motion segments was evaluated using neutral zone, range of motion (ROM), and instability score metrics.
OBJECTIVE
To determine if exogenous cross-linking could increase the stability of spinal motion segments.
BACKGROUND
The
Rheological and dynamic integrity of simulated degenerated disc and consequences after cross-linker augmentation.
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METHODS
An in situ study using whole-organ culture system.
OBJECTIVE
To study the effect of disc degeneration at different stages on its rheological and dynamic properties and to investigate the efficacy of exogenous cross-linking therapy.
BACKGROUND
Disc degeneration can involve protein
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