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that HLDR might be an alternative choice for rotator cuff tears in humans to increase tendon –to– bone healing and reduce the rate of failure to heal. H-loop Knotless Double-Row Repair Versus Knotted Suture ...
of rotator cuff tendons to the humeral head relies on a finite number of suture grasping points (typically 2 or 4). Load transfer is therefore concentrated on these grasping points, resulting in stress ...
of the shoulder: a) non‐mineralized and mineralized fibrocartilage facilitate the attachment of tendon to bone 1 and dissipates stress concentrations at the bony interface 2 ; and b) fibrocartilage forms in regions ...
between tendon and bone creates a stress concentration at the interface, resulting in a high failure rate for the repair.[2,7] Depending on the extent of the injury and the age of the patients, failure ...
Background:Oxidative stress inhibits tendon -to- bone healing after rotator cuff repair. Regulation of oxidative stress has the potential to accelerate this healing, but its mechanism remains ...
Critical considerations in engineering biomaterials for rotator cuff repair include bone ‐ tendon ‐like mechanical properties to support physiological loading and biophysicochemical attributes ...
affecting the construct’s failure load.Clinical Relevance:The decreased tendon tissue stiffness acutely and failure to enhance tendon -to- bone healing of repairs should be considered before augmenting rotator ...
stress concentrations and mediate load transfer between the soft and hard tissues. Given the high incidence of tendon and ligament injuries and the lack of integrative solutions for their repair, interface ...
deposition) and bone loss. The lack of a functionally graded transition at the healing interface results in stress concentrations because of the structural mismatch between tendon and bone , contributing ...
Treatment of tendon – bone junction injuries is a challenge because tendon – bone interface often heals poorly and the fibrocartilage zone, which reduces stress concentration , at the interface ...
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