Donated, freeze-dried tendon grafts loaded with gene therapy may soon offer effective repair of injured tendons, a goal that has eluded surgeons to date. According to study data published in the journal Molecular Therapy, a new graft technique may 
provide the first effective framework around which flexor tendon tissue can reorganize as it heals. Such tissue-engineering approaches could significantly improve repair of anterior cruciate ligaments and rotator cuffs as well, researchers said. The study was in a mouse model designed to resemble hard-to-repair flexor tendons in human hands, and the results should provide an impetus for future clinical trials.
Potential To Restore Range Of Motion, Accelerate Healing Using Freeze-Dried Tendon Implants
Donated, freeze-dried tendon grafts loaded with gene therapy may soon offer effective repair of injured tendons, a goal that has eluded surgeons to date. According to study data published in the journal Molecular Therapy, a new graft technique may
provide the first effective framework around which flexor tendon tissue can reorganize as it heals. Such tissue-engineering approaches could significantly improve repair of anterior cruciate ligaments and rotator cuffs as well, researchers said. The study was in a mouse model designed to resemble hard-to-repair flexor tendons in human hands, and the results should provide an impetus for future clinical trials.
Potential To Restore Range Of Motion, Accelerate Healing Using Freeze-Dried Tendon Implants