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Tommy John: Elbow Ulnar Collateral Ligament Allograft Reconstruction With Internal Brace
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Abstract
Injuries of the medial ulnar collateral ligament (UCL) of the elbow have previously been career ending for overhead athletes, with gymnasts and baseball pitchers being highly affected. The majority of UCL injuries in this population are chronic, overuse injuries and may be amenable to surgical intervention. The original reconstruction technique, pioneered by Dr. Frank Jobe in 1974, has undergone many modifications over the years. Most notable is the modified Jobe technique developed by Dr. James R. Andrews, which has resulted high rates of return to play and increased career longevity. However, the lengthy recovery time is still problematic. As a way to address the lengthy recovery time, a UCL repair with an internal brace technique improved the time to return to play but has limited applicability to the young patient with an avulsion injury and good tissue quality. Furthermore, there is considerable variety in other published techniques including surgical approach, repair, reconstruction, and fixation. We present here a technique for a muscle splitting, ulnar collateral ligament reconstruction with allograft to provide collagen for longevity and internal brace for immediate stability, early rehabilitation, and return to play.
Technique Video
video
See video under supplementary data.
Title: Tommy John: Elbow Ulnar Collateral Ligament Allograft Reconstruction With Internal Brace
Description:
Abstract
Injuries of the medial ulnar collateral ligament (UCL) of the elbow have previously been career ending for overhead athletes, with gymnasts and baseball pitchers being highly affected.
The majority of UCL injuries in this population are chronic, overuse injuries and may be amenable to surgical intervention.
The original reconstruction technique, pioneered by Dr.
Frank Jobe in 1974, has undergone many modifications over the years.
Most notable is the modified Jobe technique developed by Dr.
James R.
Andrews, which has resulted high rates of return to play and increased career longevity.
However, the lengthy recovery time is still problematic.
As a way to address the lengthy recovery time, a UCL repair with an internal brace technique improved the time to return to play but has limited applicability to the young patient with an avulsion injury and good tissue quality.
Furthermore, there is considerable variety in other published techniques including surgical approach, repair, reconstruction, and fixation.
We present here a technique for a muscle splitting, ulnar collateral ligament reconstruction with allograft to provide collagen for longevity and internal brace for immediate stability, early rehabilitation, and return to play.
Technique Video
video
See video under supplementary data.
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