This systematic review of 20 studies (2019 patients) examined how surgical technique and athletic level affect return to sport after ulnar collateral ligament reconstruction. It directly compares RTS rates across the Jobe, ASMI, and docking techniques and across high school, collegiate, and professional athletes.
When a patient asks which UCLR technique gives the best chance of returning to throwing, the data point to the docking (97%) and ASMI modification (93%) over the original Jobe technique (67%). The key technical distinction is straightforward: split the flexor pronator mass, do not transect it. This single difference is the most likely driver of the RTS gap between modern and original techniques.
For counseling patients by competitive level, collegiate athletes have the best prognosis (95.5% RTS). Professional athletes fare worst, likely due to chronic injury burden, age, and concomitant pathology — not technique.
The overall 86% RTS rate has remained stable for decades despite evolving techniques, which signals that improving rehab protocols and better understanding failure modes are the next frontiers in this space.
This systematic review of 20 studies (2019 patients) examined how surgical technique and athletic level affect return to sport after ulnar collateral ligament reconstruction. It directly compares RTS rates across the Jobe, ASMI, and docking techniques and across high school, collegiate, and professional athletes.
When a patient asks which UCLR technique gives the best chance of returning to throwing, the data point to the docking (97%) and ASMI modification (93%) over the original Jobe technique (67%). The key technical distinction is straightforward: split the flexor pronator mass, do not transect it. This single difference is the most likely driver of the RTS gap between modern and original techniques.
For counseling patients by competitive level, collegiate athletes have the best prognosis (95.5% RTS). Professional athletes fare worst, likely due to chronic injury burden, age, and concomitant pathology — not technique.
The overall 86% RTS rate has remained stable for decades despite evolving techniques, which signals that improving rehab protocols and better understanding failure modes are the next frontiers in this space.