This review compares surgical techniques for UCL reconstruction in overhead athletes. It covers the classic Jobe, modified Jobe/ASMI, docking, and alternative techniques, along with their clinical outcomes and biomechanical properties. The goal is to define what modifications improve outcomes and where a clear surgical algorithm is still lacking.
The central teaching point: how you handle the flexor pronator mass and ulnar nerve drives complication rates more than which fixation you pick.
The classic Jobe technique with flexor pronator detachment and submuscular nerve transposition carried a 25% ulnar neuritis rate. Switching to a muscle-splitting approach and leaving the nerve alone added 17% and 14% to excellent results respectively, and cut nerve complications from 14% to 5%.
Biomechanically, remember that any reconstruction restores native valgus stability only at flexion angles ≥90°. Counsel athletes and rehab teams to avoid valgus load at lower flexion in the early period.
No single technique is proven superior, so the review's honest bottom line is to use the technique you know best. The docking technique trends toward lower complications and better return to play, but the difference is not statistically significant. Finally, separate return-to-play from return-to-performance: 80% pitch again, but over 30% of established pitchers never regain their prior level.
This review compares surgical techniques for UCL reconstruction in overhead athletes. It covers the classic Jobe, modified Jobe/ASMI, docking, and alternative techniques, along with their clinical outcomes and biomechanical properties. The goal is to define what modifications improve outcomes and where a clear surgical algorithm is still lacking.
The central teaching point: how you handle the flexor pronator mass and ulnar nerve drives complication rates more than which fixation you pick.
The classic Jobe technique with flexor pronator detachment and submuscular nerve transposition carried a 25% ulnar neuritis rate. Switching to a muscle-splitting approach and leaving the nerve alone added 17% and 14% to excellent results respectively, and cut nerve complications from 14% to 5%.
Biomechanically, remember that any reconstruction restores native valgus stability only at flexion angles ≥90°. Counsel athletes and rehab teams to avoid valgus load at lower flexion in the early period.
No single technique is proven superior, so the review's honest bottom line is to use the technique you know best. The docking technique trends toward lower complications and better return to play, but the difference is not statistically significant. Finally, separate return-to-play from return-to-performance: 80% pitch again, but over 30% of established pitchers never regain their prior level.