UCL INJURY: The Non-Surgical Road Back скачать в хорошем качестве

UCL INJURY: The Non-Surgical Road Back

A frayed ligament doesn’t have to end a pitching career. We share a raw, real case study of a high school senior with a partial UCL tear who skipped injections, rebuilt his foundation, and came back throwing harder—with less pain. The story isn’t about a miracle drill; it’s about finally honoring how the shoulder blade and arm are supposed to move together and how that single truth can protect an elbow under stress. We start with an unexpected pivot: free throws. Hundreds of smooth shots helped restore full elbow extension, improve blood flow, and calm the brain’s protective reflex that turns a recovering arm into a guarded “lobster claw.” From there, we zoom in on scapular humeral rhythm—the backbone of safe, powerful overhead motion. When the upper trap dominates and the shoulder shrugs, the body loses clean deceleration, the ball leaves the glove too early, and the arm is forced to “throw uphill,” pushing unnecessary load straight to the UCL. Through side-by-side video and clear cues, we walk through how delaying hand break until foot strike, training scapular depression and retraction, and focusing on downhill acceleration transformed mechanics without chasing gimmicks. You’ll hear the simple tests that exposed the root cause, how deceleration capacity sets the ceiling for safe velocity, and why “build proximal to distal” is more than a slogan—it’s the roadmap to durable performance. The proof is in the outcomes: a safer arm path, better finish, cleaner layback, and a mound return with more velocity than before the injury. If you coach pitchers, parent a throwing athlete, or want to bulletproof your own elbow, this deep dive will sharpen your eye and your plan. Subscribe, share with a teammate who needs it, and leave a review with the worst cue you’ve ever heard—we might break it down on a future show. Support the show The Velocity Rx podcast mission is to help save one million arms by giving the very best mechanical, health, and arm care information to it's listeners.