Orthobiologics for Shoulder Pain: Conditions We Treat and How
The shoulder has the greatest range of motion of any joint in the body, which also makes it one of the most vulnerable. Rotator cuff injuries, labral tears, arthritis, and tendinopathy are among the most common reasons patients seek care — and among the most common reasons they end up in a surgeon’s office.
Surgery isn’t always the right answer. Here’s what regenerative orthopedics can offer.
Why Shoulder Injuries Are Different
Many shoulder tendons — particularly the rotator cuff — have limited blood supply. This is a problem because healing requires blood: the growth factors, platelets, and repair cells it carries. When tendons become degenerated or torn in low-vascularity zones, they struggle to heal on their own, and surgical repair in an avascular tendon can fail for the same reason. Orthobiologic injections address the underlying healing deficit directly by delivering concentrated repair cells to the tissue itself.
Conditions Treated
Rotator cuff tears and tendinopathy. Partial tears and tendinosis (chronic tendon degeneration) are strong candidates for PRP or bone marrow concentrate. Full-thickness, full-width tears typically require surgical reattachment, though orthobiologics can accelerate post-surgical healing.
Shoulder osteoarthritis. Cartilage loss in the glenohumeral joint responds to the same orthobiologic approach used for knee and hip arthritis — reducing inflammation, supporting tissue repair, and improving function.
Labral tears and degeneration. The labrum — the cartilage ring stabilizing the shoulder socket — can tear or degenerate over time. Orthobiologic treatment can reduce pain and improve stability for appropriate labral pathology, avoiding the scar tissue and mechanical consequences that sometimes follow surgical repair.
AC joint injuries. Separation of the acromioclavicular joint from high-impact trauma or repetitive stress responds well to prolotherapy and PRP.
Recurrent dislocations. Chronic shoulder instability from stretched or torn supporting structures can often be addressed with prolotherapy to tighten ligaments and improve joint stability without surgical tightening procedures.
What to Expect
Evaluation includes a thorough history, physical exam, and imaging review. Treatment is outpatient, with no general anesthesia. Procedures typically take one to two hours including preparation and cell processing. Ultrasound guidance ensures precise delivery.
Recovery from the procedure itself is days to weeks. Functional improvement continues over three to six months. Physical therapy is a standard component of the protocol.
Contact us to find out if regenerative treatment may help your shoulder condition.