Not all rotator cuff tears are shaped the same — and the repair should match the tear. Dr. Graham fixes crescentic tears differently than L-shaped, T-shaped, or delaminating tears. Every repair is all-arthroscopic, every tear size is accepted, and the approach is always driven by what your specific tissue allows. Dr. Graham tells every patient the same thing before surgery: rotator cuff repair is one of the most difficult operations in all of orthopedic surgery — and recovery routinely takes 1 to 2 years. That honesty is part of the care.
All tear sizes and morphologies accepted. Second opinions welcome.
Understanding the Condition
The rotator cuff is a group of four muscles — supraspinatus, infraspinatus, teres minor, and subscapularis — whose tendons converge on the humeral head to hold the ball of the shoulder in its socket. Together they give you the ability to lift, rotate, and stabilize your arm. The supraspinatus, which arches over the top of the joint, is the most commonly torn.
Tears occur either through acute trauma — a fall, a sudden pull, a dislocation — or through gradual degeneration, where years of mechanical wear thin the tendon until it finally fails. Both produce the same problem: the tendon pulls away from the bone, disrupting the force couple that keeps the shoulder moving smoothly. Left unrepaired, the muscle atrophies and the defect often enlarges.
What most patients don't realize is that tears come in meaningfully different shapes — and the geometry of the tear determines the repair strategy. A crescent-shaped tear at the anterior margin of the supraspinatus mobilizes and reduces to bone differently than an L-shaped tear with a longitudinal split, which in turn requires a completely different sequence than a delaminating tear where the tendon has split into distinct layers. In Dr. Graham's experience, treating every tear the same is the most common reason repairs underperform.
In Dr. Graham's experience, most patients with a meaningful rotator cuff tear have been living with more limitation than they realize. When someone tells him their shoulder has "always been a little weak," a tear is often the reason.
The four rotator cuff tendons insert onto the "footprint" of the greater and lesser tuberosities on the humeral head. Surgical repair restores this attachment — the more completely and anatomically the footprint is reconstructed, the better the healing environment.
The supraspinatus is torn in the vast majority of cases, often at its anterior leading edge. Infraspinatus and subscapularis involvement indicates a larger or more complex tear pattern requiring a more extensive repair strategy.
Recognizing a Rotator Cuff Tear
Rotator cuff tears can present across a wide spectrum — from a dull ache with overhead activity to a shoulder that simply won't lift the arm. Acute and degenerative tears often feel different from each other.
Difficulty sleeping on the affected side is one of the most consistent complaints. The pain tends to be a deep ache radiating from the lateral shoulder toward the upper arm, and it often wakes patients from sleep when they roll onto it.
Lifting the arm above shoulder level — reaching a shelf, washing hair, throwing — becomes painful or mechanically difficult. In larger tears, patients describe the arm "giving out" in an overhead position or having to use the other hand to assist.
Reaching behind the back or rotating the arm outward weakens with infraspinatus and teres minor involvement. Patients notice trouble tucking in a shirt, fastening a bra strap, or putting on a seatbelt.
Pain localizes to the lateral deltoid region — roughly where a vaccination is given — and worsens with arm elevation between 60° and 120°. This "painful arc" reflects the torn tendon catching under the acromion during that range of motion.
A fall on an outstretched arm, a sudden heavy pull, or a shoulder dislocation can produce an acute complete tear. Immediate, severe weakness — particularly inability to raise the arm at all — combined with pain and bruising suggests this pattern and warrants prompt evaluation.
In large or massive tears, patients may lose the ability to actively elevate the arm above 90° entirely — a finding called pseudoparalysis. The arm can be moved passively by another person, but the patient cannot initiate or sustain elevation. This is a sign of significant cuff disruption and is worth evaluating sooner rather than later.
Conservative Treatment First
Most rotator cuff tears — particularly partial tears and smaller full-thickness tears in lower-demand patients — deserve a trial of conservative care before surgery is considered. Dr. Graham takes this seriously.
A structured PT program targets rotator cuff strengthening, periscapular muscle recruitment, and posture correction to offload the torn tendon and reduce pain. In Dr. Graham's experience, patients who commit to 6–12 weeks of directed therapy — not generic exercises — often achieve meaningful functional improvement with partial tears, and even some small full-thickness tears can become symptomatically manageable without surgery.
Avoiding overhead loading, heavy lifting, and provocative positions while the tendon is symptomatic gives the surrounding tissues a chance to settle. This is not a permanent restriction — it's a deliberate period of relative rest combined with rehabilitation, aimed at reducing the inflammatory burden on a tendon that may still have structural integrity.
A subacromial corticosteroid injection provides meaningful pain relief for many patients and can create enough of a window for physical therapy to take hold. It plays both a diagnostic and therapeutic role — significant relief after injection helps confirm the source of pain. In Dr. Graham's experience, injections work best as a bridge to function, not as the sole treatment for a mechanically significant tear.
Surgical Philosophy
Rotator cuff tears are not all the same — and in Dr. Graham's experience, the most important decision in the operating room is understanding the geometry of the tear before choosing how to fix it.
The most common pattern — the tendon pulls away from the footprint in a curved line across the anterior supraspinatus. The tear margin is mobile and can be brought to the bone with minimal tension after simple lateral mobilization. This is the tear most readily treated with a standard double-row speed bridge construct.
These tears have a longitudinal component — a split running parallel to the tendon fibers — in addition to the transverse avulsion from bone. The critical step is recognizing which limb of the tear is under tension and releasing it first. Trying to reduce these tears to bone before addressing the longitudinal split creates a repair that bunches rather than lies flat.
The tendon splits into distinct layers — typically an articular-sided layer and a bursal-sided layer — each of which may retract at a different rate and to a different degree. These tears are easy to underestimate on MRI and easy to mishandle at surgery if both layers aren't independently identified and mobilized.
Tears involving two or more tendons, or a single tendon with significant retraction, require deliberate mobilization before fixation is possible. Dr. Graham performs interval slides — a controlled release at the rotator interval — when the tendon cannot be brought to the footprint without undue tension. Forced repair under tension fails; tissue that moves freely heals.
Surgical Treatment
Dr. Graham performs every rotator cuff repair arthroscopically — small portals, a camera, and specialized instruments replace any open incision. No tear is too small or too large to be approached this way.
The speed bridge uses two rows of suture anchors working together: a medial row that penetrates the tendon and grips it, and a lateral knotless row that presses the tendon flat against the bone over the widest possible footprint. The result is a repair that looks and behaves closer to the native tendon attachment than a single-row construct.
A single row of anchors can be sufficient for very small, mobile tears with good tissue quality where a double-row construct would be redundant. Dr. Graham uses it selectively — not as a default — when the tear geometry and tissue allow a reliable repair with less hardware.
Most rotator cuff repairs are performed under general anesthesia combined with an interscalene nerve block, which provides excellent intraoperative conditions and meaningful post-operative pain control for the first 12–18 hours. The surgery is outpatient — you go home the same day. Operative time is typically 60–90 minutes for standard repairs; larger or more complex tears may take longer.
Before any repair begins, Dr. Graham performs a thorough diagnostic arthroscopy from both the glenohumeral joint and subacromial space. The tear is assessed for size, shape, tissue quality, retraction, and layering. This intraoperative assessment sometimes reveals a tear that is larger or shaped differently than MRI predicted — which is why the fixation plan is finalized in the operating room, not before it.
The inflamed subacromial bursa is removed to improve visualization and reduce impingement. If the acromion has a downward-sloping morphology contributing to mechanical wear, a limited acromioplasty — smoothing the undersurface of the acromion — may be performed. This is done selectively, not routinely.
The tear margins are freshened and the tendon is evaluated for mobility. If the tear cannot be brought to the footprint without tension — common in larger or retracted tears — Dr. Graham performs an interval slide at the rotator interval, releasing the capsular and ligamentous tissue between the supraspinatus and subscapularis to gain the necessary length. In Dr. Graham's experience, this step is the difference between a repair under tension that fails and one that heals.
For L-shaped or T-shaped tears, margin convergence sutures are placed first to convert the complex geometry into a reducible crescent. For delaminating tears, each layer is addressed independently. Once the tear is properly configured, medial row anchors are placed at the articular margin of the footprint, sutures are passed through the tendon, and the lateral knotless row compresses the tendon flat against the bone. The footprint is fully covered.
Portal incisions are closed with absorbable sutures. A shoulder sling is applied in the recovery room. Most patients go home within 1–2 hours of waking from anesthesia. A post-operative nerve block means most patients have minimal pain the first evening; a prescription for oral pain medication covers the transition as the block wears off.
Recovery
Recovery is structured and milestone-based. The limiting factor is always biology — tendon-to-bone healing takes time regardless of how fast you feel better.
Sling worn full-time except for hygiene and prescribed exercises. Formal physical therapy begins at 2 weeks — passive range-of-motion only, where the therapist moves your arm while your muscles stay completely relaxed. No active shoulder use. Larger tears may require a longer sling period of 6–8 weeks.
Sling is discontinued. Active-assisted range of motion begins — you start moving the arm under your own power, with the other arm or a pulley assisting. The goal is full range of motion by the end of this phase. No strengthening yet. The tendon is healing to bone, and loading it too early risks disruption.
Progressive resistance training begins once motion is restored and healing is confirmed clinically. Theraband, light weights, and functional movements are introduced gradually. In Dr. Graham's experience, patients are consistently surprised that they feel better before this phase — which is exactly why the protection phase must be respected even when the shoulder feels fine.
Full recovery from rotator cuff repair routinely takes 1 to 2 years — Dr. Graham tells every patient this before surgery. Smaller repairs may reach full activity at 6–9 months; large and massive tears often require 12–24 months before complete confidence and strength are restored. Return to heavy work or overhead sport is cleared on demonstrated strength, not a calendar date.
"Roy said if there were 10 stars available he would give Dr. Graham 10. The outcome exceeded every expectation."
Roy Williams · Complex Upper Extremity Surgery · Verified Google Review ★ 5/5
Biologic Treatment Option
PRP has a well-established rationale in rotator cuff pathology across three distinct scenarios. For partial-thickness rotator cuff tears that are symptomatic but not yet surgical, PRP delivers growth factors to the degenerative tendon zone, potentially stimulating repair and delaying or avoiding the need for surgery. For subacromial bursitis and rotator cuff tendinopathy, PRP offers a biologic complement to cortisone — addressing the underlying degeneration rather than only the inflammatory response. And for post-operative augmentation after surgical repair, PRP applied at the repair site may enhance the biological healing environment and support tendon-to-bone integration.
The rotator cuff's blood supply is notoriously poor in the critical zone near the footprint — the same reason cuff tears heal slowly and sometimes incompletely. PRP's concentrated growth factors are particularly relevant in this avascular context, providing a biological stimulus where native healing is limited.
Dr. Graham is happy to discuss PRP as part of the treatment conversation for any patient with rotator cuff pathology — whether they are managing a partial tear conservatively, considering their options before surgery, or thinking about what can be done to support healing after repair. See the PRP treatment page for full details on the procedure.
Common Questions