Physical Therapy Protocol After Arthroscopic SLAP Labral Repair

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Physical Therapy Protocol for Arthroscopic SLAP Labral Repair

Introduction

The rehabilitation protocol following arthroscopic SLAP labral repair spans approximately 4-6 months and consists of four distinct phases.

During the immediate post-operative phase (weeks 0-6), immobilization with a sling is for comfort, with range of motion restrictions limiting flexion to 90 degrees and external rotation to 30 degrees with the arm at side. Internal rotation is restricted to the chest wall. Beginning at week 2, gentle pendulum exercises are introduced along with active range of motion for elbow, wrist, and hand, accompanied by isometric deltoid exercises without resistance.

The intermediate phase (weeks 6-12) begins exercise progression includes advancing to passive range of motion, introducing light isotonic exercises at week 4-6, and initiating rotator cuff strengthening by week 8. Patient may progress faster if meeting objective criteria. Contact sports remain prohibited during this phase, with cryotherapy utilized as needed.

During the strengthening phase (weeks 12-16), goals focus on achieving full passive and active range of motion with progression to end-range stretching. The exercise program encompasses progressive resistive exercises, scapular stabilization, proprioceptive training, and sport-specific exercises.

The return to activity phase (months 3-6) requires meeting specific criteria including full range of motion without pain, normal strength (5/5), normal scapular control, and successful sport-specific testing. Therapeutic interventions include joint mobilization and soft tissue work beginning at weeks 8 and 10 respectively, with pain control modalities implemented as needed.

Important precautions include avoiding contact sports for 4-6 months, positions of instability, and overhead throwing until medical clearance.

The protocol should be individualized based on repair type, tissue quality, patient age and activity level, athletic demands, prior instability history, and individual healing response.

I. Immediate Post-operative Phase (Weeks 0-6)

A. Immobilization
• Sling for comfort
• Range of motion restrictions:
Flexion limited to 90 degrees
External rotation limited to 30 degrees with arm at side
Internal rotation restricted to chest wall
B. Exercises (Week 2)
• Gentle pendulum exercises
• Active range of motion for elbow, wrist, and hand
• Isometric deltoid exercises without resistance

II. Intermediate Phase (Weeks 6-12)

A. Week 6
• Discontinue sling as needed
• Begin passive range of motion
B. Exercise Progression
• Week 8: Light isotonic exercises
• Week 10: Rotator cuff strengthening
• Contact sports prohibited
• Cryotherapy as needed

III. Strengthening Phase (Weeks 12-16)

A. Goals
• Achieve full passive and active range of motion
• Progress to end-range stretching
B. Exercise Program
• Progressive resistive exercises
• Scapular stabilization
• Proprioceptive training
• Sport-specific exercises

IV. Return to Activity Phase (Months 3-6)

A. Criteria for Return
• Full range of motion without pain
• Normal strength (5/5)
• Normal scapular control
• Successful sport-specific testing
B. Therapeutic Interventions
• Joint mobilization (Week 8)
• Soft tissue work (Week 10)
• Pain control modalities as needed
V. Precautions
• Avoid contact sports for 4-6 months
• Avoid positions of instability
• No overhead throwing until medical clearance

VII. Protocol Considerations

Individualize based on:

  • Repair type
  • Tissue quality
  • Patient age and activity level
  • Athletic demands
  • Prior instability history
  • Individual healing response
Patients who experience more significant pectoralis major tendon injuries may require surgical intervention. Surgical repair of a pectoralis major tendon injury involves reattaching the tendon back to its native attachment site on the humerus. Removal of damaged tendon fragments occurs prior to reattaching the tendon. The most common repair technique for tendon reattachment involves special surgical anchors that are secured within the bone. Patients with more severe and/or complex pectoralis major tendon injuries may not have enough healthy tendon tissue remaining, therefore, requiring a tendon graft for a successful repair. The tendon graft can be harvested directly from the patient (autograft) or from donor tissue (allograft). Dr. McCormick is diligent in protecting the biceps tendon, deltoid muscle, and surrounding neurovascular structures that are arranged near the injured pectoralis major tendon.

Conclusion:

Shoulder