PHYSICAL THERAPY PROTOCOL

Latarjet Procedure
Physical Therapy Protocol

Rehabilitation following the Latarjet procedure is designed to protect both the repaired soft tissues and the healing coracoid bone graft while gradually restoring motion, strength, and dynamic shoulder stability.

0–6 Weeks

Protect Bone Graft

6–12 Weeks

Restore Motion

12–20 Weeks

Strengthening

Goal

Stable Shoulder

Important Note

This protocol serves as a general guideline. Individual rehabilitation may vary depending on bone quality, graft healing, associated procedures, revision surgery, or surgeon preference. The surgeon's postoperative instructions always take precedence.

Rehabilitation Philosophy

Unlike a soft tissue stabilization procedure alone, the Latarjet relies on healing of a transferred coracoid bone graft as well as restoration of dynamic shoulder stability. Early rehabilitation protects graft healing while preventing unnecessary stiffness. Progression is based on biology—not simply the amount of pain.

Phase I: Protection Phase

Timeframe: 0–6 Weeks

Goals

  • Protect bone graft healing
  • Protect capsular repair
  • Control pain and swelling
  • Maintain elbow, wrist, and hand mobility
  • Begin protected passive shoulder motion

Sling

  • Sling full time except hygiene and therapy
  • Sleep in sling
  • No lifting
  • No supporting body weight
  • No sudden shoulder movements

Exercises

  • Pendulums
  • Passive forward elevation
  • Protected passive external rotation
  • Elbow, wrist, and hand motion
  • Grip strengthening
  • Scapular retraction exercises

Avoid

  • Aggressive external rotation
  • Abduction with external rotation
  • Pushing up from a chair
  • Heavy lifting
  • Forceful stretching

Phase II: Motion Phase

Timeframe: 6–12 Weeks

Goals

  • Restore passive and active motion
  • Normalize scapular mechanics
  • Gradually discontinue sling
  • Improve functional arm use

Exercises

  • Cane exercises
  • Wall walks
  • Pulleys
  • Active-assisted elevation
  • Scapular stabilization
  • Gentle stretching

Phase III: Strengthening Phase

Timeframe: 12–20 Weeks

Goals

  • Restore rotator cuff strength
  • Improve dynamic stability
  • Improve endurance
  • Normalize shoulder mechanics

Exercises

  • Theraband strengthening
  • Rotator cuff strengthening
  • Scapular strengthening
  • Progressive dumbbell strengthening
  • Closed-chain stabilization
  • Proprioception training

Phase IV: Return To Activity

Timeframe: 20–24+ Weeks

Strength

Restore symmetric strength while maintaining excellent shoulder mechanics.

Function

Progress work-specific and sport-specific activities.

Stability

Achieve reliable dynamic stability before unrestricted activity.

Return To Activity Guidelines

Desk Work

Usually within 1–2 weeks.

Driving

After sling discontinuation and safe vehicle control.

Daily Activities

Progress gradually after the first 6 weeks.

Weight Training

Typically begins around 3 months with gradual progression.

Throwing Program

Often begins around 5–6 months depending on strength and stability.

Contact Sports

Usually around 6 months after confirmation of graft healing and restoration of strength.

Therapist Notes

  • Protect the healing coracoid bone graft during the first 6 weeks.
  • Avoid excessive external rotation until appropriate healing has occurred.
  • Restore motion gradually while maintaining stability.
  • Progress strengthening only after adequate graft healing.
  • Emphasize rotator cuff endurance and scapular control.
  • Notify the office if instability symptoms or unexpected pain develop.

Red Flags

Contact The Office For

  • Increasing pain
  • Drainage or redness
  • Recurrent instability
  • Loss of motion
  • Loss of shoulder function

Seek Urgent Care For

  • Chest pain
  • Shortness of breath
  • Calf pain or swelling
  • Severe uncontrolled pain

Related Resources

Questions About Latarjet Rehabilitation?

Successful rehabilitation following the Latarjet procedure depends on protecting bone graft healing while progressively restoring motion, strength, and shoulder stability for long-term function.

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