Background & General Considerations
- Superior Labrum from Anterior to Posterior (SLAP) Tears: At times athletes collect minor injuries to the rotator cuff and/or labrum that progress to unstable structures. Labral tears that do not have a stable chondrolabral base may require repair of the tissues to the bone. The long head of the biceps places a tensile force on the superior labrum. At times a biceps tenodesis is performed to remove the deforming force upon the labrum.
- Postoperative Pain Pump: No shoulder exercises while a pain pump is in place
- Sling Time: Have the patient wear sling at all times except while showering and while doing exercise or physical therapy for the first 4 weeks or as directed on the initiating prescription. No Resisted elbow flexion for the first 4 weeks.
- Range of Motion Restrictions: In an animal model of healing, at least four weeks was necessary for the healing of a simulated labral injury. Considering the difference between humans and rabbits, we maximally protect labral repairs for 6 weeks from motions that would put them under tensile load. Tensile loads of the superior labrum would require a pull of the biceps upon the superior labrum. Avoid active elbow flexion/supination or isolated biceps contraction for the first 6 weeks. Avoid excessive external rotation at the shoulder and any motion that would create the “peel-back” mechanism.
- Maturation Time: Since repair maturation requires at least 3 months, avoid heavy lifting, pushing, or pulling for the first 4 months to allow for proper healing and maturation of the repair.
- Return to Sports: A return to sports at 6 months after a labral repair may be considered, but each individuals return to sport will be specified and tailored by the circumstances of their case. In overhead throwers, this may require more time to allow repair maturation.
- Protocols are Guidelines and Functional Progression: Please note that the following protocol is a general guideline. Patients should not be progressed to the next phase until they demonstrate proper form with all activities and functional criteria are met in the current phase. The timelines of this protocol are a general guideline.
- Whole Body Approach: Assess functional movements of the whole body and incorporate treatment modalities for loss of mobility and stability in the entire system.
- Ideal Frequency: Formal physical therapy provides the optimal environment and guidance throughout the recovery process. In an ideal situation, 16-40 visits during the first 2-3 months of the recovery would be optimal. Patients should visit with a physical therapist 2 times a week for the first 6 weeks, then 2 to 3 times a week for the next 2-6 weeks. This is not always possible and must be tailored for each patient. Since not all patients have access to the same equipment, exercises should be tailored appropriately.
- BLOOD FLOW RESTRICTION THERAPY: Blood Flow Restriction (BFR) has compelling evidence that it can improve the systemic healing response when used post-operatively with low-intensity resistance training (LIRT). However, not everyone will have access to BFR.
- Neurocognitive Rehabilitation: It is clear that injury events effect the brain as much as the muscles and joints involved. Progressive rehabilitation programs are combining neuromuscular with neurocognitive methods. Consider the addition of neurocognitive methods to each phase of the rehabilitation process.
Phase I (Maximal Protection Phase, Generally Weeks 0-6):
Principles/Goals:
-Diminish Pain Associated with Swelling and Initial Post-Surgical Inflammatory Response
-Protect Repair
-Optimize Nutrition and Healing Response
-Prevent Negative Effects of Sling Immobilization
-Minimize Muscle Atrophy
Treatment Recommendations/Examples (Day 1-14)
-Elbow/Hand ROM and Gripping Exercises, Encourage Use of Squeezing Ball that Accompanies Sling
-Upper Trap and Levator Scapulae Stretches
-Gentle, Pain-Free ROM
- Passive flexion to 60 degrees by end of week 1
- Passive flexion to 75 degrees by end of week 2
- Passive ER at 45 degrees of abduction to 10-15 degrees
- Passive IR at 45 degrees abduction to 45 degrees
-No active biceps, shoulder extension, external rotation, or elevation
-Rhythmic stabilization drills for ER/IR and Pendulums
-Light and non-painful isometrics for rotator cuff and deltoid
-Neck mobility, stability exercises
-Cryotherapy and soft tissue modalities as needed
Treatment Recommendations/Examples (Day 15-28)
-Continue gentle PROM
-Continue isometrics and rhythmic stabilization
-May begin rhythmic stabilization at 90 degrees flexion
-Gentle, Pain-Free ROM
- Passive flexion to 90 degrees
- Passive abduction to 85 degrees
- Passive ER at 45 degrees of abduction to 25-30 degrees
- Passive IR at 45 degrees abduction to 55-60 degrees
-No active biceps, shoulder extension, external rotation, or elevation
-Progress from isometric strengthening to ER/IR tubing with arm at side
-Initiate scapular stabilization exercises
-Thoracic, mobility, stability exercises
-Cryotherapy and soft tissue modalities as needed
-Blood Flow Restriction (BFR) has compelling evidence that it can improve the systemic healing response. Considering using with LE strengthening exercises.
-Neurocognitive Rehabilitation: Consider the addition of neurocognitive methods to each phase of the rehabilitation process.
Treatment Recommendations/Examples (Day 29-42)
-Continue all relevant exercises
-Gentle, Pain-Free Passive ROM
- Passive flexion to 145 degrees
- Passive abduction to 135 degrees
- Passive ER at 45 degrees of abduction to 45-50 degrees
- Passive IR at 45 degrees abduction to 60 degrees
-No active biceps, shoulder extension, external rotation, or elevation
-Active ROM Can Progress to Limits Above
-Progress ER/IR tubing with arm at side
-Progress scapular stabilization exercises
-Prone Row
- Upper arm can go past neutral
-Prone Extension (begin in neutral rotation)
- Upper arm does not go past neutral
-Supine serratus punches
-Proprioceptive Neuromuscular Facilitation (PNF) Techniques with Manual Resistance
-Lumbar and LE mobility or stability exercise as needed
-Blood Flow Restriction (BFR) has compelling evidence that it can improve the systemic healing response. Considering using with LE strengthening exercises.
-Neurocognitive Rehabilitation: Consider the addition of neurocognitive methods to each phase of the rehabilitation process.
Phase II (Intermediate ROM and Strengthening Phase, Generally Weeks 7-12)
Principles/Goals:
-Gradually Restore Full Range of Motion
-Enhance Neuromuscular Control
-Optimize Nutrition and Healing Response
-Begin Restoring Muscle Mass
Treatment Recommendations/Examples (Week 7-9)
-Restore Normal Range of Motion
- Passive flexion to 160 degrees
- Passive ER at 90 degrees abduction to 80 degrees, unless throwing athlete and then 90 degrees
- Passive IR at 90 degrees abduction to 75 degrees
-Active ROM Can Progress to Limits Above
-May Begin to Work on Gentle Behind the Back Stretches to Tolerance
-Progress all Isotonic Strengthening
-Progress all Scapula Stabilization Exercises
-Progress Proprioceptive Neuromuscular Facilitation (PNF) Techniques
-Core Strengthening and Farmer’s Carries
-Blood Flow Restriction (BFR) has compelling evidence that it can improve the systemic healing response. Considering using with LE strengthening exercises.
-Neurocognitive Rehabilitation: Consider the addition of neurocognitive methods to each phase of the rehabilitation process.
Treatment Recommendations/Examples (Weeks 10-14)
-Progress ROM to functional demands of athletes, for example overhead thrower to previous ER
-Continue to Progress all Strengthening, Stabilization, Mobility Exercises
-Blood Flow Restriction (BFR) has compelling evidence that it can improve the systemic healing response. Considering using with LE strengthening exercises. Principles/Goals:
-Neurocognitive Rehabilitation: Consider the addition of neurocognitive methods to each phase of the rehabilitation process.
Phase III (Strength/Proprioception and Return to Sport, Generally Weeks 12-26)
Principles/Goals:
-Progress strengthening program to shoulder level and above
-Maintain Full Range of Motion
-Improve Muscular Strength and Endurance
-Optimize Neuromuscular Control
-Enhance Muscular Strength, Power, Endurance
-Progress Functional Activities
-Return to Sport Activities
Treatment Recommendations/Examples
-Consider Once a Week to Once Every Other Week Visits
-Continue/Progress All Relevant Activities
-Initiate Endurance Training
-Initiate/Progress Interval sport Program
-Consider restricted/Non-contact return to sport activities
Interval Return to Throwing
-This can begin at 4 months and expect to last 4-8 weeks
-Begin with towel drills and elbow toss for 1-2 weeks
-Then begin 2 weeks of rainbow tosses
-Initiate linear throwing program
Return to Sport Considerations
- A return to sports at 4-6 months after surgical repair is reasonable considering animal models of healing tissues, but each individuals return to sport will be specified and tailored by the circumstances of their case.
- Timing of Return to Sport Considers Many Factors Including Age, Specific Sport, Participation Level, Time of Season. This will be tailored and considered in light of risks and benefits of timing.
- Consider Video Recording of Athletic Activities to Ensure a Return of Proper, Balanced Functional Movements as well as Form and Technique
- Athlete Must Demonstrate Quality and Symmetric Movement Throughout the Entire Body
- Return to Sport Testing Can be Used to Help Identify Deficiencies and Guide Final Preparations
Updated July, 2024
Adam Anz, MD.
For additional information, please contact the office of Dr. Adam Anz, serving the greater Pensacola, Gulf Breeze, and Gulf Coast communities.
