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Exercises After Shoulder Surgery (Post-Op Week 9) | Peter Attia, M.D. & Kyler Brown, D.C.

Peter Attia MDPeter Attia MD
Science & Technology4 min read25 min video
Jun 17, 2022|32,714 views|563|20
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TL;DR

Peter Attia's shoulder surgery rehab focuses on progressive loaded isometrics and deep stabilization exercises in week nine.

Key Insights

1

Post-surgery rehab progresses from early healing to loaded isometrics and integrated movements.

2

Dr. Barron's approach prioritized long-term athlete health over rushed range of motion.

3

The shoulder's complexity requires loading in safe, neutral positions to build strength.

4

Deep stabilization systems and contralateral patterns are crucial for shoulder rehab.

5

Bilateral exercises with varied hand positions isolate different rotator cuff tendons.

6

Listen to your body; daily readiness dictates the intensity and volume of exercises.

FROM HEALING TO LOADING: THE REHABILITATION PROGRESSION

The initial weeks post-shoulder surgery are dedicated to allowing surgical anchors to heal. This phase involves very safe, controlled movements guided by Dr. Barron. As healing progresses, the focus shifts to incorporating a greater range of motion and progressively loaded isometric strengthening. This careful progression aims to build a solid foundation of strength without aggravating the healing tissues, acknowledging that strength is contingent on good range of motion.

DR. BARRON'S STRATEGIC APPROACH TO REPAIR

Dr. Barron's surgical approach was mindful of the athlete's long-term recovery, avoiding excessive tightening that could impede future mobility. This conservative strategy meant that the rehabilitation could focus on building strength within controlled ranges, as a lack of range of motion was not the primary issue. This foresight allowed for a more robust and sustainable recovery, prioritizing the athlete's performance years down the line over immediate, aggressive gains.

ISOMETRIC STRENGTHENING IN CONTROLLED RANGES

The rehabilitation program emphasizes loaded isometric exercises performed in different angles. These exercises aim to strengthen the shoulder without creating combined movements that could stress the highly mobile glenohumeral joint. By loading the shoulder in neutral, safe positions, the program ensures that the tissues adapt to tension effectively, building resilience and strength without compromising compromised structures, particularly important given the complexity of the shoulder joint.

ACTIVATING DEEP STABILIZATION SYSTEMS

A significant focus is placed on activating the deep stabilization system, integrating core activation and diaphragmatic breathing. Exercises like contralateral rotation drills with banded hips and shoulders help uncover and retrain fascial lines that may have become inhibited due to injury or surgery. This approach recognizes that shoulder stability is intrinsically linked to the body's core and contralateral limbs, ensuring a holistic and integrated recovery.

ISOLATING AND FATIGUING THE ROTATOR CUFF

Later stages of the rehabilitation involve isolating and fatiguing the rotator cuff muscles through various exercises, including bilateral external rotations with different hand positions. These variations help target specific tendons and ensure comprehensive cuff strengthening. This phase also includes exercises like kickstand RDLs and reverse lunges that integrate shoulder stability with compound whole-body movements, enhancing functional strength and coordination.

THE IMPORTANCE OF LISTENING TO YOUR BODY

A critical takeaway from the session is the principle of adapting the program to the athlete's daily readiness. Factors such as travel, sleep, and overall fatigue significantly impact performance. Rather than rigidly adhering to prescribed weights or reps, individuals should tune into their body's signals, adjusting the intensity and volume accordingly. This personalized approach ensures optimal adaptation and prevents overtraining or re-injury, making the rehab process more effective.

ADDRESSING COMPENSATORY PATTERNS

The video highlights the common tendency for the body to develop compensatory movement patterns after injury. Shrugging the shoulders, for instance, can become a default mechanism to compensate for weakness in the rotator cuff and surrounding muscles. The rehabilitation aims to retrain these patterns by emphasizing proper scapular positioning and controlled shoulder movement, thereby preventing secondary issues like neck pain or bicep tendonitis.

INTEGRATING SHOULDER WITH CORE AND HIPS

The exercises demonstrate a clear integration of the shoulder with the core and hips. Drills such as the banded hip and shoulder facilitation, and the reverse lunge with isometric row, underscore the interconnectedness of these body regions. By ensuring the deep stabilization system, particularly the contralateral hip-shoulder connection, is active and responsive, the rehabilitation promotes more resilient and functional shoulder mechanics.

PROGRESSIVE OVERLOAD THROUGH ISOMETRICS AND TIME UNDER TENSION

The program utilizes progressive overload primarily through time under tension during isometric holds and controlled eccentrics. Exercises like isometric cuff walk-outs and banded external rotations with varied grips involve sustained muscle activation. This approach systematically builds tendon strength and resilience, crucial for athletes returning to higher-impact activities, by gradually increasing the demands placed on weakened tissues in a controlled manner.

FINISHING WITH CUFF FATIGUE AND ECCENTRIC CONTROL

The session concludes with targeted rotator cuff fatigue exercises, focusing on controlled eccentrics. This strategy aims to push the cuff muscles to their limit in a safe range of motion, enhancing their capacity to handle load and absorb impact. The emphasis on slow, deliberate movements during eccentrics maximizes time under tension, promoting tendon adaptation and preparing the shoulder for more dynamic movements.

Post-Shoulder Surgery Rehab: Key Principles

Practical takeaways from this episode

Do This

Allow surgical anchors to heal before introducing significant load.
Prioritize foundational strength and controlled range of motion.
Focus on loaded isometrics and gradual progression.
Engage the deep stabilization system and core during rehab.
Integrate shoulder work with contralateral hip and leg stability.
Listen to your body and adjust the program based on daily readiness (sleep, nutrition, travel).
Ensure proper scapular positioning and avoid compensatory shrugging.
Use slow eccentrics to increase time under tension safely.
Allow adequate rest and recovery between sets (60-90 seconds for fatigue sets).

Avoid This

Do not force range of motion in the early stages after surgery.
Avoid combined movements that could stress healing tissues.
Do not rush the foundational phases of rehab.
Do not rely solely on the shoulder exercises; integrate deep stabilization.
Avoid compensatory shrugging or using the neck and traps excessively.
Do not rigidly adhere to a program if your body is signaling fatigue or limitation.
Avoid movements that cause anterior shoulder stress, especially with an anterior stabilization repair.
Do not let compensatory patterns develop (e.g., using the traps instead of the rotator cuff).
Avoid excessive load or complexity early in the rehab process.

Common Questions

Typically, increased loading and range of motion become possible around week 8 or 9, but this is highly dependent on the specific surgery and surgeon's protocol. Dr. Barron allowed for more freedom around week 8 in Peter Attia's case.

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