Exercises for ALS | Mass General Brigham
Why It Matters
Regular, tailored exercise slows functional decline in ALS, enhancing patients' independence and easing caregiver burden.
Key Takeaways
- •Mild to moderate exercise benefits ALS patients' muscle function.
- •Stretching, aerobic, resistance, balance, breathing form five exercise categories.
- •Care team should tailor daily exercise plan to individual abilities.
- •Rest and recovery are essential after each exercise session.
- •Caregivers can assist with stretches when patients lose independent movement.
Summary
The video from Mass General Brigham explains that people with amyotrophic lateral sclerosis (ALS) can safely perform mild‑to‑moderate exercise, overturning earlier advice to avoid activity. It presents a five‑category regimen—stretching, aerobic, resistance, balance, and breathing—designed to maintain muscle function, joint flexibility, and overall quality of life.
Key recommendations include daily gentle stretching, aerobic work three to five times weekly, resistance training two to three times weekly, and balance or breathing drills as needed. Specific cues such as holding shoulder stretches for 30‑60 seconds, performing sit‑to‑stand repetitions without “plopping,” and monitoring breathlessness during cardio are emphasized, with frequency guidelines to optimize benefits without overexertion.
The video demonstrates practical examples: a reclined shoulder stretch, a sit‑to‑stand exercise, and diaphragmatic breathing, while noting that physical therapists, speech‑language pathologists, and respiratory therapists can customize plans. Caregivers are encouraged to assist with stretches when patients lose independent mobility, reinforcing a team‑based approach.
Adopting this structured exercise protocol can extend functional independence, reduce pain, and lower fall risk for ALS patients. It underscores the importance of multidisciplinary coordination and regular rest, offering a scalable model for clinicians and families seeking to improve outcomes in a progressive neuromuscular disease.
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