Strength Training Expert Views

Strength training is particularly important for people with Parkinson's because it helps alleviate rigidity and stiffness, slows the progression of symptoms, and preserves motor patterns in the brain. Michael Braitsch compares building muscle strength to saving for retirement, explaining that creating a 'reserve' of strength can help individuals maintain functionality as the disease progresses. This reserve can also reduce the uphill climb when starting physical therapy, allowing more time to focus on desired activities rather than solely on building strength. Additionally, exercises that challenge dual-tasking—like balancing while processing multiple stimuli—can improve balance and reduce falls.

Daniel Corcos, Ph.D., emphasizes the importance of resistance training for people with Parkinson's disease, highlighting its benefits for motor symptoms, cognition, and overall physical health. He explains that exercises targeting all major muscle groups, including the arms, back, core, and legs, are essential. Resistance training is particularly beneficial for extensor muscles, which help counteract the postural changes associated with Parkinson's. Corcos also notes that individuals with Parkinson's are twice as likely to fall compared to those without the condition, making muscle strengthening crucial for reducing fall risk and protecting bone integrity, especially for those with osteoporosis. He encourages people new to weight training to seek guidance from personal trainers or online resources.

Strength training for Parkinson's patients can be done using various tools like weight machines, dumbbells, resistance bands, or even household items like cans of soup. The key is to make the exercise challenging, ensuring that by the 15th repetition, you feel tired and your muscles are slightly shaky. Safety is crucial, especially for those with walking difficulties or risks like low blood pressure and blunted heart rate responses due to Parkinson's or medication. Balance and agility exercises can be integrated into daily routines, such as standing on one leg while brushing your teeth. Sharing detailed exercise guidelines with a trainer can help tailor the regimen effectively.

Dr. Bas Bloem emphasizes the importance of exercise, including strength training, as a key part of managing Parkinson's disease. He notes that exercise is now considered an integral part of care for Parkinson's patients, unlike 20 years ago when it was often overlooked. Bloem highlights that the type of exercise is less important than the volume and aerobic component, and encourages patients to experiment to find what works best for them. He also mentions that research on strength training for Parkinson's is a relatively new area, and he is excited about funding trials to explore its benefits.

Strength training, also known as resistance training, has been shown to improve balance in people with Parkinson's disease. This type of exercise helps address a common issue in Parkinson's patients: difficulty activating muscles quickly and with enough force, which is necessary for actions like taking big steps or preventing falls. While weight training won't completely eliminate the risk of falling, it is a valuable part of a broader treatment plan for managing balance issues.

Strength training is recommended for people with Parkinson's disease, focusing on major muscle groups like the quadriceps, gluteal muscles, and trunk muscles. These exercises should be done about three days a week for 30 minutes. However, the specific exercises vary depending on the individual's unique medical issues and type of Parkinson's. Consulting a physical therapist or a personal trainer who collaborates with a physical therapist is advised to create a tailored program.

Strength training is beneficial for people with Parkinson's as it helps maintain upright posture, flexibility, and balance. The expert emphasizes the importance of balance training, which should be challenging but safe, and suggests exercises like imaginary tightrope walking. They also highlight the value of large, dynamic movements to counteract the smaller, automatic movements typical in Parkinson's. Functional strength exercises, such as sitting and standing, are recommended to improve daily activities like getting on and off a toilet or chair. The expert advises against maximal effort workouts and suggests focusing on just below maximal effort for safety and effectiveness.

Dr. Daniel Corcos emphasizes the importance of resistance training for individuals with Parkinson's disease, recommending two days a week of exercises targeting multiple muscle groups. He suggests starting with a physical therapist or exercise physiologist to ensure proper technique and avoid injury. Resistance training not only benefits Parkinson's symptoms but also improves cognition, with evidence showing significant cognitive benefits from such exercises. Dr. Corcos highlights his 2015 paper in the Journal of Movement Disorders, which demonstrated these cognitive improvements and was recognized as paper of the year.

Physical Therapist Mike Studer emphasizes the importance of strength training for individuals with Parkinson's disease. He uses analogies to explain how building physical reserves, or redundancy, can help delay the impact of degenerative conditions like Parkinson's. For example, he compares a gymnast's balance skills and a professor's cognitive abilities to illustrate how early investment in physical fitness can create a 'reserve' that helps mitigate symptoms later in life. Studer highlights that strength training is one of several facets of fitness that can be worked on to build this reserve.

Dr. Michael Braitsch emphasizes the importance of strength training for individuals with Parkinson's, highlighting its role in maintaining muscle mass and functional strength as people age. He compares building muscle to saving for retirement, suggesting that strength training creates a 'functional reserve' that can help counteract the natural loss of muscle and strength over time. He also notes that strength training can improve daily functions like balance and flexibility, and suggests incorporating dynamic movements and exercises like boxing, pole walking, or using machines like treadmills and rowing machines. Dr. Braitsch stresses that exercises can be modified to suit different levels of ability, ensuring accessibility for everyone.