Key messages from scientific research that's ready to be acted on
Got It, Hide thisFlynn A, Allen NE, Dennis S, et al. Home-based prescribed exercise improves balance-related activities in people with Parkinson's disease and has benefits similar to centre-based exercise: a systematic review. J Physiother. 2019;65:189-99.
In people with Parkinson disease, does organized exercise done mainly at home improve their balance and quality of life? Is it as good as similar types of exercise done mainly at a central location?
Parkinson disease affects the nervous system. It causes problems with movement, posture, and balance that get worse over time. People with the disease may have tremors (shaking), rigid muscles, and changes in their ability to speak or write. Parkinson disease cannot be cured, but exercise may help reduce some of its symptoms. This review looks at the effects of organized exercise programs that are done mainly at home (home-based exercise) or at a central location (centre-based exercise).
The researchers did a systematic review of studies available up to April 2019. They found 16 studies that included 1700 people with an average age of 60 to 74 years. 14 studies were randomized controlled trials.
The key features of the studies were:
Most studies were rated as good quality.
Compared with usual care, home-based exercise programs:
In studies with small numbers of people, home-based and centre-based exercise programs had similar effects for performance of balance-related activities and quality of life at the end of the exercise programs.
In people with Parkinson disease, home-based exercise programs help with balance-related activities and walking speed by a small amount at the end of the program compared with usual care. The effects on balance outcomes only lasted a short time after finishing the exercise program, which suggests the exercises need to be continued to provide benefit. Home-based and centre-based exercise programs may have similar effects.
Outcomes | Assessment time | Number of studies (number of people) | Effect* of home-based exercise programs |
Home-based exercise programs vs usual care† | |||
Balance-related activities | At the end of the program | 11 studies (1,220 people) | Small improvement |
| At 4 to 26 weeks after the end of program | 5 studies (541 people) | No difference in effect |
Walking speed | At the end of the program | 6 studies (482 people) | Small improvement |
Quality of life | At the end of the program | 9 studies (1,119 people) | No difference in effect |
| At 6 to 46 weeks after the end of program | 6 studies (582 people) | Small improvement |
Home-based exercise programs vs centre-based exercise programs | |||
Balance-related activities | At the end of the program | 3 studies (166 people) | No difference in effect |
Quality of life | At the end of the program | 3 studies (157 people) | No difference in effect |