In the authors' words
“An 8-week dance-based exercise program significantly improved function and cardiorespiratory capacity, and decreased postexercise heart rate and fatigue.”
What was measured
- Joint pain Reported an improvement
- Fitness Reported an improvement
- Fatigue Reported an improvement
About the study
- Type
- Randomised trial
- Who took part
- Postmenopausal, overweight or obesity, osteoarthritis or joint pain
- How many
- 34
- How long
- 8 weeks
- Exercise
- Water-based exercise
- Cited
- 26 times, per Europe PMC
- PubMed ID
- 28141662
How to read this. Each line is one study, summarised in plain language from its PubMed abstract, with the authors' own sentence underneath on the study page. A count of studies is not a verdict: trials differ in size, length and quality, and a result in one group of women may not hold in another. Nothing here is medical advice.
Summaries are generated, then checked by machine against the abstract they came from; any summary that could not be matched word for word was left out. Our clinical lead is reviewing the summaries topic by topic, and this note will change when that is done. Corpus last refreshed 2026-11-03. Spotted a mistake? Tell us and we will fix the summary or remove the study.
Similar studies
- A meta-analysis of 16 trials with 594 postmenopausal women found aquatic exercise improved limb strength, agility, flexibility, and quality of life, but not aerobic capacity.
- A meta-analysis of six trials with 432 postmenopausal women with knee osteoarthritis found aquatic exercise improved symptoms but not pain, stiffness, function, or quality of life compared to control.
- A meta-analysis of 23 trials in people with osteoporosis, 95 percent female with an average age of 67, found exercise such as resistance training, balance training and Pilates improved mental health, quality of life and pain.
- A meta-analysis of 20 trials found water-based exercise improved muscle strength, aerobic capacity and flexibility versus no exercise in postmenopausal women, with similar effects to land-based exercise.