In the authors' words
“Six months of local vibration training improved some aspects of muscle strength but had no effect on BMD, muscle mass, and physical performance in postmenopausal women.”
What was measured
- Muscle strength Reported an improvement
- Bone density No difference found
- Muscle mass No difference found
- Fitness No difference found
About the study
- Type
- Randomised trial
- Who took part
- Postmenopausal
- How many
- 35
- How long
- 26 weeks
- Exercise
- Whole-body vibration
- Cited
- 27 times, per Europe PMC
- PubMed ID
- 25992656
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 in older postmenopausal women found whole-body vibration raised lumbar spine bone density while aerobic exercise lowered it, with no overall effect on femoral neck density.
- A meta-analysis of 10 randomized trials in postmenopausal women found whole-body vibration training improved lumbar spine bone density and improved femoral neck bone density in women under 65.
- A meta-analysis of nine studies in postmenopausal women found whole body vibration alone improved hip and spine bone density, but added little when combined with exercise training.
- A network meta-analysis of 49 trials in postmenopausal women found combined aerobic plus resistance training produced the largest bone density gains, followed by aerobic exercise and resistance training alone.