Which type of training has the best-proven track record against bone loss in later life?
High-intensity resistance training (at least 70-85% of maximum load, two to three times per week, for at least eight to twelve months) works best for bone preservation. If you also want to address your fall risk and muscle strength, a combined programme of strength, balance and fitness is the smartest choice.
High-intensity resistance training has the strongest backing for bone preservation in later life. The LIFTMOR study examined this in 101 postmenopausal women (average age 65) with osteopenia or osteoporosis. Training at more than 85% of maximum load, twice a week for eight months, improved lumbar spine bone density by nearly 3%. In the control group it actually declined by 1.2%. Hip bone density also improved. Side effects were minimal: one participant experienced a minor back spasm. The study is relatively small and lasted eight months, so some caution remains warranted1.
A summary of seventeen studies (690 participants) confirms this picture: resistance training improves bone density at the lumbar spine, femoral neck and total hip in postmenopausal women. Three factors make the difference: using at least 70% of maximum load, training three times per week and sustaining the programme for at least 48 weeks. The effects were medium to large. One caveat: the individual studies differed considerably from one another, so the combined outcome calls for some caution2.
Do you also want to address your fall risk and muscle strength at the same time? Then a combined programme of strength, aerobics, balance and flexibility is a good choice. A summary of fourteen studies (544 participants, average age 68) showed improvements in bone density, muscle strength, balance, quality of life and a lower fall risk. The advantage: you tackle multiple risk factors for bone fractures simultaneously3.
In people aged 80 or older the goal appears to shift towards slowing further decline rather than achieving genuine bone gains. In a small study (30 participants, 24 weeks of training) bone density did not improve significantly in the training group, but it did decline in the control group. Muscle strength and mobility did increase noticeably. Halting bone loss is therefore already a meaningful result at an advanced age4.
Creatine supplementation most likely adds nothing extra for your bones on top of resistance training. Most studies in older adults show no significant improvement in bone mass with creatine. There is some evidence for muscle strength, but for bone the evidence is not convincing5. Guidelines also emphasise that training is part of a broader package: adequate calcium, vitamin D and, where necessary, medication belong in it too. The direct evidence that training on its own prevents bone fractures remains limited6,7.
Based on two summaries of multiple studies (PMID 36361073, 40420105), one randomised controlled trial (PMID 28975661), one small controlled study (PMID 36361434), one review on creatine (PMID 39509039) and two clinical guidelines (PMID 35478046, 40587168). Estimated total number of participants across the controlled studies: ~1365 (101 + 690 + 544 + 30).
How do you prevent bone loss when losing weight at an older age?
Strength training while losing weight is the best protection against bone loss, but cannot prevent it entirely. Combine it with adequate protein intake and discuss it with your doctor if you are losing weight quickly or in large amounts.
Does vibration plate training really help against bone loss?
Vibration plate training helps against bone loss, particularly in the lower back and partly in the hip, but regular strength and aerobic training is more effective. If you want to try it, keep the intensity low and build up training time gradually.
Can adults still build bone mass, or only maintain it?
As a healthy adult, intensive strength training and high-impact movement can modestly increase bone mass or slow its loss, but substantial gains are not realistic. Ensure adequate calcium and vitamin D as a foundation, and speak to your doctor if you have concerns about your bone density.
Is there a link between sleep deprivation and bone loss?
Sleep deprivation and poor sleep quality are associated with reduced bone formation and, in postmenopausal women, considerably greater bone loss. Getting enough regular sleep is therefore also relevant to your bone health.
Are there dietary patterns that have been proven to reduce bone fractures?
Fermented dairy, sufficient vegetables and fruit, and a varied diet with protein and calcium are best supported for bone protection, while soft drinks, alcohol and an overly narrow (vegan) diet without supplementation increase your fracture risk.
Is walking enough to slow down bone loss?
Walking helps a little with mild bone loss, but is probably not enough if you genuinely want to build or preserve bone density in osteoporosis. Add resistance exercises for a measurably stronger effect.