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Bone health becomes increasingly important with age, particularly after menopause when changes in estrogen levels can accelerate bone loss. Osteoporosis can make bones weaker and increase the risk of fractures, especially after falls or relatively minor trauma.
The good news is that physical activity remains an important part of bone-health management. The right exercise programme can help maintain or improve bone strength, build muscle, improve balance and reduce fall risk. But exercising with osteoporosis is not simply about “doing more weight-bearing exercise.” The type, intensity and technique need to match the person’s bone health, fracture history and physical capacity.
This is where osteoporosis exercise physiotherapy can play an important role. A physiotherapist can help select appropriate resistance, weight-bearing, balance and functional exercises while modifying movements that may increase fracture risk.
Bone is living tissue that responds to mechanical loading. When muscles contract and the body experiences appropriate loading, the skeleton receives mechanical signals that can contribute to maintaining bone strength.
This does not mean every form of exercise provides the same stimulus.
Weight-bearing activities place the body against gravity, while resistance exercises create muscular forces through the skeleton. Both are important components of bone-health exercise.
Exercise also protects bones indirectly.
Stronger muscles can improve functional capacity, while balance training can reduce the likelihood of falls. Since many osteoporotic fractures occur following falls, improving strength, balance and movement confidence is an important part of fracture prevention exercise physiotherapy.
The objective, therefore, is not simply to increase bone density. It is to create a stronger, more capable person who can move safely through everyday life.
Progressive resistance training is one of the most valuable forms of exercise for people with osteoporosis or low bone density.
Depending on the person’s ability, resistance can come from:
Examples can include sit-to-stand exercises, squats, step-ups, calf raises and appropriately prescribed upper-body strengthening.
The resistance should be challenging enough to stimulate adaptation but appropriate for the person’s health and fracture risk. For people with osteoporosis, professional guidance can be particularly valuable when starting or progressing a programme. The International Osteoporosis Foundation supports progressive resistance exercise, beginning at an appropriate intensity and increasing according to individual capability.
Weight-bearing activities keep the body upright while working against gravity.
Examples include:
Higher-impact activities can provide greater skeletal loading, but they are not appropriate for everyone. Someone with a previous vertebral or other fragility fracture, very low bone density or high fracture risk may need a lower-impact alternative and individualised assessment.
For someone unable to tolerate high impact, brisk walking, elliptical training, low-impact aerobics or stair-machine exercise may still provide useful weight-bearing activity.
Yes, appropriately prescribed exercise can help maintain bone health and, in some circumstances, improve bone mineral density. However, the response varies according to age, hormonal status, baseline bone density, exercise type, training intensity and other health factors.
Exercise should therefore not be presented as a replacement for medical management of osteoporosis.
A person diagnosed with osteoporosis may also need assessment of fracture risk, nutrition, vitamin and mineral status, medications and other medical factors.
For post-menopausal women, post menopausal bone health exercise is especially important as part of a broader strategy for maintaining strength, mobility and independence.
Bone strength is only one part of fracture prevention.
A person with strong bones can still sustain a fracture after a significant fall. This makes balance and fall prevention particularly important in older adults.
Balance training can include:
The difficulty should be progressed gradually.
Someone who feels unstable should initially perform balance exercises near a stable surface and with appropriate supervision. Balance training should challenge the person without creating an unnecessary risk of falling.
A physiotherapist can also assess factors that contribute to falls, including lower-limb weakness, gait problems, mobility limitations and balance deficits.
One of the biggest misconceptions about osteoporosis is that people should avoid almost all exercise.
The opposite is generally true: appropriate movement is important, but some movements need modification.
People with osteoporosis, particularly those with vertebral fractures, may need to avoid repeated or forceful forward bending of the spine.
Examples include:
Forward bending can increase loading on vulnerable vertebrae, particularly in people at higher fracture risk.
Powerful or repetitive trunk twisting may also require modification, particularly for people with vertebral fracture history.
Activities involving rapid rotation or forceful twisting should be assessed individually rather than automatically included in an exercise programme.
High-impact exercise is not automatically forbidden with osteoporosis.
For a person with good physical capacity and lower fracture risk, impact activities may be useful. However, someone with a recent fracture, significant vertebral osteoporosis or high fall risk may require lower-impact alternatives.
This is why a blanket list of exercises to avoid with osteoporosis is less useful than an individualised assessment.
Someone who already has osteoporosis should not assume that diagnosis means they must stop resistance training.
Instead, exercise should be progressed carefully.
A physiotherapist may assess:
The programme can then be adapted accordingly.
For someone who has never exercised, starting with basic functional movements may be appropriate. Someone who already strength trains may be able to continue with resistance exercise after technique, loading and movement patterns are reviewed.
People with previous vertebral fractures require particular care with spinal positioning and exercise selection. Guidance from osteoporosis exercise recommendations emphasises proper form, spinal alignment and individualised progression.
Exercise should not produce sharp or concerning pain. If a movement consistently causes symptoms, it should be reassessed rather than pushed through.
Walking is a useful form of weight-bearing physical activity and can contribute to overall bone and physical health. It is also accessible for many older adults.
However, walking alone may not provide enough stimulus for all aspects of osteoporosis management.
A comprehensive programme may also need resistance training, balance exercises and functional strengthening. The Bone Health & Osteoporosis Foundation specifically identifies weight-bearing and muscle-strengthening exercise as important components of bone health.
For someone who is currently inactive, walking can be an excellent starting point. The next step may be gradually adding appropriately prescribed strengthening and balance work.
Osteopenia means bone density is lower than the expected young-adult reference range but does not meet the diagnostic threshold for osteoporosis.
This does not mean that exercise should wait until osteoporosis develops.
Osteopenia exercise physiotherapy can focus on maintaining strength, improving balance, building physical capacity and establishing sustainable weight-bearing and resistance habits.
Early attention to bone health can be particularly valuable because maintaining muscle and physical function becomes increasingly important with age.
A well-rounded programme can include four broad components:
Weight-bearing activity: Walking, stair climbing, dancing or other appropriate upright activities.
Resistance training: Progressive exercises for the major muscle groups.
Balance training: Exercises that improve stability and reduce fall risk.
Functional training: Sit-to-stand, stair practice, carrying appropriate loads and other movements that improve independence.
The exact combination should be individualised. Someone with no fracture history may tolerate a different programme from someone with vertebral fractures or significant fall risk.
For inactive people, starting gradually is generally more appropriate than immediately pursuing high-intensity exercise.
Appropriately prescribed resistance and weight-bearing exercise can help maintain bone health and may improve bone mineral density in some people. Results vary, and exercise should be considered alongside appropriate medical management.
Walking, appropriately prescribed resistance training, balance exercises and functional strengthening can be suitable for many people. The safest programme depends on fracture history, bone density, balance and individual health status.
People at increased risk of vertebral fracture may need to avoid forceful or repeated forward spinal bending and powerful twisting. High-impact exercise may also need modification for people with high fracture risk.
Yes. Walking is a weight-bearing activity that can contribute to bone and general physical health. However, walking alone may not address strength and balance, so a broader programme can be beneficial.
Progressive resistance training can be safe and beneficial when appropriately prescribed. Technique, spinal alignment, loading and individual fracture risk should be considered.
Exercise may be an important part of recovery, but the programme should be individualised according to the fracture location, healing stage, pain and medical guidance. A physiotherapist can help determine appropriate movements and progression.
Impact exercise can provide useful bone loading, but it is not suitable for everyone. People with previous fractures or high fracture risk should receive individualised guidance before performing jumping, running or other high-impact activities.
Osteoporosis exercise physiotherapy is about much more than simply telling someone to walk more. Effective bone-health rehabilitation combines appropriate weight-bearing activity, progressive resistance training, balance work and functional movement.
For some people, impact exercise can provide valuable skeletal loading. For others, particularly those with previous fractures or significant fracture risk, lower-impact alternatives and carefully supervised strengthening may be more appropriate.
The most important principle is individualization. A diagnosis of osteoporosis should not automatically mean avoiding exercise, nor should it mean following an aggressive online workout without assessment.
For physiotherapists, bone health is an important part of healthy ageing and fracture prevention. Training such as a Certificate in Integrative Geriatrics Therapies and Integrative OB-GYN Therapies can complement clinical knowledge, particularly when working with older adults and post-menopausal women.
With the right assessment and progression, exercise can help people with osteoporosis become stronger, more confident and more physically independent while reducing avoidable risks associated with inactivity and falls.