Font Size
A
A
A
...
6
...

Fall Prevention and Osteoporosis (cont.)

Improving Balance, Reducing the Impact of a Fall, and Decreasing Bone Weakness

A person can evaluate balance by looking in a mirror. The body may lean or sway back and forth or side to side while walking or standing still. This may be an indication of the ability to balance because lots of body sway often indicates decreased ability to balance, making a person more likely to fall.

Practicing balancing exercises every day is helpful. Elderly people or those with medical problems should check with their doctor before performing exercises to help with balance.

  • Hold onto the back of a chair or the counter top and practice standing on one leg at a time for a minute. Gradually increase the time spent balancing on one leg. Try balancing with eyes closed. Finally, try balancing without holding onto anything.
  • Hold onto the back of a chair or the counter top and practice standing on the toes for a count of 10. Then rock back to balance on the heels for a count of 10. Repeat.
  • Hold the back of a chair or a counter top with both hands and make a big circle to the left with the hips but do not move the shoulders or feet. Then do this to the right. Repeat five times.

Reducing the impact of a fall

Remember that the force of a fall (how hard a person lands) is a significant factor in whether a person will have a broken bone or not. Take the following steps to lessen the chances of breaking a bone if a fall occurs.

  • Try not to fall sideways or straight down because a hip fracture is more likely to occur than if the fall is in other directions. If possible, try to fall forward or to land on the buttocks.
  • Even though a broken arm or wrist may result, try to land on the hands because a broken arm has fewer complications than a broken hip.
  • Break a fall by grabbing onto counters or other surfaces around.
  • Walk carefully, especially on hard or slippery surfaces.
  • When possible, wear protective clothing for padding or wear hip (trochanteric) pads. Talk to a doctor about hip padding.

Determining the risk

Early detection of low bone mass (osteopenia) or osteoporosis is the most important step to protect against broken bones from falls. If a person has osteopenia or osteoporosis, he or she can take action to stop the progression of bone loss. Remember effective treatment or prevention cannot take place if the person does not know he or she has or is at risk for osteoporosis.

Certain factors, such as female sex, family history of osteoporosis, use of medicines that increase bone loss, small body size, and an inactive lifestyle, are associated with increased risk of developing osteoporosis (see Prevention of Osteoporosis and Bone Mineral Density Tests for details on risk factors).

If any of these risk factors or other signs of osteoporosis are present, a doctor may recommend that the bone mass is measured. Even though risk factors can indicate the possibility of low bone density, only a bone mineral density (BMD) test can be used to measure current bone density, diagnose osteoporosis, and determine the risk of fracture. Bone mineral density tests measure the solidness and mass (bone density) in the spine, wrist, and/or hip, which are the most common sites of fractures due to osteoporosis. Other tests measure bone density in the heel or hand. These tests are performed like X-ray films. They are painless, noninvasive, and safe (see Bone Mineral Density Tests for more information).

Doctors examine bone mineral density test results to do the following:

  • Detect low bone density (osteopenia) before a fracture occurs
  • Confirm a diagnosis of osteoporosis if broken bones (fractures) have already occurred
  • Predict the chance of having a fracture in the future
  • Determine the rate of bone loss and monitor the effects of treatment (tests done to monitor treatment are usually conducted every year or so)

Decreasing bone weakness

Preserve existing bone mass and density (strength) to decrease the risk of broken bones and disability from falling. The many treatments available today have been shown to work quickly (within one year), and they reduce the risk of fracture by up to 50%. Protect the health of bones by following osteoporosis treatment and prevention strategies (see Treatment of Osteoporosis and Prevention of Osteoporosis).

  • A calcium-rich diet is essential to strong bones. A diet high in calcium should provide 1,200 mg of calcium from a combination of foods and supplements.
  • The body needs vitamin D to absorb the calcium from the diet. Obtain 800-1,000 international units (IU) of vitamin D each day from diet or supplements.
  • Participate in weight-bearing exercise (exercise that works against gravity) and resistance exercise three times a week. Weight-bearing exercises include walking, hiking, jogging, climbing stairs, tennis, and dancing. Resistance exercises include using free weights and weight machines found at gyms and health clubs.
  • Talk to a doctor about having a bone density test (a special X-ray that measures the strength of the bones and indicates the risk for fracture).
  • Talk with a doctor about medications for osteoporosis to stop bone loss, improve bone density, and reduce fracture risk.

Must Read Articles Related to Fall Prevention and Osteoporosis

Osteoporosis FAQs
Osteoporosis FAQs Osteoporosis (or porous bone) is a disease in which bone loss occurs, so bones become weak and are more likely to break. This FAQ includes information about tre...learn more >>
Osteoporosis in Men
Osteoporosis in Men Osteoporosis (or porous bone) is a disease in which bones become weak and are more likely to break. Without prevention or treatment, osteoporosis can progress w...learn more >>
Prevention of Osteoporosis
Prevention of Osteoporosis Osteoporosis (or porous bone) is a disease in which bones become weak and are more likely to break (or fracture). Osteoporosis is preventable for most people. P...learn more >>



Read What Your Physician is Reading on Medscape

Osteoporosis »

Osteoporosis is a systemic skeletal disorder characterized by decreased bone mass and deterioration of bony microarchitecture.

Read More on Medscape Reference »


Medical Dictionary