What is osteoporosis?
Osteoporosis is a progressive condition in which
bone density is lost, thereby weakening the bones
and making them more susceptible to fractures.
Who is affected by osteoporosis?
Osteoporosis is very prevalent in the US. It
affects over 10 million individuals, with women
four times more likely to develop osteoporosis
than men. Estrogen deficiency is one significant
cause of accelerated bone loss in women during
and after menopause.
Other risk factors for osteoporosis:
Although the exact medical cause for osteoporosis
is unknown, a number of factors contribute to
osteoporosis, including the following:
- aging
Bones become less dense and weaker with age.
- race
Caucasian and Asian women are most at risk,
although all races may develop the disease.
- body weight
Obesity is associated with a higher bone mass,
therefore people who weigh less and have less
muscle are more at risk for developing osteoporosis.
- lifestyle factors:
The following lifestyle factors may increase
a person's risk of osteoporosis:
- physical inactivity
- caffeine
- excessive alcohol use
- smoking
- dietary calcium and vitamin D deficiency
- certain medications
- family history of bone disease
What are the symptoms of osteoporosis?
Persons with osteoporosis may not develop any
symptoms, or may have pain in their bones and
muscles, particularly in their back. The symptoms
of osteoporosis may resemble other bone disorders
or medical problems. Always consult your physician
for a diagnosis.
How osteoporosis is diagnosed:
In addition to a complete medical history and
physical examination, diagnostic procedures for
osteoporosis may include the following:
- family medical history
- x-rays (skeletal) - a diagnostic test
which uses invisible electromagnetic energy
beams to produce images of internal tissues,
bones, and organs onto film.
- bone density test (Also called bone densitometry.)
- measurement of the mass of bone in relation
to its volume to determine the risk of developing
osteoporosis.
- blood tests (to measure serum calcium
and potassium levels)
The effects of this disease can best be managed
with early diagnosis and treatment.
Treatment for osteoporosis:
Specific treatment for osteoporosis will be determined
by your physician based on:
- your age, overall health, and medical history
- extent of the disease
- your tolerance for specific medications, procedures,
or therapies
- expectations for the course of the disease
- your opinion or preference
The goals of managing osteoporosis are to decrease
pain, prevent fractures, and minimize further
bone loss. Some of the methods used to treat osteoporosis
are also the methods to help prevent it from developing,
including the following:
- Maintain an appropriate body weight.
- Increase walking and other weight-bearing
exercises.
- Minimize caffeine and alcohol consumption.
- Maintain an adequate intake of calcium through
diet and supplements. Vitamin D is also necessary
because it facilitates the absorption of calcium.
- Prevent falls in the elderly to prevent fractures
(i.e., install hand railings, or assistive devices
in the bathroom, shower, etc.).
- Consult your physician regarding a medication
regimen.
For postmenopausal osteoporosis in women, the
US Food and Drug Administration (FDA) has approved
the following medications to maintain bone health:
- estrogen replacement therapy (ERT) and
hormone replacement therapy
ERT has proven to reduce bone loss, increase
bone density, and reduce the risk of hip and
spinal fractures in postmenopausal women. However,
a woman considering ERT should consult her physician
as there is a risk versus benefit ratio to consider
with this type of therapy.
- alendronate
This medication, from a group of medications
called bisphosphonates, reduces bone loss, increases
bone density, and reduces the risk of fractures.
- risedronate sodium (Actonel®)
This medication is also from the bisphosphonate
family and has similar effects as alendronate.
- raloxifene (Evista®)
This medication is from a new group of medications
called selective estrogen receptor modulators
(SERMs) that help to prevent bone loss.
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