Are walking and bending over and other daily activities becoming too painful because of osteoarthritis in your hip? If so, then
hip replacement might be something to consider. It is one of the most successful surgical procedures of this century. A fact
sheet entitled "Questions and Answers about Hip Replacement" from the National Institute of Arthritis and Musculoskeletal and
Skin Diseases, a component of the National Institutes of Health, can provide you with useful information. Some of the topics
covered are:
Who Should Have Hip Replacement Surgery?
In the past, hip replacement surgery was limited mainly to people over age 60. Although younger individuals may have needed
this type of surgery, their higher level of activity after surgery caused the artificial parts to wear out faster. But new technology
has improved the durability of artificial hips, and now this surgery can be successful in carefully selected younger people as well.
What Are Alternatives to Hip Replacement?
Before considering this surgery, doctors will usually try other methods of treatment such as pain medication, physical therapy,
and walking aids. An exercise program can strengthen the muscles in the hip joint and sometimes improve positioning of the hip
and relieve pain.
What Does Hip Replacement Surgery Involve?
There are several different procedures; each one has advantages and disadvantages. The doctor must determine which
procedure is best for each patient. The surgery usually lasts two to three hours.
(See drawing.)
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Total Hip Replacement
The hip joint consists of a "ball and socket" arrangement. The "ball" is at the top or head of the femur,
or thighbone, and fits into the "socket," or acetabulum, which is a cup-like structure in the pelvis, or
hip bone. During a total hip replacement, the surgeon removes diseased bone tissue and cartilage from
the hip joint and replaces the head of the femur and the acetabulum with artificial parts. The artificial
"ball" is made of metal or ceramic with a stem that goes into the femur, and the "socket" is a strong,
moldable plastic. These materials allow a natural, gliding motion of the joint.
Source: National Institute of Arthritis and Musculoskeletal and Skin Diseases National Institutes of Health
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