Ceramic On Ceramic Hip Replacement No Restrictions

Advent of ceramic hip implants ceramic hip implants are among the newer types of prostheses being used for hip replacement offering greater resistance to damage and smooth movement of the joint.

Ceramic on ceramic hip replacement no restrictions.

Therefore a ceramic on poly replacement has the advantage of the lip and a ceramic on ceramic has the advantage of being tougher and permitting the use of a larger femoral head. Hip replacement surgery is a complicated procedure recommended to patients with hip joint injury or osteoarthritis of the hip. These ceramic based materials have demonstrated significantly lower wear than a metal on metal hip solution because of the durability of ceramics versus traditional metal hip replacements. Ceramic materials offer the potential for a longer lasting hip replacement conventional hip replacement systems use an insert made of plastic and a head made of metal.

Tribology materials surfaces interfaces. This artificial joint prosthesis helps reduce pain and improve function. Ceramic hip replacements are a safer choice because no metallic ions are released into the body. A ceramic cup can not incorporate the lip that is a standard part of a plastic cup liner.

If the incision goes through the back of the hip then the precautions will include no bending over past 90 degrees no pivoting on the feet no crossing legs avoid stepping backwards and keep your toes pointed forward while walking. Ceramic on ceramic hip replacements fulfill this need providing a longer lasting implant using stronger materials than cobalt chrome and polyethylene. The standard rule of no bending and no twisting is not universal for all hip replacements because it depends on the incision. This lip serves to lower the risk of dislocation.

They do not have any biological adverse effects or allergic responses for example. There have been numerous studies released that tout the lack of issues within all ceramic hip replacement devices. A fractured hip may necessitate a ceramic hip replacement. It is often advised to patients who suffer from severe and persistent hip pain which is not relieved even a bit with the help of other interventions such as medications injection or physical therapy.

Predicting wear of ceramic ceramic hip prosthesis using finite element method for different radial clearances. Over time these components may wear as the parts move back and forth with normal joint use. Disadvantages of ceramic hip replacement systems include the potential for the material to fracture the expense and noise.