Ceramic Knee Replacement Vs Metal

Before selecting a titanium knee replacement or a ceramic knee replacement a background check of the products and the knee implant manufacturers needs to be done.

Ceramic knee replacement vs metal.

1 there are few studies comparing types of prostheses and even fewer that are not funded by device makers themselves. Plastic metal and ceramic knee replacement components. What are some names of ceramic tkr total knee replacement devices materials for non constraint semi and constraint. Due to this lack of research there is no.

17 the patient suffered persistent pain and a reduction in the range of motion as well as swelling and patella immobility after tka with a metallic femoral component. However ceramic joint prostheses can make a squeaking noise when you walk. The aim of the study was to evaluate the safety and efficacy of a novel metal free ceramic total knee replacement system. Ceramic hip replacement systems made of durable ceramic oxides of metal offer both advantages and disadvantages over hip replacement systems made of metal or polyethylene among the advantages of ceramic hip replacements are their durability and that they don t release metal debris into the body which can occur with metallic artificial hips.

The replacement knee joint is comprised of a flat metal plate and stem implanted in your tibia a polyethylene bearing surface and a contoured metal implant fit around the end of the femur. Artificial replacement parts can be made of strong plastic metal or ceramic. Ceramic on ceramic has the lowest wear rates but there have been issues of squeaky joints and cracking. I am not sure if my ligaments and muscles can support the prothstesis or not.

Thereby there was a case of revision of a total knee replacement with a metal femoral component using a ceramic implant because of metal hypersensitivity. The review check and the ratings will further ensure that the right product is being chosen before going ahead with the knee replacement surgery. So my choice is still ceramic on polyethyelene. Metal on metal leads to an unknown issue of increased ions within blood stream.

The goal with any bearing surface is the bigger head with less wear rate. In most cases each component is built from titanium cobalt chromium alloys or a titanium and cobalt mixed metal. Because the knee implant has a flatter bearing wear. Ceramic parts are the least likely to react with the body.

In rare cases they can shatter under heavy pressure into pieces that must be removed by surgery. The use of components made from metals and polyethylene allow for optimum articulation or joint mobility between the joint surfaces with little wear. Most prostheses are made from a combination of metal and plastic parts but a surgeon might also use components that are all metal all ceramic or ceramic and plastic.