Ceramic Hip Resurfacing Trial

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Ceramic hip resurfacing trial.

In hip resurfacing the arthritic femoral head i e the ball part of the hip joint is not removed. The early results are promising. The h1 hip resurfacing implant is made from ceramic and designed to fit the contours of both male and female hips so may avoid the problems seen with metal hip resurfacing. Ceramic on ceramic hip replacements fulfill this need providing a longer lasting implant using stronger materials than cobalt chrome and polyethylene.

While it s not uncommon for older people to get total hip replacements doctors now often go with hip resurfacing implants for younger patients who have conditions such as osteoarthritis. The h1 hip resurfacing implant is made from ceramic and designed to fit the contours of both male and female hips so may avoid the problems seen with metal hip resurfacing. H1 hip resurfacing study. This is a prospective non randomized consecutive series multicentre observational study to evaluate the clinical outcome of ceramic on ceramic hip resurfacing arthroplasty using the ceramic non porous non cemented h1 hip resurfacing arthroplasty.

The early results are promising. In a clinical trial. The ceramic used in the h1 is the same material used for the ball head in most hip replacements in the world today. Msk lab is currently involved in the h1 hip resurfacing arthroplasty study for ceramic on ceramic hip resurfacing device.

A sydney man is one of the first in the world to receive a new ceramic hip that is designed to overcome issues with metal on metal implants for hip resurfacing operations. The h1 implant is designed and manufactured by embody who are also sponsoring and funding the h1 hip resurfacing study. It includes a safety study followed by an efficacy study. As ceramic hip resurfacing has been introduced into clinical practice relatively recently the clinical longer term outcomes are not yet known.

Instead the femoral head is capped or resurfaced with a thin artificial surface prosthesis. 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.