Medical research

New technology for durable spinal disc implants

Artificial joints have a limited lifespan. After a few years, many hip and knee joints have to be replaced. Much more complex are intervertebral disc implants, which cannot easily be replaced after their "expiry date" and ...

Immunology

Researchers successfully test model for implant device reactions

(Medical Xpress)—A team from the University of Texas at Arlington has used mathematical modeling to develop a computer simulation they hope will one day improve the treatment of dangerous reactions to medical implants such ...

Other

Special CT improves radiotherapy planning

A computer tomograph (CT) with special software solutions is helping to improve the planning of radiotherapy, thus making cancer treatment more effective. Radiotherapy aims to irradiate tumors as precisely as possible. To ...

Arthritis & Rheumatism

Can stem cells help those with arthritis?

Stems cells taken from just a few grams of body fat are a promising weapon against the crippling effects of osteoarthritis.

Medical research

New effort to find why replacement hips and knees go bad

A Case Western Reserve University chemistry professor has begun imbedding magnetic nanoparticles in the toughest of plastics to understand why more than 40,000 Americans must replace their knee and hip replacements annually.

Other

Hip implant for long-term use

Hip replacement is one of the most frequent operations carried out in Germany. Each year, doctors implant some 200,000 artificial hip joints. Often the artificial hips need to be replaced just ten years later. In the future, ...

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