The university's Institute of Medical and Biological Engineering has already made a hip transplant that should last for life, rather than the 20 years maximum expected from current artificial hips.
The combination of a durable cobalt-chrome metal alloy socket and a ceramic ball or "head" means the joint should easily withstand the 100 million steps that a 50-year-old can be expected to take by their 100th birthday, says investigator Professor John Fisher.
Meanwhile, colleague Professor Eileen Ingham and her team have developed a unique way to allow the body to enhance itself.
The concept is to make transplantable tissues, and eventually organs, that the body can make its own, getting round the problem of rejection.
BODY PARTS BEING AGE-PROOFED
1. Scientists have developed transplantable tissues the body can make its own, tackling rejection. They have made heart valves using the technique
2. A hip has been made from a durable alloy socket and ceramic ball that should last for life, rather than the current 20 years
3. Similar techniques are being developed for artificial knees
4. Eventually scientists hope to make ligaments and tendons to replace old and damaged ones
5. Artificial blood vessels are also being developed
6. The NHS is looking into using the transplantable tissue methods on donor skin for burns patients
7. Researchers also hope to do the same for organs
So far they have managed to make fully functioning heart valves using the technique.
It involves taking a healthy donor heart valve - from a human or a suitable animal, such as a pig - and gently stripping away its cells using a cocktail of enzymes and detergents.
The inert scaffold left can be transplanted into the patient without any fear of rejection - the main reason why normal transplants wear out and fail.
Once the scaffold has been transplanted, the body takes over and repopulates it with cells.
Trials in animals and on 40 patients in Brazil have shown promising results, says Prof Ingham.
They have licensed the technology to the NHS National Blood and Transplant Tissue Services so it can be used on any UK donated human tissue in the future.
The NHS is already looking into using the method on donor skin for burns patients.
Professor Christina Doyle of Xeno Medical, the medical device company that is developing the technologies under Tissue Regenix, said the holy grail was to remove the heavy reliance on donor organs.
"That's where the technology will lead us eventually."
But she said: "To replace all donor tissue using this technology will take 30 to 50 years. Each single product will need to be designed and tested individually."
Prof Doyle said experts elsewhere were also working on similar regenerative therapies, but grown entirely outside of the body, to ensure that people can continue being as active during their second half-century as they were in their first.
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