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Queen Mary University of LondonQueen Mary University of London
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Synthetic bone graft research gets stamp of approval

2 May 2019

A close-up of Dr Hing's stamp
A close-up of Dr Hing's stamp
Dr Karin Hing with her stamp. Credit: Royal Mail
Dr Karin Hing with her stamp. Credit: Royal Mail
The pioneering work of a Queen Mary researcher has been celebrated with a stamp as part of a new series launched by Royal Mail.

The six stamp set, launched today, marks innovations in British engineering from the last 50 years including the development of a synthetic bone graft by Dr Karin Hing from the School of Engineering and Materials Science.

Her team at Queen Mary engineered materials that encourage bone growth when used in complex orthopaedic surgeries and have improved the outcomes for hundreds of thousands of patients worldwide.

Dr Hing’s stamp depicts a close-up of the synthetic bone graft with an example of where bone grafts are commonly used  to support bone regeneration in orthopaedic surgery.

Other innovations marked in the collection include the Raspberry Pi, the Falkirk Wheel, the three-way catalytic converter, superconducting magnets for use in MRI scanners and the tunnel boring project that will enable Crossrail.

Also celebrated with its own four stamp set is the Harrier Jump Jet, the first operational jet fighter in the world to use revolutionary vertical short take-off and landing technology.

A huge honour

Dr Hing said: “It was a delightful surprise and a huge honour for my work on synthetic bone grafts to be recognised with a stamp and in particular to be part of a set which celebrates some incredible innovations in British engineering. I feel very fortunate that my research has gone on to have such a positive impact on people’s lives, but this would not have been possible without multidisciplinary collaboration. Having our engineering of synthetic bone grafts celebrated on a stamp like the Marvel Comics and the Harry Potter books might even impress my kids.”

Dr Hing started investigating how the structure of bone grafts can affect their performance while she was working as a PhD student at Queen Mary.

When bones fracture, they are often able to heal themselves. But sometimes the fracture is too large or complex for the body to repair on its own, so bone grafts are used in surgery to promote bone healing.

These grafts can be either taken from the patient’s own body (auto-graft) or engineered (synthetic bone-graft substitute). Whereas an auto-graft introduces a natural template and new living bone cells into the area, a synthetic bone graft must bioactively encourage native bone and stem cells to form new bone tissue, which should eventually replace the synthetic scaffold material completely.
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Contact:Karin Hing

Updated by: Martin Knight