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PIONEERING SCAN MAN; Alistair Heather visits some unassuming buildings and a humble scientist to find out how research locally could save lives worldwide.

Byline: Alistair Heather

oresterhill is a village unto itself on the steep braes above the city.

FIts population is a rich amalgam of NHS and university researchers, expert clinicians and poorly north-easters, who mingle as they bustle from departments of the hospital to the research buildings that abound.

It does not look like much: big plain buildings, car parks and busses growling slowly through.

However, the muted surface belies its central role in European science.

Out the back of a particularly humble twostorey concrete block of offices is a wood-andbreezeblock outhouse.

The tin-roofed structure looks like the sort of place an amateur football team might change before a match in a public park.

However, this little building houses a fascinating new medical scanner.

It is big - its outer casing is about 14ft across and covered in shimmering copper netting. Within that is an orbit of more copper, insulated this time, around a central scanning bed.

The machine is a world-leading development and is big news for both Aberdeen University and the city as a centre for excellence in research.

The new machine, called a fast fieldcycling MRI, or FFC-MRI scanner, uses a magnetic field along with pulses of radio waves to look at the way the water molecules in your tissue behave.

In contrast to conventional MRI scanners, it can switch the strength of its magnetic field during the scan, providing new information that is completely invisible to other scanners.

This new scanner promises to reveal much more subtle information about the body's soft tissues, providing rich data on medical conditions such as osteoarthritis, cancers, strokes and many others.

The story of the scanner's development is one that shows Aberdeen in a great light.

It is also the latest chapter in the largely uncelebrated story of the city's development and ongoing eminence in the field of magnetic resonance imaging, or MRI.

The leader of the team that built the scanner is a humble but very distinguished Aberdonian, Professor David Lurie.

After growing up in the city, he became a graduate of its university.

"I did my undergraduate degree here, in natural philosophy, which was the old Scottish term for physics," David explained.

A Masters and PhD in Medical Physics from the University of London quickly followed. And hard upon that, the usual job search.

However, there was a light in the north: "I knew that the university's Medical Physics department, headed by Professor John Mallard, had an excellent, worldwide reputation.

"I was offered a job on the MRI project, working with Jim Hutchieson. This was in the very early days of MRI research, with Aberdeen at the forefront and I was very excited to become involved."

The first-ever MRI machine had been developed during the 1970s, with the first patient - a man from Fraserburgh - successfully scanned in 1980, just three years before David arrived.

Since that first breakthrough 39 years ago, the technology has emanated out from the Granite City and MRI machines have become a vital diagnostic tool in every major hospital.

MRI has come a long way since then.

Generally it has been gradual progress towards bigger, more powerful, more reliable machines.

David's team has now taken magnetic resonance imaging in a radically new direction - a direction many thought a blind alley - and is coming up with great results.

Under his guidance, a team led from Aberdeen and spanning nine European locations has brought the machine and the requisite theory on in leaps and bounds.

In 2016, the EU provided nearly 7 million euros for a four-year research project called Identify.

David said: "We currently have a second prototype scanner that has been built up over the last decade.

"During the Identify project we've been perfecting various parts of it. The project has allowed us to bring in the best experts from around Europe and achieve things that no single group could ever have done alone.

"A theoretical group in Poland helps us understand the signals, using data from labs in Germany and Italy. Electronics experts in Helsinki, Italy and France developed the improved power supply and magnet control.

"Academic partners in France, who initiated the project with us, work with us to improve the scanner software and control its magnetic field."

Tremendous results have been achieved already from scanning stroke patients and a study on patients with brain cancer has recently begun. Plans are progressing to begin to scan patients with breast cancer.

The Identify part of the development is coming to an end this year, but the next stage is to build a scanner within the hospital buildings.

A large private donation has come in, a demonstration of the team's eminence in global science.

This money will "facilitate the installation of the new machine and will also fund the employment of a new lecturer in Medical Physics, who will be integrated into the team".

David said: "Having spent more than 35 years working with my colleagues and research collaborators on the development of new scanning technology, it is very gratifying and incredibly exciting for me to see the work finally coming to fruition, with our FFCMRI scanner being used to scan patients in Aberdeen."

Professor Lurie and his colleagues are now seeking funding to allow them to complete a fully-functioning, patient-friendly scanner within Aberdeen Royal Infirmary itself, maximising the impact of their research both locally and on the international stage.

MAN AND MACHINE: Professor David Lurie, who has come up with a new type of MRI machine at the Medical Physics building, Aberdeen Royal Infirmary. Photographs by Kenny Elrick

THE PROJECT HAS ALLOWED US TO BRING IN THE BEST EXPERTS FROM AROUND EUROPE AND ACHIEVE THINGS THAT NO SINGLE GROUP COULD EVER HAVE DONE ALONE
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Title Annotation:Features
Publication:The Press and Journal (Aberdeen,Scotland)
Geographic Code:4EUUK
Date:May 11, 2019
Words:949
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