29/10/2010

Amazing heart images as ribbon cut on state-of-the-art scanner

A cutting-edge medical scanning centre is opened today at University of Edinburgh. Opened by the Duke of Edinburgh,  the BHF invested £3 million in the centre to give researchers a vital window on heart disease.

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£2m MRI scanner unlocks heart secrets

 

Scientists at the Clinical Research Imaging Centre - which cost £20 million in total - will use the technology to uncover the secrets of the heart.

The BHF-funded magnetic resonance imaging (MRI) scanner uses magnets and sophisticated computer technology to provide highly detailed, instant, real-time moving images of the inside of the body, without using radiation.

The scanner is extremely advanced and can build up images of many different types of organ and tissue.

As one of several sophisticated imaging machines at the new facility, the MRI scanner will help develop new techniques and find new treatments for heart disease and other illnesses, whilst reducing the need for invasive surgery in diagnosis.

High tech imaging can provide us with a window on the heart that’s clearer than ever.

Professor Peter Weissberg

Professor Peter Weissberg, Medical Director at the BHF, said: “High tech imaging can provide us with a window on the heart that’s clearer than ever. Thanks to our supporters we’ve been able to fund the MRI scanner in this fantastic new centre in Edinburgh."

BHF Chair of Cardiology at the University of Edinburgh, Professor David Newby, said:

"This world-leading new centre brings together the very latest imaging technologies in a single facility.

"With the University's world-leading clinical research, this will allow a major improvement in our ability rapidly to investigate and understand the most serious and distressing diseases in our patients."

The University of Edinburgh is one of four BHF Centres of Research Excellence.

The BHF's funding goes towards buying a Siemens Verio 3.0T MRI scanner and associated high-tech equipment, including an electronic picture archiving and communication (PACS) system.