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Hi-tech scanner at heart of care New scanner 'risks two-tier NHS'
(about 3 hours later)
One of the world's most advanced medical scanners is to be installed at an Edinburgh hospital. Plans to bring one of the world's most advanced health scanners to Edinburgh risks creating a two-tier NHS, a senior health economist has warned.
The £4m piece of equipment, which has taken 10 years and £250m to develop, is said to be a major change in the field of CT scanning technology. The £4m equipment at Edinburgh Royal Infirmary will be helping to diagnose heart problems by the end of the year.
Based at the Edinburgh Royal Infirmary site in Little France, it will form a key part of a new scanning suite. But it has been funded by the Royal Bank of Scotland, whose staff are being given special access to use it.
Edinburgh and Queen Margaret universities will also use it for research. It will be in use by 2009. Professor Allyson Pollock of Edinburgh University said the move undermined the NHS principle of equal access for all.
It is the first place in the UK, and one of the first in Europe to take delivery of this type of scanner. Prof Pollock - head of the University's Centre for International Public Health Policy - called it "philanthropy with conditions".
The scanner will be shared by NHS Lothian, Edinburgh University and the bank.
The bank, which will use the scanner for 25% of the time for its own staff, said it was gifting the equipment to the NHS.
For the rest of the time it will be used for NHS patients and research.
Cutting edge
It is the first time a hospital in the UK has had such advanced technology.
The scanner, which has taken 10 years and £250m to develop, is said to be a major change in the field of CT (computerised axial tomography) scanning technology.
The Toshiba device will provide an additional 4,000 patient scans a year to the current NHS provision.The Toshiba device will provide an additional 4,000 patient scans a year to the current NHS provision.
It will also accelerate the ability of the universities to conduct cutting edge research to improve the diagnosis and treatment of a range of heart and cancer illnesses. It will also be used by Edinburgh and Queen Margaret universities to conduct research to improve the diagnosis and treatment of a range of heart and cancer illnesses.
Unlike previous scanners, it can capture entire organs such as the heart or brain in a fraction of a second.
It will allow our clinicians to diagnose life-threatening illnesses within a matter of minutes and will also pave the way for quicker treatment Charles SwainsonNHS LothianIt will allow our clinicians to diagnose life-threatening illnesses within a matter of minutes and will also pave the way for quicker treatment Charles SwainsonNHS Lothian
Unlike previous scanners, it can capture entire organs such as the heart or brain in a fraction of a second.
Given the novel method of image capture, radiation exposure is reduced by approximately 80% compared with conventional CT scans.Given the novel method of image capture, radiation exposure is reduced by approximately 80% compared with conventional CT scans.
Professor David Newby, director of the Clinical Research Imaging Centre, said: "The potential of new imaging technologies lies not only in replacing more intrusive tests but also in helping us to better understand and treat conditions such as heart disease, cancer and strokes.Professor David Newby, director of the Clinical Research Imaging Centre, said: "The potential of new imaging technologies lies not only in replacing more intrusive tests but also in helping us to better understand and treat conditions such as heart disease, cancer and strokes.
"The 320-multidetector CT scanner represents a major advance in imaging the body, and in particular provides the ability to examine the heart and the coronary arteries within one heart beat, at high resolution and with markedly reduced radiation doses." The Edinburgh scanner "represents a major advance in imaging the body, and in particular provides the ability to examine the heart and the coronary arteries within one heart beat, at high resolution and with markedly reduced radiation doses," he added.
Charles Swainson, NHS Lothian medical director, said: "It is excellent news for the region as it will allow our clinicians to diagnose life-threatening illnesses within a matter of minutes and will also pave the way for quicker treatment."Charles Swainson, NHS Lothian medical director, said: "It is excellent news for the region as it will allow our clinicians to diagnose life-threatening illnesses within a matter of minutes and will also pave the way for quicker treatment."
The Royal Bank of Scotland, which wants to use it for its staff for 25% of the time, is funding the scanner for the Clinical Research Imaging Centre.