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Annual Report and Accounts 2012/13 - Royal Devon & Exeter Hospital

Annual Report and Accounts 2012/13 - Royal Devon & Exeter Hospital

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1. Our Year<br />

<strong>Royal</strong> <strong>Devon</strong> <strong>and</strong> <strong>Exeter</strong> NHS Foundation Trust<br />

<strong>Annual</strong> <strong>Report</strong> <strong>and</strong> <strong>Accounts</strong> <strong>2012</strong>/<strong>13</strong><br />

19<br />

New technology to speed up<br />

infection diagnosis<br />

The RD&E was the first hospital in the<br />

South West to trial a new microbiology<br />

machine called MALDI-TOF (Matrix<br />

Assisted Laser Desorption Ionization).<br />

There are just nine of the MALDI-TOF<br />

machines in the UK which can analyse<br />

<strong>and</strong> identify up to 200 infections every<br />

two hours using laser technology to<br />

map key pathogens found in samples.<br />

The microbiology team manages more<br />

than 200,000 samples a year for the<br />

RD&E hospitals, GPs <strong>and</strong> community<br />

hospital services. Typically, samples<br />

arrive in our microbiology labs where<br />

bacterial cultures are developed on<br />

agar plates. This process can take up<br />

to 48 hours to complete. The new<br />

facility allows us to make a diagnosis<br />

in a fraction of the time, thus enabling<br />

clinicians to provide far more targeted<br />

antibiotic treatments which in turn<br />

help patients to make a quicker<br />

recovery <strong>and</strong> return home.<br />

Young Healthcare<br />

Scientist of the Year<br />

Dr Tim McDonald was named the<br />

Young Healthcare Scientist of the Year<br />

for his work which transforms diabetes<br />

screening in young people.<br />

Clinical Biochemist Tim was presented<br />

with his award by the then Secretary<br />

of State for Health, the Rt Hon Andrew Lansley CBE, <strong>and</strong> Chief Scientific<br />

Officer at the Department of Health, Professor Sue Hill OBE, at Westminster<br />

Hall in London. Thous<strong>and</strong>s of children <strong>and</strong> young people will benefit from<br />

his innovative work. Tim developed a urine test which can help identify<br />

the two per cent of young people with a type of diabetes called MODY<br />

(Maturity Onset Diabetes of the Young) that results from a single faulty gene.<br />

Importantly, the treatment of this type of diabetes may involve tablets instead<br />

of lifelong insulin injections. Genetic testing can give a definitive answer but<br />

is too expensive to use to test all children with diabetes. Tim has developed<br />

a non-invasive screening test that can identify children most likely to have<br />

MODY <strong>and</strong> who can therefore be selected for genetic testing. Tim, who<br />

works at both the University of <strong>Exeter</strong> Medical School on the RD&E Wonford<br />

hospital site <strong>and</strong> the clinical chemistry laboratory, worked out how best to do<br />

the diagnostic test <strong>and</strong> created a test kit for the diagnostic assessment.

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