A revolutionary form of breath analysis is now going
on trial in a clinical environment for the first time. The
invention of Professor David Smith and Professor Patrik Spanel from
Keele University's Institute for Science and Technology in
Medicine, this revolutionary technique is known as SIFT-MS works by
measuring trace gases or metabolites present in the breath.
It is so sensitive that it is capable of detecting gases present
at a fraction of one part in a billion of the breath gas, which is
ten thousand times more sensitive than a standard breathalyser used
for alcohol testing.
The technique has two major advantages over other ways of
diagnosing illnesses: it is non–invasive, the patient simply
exhales through a tube connected to the SIFT-MS instrument ,making
it particularly useful in paediatric medicine; and the results are
available online and in real time, so the doctor can get a read out
immediately.
Initially it will be used to study the breath of patients with
renal disease, and help to identify how effective their treatment
is; another key area where it will be used is in the study of
children with respiratory illnesses like asthma and cystic
fibrosis.
While clinical use is still in the early stages, we might one
day see a breath analysis device in every GP’s surgery, as a
standard means of diagnosis.
Footage:
- Volunteer breathing into SIFT-MS machine
- Screen readouts trace gases
- Professors at work
- Exits and Interiors, Keele University Institute for Science and
Technology in Medicine
Interviewees:
- Professor David Smith, Institute of Science and Technology in
Medicine, Keele University
- Professor Patrik Spanel, Institute of Science and Technology in
Medicine, Keele University and the Academy of Sciences of the Czech
Republic.
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