Scientists develop a new technique to assess the health risks
- Researchers have developed a new non-invasive method of measuring belly fat
- The thickness of abdominal fat could be used to work out the chances of disease
- Abdominal obesity is linked to heart failure, type 2 diabetes and heart disease
- One in four UK adults are overweight or obese, while one third of Americans are
The size of excess belly fat could be used to assess your chances of having diseases such as heart failure and type 2 diabetes. Scientists have developed a new technique to assess the health risks posed by abdominal obesity, or fat that accumulates around the stomach.
Estimating
the thickness of the fat around the abdomen could be used to work out
the likelihood of suffering from obesity-related diseases, according to
researchers. Abdominal obesity is
linked to heart failure and metabolic syndrome, a cluster of conditions
that lead to type 2 diabetes and cardiovascular disease.
One
in four adults in the UK are overweight or obese, while one in three of
adults living in the US are, according to government statistics.
The size of the spare tyres that
hang around your abdomen could be used to assess your chances of having
diseases such as heart failure and type 2 diabetes, new research
suggests
What is the new technique?
Lead
scientist Professor Jin Keun Seo, from Yonsei University in Seoul,
South Korea, said: 'Recent studies have shown that abdominal obesity is
linked with diseases such as congestive heart failure and metabolic
syndrome. 'Static electrical impedance
tomography, or EIT, could be employed as a non-invasive surrogate of
disease progression in these conditions.'
EIT
is a non-invasive type of medical imaging that picks up on the
electrical activity of different body parts to gather images of what
they look like. The imaging technique
also provides real-time data without using ionising radiation, which
makes it less harmful to patients than other imaging techniques.
Prof
Seo added: 'EIT is more advantageous since it is non-ionising and can
hence be used for continuous patient self-monitoring to track body fat
status in daily routines. 'EIT is a low cost, portable, and easy-to-use bedside technique to image electrical conductivity distribution.'
A simplified image taken using the
new technique. Red colour represents abdominal fat, blue shows muscle,
white shows bone, pink shows visceral region, and green shows the organs
How can it be used to identify disease risk?
Professor
Seo said that since electrical conductivity of biological tissue
depends on its cell structure, it can help image different tissues in
the body and distinguish them from each other. The
researchers said EIT imaging could be used to get more accurate
measurements of the thickness of the fat that hangs around the abdomen.
This could allow doctors to make more accurate evaluations about the potential risk of conditions linked to abdominal obesity. Abnormally
high deposition of fat tissue in the abdominal area has been associated
with disorders such as type 2 diabetes, cardiovascular disease, and
cancer.
The research was published in the Journal of Imaging Sciences.
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