The development, reported in the current edition of the journal Review of Scientific Instruments,
involves the use of infrared laser light and can measure levels of
blood sugar in people with Type 1 and Type 2 diabetes as effectively as
home electronic devices that read glucose concentrations in a tiny drop
of blood drawn through a needle stick. http://jobxu.com/story.php?title=fat-loss-factor-5
"This opens the fantastic possibility that diabetes patients might
be able to measure their glucose level without pricking and without test
strips," said lead researcher, Werner Mäntele, of Frankfurt's Institut
für Biophysik, Johann Wolfgang Goethe-Universität. http://internetnet.info/story.php?title=customized-fat-loss
"Our goal is to devise an easier, more reliable and in the long-run, cheaper way to monitor blood glucose."
The new device uses "photoacoustic spectroscopy" (PAS) to measure
glucose by its mid-infrared absorption of light. A painless pulse of
laser light applied externally to the skin is absorbed by glucose
molecules and creates a measurable sound signature that Mäntele's team
refers to as "the sweet melody of glucose."
This signal enables researchers to detect glucose in skin fluids in seconds, he said.
The researchers expect to develop a small shoebox-sized device
within three years, followed by a portable glucometer several years
afterward.
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