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New E-Mosquito Could Make Painful Pinpricks 'A Thing Of Past' For Diabetics

by Aruna on  April 27, 2009 at 9:58 AM Diabetes News   - G J E 4
New E-Mosquito Could Make Painful Pinpricks 'A Thing Of Past' For Diabetics
Researchers at University of Calgary have made a discovery that could change diabetics' lives forever.
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A skin patch, called 'Electronic Mosquito', could provide a less-invasive alternative for diabetics who need to take regular samples of their own blood to keep glucose levels in check.

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The common method of drawing blood from fingertips and using glucose testing strips and meters can be painful, inconvenient and time-consuming.

Therefore, electrical engineers at the Schulich School of Engineering at the University of Calgary have patented the device.

The patch is approximately the size of a deck of cards and contains four micro-needles that "bite" sequentially at programmed intervals. The needles are electronically controlled to penetrate the skin deep enough to draw blood from a capillary, but not deep enough to hit a nerve. This means patients would experience little or no pain.

The patch could be worn anywhere on the body where it could obtain accurate readings of capillary blood. A sensor in each cell of the e-Mosquito measures sugar levels in the blood. This data can then be sent wirelessly to a remote device such a computer or a monitoring instrument worn on the wrist. The system could even be connected to an alarm to alert patients or doctors when blood sugar levels enter the danger zone.

"This is a dramatic improvement over manual poking, particularly for children and elderly patients," says Martin Mintchev, director of the Low Frequency Instrumentation Lab at the Schulich School of Engineering.

"Our approach is radically different and offers a reliable, repeatable solution with the minor inconvenience of wearing something similar to an adhesive bandage," the expert added.

Mintchev spent three years designing the e-Mosquito along with Karan Kaler, director of the Schulich School's Bio-Micro Electromechanical Systems (MEMS) Laboratory.

Source: ANI
ARU
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